
# created at 2010/09/25 09:53:34   By NEC Electronics OpenCAD system  ACE lefcat  V3.03.01 2007/12/05.



# created at 2010/09/25 09:53:31   By NEC Electronics OpenCAD system  ACE lefcat  V3.03.01 2007/12/05.



# created at 2010/09/25 09:53:29   By NEC Electronics OpenCAD system  ACE lefcat  V3.03.01 2007/12/05.



# created at 2010/09/25 09:53:27   By NEC Electronics OpenCAD system  ACE lefcat  V3.03.01 2007/12/05.



# created at 2010/09/25 09:53:26   By NEC Electronics OpenCAD system  ACE lefcat  V3.03.01 2007/12/05.


# Copyright (C) NEC Electronics Corporation 2010
#
# ******************************************************************
# ***** UX8L SERIES TOPLEF[ 30.096um stagger wire CUP:7Cu+PM]  *****
# *****              (M6S:2800A,M7T:9000A)                     *****
# *****              core site height :   9 grid               *****
# ******************************************************************
#
# Ver 0.10  2008/06/12  BY M.Wada
#           For OpenCAD V1.0
# Ver 0.20  2008/07/04  BY M.Wada
#           Design Rule derated.
#            - minimum area 0.066x5(0.0217) -> 0.066x4(0.0174)
#                via define delete.
#                  V2L3LHVL3S,V2L3LHVR3S,V3L4LVHT3S,V3L4LVHB3S,V4L5LHVL3S,V4L5LHVR3S
#                lower layer size 0.330x0.066 -> 0.254x0.066                       
#                  V2L3LHVL2S,V2L3LHVL1S,V2L3LHVCS,V2L3LHVR1S,V2L3LHVR2S
#                  V3L4LVHT2S,V3L4LVHT1S,V3L4LVHCS,V3L4LVHB1S,V3L4LVHB2S
#                  V4L5LHVL2S,V4L5LHVL1S,V4L5LHVCS,V4L5LHVR1S,V4L5LHVR2S
#                layer AREA define modify.
#            - minimumcut define modify.
#                M1L,M2L,M3L,M4,M5L
#           Device & Process Parameters modify.
#            - sheet resistance.
#            - capasitance.
# Ver 0.30  2008/07/18  BY M.Wada
#           IO(BUFF) SITE modify.
#           GenerateVia extension rule derated.
#             EGV1L2L_*,EGV2L3L_*,EGV3L4L_*,EGV4L5L_*
# Ver 0.40  2008/07/28  BY M.Wada
#           Semi-Global Metal2 layer (M6S) rule derated.
#             Maxwidth,Spacing,Extension of V5S
#           EM protection rule derated.(UX8_EM_Manual_080707.ppt)
#             Imax_avg : M6S,C6S7T
#             Imax rms : M1L,M2L,M3L,M4L,M5L,M6S,M7T
#           Stack Via extension rule derated.(M5L)
#             V4L5L_594_66
# Ver 1.00  2008/08/07  BY M.Wada
#           Contact resistance modify.(eDRAM Contact)
#           Minimum area 0.066x4(0.0174) -> 0.066x5(0.0217) : M2L,M3L,M4L,M5L
# Ver 2.00  2008/11/07  BY M.Wada
#           Series modify.(UX8LD->UX8L)
#           Device & Process Parameters modify.
#            - sheet resistance.
#            - capasitance.
#           Minmumcut rule added.(SOCE V7.1.USR2)
#           Minstep added.
#           Short edge rule added.
#           Stack Via 0.066x5 added.
#           PM thichness modify.
#           ANTENNAAREADIFFREDUCEPWL modify for calibre.
#           M1L SPACING modify.
#           M1L,M2L,M3L,M4L,M5L,M6S AREA Doughnut-type UNIT modify.
#           M7T Area Doughnut-type modify.
#           V6S7TXX M7T size and foreign modify.
# Ver 2.10  2008/11/28  BY M.Wada
#           V1L2LHH1X2T,V1L2LHH1X2B DEFAULT delete.
#           V1L2LVH1X2T,V1L2LVH1X2B(DEFAULT) added.
# Ver 3.00  2009/02/13  BY M.Wada
#           Device & Process Parameters modify.
#           ANTENNAAREADIFFREDUCEPWL modify for calibre.
#           M1L-M7T,V1L2L-V6S7T AntennaCumAreaRatio modify.
#           M1L-M7T,V1L2L-V6S7T AntennaCumDiffAreaRatio modify.
#           V7TPM AntennaCumAreaRatio added.
#           V7TPM AntennaCumDiffAreaRatio added.
#           V5L6S,V6S7T MultiVia added.
# Ver 3.10  2009/03/05  BY M.Wada
#           Exteionsion modify.(M6S beyond V5S,M7T beyond V6T)
#           MINIMUMCUT MAXSPACING modify.(M6S,M7T)
# Ver 3.20  2009/08/28  BY M.Wada
#           M1L-M5L ACCURRENTDENSITY RMS modify.
#           PSW(SWV3L4L-SWV6S7T) VIA added.
# Ver 3.30  2009/09/14  BY M.Wada
#           M1L-M5L WIDTHTABLE added.
# Ver 3.40  2010/02/23  BY A.Teramori
#           M1L-M5L EQUALRECTWIDTH added.(ENDOFLINE)
#
################################################################################
#
# SHEET RESISTANCE[ohm/square] from [WES-00007298-00.70M]
#   R_3sigma_max * (1 + KT1 * (Tj - RT))
#   Deff(M1L=0.5,M2L/M3L/M4L,M5L=0.5,M6S=0.5,M7T=0.5)
#   for M1L
#       = 0.3636*(1+0.0022*(125-27))=0.44199216
#   for M[2-5]L
#       = 0.4292*(1+0.0021*(125-27))=0.51752936
#   for M6S
#       = 0.1338*(1+0.0029*(125-27))=0.17182596
#   for M7T
#       = 0.0288*(1+0.0040*(125-27))=0.04008960
#
#   roh*(b-2xdL)/(a-2xdW) * (1 + KT1 * (Tj - RT))
#   for PM
#       = (0.0190+0.0030)*(1.98-0)/(1.98-0.3)*(1+0.0033*(125-27))=0.0343138713
#
# Via RESISTANCE[ohm] from [WES-00007298-00.70M]
#   for V1L2L,V2L3L,V3L4L,V4L5L
#       = (3.0+5.0)*(1+0.00100*(125-27))=8.784000
#   for V5L6S
#       = (3.5+2.5)*(1+0.00067*(125-27))=6.393960
#   for V6S7T
#       = (0.7+1.2)*(1+0.00090*(125-27))=2.067580
#   for V7TPM
#       = (0.08+0.04)*(1+0.003300*(125-27))=0.15880800
#
#  CAPACITANCE[pf/um2] from [WES-00007298-00.70M]
#            space width deff case1_total case2_total
#             [um]  [um]          [fF/um]     [fF/um]    [pF/um2]
#   for M1L   0.066 0.066 0.5      0.2405      0.2215 => 0.003500
#   for M2L   0.066 0.066 0.5      0.2199      0.2013 => 0.003191
#   for M3L   0.066 0.066 0.5      0.2199      0.2009 => 0.003188
#   for M4L   0.066 0.066 0.5      0.2199      0.2008 => 0.003188
#   for M5L   0.066 0.066 0.5      0.2214      0.2106 => 0.003273
#   for M6S   0.132 0.132 0.5      0.2203      0.2112 => 0.001635
#   for M7T   0.396 0.396 0.5      0.3056      0.2863 => 0.000748
#   for PM    1.98  1.98  0.5      0.2659      0.2059 => 0.000120
#
################################################################################

# ==================================================
# TECHNOLOGY DEFINE
# ==================================================

VERSION 5.6 ;

NAMESCASESENSITIVE ON ;

UNITS
 DATABASE MICRONS 1000 ;
END UNITS

MANUFACTURINGGRID 0.001 ;

USEMINSPACING OBS OFF ;

PROPERTYDEFINITIONS
 LAYER LEF57_SPACING STRING ;
 LAYER LEF57_MINSTEP STRING ;
 LAYER LEF57_ANTENNAAREADIFFREDUCEPWL STRING ;
 LAYER LEF58_WIDTHTABLE STRING ;
 LAYER LEF58_SPACING STRING ;
END PROPERTYDEFINITIONS

# ==================================================
# LAYER DEFINE
# ==================================================

# ========== Low Vt ==========
LAYER LVT
 TYPE IMPLANT ;
END LVT

# ========== Middle Vt ==========
LAYER MVT
 TYPE IMPLANT ;
END MVT

# ========== High Vt ==========
LAYER HVT
 TYPE IMPLANT ;
END HVT

# ========== NDIFF ==========
LAYER NDIFF
 TYPE MASTERSLICE ;
END NDIFF

# ========== PDIFF ==========
LAYER PDIFF
 TYPE MASTERSLICE ;
END PDIFF

# ========== POLY ==========
LAYER POLY
 TYPE MASTERSLICE ;
END POLY

# ========== C01L ==========
LAYER C01L
 TYPE CUT ;
END C01L

# ========== M1L ==========
LAYER M1L
 TYPE ROUTING ;
 PITCH 0.132 ;
 DIRECTION HORIZONTAL ;
 WIDTH 0.066 ;
 THICKNESS 0.140 ;
 RESISTANCE RPERSQ 0.442 ;
 CAPACITANCE CPERSQDIST 0.0035 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000 0.132
 WIDTH 0.000 0.066 0.066
 WIDTH 0.132 0.066 0.099
 WIDTH 0.198 0.132 0.132
 WIDTH 0.396 0.198 0.198
 WIDTH 0.594 0.495 0.495 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.198 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.198 FROMABOVE LENGTH 0.198 WITHIN 0.990 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 3 WIDTH 0.330 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 4 WIDTH 0.495 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 # --- Minimum Area Rule --- #
 AREA 0.0174 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 ;" ;
 # --- Short edge rule --- #
# PROPERTY LEF57_MINSTEP
# "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 0.067 ;" ;
 # --- Protrusion length rule --- #
 PROTRUSIONWIDTH 0.132 LENGTH 1.980 WIDTH 0.199 ;
 # --- Line end spacing rule --- #
 PROPERTY LEF58_SPACING
 "SPACING 0.099 ENDOFLINE 0.199 WITHIN 0.000 EQUALRECTWIDTH ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.0696 ;
 MINENCLOSEDAREA 0.49 WIDTH 0.264 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 0.990 ;
 # --- WidthTable Rule --- #
 PROPERTY LEF58_WIDTHTABLE
 "WIDTHTABLE 0.066 0.088 0.110 0.132 0.198 0.264 0.396 0.462 0.594 0.990 ;" ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.033 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.910 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 39.999 40.000 1000.000 ;
   WIDTH         0.066 100.000 ;
   TABLEENTRIES  11.150 11.150
                 11.150 11.150
                 18.950 18.950
                 18.950 18.950 ;
END M1L

# ========== C1L2L ==========
LAYER C1L2L
 TYPE CUT ;
 SPACING 0.066 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.093 ADJACENTCUTS 3 WITHIN 0.093 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.132 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE       0.033 0.000 ;
 ENCLOSURE       0.033 0.033 WIDTH 0.111 ;
 ENCLOSURE       0.066 0.066 WIDTH 0.595 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 29.614 ;
END C1L2L

# ========== M2L ==========
LAYER M2L
 TYPE ROUTING ;
 PITCH 0.132 ;
 DIRECTION HORIZONTAL ;
 WIDTH 0.066 ;
 THICKNESS 0.140 ;
 RESISTANCE RPERSQ 0.5175 ;
 CAPACITANCE CPERSQDIST 0.003191 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000 0.132
 WIDTH 0.000 0.066 0.066
 WIDTH 0.132 0.066 0.099
 WIDTH 0.198 0.132 0.132
 WIDTH 0.396 0.198 0.198
 WIDTH 0.594 0.495 0.495 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.198 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.198 LENGTH 0.198 WITHIN 0.990 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 3 WIDTH 0.330 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 4 WIDTH 0.495 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 # --- Minimum Area Rule --- #
 AREA 0.0217 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 ;" ;
 # --- Short edge rule --- #
# PROPERTY LEF57_MINSTEP
# "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 0.067 ;" ;
 # --- Protrusion length rule --- #
 PROTRUSIONWIDTH 0.132 LENGTH 1.980 WIDTH 0.199 ;
 # --- Line end spacing rule --- #
 PROPERTY LEF58_SPACING
 "SPACING 0.099 ENDOFLINE 0.199 WITHIN 0.000 EQUALRECTWIDTH ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.0696 ;
 MINENCLOSEDAREA 0.49 WIDTH 0.264 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 0.990 ;
 # --- WidthTable Rule --- #
 PROPERTY LEF58_WIDTHTABLE
 "WIDTHTABLE 0.066 0.132 0.198 0.264 0.396 0.462 0.594 0.990 ;" ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.033 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.910 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 39.999 40.000 1000.000 ;
   WIDTH         0.066 100.000 ;
   TABLEENTRIES  8.920 8.920
                 8.920 8.920
                 15.160 15.160
                 15.160 15.160 ;
END M2L

# ========== C2L3L ==========
LAYER C2L3L
 TYPE CUT ;
 SPACING 0.066 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.093 ADJACENTCUTS 3 WITHIN 0.093 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.132 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE       0.033 0.000 ;
 ENCLOSURE       0.033 0.033 WIDTH 0.111 ;
 ENCLOSURE       0.066 0.066 WIDTH 0.595 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 29.614 ;
END C2L3L

# ========== M3L ==========
LAYER M3L
 TYPE ROUTING ;
 PITCH 0.132 ;
 DIRECTION VERTICAL ;
 WIDTH 0.066 ;
 THICKNESS 0.140 ;
 RESISTANCE RPERSQ 0.5175 ;
 CAPACITANCE CPERSQDIST 0.003188 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000 0.132
 WIDTH 0.000 0.066 0.066
 WIDTH 0.132 0.066 0.099
 WIDTH 0.198 0.132 0.132
 WIDTH 0.396 0.198 0.198
 WIDTH 0.594 0.495 0.495 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.198 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.198 LENGTH 0.198 WITHIN 0.990 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 3 WIDTH 0.330 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 4 WIDTH 0.495 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 # --- Minimum Area Rule --- #
 AREA 0.0217 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 ;" ;
 # --- Short edge rule --- #
# PROPERTY LEF57_MINSTEP
# "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 0.067 ;" ;
 # --- Protrusion length rule --- #
 PROTRUSIONWIDTH 0.132 LENGTH 1.980 WIDTH 0.199 ;
 # --- Line end spacing rule --- #
 PROPERTY LEF58_SPACING
 "SPACING 0.099 ENDOFLINE 0.199 WITHIN 0.000 EQUALRECTWIDTH ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.0696 ;
 MINENCLOSEDAREA 0.49 WIDTH 0.264 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 0.990 ;
 # --- WidthTable Rule --- #
 PROPERTY LEF58_WIDTHTABLE
 "WIDTHTABLE 0.066 0.132 0.198 0.264 0.396 0.462 0.594 0.990 ;" ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.033 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.910 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 39.999 40.000 1000.000 ;
   WIDTH         0.066 100.000 ;
   TABLEENTRIES  7.930 7.930
                 7.930 7.930
                 13.480 13.480
                 13.480 13.480 ;
END M3L

# ========== C3L4L ==========
LAYER C3L4L
 TYPE CUT ;
 SPACING 0.066 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.132 ADJACENTCUTS 3 WITHIN 0.132 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.132 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE       0.033 0.000 ;
 ENCLOSURE       0.033 0.033 WIDTH 0.111 ;
 ENCLOSURE       0.066 0.066 WIDTH 0.595 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 29.614 ;
END C3L4L

# ========== M4L ==========
LAYER M4L
 TYPE ROUTING ;
 PITCH 0.132 ;
 DIRECTION HORIZONTAL ;
 WIDTH 0.066 ;
 THICKNESS 0.140 ;
 RESISTANCE RPERSQ 0.5175 ;
 CAPACITANCE CPERSQDIST 0.003188 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000 0.132
 WIDTH 0.000 0.066 0.066
 WIDTH 0.132 0.066 0.099
 WIDTH 0.198 0.132 0.132
 WIDTH 0.396 0.198 0.198
 WIDTH 0.594 0.495 0.495 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.198 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.198 LENGTH 0.198 WITHIN 0.990 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 3 WIDTH 0.330 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 4 WIDTH 0.495 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 # --- Minimum Area Rule --- #
 AREA 0.0217 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 ;" ;
 # --- Short edge rule --- #
# PROPERTY LEF57_MINSTEP
# "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 0.067 ;" ;
 # --- Protrusion length rule --- #
 PROTRUSIONWIDTH 0.132 LENGTH 1.980 WIDTH 0.199 ;
 # --- Line end spacing rule --- #
 PROPERTY LEF58_SPACING
 "SPACING 0.099 ENDOFLINE 0.199 WITHIN 0.000 EQUALRECTWIDTH ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.0696 ;
 MINENCLOSEDAREA 0.49 WIDTH 0.264 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 0.990 ;
 # --- WidthTable Rule --- #
 PROPERTY LEF58_WIDTHTABLE
 "WIDTHTABLE 0.066 0.132 0.198 0.264 0.396 0.462 0.594 0.990 ;" ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.033 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.910 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 39.999 40.000 1000.000 ;
   WIDTH         0.066 100.000 ;
   TABLEENTRIES  7.220 7.220
                 7.220 7.220
                 12.270 12.270
                 12.270 12.270 ;
END M4L

# ========== C4L5L ==========
LAYER C4L5L
 TYPE CUT ;
 SPACING 0.066 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.132 ADJACENTCUTS 3 WITHIN 0.132 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.132 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE       0.033 0.000 ;
 ENCLOSURE       0.033 0.033 WIDTH 0.111 ;
 ENCLOSURE       0.066 0.066 WIDTH 0.595 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 29.614 ;
END C4L5L

# ========== M5L ==========
LAYER M5L
 TYPE ROUTING ;
 PITCH 0.132 ;
 DIRECTION VERTICAL ;
 WIDTH 0.066 ;
 THICKNESS 0.140 ;
 RESISTANCE RPERSQ 0.5175 ;
 CAPACITANCE CPERSQDIST 0.003273 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000 0.132
 WIDTH 0.000 0.066 0.066
 WIDTH 0.132 0.066 0.099
 WIDTH 0.198 0.132 0.132
 WIDTH 0.396 0.198 0.198
 WIDTH 0.594 0.495 0.495 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.198 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.198 FROMBELOW LENGTH 0.198 WITHIN 0.990 ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 3 WIDTH 0.330 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 4 WIDTH 0.495 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.132 ;
 MINIMUMCUT 2 WIDTH 0.461 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.264 ;
 MINIMUMCUT 2 WIDTH 0.792 FROMABOVE LENGTH 0.792 WITHIN 1.320 ;
 #MINIMUMCUT_MAXSPACING 0.660 ;
 MINIMUMCUT 4 WIDTH 0.989 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.264 ;
 # --- Minimum Area Rule --- #
 AREA 0.0217 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 ;" ;
 # --- Short edge rule --- #
# PROPERTY LEF57_MINSTEP
# "MINSTEP 0.034 MAXEDGES 1 MINADJACENTLENGTH 0.066 0.067 ;" ;
 # --- Protrusion length rule --- #
 PROTRUSIONWIDTH 0.132 LENGTH 1.980 WIDTH 0.199 ;
 # --- Line end spacing rule --- #
 PROPERTY LEF58_SPACING
 "SPACING 0.099 ENDOFLINE 0.199 WITHIN 0.000 EQUALRECTWIDTH ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.0696 ;
 MINENCLOSEDAREA 0.49 WIDTH 0.264 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 0.990 ;
 # --- WidthTable Rule --- #
 PROPERTY LEF58_WIDTHTABLE
 "WIDTHTABLE 0.066 0.132 0.198 0.264 0.396 0.462 0.594 0.990 ;" ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.033 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.910 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 39.999 40.000 1000.000 ;
   WIDTH         0.066 100.000 ;
   TABLEENTRIES  6.660 6.660
                 6.660 6.660
                 11.320 11.320
                 11.320 11.320 ;
END M5L

# ========== C5L6S ==========
LAYER C5L6S
 TYPE CUT ;
 SPACING 0.132 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.186 ADJACENTCUTS 3 WITHIN 0.186 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.264 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE BELOW 0.033 0.033 ;
 ENCLOSURE ABOVE 0.066 0.000 ;
 ENCLOSURE ABOVE 0.066 0.066 WIDTH 0.991 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 15.553 ;
END C5L6S

# ========== M6S ==========
LAYER M6S
 TYPE ROUTING ;
 PITCH 0.264 ;
 DIRECTION HORIZONTAL ;
 WIDTH 0.132 ;
 THICKNESS 0.280 ;
 RESISTANCE RPERSQ 0.1718 ;
 CAPACITANCE CPERSQDIST 0.001635 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000
 WIDTH 0.000 0.132
 WIDTH 0.198 0.198
 WIDTH 0.792 0.264 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 0.395 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.264 ;
 MINIMUMCUT 2 WIDTH 0.792 FROMBELOW LENGTH 0.792 WITHIN 1.320 ;
 #MINIMUMCUT_MAXSPACING 0.660 ;
 MINIMUMCUT 4 WIDTH 1.011 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.264 ;
 MINIMUMCUT 2 WIDTH 1.187 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.792 ;
 MINIMUMCUT 4 WIDTH 2.771 FROMABOVE ;
 #MINIMUMCUT_MAXSPACING 0.792 ;
 # --- Minimum Area Rule --- #
 AREA 0.0696 ;
 # --- Short edge rule --- #
 PROPERTY LEF57_MINSTEP
 "MINSTEP 0.067 MAXEDGES 1 MINADJACENTLENGTH 0.132 0.133 ;" ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.209 ;
 MINENCLOSEDAREA 0.8 WIDTH 0.132 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 1.584 ;
 # --- Minimum Step Rule --- #
 MINSTEP 0.066 STEP ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 4.090 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 ;
   WIDTH         0.132 100.000 ;
   TABLEENTRIES  9.980 9.980 ;
END M6S

# ========== C6S7T ==========
LAYER C6S7T
 TYPE CUT ;
 SPACING 0.396 ;
 # --- Maximum number of vias rule --- #
 SPACING 0.560 ADJACENTCUTS 3 WITHIN 0.560 ;
 #DIAGONALCUTSCHECK ON ;
 # --- Parallel cuts spacing --- #
 PROPERTY LEF57_SPACING
 "SPACING 0.792 PARALLELOVERLAP ;" ;
 # --- cut extension --- #
 ENCLOSURE       0.000 0.000 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 24.3 ;
 AntennaCumDiffAreaRatio 24.3 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.900 ) ( 0.065000 0.900 ) ( 0.065001 0.450 ) ( 1000.000000 0.450 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 7.684 ;
END C6S7T

# ========== M7T ==========
LAYER M7T
 TYPE ROUTING ;
 PITCH 0.792 ;
 DIRECTION VERTICAL ;
 WIDTH 0.396 ;
 THICKNESS 0.900 ;
 RESISTANCE RPERSQ 0.04009 ;
 CAPACITANCE CPERSQDIST 0.000748 ;
 # --- Complex shortrun spacing rule --- #
 SPACINGTABLE PARALLELRUNLENGTH
             0.000
 WIDTH 0.000 0.396
 WIDTH 1.452 0.528
 WIDTH 2.772 0.924
 WIDTH 4.356 1.584
 WIDTH 7.260 2.508
 WIDTH 12.000 3.960 ;
 # --- Via array connected to wide metal --- #
 MINIMUMCUT 2 WIDTH 1.253 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.792 ;
 MINIMUMCUT 4 WIDTH 2.837 FROMBELOW ;
 #MINIMUMCUT_MAXSPACING 0.792 ;
 # --- Minimum Area Rule --- #
 AREA 0.64 ;
 # --- Donut Area Rule --- #
 MINENCLOSEDAREA 0.8 ;
 MINENCLOSEDAREA 3.2 WIDTH 1.452 ;
 MINENCLOSEDAREA 7.2 WIDTH 2.97 ;
 MINENCLOSEDAREA 10 WIDTH 4.356 ;
 MINENCLOSEDAREA 20 WIDTH 7.326 ;
 MINENCLOSEDAREA 225 WIDTH 12 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 25.000 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 2250 ;
 AntennaCumDiffAreaRatio 2250 ;
 PROPERTY LEF57_ANTENNAAREADIFFREDUCEPWL
 "ANTENNAAREADIFFREDUCEPWL ( ( 0.000000 1.000 ) ( 0.000001 0.500 ) ( 0.065000 0.500 ) ( 0.065001 0.160 ) ( 1000.000000 0.160 ) ) ;" ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 8.220 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 ;
   WIDTH         0.396 100.000 ;
   TABLEENTRIES  16.270 16.270 ;
END M7T

# ========== C7TPM ==========
LAYER C7TPM
 TYPE CUT ;
 SPACING 1.980 ;
 # --- cut extension --- #
 ENCLOSURE BELOW 0.495 0.495 ;
 ENCLOSURE ABOVE 0.990 0.990 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaCumAreaRatio 18 ;
 AntennaCumDiffAreaRatio 18 ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 0.839 ;
END C7TPM

# ========== PM ==========
LAYER PM
 TYPE ROUTING ;
 PITCH 3.960 ;
 DIRECTION HORIZONTAL ;
 WIDTH 1.980 ;
 THICKNESS 1.875 ;
 RESISTANCE RPERSQ 0.03431 ;
 CAPACITANCE CPERSQDIST 0.00012 ;
 SPACING 1.980 ;
 # --- Minimum Area Rule --- #
 AREA 12.6 ;
 # --- Maximum width Rule --- #
 MAXWIDTH 200.000 ;
 # --- Antenna Rule --- #
 ANTENNAMODEL OXIDE1 ;
 AntennaAreaRatio 1800 ;
 AntennaDiffAreaRatio 1800 ;
 AntennaSideAreaRatio 900 ;
 AntennaDiffSideAreaRatio 900 ;
 # --- ACCURRENTDENSITY AVERAGE --- #
 ACCURRENTDENSITY AVERAGE 3.950 ;
 # --- ACCURRENTDENSITY RMS --- #
 ACCURRENTDENSITY RMS 
   FREQUENCY     1.000 ;
   WIDTH         1.980 100.000 ;
   TABLEENTRIES  3.950 3.950 ;
END PM

# ========== LEV29 ==========
LAYER LEV29
 TYPE OVERLAP ;
END LEV29

# ==================================================
# VIA DEFINE
# ==================================================

VIA V01
 FOREIGN C0A07AV01_R1 ;
 RESISTANCE 90 ;
 LAYER POLY ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C01L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V01

VIA V01N
 FOREIGN C0A07AV01N_R1 ;
 RESISTANCE 90 ;
 LAYER NDIFF ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C01L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V01N

VIA V01P
 FOREIGN C0A07AV01P_R1 ;
 RESISTANCE 90 ;
 LAYER PDIFF ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C01L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V01P

VIA V1L2L
 FOREIGN C0A07AV1L2L_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V1L2L

VIA V2L3L
 FOREIGN C0A07AV2L3L_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V2L3L

VIA V3L4L
 FOREIGN C0A07AV3L4L_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V3L4L

VIA V4L5L
 FOREIGN C0A07AV4L5L_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END V4L5L

VIA V5L6S
 FOREIGN C0A07AV5L6S_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
END V5L6S

VIA V6S7T
 FOREIGN C0A07AV6S7T_R1 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END V6S7T

VIA V7TPM
 FOREIGN C0A07AV7TPM_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -0.990 -0.990 0.990 0.990 ;
END V7TPM

VIA V1L2LHH DEFAULT
 FOREIGN C0A07AV1L2LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V1L2LHH

VIA V1L2LHV DEFAULT
 FOREIGN C0A07AV1L2LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V1L2LHV

VIA V1L2LVH DEFAULT
 FOREIGN C0A07AV1L2LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V1L2LVH

VIA V1L2LVV DEFAULT
 FOREIGN C0A07AV1L2LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V1L2LVV

VIA V2L3LHV DEFAULT
 FOREIGN C0A07AV2L3LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHV

VIA V2L3LHH DEFAULT
 FOREIGN C0A07AV2L3LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V2L3LHH

VIA V2L3LVV DEFAULT
 FOREIGN C0A07AV2L3LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LVV

VIA V2L3LVH DEFAULT
 FOREIGN C0A07AV2L3LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V2L3LVH

VIA V3L4LVH DEFAULT
 FOREIGN C0A07AV3L4LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVH

VIA V3L4LVV DEFAULT
 FOREIGN C0A07AV3L4LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V3L4LVV

VIA V3L4LHH DEFAULT
 FOREIGN C0A07AV3L4LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LHH

VIA V3L4LHV DEFAULT
 FOREIGN C0A07AV3L4LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V3L4LHV

VIA V4L5LHV DEFAULT
 FOREIGN C0A07AV4L5LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHV

VIA V4L5LHH DEFAULT
 FOREIGN C0A07AV4L5LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V4L5LHH

VIA V4L5LVV DEFAULT
 FOREIGN C0A07AV4L5LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LVV

VIA V4L5LVH DEFAULT
 FOREIGN C0A07AV4L5LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V4L5LVH

VIA V5L6SXH DEFAULT
 FOREIGN C0A07AV5L6SXH_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.132 -0.066 0.132 0.066 ;
END V5L6SXH

VIA V5L6SXV DEFAULT
 FOREIGN C0A07AV5L6SXV_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.132 0.066 0.132 ;
END V5L6SXV

VIA V6S7TXX DEFAULT
 FOREIGN C0A07AV6S7TXX_R2 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END V6S7TXX

VIA V7TPMXX DEFAULT
 FOREIGN C0A07AV7TPMXX_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -1.485 -1.485 1.485 1.485 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -1.980 -1.980 1.980 1.980 ;
END V7TPMXX

VIA V1L2L_264_396
 FOREIGN C0A07AV1L2L_264_396_R1 ;
 RESISTANCE 1.757 ;
 LAYER M1L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C1L2L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M2L ;
  RECT -0.165 -0.198 0.165 0.198 ;
END V1L2L_264_396

VIA V1L2L_264_462
 FOREIGN C0A07AV1L2L_264_462_R1 ;
 RESISTANCE 1.757 ;
 LAYER M1L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C1L2L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M2L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V1L2L_264_462

VIA V1L2L_396_264
 FOREIGN C0A07AV1L2L_396_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M1L ;
  RECT -0.198 -0.165 0.198 0.165 ;
 LAYER C1L2L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M2L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V1L2L_396_264

VIA V1L2L_396_396
 FOREIGN C0A07AV1L2L_396_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M1L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C1L2L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M2L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V1L2L_396_396

VIA V1L2L_396_462
 FOREIGN C0A07AV1L2L_396_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M1L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C1L2L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M2L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V1L2L_396_462

VIA V1L2L_462_264
 FOREIGN C0A07AV1L2L_462_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M1L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C1L2L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M2L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V1L2L_462_264

VIA V1L2L_462_396
 FOREIGN C0A07AV1L2L_462_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M1L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C1L2L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M2L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V1L2L_462_396

VIA V1L2L_462_462
 FOREIGN C0A07AV1L2L_462_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M1L ;
  RECT -0.231 -0.231 0.231 0.231 ;
 LAYER C1L2L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M2L ;
  RECT -0.231 -0.231 0.231 0.231 ;
END V1L2L_462_462

VIA V2L3L_264_396
 FOREIGN C0A07AV2L3L_264_396_R1 ;
 RESISTANCE 1.757 ;
 LAYER M2L ;
  RECT -0.165 -0.198 0.165 0.198 ;
 LAYER C2L3L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M3L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V2L3L_264_396

VIA V2L3L_264_462
 FOREIGN C0A07AV2L3L_264_462_R1 ;
 RESISTANCE 1.757 ;
 LAYER M2L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C2L3L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M3L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V2L3L_264_462

VIA V2L3L_396_264
 FOREIGN C0A07AV2L3L_396_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M2L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C2L3L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M3L ;
  RECT -0.198 -0.165 0.198 0.165 ;
END V2L3L_396_264

VIA V2L3L_396_396
 FOREIGN C0A07AV2L3L_396_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M2L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C2L3L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M3L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V2L3L_396_396

VIA V2L3L_396_462
 FOREIGN C0A07AV2L3L_396_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M2L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C2L3L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M3L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V2L3L_396_462

VIA V2L3L_462_264
 FOREIGN C0A07AV2L3L_462_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M2L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C2L3L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M3L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V2L3L_462_264

VIA V2L3L_462_396
 FOREIGN C0A07AV2L3L_462_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M2L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C2L3L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M3L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V2L3L_462_396

VIA V2L3L_462_462
 FOREIGN C0A07AV2L3L_462_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M2L ;
  RECT -0.231 -0.231 0.231 0.231 ;
 LAYER C2L3L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M3L ;
  RECT -0.231 -0.231 0.231 0.231 ;
END V2L3L_462_462

VIA V3L4L_264_396
 FOREIGN C0A07AV3L4L_264_396_R1 ;
 RESISTANCE 1.757 ;
 LAYER M3L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C3L4L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M4L ;
  RECT -0.165 -0.198 0.165 0.198 ;
END V3L4L_264_396

VIA V3L4L_264_462
 FOREIGN C0A07AV3L4L_264_462_R1 ;
 RESISTANCE 1.757 ;
 LAYER M3L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C3L4L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M4L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V3L4L_264_462

VIA V3L4L_396_264
 FOREIGN C0A07AV3L4L_396_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M3L ;
  RECT -0.198 -0.165 0.198 0.165 ;
 LAYER C3L4L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M4L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V3L4L_396_264

VIA V3L4L_396_396
 FOREIGN C0A07AV3L4L_396_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M3L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C3L4L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M4L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V3L4L_396_396

VIA V3L4L_396_462
 FOREIGN C0A07AV3L4L_396_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M3L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C3L4L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M4L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V3L4L_396_462

VIA V3L4L_462_264
 FOREIGN C0A07AV3L4L_462_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M3L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C3L4L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M4L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V3L4L_462_264

VIA V3L4L_462_396
 FOREIGN C0A07AV3L4L_462_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M3L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C3L4L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M4L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V3L4L_462_396

VIA V3L4L_462_462
 FOREIGN C0A07AV3L4L_462_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M3L ;
  RECT -0.231 -0.231 0.231 0.231 ;
 LAYER C3L4L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M4L ;
  RECT -0.231 -0.231 0.231 0.231 ;
END V3L4L_462_462

VIA V4L5L_264_396
 FOREIGN C0A07AV4L5L_264_396_R1 ;
 RESISTANCE 1.757 ;
 LAYER M4L ;
  RECT -0.165 -0.198 0.165 0.198 ;
 LAYER C4L5L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M5L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V4L5L_264_396

VIA V4L5L_264_462
 FOREIGN C0A07AV4L5L_264_462_R1 ;
 RESISTANCE 1.757 ;
 LAYER M4L ;
  RECT -0.132 -0.231 0.132 0.231 ;
 LAYER C4L5L ;
  RECT -0.099 -0.165 -0.033 -0.099 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.099 -0.033 0.165 ;
  RECT 0.033 -0.165 0.099 -0.099 ;
  RECT 0.033 0.099 0.099 0.165 ;
 LAYER M5L ;
  RECT -0.132 -0.231 0.132 0.231 ;
END V4L5L_264_462

VIA V4L5L_396_264
 FOREIGN C0A07AV4L5L_396_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M4L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C4L5L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M5L ;
  RECT -0.198 -0.165 0.198 0.165 ;
END V4L5L_396_264

VIA V4L5L_396_396
 FOREIGN C0A07AV4L5L_396_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M4L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C4L5L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M5L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V4L5L_396_396

VIA V4L5L_396_462
 FOREIGN C0A07AV4L5L_396_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M4L ;
  RECT -0.198 -0.231 0.198 0.231 ;
 LAYER C4L5L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M5L ;
  RECT -0.198 -0.231 0.198 0.231 ;
END V4L5L_396_462

VIA V4L5L_462_264
 FOREIGN C0A07AV4L5L_462_264_R1 ;
 RESISTANCE 1.757 ;
 LAYER M4L ;
  RECT -0.231 -0.132 0.231 0.132 ;
 LAYER C4L5L ;
  RECT -0.165 -0.099 -0.099 -0.033 ;
  RECT -0.165 0.033 -0.099 0.099 ;
  RECT -0.033 -0.099 0.033 -0.033 ;
  RECT 0.099 -0.099 0.165 -0.033 ;
  RECT 0.099 0.033 0.165 0.099 ;
 LAYER M5L ;
  RECT -0.231 -0.132 0.231 0.132 ;
END V4L5L_462_264

VIA V4L5L_462_396
 FOREIGN C0A07AV4L5L_462_396_R1 ;
 RESISTANCE 1.098 ;
 LAYER M4L ;
  RECT -0.231 -0.198 0.231 0.198 ;
 LAYER C4L5L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M5L ;
  RECT -0.231 -0.198 0.231 0.198 ;
END V4L5L_462_396

VIA V4L5L_462_462
 FOREIGN C0A07AV4L5L_462_462_R1 ;
 RESISTANCE 1.098 ;
 LAYER M4L ;
  RECT -0.231 -0.231 0.231 0.231 ;
 LAYER C4L5L ;
  RECT -0.165 -0.165 -0.099 -0.099 ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.165 0.099 -0.099 0.165 ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 0.099 0.033 0.165 ;
  RECT 0.099 -0.165 0.165 -0.099 ;
  RECT 0.099 -0.033 0.165 0.033 ;
  RECT 0.099 0.099 0.165 0.165 ;
 LAYER M5L ;
  RECT -0.231 -0.231 0.231 0.231 ;
END V4L5L_462_462

VIA V1L2LHH2X1R DEFAULT
 FOREIGN C0A07AV1L2LHH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END V1L2LHH2X1R

VIA V1L2LHH2X1L DEFAULT
 FOREIGN C0A07AV1L2LHH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END V1L2LHH2X1L

VIA V1L2LHH1X2T
 FOREIGN C0A07AV1L2LHH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END V1L2LHH1X2T

VIA V1L2LHH1X2B
 FOREIGN C0A07AV1L2LHH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V1L2LHH1X2B

VIA V1L2LVH1X2T DEFAULT
 FOREIGN C0A07AV1L2LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END V1L2LVH1X2T

VIA V1L2LVH1X2B DEFAULT
 FOREIGN C0A07AV1L2LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V1L2LVH1X2B

VIA V2L3LHV2X1R DEFAULT
 FOREIGN C0A07AV2L3LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END V2L3LHV2X1R

VIA V2L3LHV2X1L DEFAULT
 FOREIGN C0A07AV2L3LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHV2X1L

VIA V2L3LHV1X2T DEFAULT
 FOREIGN C0A07AV2L3LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END V2L3LHV1X2T

VIA V2L3LHV1X2B DEFAULT
 FOREIGN C0A07AV2L3LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END V2L3LHV1X2B

VIA V3L4LVH2X1R DEFAULT
 FOREIGN C0A07AV3L4LVH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END V3L4LVH2X1R

VIA V3L4LVH2X1L DEFAULT
 FOREIGN C0A07AV3L4LVH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END V3L4LVH2X1L

VIA V3L4LVH1X2T DEFAULT
 FOREIGN C0A07AV3L4LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END V3L4LVH1X2T

VIA V3L4LVH1X2B DEFAULT
 FOREIGN C0A07AV3L4LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVH1X2B

VIA V4L5LHV2X1R DEFAULT
 FOREIGN C0A07AV4L5LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END V4L5LHV2X1R

VIA V4L5LHV2X1L DEFAULT
 FOREIGN C0A07AV4L5LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHV2X1L

VIA V4L5LHV1X2T DEFAULT
 FOREIGN C0A07AV4L5LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END V4L5LHV1X2T

VIA V4L5LHV1X2B DEFAULT
 FOREIGN C0A07AV4L5LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END V4L5LHV1X2B

VIA V5L6SXH1X2C DEFAULT
 FOREIGN C0A07AV5L6SXH1X2C_R1 ;
 RESISTANCE 3.197 ;
 LAYER M5L ;
  RECT -0.099 -0.231 0.099 0.231 ;
 LAYER C5L6S ;
  RECT -0.066 -0.198 0.066 -0.066 ;
  RECT -0.066 0.066 0.066 0.198 ;
 LAYER M6S ;
  RECT -0.132 -0.198 0.132 0.198 ;
END V5L6SXH1X2C

VIA V6S7TXX1X2C DEFAULT
 FOREIGN C0A07AV6S7TXX1X2C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.594 0.198 0.594 ;
 LAYER C6S7T ;
  RECT -0.198 -0.594 0.198 -0.198 ;
  RECT -0.198 0.198 0.198 0.594 ;
 LAYER M7T ;
  RECT -0.198 -0.594 0.198 0.594 ;
END V6S7TXX1X2C

VIA V6S7TXX2X1C DEFAULT
 FOREIGN C0A07AV6S7TXX2X1C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.594 -0.198 0.594 0.198 ;
 LAYER C6S7T ;
  RECT -0.594 -0.198 -0.198 0.198 ;
  RECT 0.198 -0.198 0.594 0.198 ;
 LAYER M7T ;
  RECT -0.594 -0.198 0.594 0.198 ;
END V6S7TXX2X1C

VIA V6S7TXX1X2T DEFAULT
 FOREIGN C0A07AV6S7TXX1X2T_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.990 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT -0.198 0.594 0.198 0.990 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.990 ;
END V6S7TXX1X2T

VIA V6S7TXX1X2B DEFAULT
 FOREIGN C0A07AV6S7TXX1X2B_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.990 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.990 0.198 -0.594 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.990 0.198 0.198 ;
END V6S7TXX1X2B

VIA V6S7TXX2X1R DEFAULT
 FOREIGN C0A07AV6S7TXX2X1R_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.990 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT 0.594 -0.198 0.990 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.990 0.198 ;
END V6S7TXX2X1R

VIA V6S7TXX2X1L DEFAULT
 FOREIGN C0A07AV6S7TXX2X1L_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.990 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.990 -0.198 -0.594 0.198 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.990 -0.198 0.198 0.198 ;
END V6S7TXX2X1L

VIA V2L3LHVL2S DEFAULT
 FOREIGN C0A07AV2L3LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVL2S

VIA V2L3LHVL1S DEFAULT
 FOREIGN C0A07AV2L3LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVL1S

VIA V2L3LHVCS DEFAULT
 FOREIGN C0A07AV2L3LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVCS

VIA V2L3LHVR1S DEFAULT
 FOREIGN C0A07AV2L3LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVR1S

VIA V2L3LHVR2S DEFAULT
 FOREIGN C0A07AV2L3LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVR2S

VIA V3L4LVHT2S DEFAULT
 FOREIGN C0A07AV3L4LVHT2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHT2S

VIA V3L4LVHT1S DEFAULT
 FOREIGN C0A07AV3L4LVHT1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHT1S

VIA V3L4LVHCS DEFAULT
 FOREIGN C0A07AV3L4LVHCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHCS

VIA V3L4LVHB1S DEFAULT
 FOREIGN C0A07AV3L4LVHB1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHB1S

VIA V3L4LVHB2S DEFAULT
 FOREIGN C0A07AV3L4LVHB2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHB2S

VIA V4L5LHVL2S DEFAULT
 FOREIGN C0A07AV4L5LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVL2S

VIA V4L5LHVL1S DEFAULT
 FOREIGN C0A07AV4L5LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVL1S

VIA V4L5LHVCS DEFAULT
 FOREIGN C0A07AV4L5LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVCS

VIA V4L5LHVR1S DEFAULT
 FOREIGN C0A07AV4L5LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVR1S

VIA V4L5LHVR2S DEFAULT
 FOREIGN C0A07AV4L5LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVR2S

VIA V2L3LHVL3S5 DEFAULT
 FOREIGN C0A07AV2L3LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVL3S5

VIA V2L3LHVL2S5
 FOREIGN C0A07AV2L3LHVL2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.231 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVL2S5

VIA V2L3LHVL1S5 DEFAULT
 FOREIGN C0A07AV2L3LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVL1S5

VIA V2L3LHVCS5 DEFAULT
 FOREIGN C0A07AV2L3LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVCS5

VIA V2L3LHVR1S5 DEFAULT
 FOREIGN C0A07AV2L3LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVR1S5

VIA V2L3LHVR2S5
 FOREIGN C0A07AV2L3LHVR2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.231 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVR2S5

VIA V2L3LHVR3S5 DEFAULT
 FOREIGN C0A07AV2L3LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V2L3LHVR3S5

VIA V3L4LVHT3S5 DEFAULT
 FOREIGN C0A07AV3L4LVHT3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.264 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHT3S5

VIA V3L4LVHT2S5
 FOREIGN C0A07AV3L4LVHT2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.231 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHT2S5

VIA V3L4LVHT1S5 DEFAULT
 FOREIGN C0A07AV3L4LVHT1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHT1S5

VIA V3L4LVHCS5 DEFAULT
 FOREIGN C0A07AV3L4LVHCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHCS5

VIA V3L4LVHB1S5 DEFAULT
 FOREIGN C0A07AV3L4LVHB1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHB1S5

VIA V3L4LVHB2S5
 FOREIGN C0A07AV3L4LVHB2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.231 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHB2S5

VIA V3L4LVHB3S5 DEFAULT
 FOREIGN C0A07AV3L4LVHB3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.264 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END V3L4LVHB3S5

VIA V4L5LHVL3S5 DEFAULT
 FOREIGN C0A07AV4L5LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVL3S5

VIA V4L5LHVL2S5
 FOREIGN C0A07AV4L5LHVL2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.231 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVL2S5

VIA V4L5LHVL1S5 DEFAULT
 FOREIGN C0A07AV4L5LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVL1S5

VIA V4L5LHVCS5 DEFAULT
 FOREIGN C0A07AV4L5LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVCS5

VIA V4L5LHVR1S5 DEFAULT
 FOREIGN C0A07AV4L5LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVR1S5

VIA V4L5LHVR2S5
 FOREIGN C0A07AV4L5LHVR2S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.231 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVR2S5

VIA V4L5LHVR3S5 DEFAULT
 FOREIGN C0A07AV4L5LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END V4L5LHVR3S5

VIA V2L3LR_594_66
 FOREIGN C0A07AV2L3LR_594_66_R1 ;
 RESISTANCE 2.196 ;
 LAYER M2L ;
  RECT 0.000 -0.033 0.528 0.033 ;
 LAYER C2L3L ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.297 -0.033 0.363 0.033 ;
  RECT 0.429 -0.033 0.495 0.033 ;
 LAYER M3L ;
  RECT 0.000 -0.033 0.528 0.033 ;
END V2L3LR_594_66

VIA V2L3LL_594_66
 FOREIGN C0A07AV2L3LL_594_66_R1 ;
 RESISTANCE 2.196 ;
 LAYER M2L ;
  RECT -0.528 -0.033 0.000 0.033 ;
 LAYER C2L3L ;
  RECT -0.495 -0.033 -0.429 0.033 ;
  RECT -0.363 -0.033 -0.297 0.033 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
 LAYER M3L ;
  RECT -0.528 -0.033 0.000 0.033 ;
END V2L3LL_594_66

VIA V3L4LR_66_594
 FOREIGN C0A07AV3L4LR_66_594_R1 ;
 RESISTANCE 2.196 ;
 LAYER M3L ;
  RECT 0.000 -0.033 0.528 0.033 ;
 LAYER C3L4L ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.297 -0.033 0.363 0.033 ;
  RECT 0.429 -0.033 0.495 0.033 ;
 LAYER M4L ;
  RECT 0.000 -0.033 0.528 0.033 ;
END V3L4LR_66_594

VIA V3L4LL_66_594
 FOREIGN C0A07AV3L4LL_66_594_R1 ;
 RESISTANCE 2.196 ;
 LAYER M3L ;
  RECT -0.528 -0.033 0.000 0.033 ;
 LAYER C3L4L ;
  RECT -0.495 -0.033 -0.429 0.033 ;
  RECT -0.363 -0.033 -0.297 0.033 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
 LAYER M4L ;
  RECT -0.528 -0.033 0.000 0.033 ;
END V3L4LL_66_594

VIA V4L5L_594_66
 FOREIGN C0A07AV4L5L_594_66_R1 ;
 RESISTANCE 2.196 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.165 -0.033 0.231 0.033 ;
 LAYER M5L ;
  RECT -0.297 -0.099 0.297 0.099 ;
END V4L5L_594_66

VIA SWV3L4LL_594_990
 FOREIGN C0A07ASWV3L4LL_594_990_R1 ;
 RESISTANCE 0.4183 ;
 LAYER M3L ;
  RECT -0.693 -0.297 0.297 0.297 ;
 LAYER C3L4L ;
  RECT -0.627 -0.231 -0.561 -0.165 ;
  RECT -0.627 -0.033 -0.561 0.033 ;
  RECT -0.627 0.165 -0.561 0.231 ;
  RECT -0.495 -0.231 -0.429 -0.165 ;
  RECT -0.495 -0.033 -0.429 0.033 ;
  RECT -0.495 0.165 -0.429 0.231 ;
  RECT -0.363 -0.231 -0.297 -0.165 ;
  RECT -0.363 -0.033 -0.297 0.033 ;
  RECT -0.363 0.165 -0.297 0.231 ;
  RECT -0.231 -0.231 -0.165 -0.165 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.231 0.165 -0.165 0.231 ;
  RECT -0.099 -0.231 -0.033 -0.165 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.165 -0.033 0.231 ;
  RECT 0.033 -0.231 0.099 -0.165 ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.033 0.165 0.099 0.231 ;
  RECT 0.165 -0.231 0.231 -0.165 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.165 0.165 0.231 0.231 ;
 LAYER M4L ;
  RECT -0.693 -0.297 0.297 0.297 ;
END SWV3L4LL_594_990

VIA SWV3L4LR_594_990
 FOREIGN C0A07ASWV3L4LR_594_990_R1 ;
 RESISTANCE 0.4183 ;
 LAYER M3L ;
  RECT -0.297 -0.297 0.693 0.297 ;
 LAYER C3L4L ;
  RECT -0.231 -0.231 -0.165 -0.165 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.231 0.165 -0.165 0.231 ;
  RECT -0.099 -0.231 -0.033 -0.165 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.165 -0.033 0.231 ;
  RECT 0.033 -0.231 0.099 -0.165 ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.033 0.165 0.099 0.231 ;
  RECT 0.165 -0.231 0.231 -0.165 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.165 0.165 0.231 0.231 ;
  RECT 0.297 -0.231 0.363 -0.165 ;
  RECT 0.297 -0.033 0.363 0.033 ;
  RECT 0.297 0.165 0.363 0.231 ;
  RECT 0.429 -0.231 0.495 -0.165 ;
  RECT 0.429 -0.033 0.495 0.033 ;
  RECT 0.429 0.165 0.495 0.231 ;
  RECT 0.561 -0.231 0.627 -0.165 ;
  RECT 0.561 -0.033 0.627 0.033 ;
  RECT 0.561 0.165 0.627 0.231 ;
 LAYER M4L ;
  RECT -0.297 -0.297 0.693 0.297 ;
END SWV3L4LR_594_990

VIA SWV4L5LL_594_1254
 FOREIGN C0A07ASWV4L5LL_594_1254_R1 ;
 RESISTANCE 0.4183 ;
 LAYER M4L ;
  RECT -0.693 -0.297 0.297 0.297 ;
 LAYER C4L5L ;
  RECT -0.627 -0.231 -0.561 -0.165 ;
  RECT -0.627 -0.033 -0.561 0.033 ;
  RECT -0.627 0.165 -0.561 0.231 ;
  RECT -0.495 -0.231 -0.429 -0.165 ;
  RECT -0.495 -0.033 -0.429 0.033 ;
  RECT -0.495 0.165 -0.429 0.231 ;
  RECT -0.363 -0.231 -0.297 -0.165 ;
  RECT -0.363 -0.033 -0.297 0.033 ;
  RECT -0.363 0.165 -0.297 0.231 ;
  RECT -0.231 -0.231 -0.165 -0.165 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.231 0.165 -0.165 0.231 ;
  RECT -0.099 -0.231 -0.033 -0.165 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.165 -0.033 0.231 ;
  RECT 0.033 -0.231 0.099 -0.165 ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.033 0.165 0.099 0.231 ;
  RECT 0.165 -0.231 0.231 -0.165 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.165 0.165 0.231 0.231 ;
 LAYER M5L ;
  RECT -0.693 -0.297 0.297 0.297 ;
END SWV4L5LL_594_1254

VIA SWV4L5LR_594_1254
 FOREIGN C0A07ASWV4L5LR_594_1254_R1 ;
 RESISTANCE 0.4183 ;
 LAYER M4L ;
  RECT -0.297 -0.297 0.693 0.297 ;
 LAYER C4L5L ;
  RECT -0.231 -0.231 -0.165 -0.165 ;
  RECT -0.231 -0.033 -0.165 0.033 ;
  RECT -0.231 0.165 -0.165 0.231 ;
  RECT -0.099 -0.231 -0.033 -0.165 ;
  RECT -0.099 -0.033 -0.033 0.033 ;
  RECT -0.099 0.165 -0.033 0.231 ;
  RECT 0.033 -0.231 0.099 -0.165 ;
  RECT 0.033 -0.033 0.099 0.033 ;
  RECT 0.033 0.165 0.099 0.231 ;
  RECT 0.165 -0.231 0.231 -0.165 ;
  RECT 0.165 -0.033 0.231 0.033 ;
  RECT 0.165 0.165 0.231 0.231 ;
  RECT 0.297 -0.231 0.363 -0.165 ;
  RECT 0.297 -0.033 0.363 0.033 ;
  RECT 0.297 0.165 0.363 0.231 ;
  RECT 0.429 -0.231 0.495 -0.165 ;
  RECT 0.429 -0.033 0.495 0.033 ;
  RECT 0.429 0.165 0.495 0.231 ;
  RECT 0.561 -0.231 0.627 -0.165 ;
  RECT 0.561 -0.033 0.627 0.033 ;
  RECT 0.561 0.165 0.627 0.231 ;
 LAYER M5L ;
  RECT -0.297 -0.297 0.693 0.297 ;
END SWV4L5LR_594_1254

VIA SWV5L6SL_990_1254
 FOREIGN C0A07ASWV5L6SL_990_1254_R1 ;
 RESISTANCE 0.6394 ;
 LAYER M5L ;
  RECT -0.891 -0.495 0.363 0.495 ;
 LAYER C5L6S ;
  RECT -0.858 -0.231 -0.726 -0.099 ;
  RECT -0.858 0.099 -0.726 0.231 ;
  RECT -0.594 -0.231 -0.462 -0.099 ;
  RECT -0.594 0.099 -0.462 0.231 ;
  RECT -0.330 -0.231 -0.198 -0.099 ;
  RECT -0.330 0.099 -0.198 0.231 ;
  RECT -0.066 -0.231 0.066 -0.099 ;
  RECT -0.066 0.099 0.066 0.231 ;
  RECT 0.198 -0.231 0.330 -0.099 ;
  RECT 0.198 0.099 0.330 0.231 ;
 LAYER M6S ;
  RECT -0.891 -0.330 0.363 0.330 ;
END SWV5L6SL_990_1254

VIA SWV5L6SR_990_1254
 FOREIGN C0A07ASWV5L6SR_990_1254_R1 ;
 RESISTANCE 0.6394 ;
 LAYER M5L ;
  RECT -0.363 -0.495 0.891 0.495 ;
 LAYER C5L6S ;
  RECT -0.330 -0.231 -0.198 -0.099 ;
  RECT -0.330 0.099 -0.198 0.231 ;
  RECT -0.066 -0.231 0.066 -0.099 ;
  RECT -0.066 0.099 0.066 0.231 ;
  RECT 0.198 -0.231 0.330 -0.099 ;
  RECT 0.198 0.099 0.330 0.231 ;
  RECT 0.462 -0.231 0.594 -0.099 ;
  RECT 0.462 0.099 0.594 0.231 ;
  RECT 0.726 -0.231 0.858 -0.099 ;
  RECT 0.726 0.099 0.858 0.231 ;
 LAYER M6S ;
  RECT -0.363 -0.330 0.891 0.330 ;
END SWV5L6SR_990_1254

VIA SWV6S7TL_660_2772
 FOREIGN C0A07ASWV6S7TL_660_2772_R1 ;
 RESISTANCE 0.5169 ;
 LAYER M6S ;
  RECT -1.749 -0.330 1.023 0.330 ;
 LAYER C6S7T ;
  RECT -1.749 -0.198 -1.353 0.198 ;
  RECT -0.957 -0.198 -0.561 0.198 ;
  RECT -0.165 -0.198 0.231 0.198 ;
  RECT 0.627 -0.198 1.023 0.198 ;
 LAYER M7T ;
  RECT -1.749 -0.330 1.023 0.330 ;
END SWV6S7TL_660_2772

VIA SWV6S7TR_660_2772
 FOREIGN C0A07ASWV6S7TR_660_2772_R1 ;
 RESISTANCE 0.5169 ;
 LAYER M6S ;
  RECT -1.023 -0.330 1.749 0.330 ;
 LAYER C6S7T ;
  RECT -1.023 -0.198 -0.627 0.198 ;
  RECT -0.231 -0.198 0.165 0.198 ;
  RECT 0.561 -0.198 0.957 0.198 ;
  RECT 1.353 -0.198 1.749 0.198 ;
 LAYER M7T ;
  RECT -1.023 -0.330 1.749 0.330 ;
END SWV6S7TR_660_2772

# ==================================================
# VIARULE DEFINE
# ==================================================

VIARULE CROSS_V1L2L_264_396
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V1L2L_264_396 ;
END CROSS_V1L2L_264_396

VIARULE CROSS_V1L2L_264_462
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V1L2L_264_462 ;
END CROSS_V1L2L_264_462

VIARULE CROSS_V1L2L_396_264
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V1L2L_396_264 ;
END CROSS_V1L2L_396_264

VIARULE CROSS_V1L2L_396_396
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V1L2L_396_396 ;
END CROSS_V1L2L_396_396

VIARULE CROSS_V1L2L_396_462
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V1L2L_396_462 ;
END CROSS_V1L2L_396_462

VIARULE CROSS_V1L2L_462_264
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V1L2L_462_264 ;
END CROSS_V1L2L_462_264

VIARULE CROSS_V1L2L_462_396
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V1L2L_462_396 ;
END CROSS_V1L2L_462_396

VIARULE CROSS_V1L2L_462_462
 LAYER M1L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V1L2L_462_462 ;
END CROSS_V1L2L_462_462

VIARULE CROSS_V2L3L_264_396
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V2L3L_264_396 ;
END CROSS_V2L3L_264_396

VIARULE CROSS_V2L3L_264_462
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V2L3L_264_462 ;
END CROSS_V2L3L_264_462

VIARULE CROSS_V2L3L_396_264
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V2L3L_396_264 ;
END CROSS_V2L3L_396_264

VIARULE CROSS_V2L3L_396_396
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V2L3L_396_396 ;
END CROSS_V2L3L_396_396

VIARULE CROSS_V2L3L_396_462
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V2L3L_396_462 ;
END CROSS_V2L3L_396_462

VIARULE CROSS_V2L3L_462_264
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V2L3L_462_264 ;
END CROSS_V2L3L_462_264

VIARULE CROSS_V2L3L_462_396
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V2L3L_462_396 ;
END CROSS_V2L3L_462_396

VIARULE CROSS_V2L3L_462_462
 LAYER M2L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V2L3L_462_462 ;
END CROSS_V2L3L_462_462

VIARULE CROSS_V3L4L_264_396
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V3L4L_264_396 ;
END CROSS_V3L4L_264_396

VIARULE CROSS_V3L4L_264_462
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V3L4L_264_462 ;
END CROSS_V3L4L_264_462

VIARULE CROSS_V3L4L_396_264
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V3L4L_396_264 ;
END CROSS_V3L4L_396_264

VIARULE CROSS_V3L4L_396_396
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V3L4L_396_396 ;
END CROSS_V3L4L_396_396

VIARULE CROSS_V3L4L_396_462
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V3L4L_396_462 ;
END CROSS_V3L4L_396_462

VIARULE CROSS_V3L4L_462_264
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V3L4L_462_264 ;
END CROSS_V3L4L_462_264

VIARULE CROSS_V3L4L_462_396
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V3L4L_462_396 ;
END CROSS_V3L4L_462_396

VIARULE CROSS_V3L4L_462_462
 LAYER M3L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V3L4L_462_462 ;
END CROSS_V3L4L_462_462

VIARULE CROSS_V4L5L_264_396
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V4L5L_264_396 ;
END CROSS_V4L5L_264_396

VIARULE CROSS_V4L5L_264_462
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.264 TO 0.264 ;
 VIA V4L5L_264_462 ;
END CROSS_V4L5L_264_462

VIARULE CROSS_V4L5L_396_264
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V4L5L_396_264 ;
END CROSS_V4L5L_396_264

VIARULE CROSS_V4L5L_396_396
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V4L5L_396_396 ;
END CROSS_V4L5L_396_396

VIARULE CROSS_V4L5L_396_462
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.396 TO 0.396 ;
 VIA V4L5L_396_462 ;
END CROSS_V4L5L_396_462

VIARULE CROSS_V4L5L_462_264
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.264 TO 0.264 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V4L5L_462_264 ;
END CROSS_V4L5L_462_264

VIARULE CROSS_V4L5L_462_396
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.396 TO 0.396 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V4L5L_462_396 ;
END CROSS_V4L5L_462_396

VIARULE CROSS_V4L5L_462_462
 LAYER M4L ;
  DIRECTION HORIZONTAL ;
  WIDTH 0.462 TO 0.462 ;
 LAYER M5L ;
  DIRECTION VERTICAL ;
  WIDTH 0.462 TO 0.462 ;
 VIA V4L5L_462_462 ;
END CROSS_V4L5L_462_462

# ==================================================
# VIARULE GENERATE DEFINE
# ==================================================

VIARULE EGV1L2L_L1U1 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L1U1

VIARULE EGV1L2L_L2U1 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L2U1

VIARULE EGV1L2L_L3U1 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L3U1

VIARULE EGV1L2L_L1U2 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L1U2

VIARULE EGV1L2L_L2U2 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L2U2

VIARULE EGV1L2L_L3U2 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L3U2

VIARULE EGV1L2L_L1U3 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L1U3

VIARULE EGV1L2L_L2U3 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L2U3

VIARULE EGV1L2L_L3U3 GENERATE
 LAYER M1L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV1L2L_L3U3

VIARULE EGV2L3L_L1U1 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L1U1

VIARULE EGV2L3L_L2U1 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L2U1

VIARULE EGV2L3L_L3U1 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L3U1

VIARULE EGV2L3L_L1U2 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L1U2

VIARULE EGV2L3L_L2U2 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L2U2

VIARULE EGV2L3L_L3U2 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L3U2

VIARULE EGV2L3L_L1U3 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L1U3

VIARULE EGV2L3L_L2U3 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L2U3

VIARULE EGV2L3L_L3U3 GENERATE
 LAYER M2L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV2L3L_L3U3

VIARULE EGV3L4L_L1U1 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L1U1

VIARULE EGV3L4L_L2U1 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L2U1

VIARULE EGV3L4L_L3U1 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L3U1

VIARULE EGV3L4L_L1U2 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L1U2

VIARULE EGV3L4L_L2U2 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L2U2

VIARULE EGV3L4L_L3U2 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L3U2

VIARULE EGV3L4L_L1U3 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L1U3

VIARULE EGV3L4L_L2U3 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L2U3

VIARULE EGV3L4L_L3U3 GENERATE
 LAYER M3L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV3L4L_L3U3

VIARULE EGV4L5L_L1U1 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.000 ;
#   WIDTH 0.066 TO 0.110 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L1U1

VIARULE EGV4L5L_L2U1 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L2U1

VIARULE EGV4L5L_L3U1 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L3U1

VIARULE EGV4L5L_L1U2 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L1U2

VIARULE EGV4L5L_L2U2 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L2U2

VIARULE EGV4L5L_L3U2 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M5L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L3U2

VIARULE EGV4L5L_L1U3 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.000 ;
  WIDTH 0.066 TO 0.110 ;
 LAYER M5L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L1U3

VIARULE EGV4L5L_L2U3 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.033 0.033 ;
  WIDTH 0.111 TO 0.594 ;
 LAYER M5L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L2U3

VIARULE EGV4L5L_L3U3 GENERATE
 LAYER M4L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER M5L ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  SPACING 0.132 BY 0.132 ;
  RESISTANCE 8.784 ;
END EGV4L5L_L3U3

VIARULE EGV5L6S_L1U1 GENERATE
 LAYER M5L ;
  ENCLOSURE 0.033 0.033 ;
 LAYER M6S ;
  ENCLOSURE 0.066 0.000 ;
  WIDTH 0.132 TO 0.990 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
  SPACING 0.264 BY 0.264 ;
  RESISTANCE 6.394 ;
END EGV5L6S_L1U1

VIARULE EGV5L6S_L1U2 GENERATE
 LAYER M5L ;
  ENCLOSURE 0.033 0.033 ;
 LAYER M6S ;
  ENCLOSURE 0.066 0.066 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
  SPACING 0.264 BY 0.264 ;
  RESISTANCE 6.394 ;
END EGV5L6S_L1U2

VIARULE EGV6S7T GENERATE
 LAYER M6S ;
  ENCLOSURE 0.000 0.000 ;
 LAYER M7T ;
  ENCLOSURE 0.000 0.000 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  SPACING 0.792 BY 0.792 ;
  RESISTANCE 2.068 ;
END EGV6S7T

VIARULE EGV7TPM GENERATE
 LAYER M7T ;
  ENCLOSURE 0.495 0.495 ;
 LAYER PM ;
  ENCLOSURE 0.990 0.990 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
  SPACING 3.960 BY 3.960 ;
  RESISTANCE 0.1588 ;
END EGV7TPM

# ==================================================
# SPACING DEFINE
# ==================================================

SPACING
 SAMENET C01L C01L 0.066 ;
 SAMENET C1L2L C1L2L 0.066 ;
 SAMENET C2L3L C2L3L 0.066 ;
 SAMENET C3L4L C3L4L 0.066 ;
 SAMENET C4L5L C4L5L 0.066 ;
 SAMENET C5L6S C5L6S 0.132 ;
 SAMENET C6S7T C6S7T 0.396 ;
 SAMENET C7TPM C7TPM 1.980 ;
 SAMENET C01L C1L2L 0.000 STACK ;
 SAMENET C1L2L C2L3L 0.000 STACK ;
 SAMENET C2L3L C3L4L 0.000 STACK ;
 SAMENET C3L4L C4L5L 0.000 STACK ;
 SAMENET C4L5L C5L6S 0.000 STACK ;
 SAMENET C5L6S C6S7T 0.000 STACK ;
 SAMENET C6S7T C7TPM 0.000 STACK ;
END SPACING

# ==================================================
# NONDEFAULTRULE DEFINE
# ==================================================

NONDEFAULTRULE SP

 LAYER M1L WIDTH 0.066 ; SPACING 0.066 ; END M1L
 LAYER M2L WIDTH 0.066 ; SPACING 0.198 ; END M2L
 LAYER M3L WIDTH 0.066 ; SPACING 0.198 ; END M3L
 LAYER M4L WIDTH 0.066 ; SPACING 0.198 ; END M4L
 LAYER M5L WIDTH 0.066 ; SPACING 0.198 ; END M5L
 LAYER M6S WIDTH 0.132 ; SPACING 0.396 ; END M6S
 LAYER M7T WIDTH 0.396 ; SPACING 1.188 ; END M7T
 LAYER PM WIDTH 1.98 ; SPACING 5.94 ; END PM

VIA SPV1L2LHH
 FOREIGN C0A07AV1L2LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV1L2LHH

VIA SPV1L2LHV
 FOREIGN C0A07AV1L2LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV1L2LHV

VIA SPV1L2LVH
 FOREIGN C0A07AV1L2LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV1L2LVH

VIA SPV1L2LVV
 FOREIGN C0A07AV1L2LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV1L2LVV

VIA SPV2L3LHV
 FOREIGN C0A07AV2L3LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHV

VIA SPV2L3LHH
 FOREIGN C0A07AV2L3LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV2L3LHH

VIA SPV2L3LVV
 FOREIGN C0A07AV2L3LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LVV

VIA SPV2L3LVH
 FOREIGN C0A07AV2L3LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV2L3LVH

VIA SPV3L4LVH
 FOREIGN C0A07AV3L4LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVH

VIA SPV3L4LVV
 FOREIGN C0A07AV3L4LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV3L4LVV

VIA SPV3L4LHH
 FOREIGN C0A07AV3L4LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LHH

VIA SPV3L4LHV
 FOREIGN C0A07AV3L4LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV3L4LHV

VIA SPV4L5LHV
 FOREIGN C0A07AV4L5LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHV

VIA SPV4L5LHH
 FOREIGN C0A07AV4L5LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV4L5LHH

VIA SPV4L5LVV
 FOREIGN C0A07AV4L5LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LVV

VIA SPV4L5LVH
 FOREIGN C0A07AV4L5LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV4L5LVH

VIA SPV5L6SXH
 FOREIGN C0A07AV5L6SXH_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.132 -0.066 0.132 0.066 ;
END SPV5L6SXH

VIA SPV5L6SXV
 FOREIGN C0A07AV5L6SXV_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.132 0.066 0.132 ;
END SPV5L6SXV

VIA SPV6S7TXX
 FOREIGN C0A07AV6S7TXX_R2 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END SPV6S7TXX

VIA SPV7TPMXX
 FOREIGN C0A07AV7TPMXX_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -1.485 -1.485 1.485 1.485 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -1.980 -1.980 1.980 1.980 ;
END SPV7TPMXX

VIA SPV1L2LHH2X1R
 FOREIGN C0A07AV1L2LHH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SPV1L2LHH2X1R

VIA SPV1L2LHH2X1L
 FOREIGN C0A07AV1L2LHH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SPV1L2LHH2X1L

VIA SPV1L2LVH1X2T
 FOREIGN C0A07AV1L2LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SPV1L2LVH1X2T

VIA SPV1L2LVH1X2B
 FOREIGN C0A07AV1L2LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV1L2LVH1X2B

VIA SPV2L3LHV2X1R
 FOREIGN C0A07AV2L3LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SPV2L3LHV2X1R

VIA SPV2L3LHV2X1L
 FOREIGN C0A07AV2L3LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHV2X1L

VIA SPV2L3LHV1X2T
 FOREIGN C0A07AV2L3LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SPV2L3LHV1X2T

VIA SPV2L3LHV1X2B
 FOREIGN C0A07AV2L3LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SPV2L3LHV1X2B

VIA SPV3L4LVH2X1R
 FOREIGN C0A07AV3L4LVH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SPV3L4LVH2X1R

VIA SPV3L4LVH2X1L
 FOREIGN C0A07AV3L4LVH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SPV3L4LVH2X1L

VIA SPV3L4LVH1X2T
 FOREIGN C0A07AV3L4LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SPV3L4LVH1X2T

VIA SPV3L4LVH1X2B
 FOREIGN C0A07AV3L4LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVH1X2B

VIA SPV4L5LHV2X1R
 FOREIGN C0A07AV4L5LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SPV4L5LHV2X1R

VIA SPV4L5LHV2X1L
 FOREIGN C0A07AV4L5LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHV2X1L

VIA SPV4L5LHV1X2T
 FOREIGN C0A07AV4L5LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SPV4L5LHV1X2T

VIA SPV4L5LHV1X2B
 FOREIGN C0A07AV4L5LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SPV4L5LHV1X2B

VIA SPV5L6SXH1X2C
 FOREIGN C0A07AV5L6SXH1X2C_R1 ;
 RESISTANCE 3.197 ;
 LAYER M5L ;
  RECT -0.099 -0.231 0.099 0.231 ;
 LAYER C5L6S ;
  RECT -0.066 -0.198 0.066 -0.066 ;
  RECT -0.066 0.066 0.066 0.198 ;
 LAYER M6S ;
  RECT -0.132 -0.198 0.132 0.198 ;
END SPV5L6SXH1X2C

VIA SPV6S7TXX1X2C
 FOREIGN C0A07AV6S7TXX1X2C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.594 0.198 0.594 ;
 LAYER C6S7T ;
  RECT -0.198 -0.594 0.198 -0.198 ;
  RECT -0.198 0.198 0.198 0.594 ;
 LAYER M7T ;
  RECT -0.198 -0.594 0.198 0.594 ;
END SPV6S7TXX1X2C

VIA SPV6S7TXX2X1C
 FOREIGN C0A07AV6S7TXX2X1C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.594 -0.198 0.594 0.198 ;
 LAYER C6S7T ;
  RECT -0.594 -0.198 -0.198 0.198 ;
  RECT 0.198 -0.198 0.594 0.198 ;
 LAYER M7T ;
  RECT -0.594 -0.198 0.594 0.198 ;
END SPV6S7TXX2X1C

VIA SPV6S7TXX1X2T
 FOREIGN C0A07AV6S7TXX1X2T_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.990 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT -0.198 0.594 0.198 0.990 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.990 ;
END SPV6S7TXX1X2T

VIA SPV6S7TXX1X2B
 FOREIGN C0A07AV6S7TXX1X2B_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.990 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.990 0.198 -0.594 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.990 0.198 0.198 ;
END SPV6S7TXX1X2B

VIA SPV6S7TXX2X1R
 FOREIGN C0A07AV6S7TXX2X1R_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.990 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT 0.594 -0.198 0.990 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.990 0.198 ;
END SPV6S7TXX2X1R

VIA SPV6S7TXX2X1L
 FOREIGN C0A07AV6S7TXX2X1L_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.990 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.990 -0.198 -0.594 0.198 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.990 -0.198 0.198 0.198 ;
END SPV6S7TXX2X1L

VIA SPV2L3LHVL2S
 FOREIGN C0A07AV2L3LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVL2S

VIA SPV2L3LHVL1S
 FOREIGN C0A07AV2L3LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVL1S

VIA SPV2L3LHVCS
 FOREIGN C0A07AV2L3LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVCS

VIA SPV2L3LHVR1S
 FOREIGN C0A07AV2L3LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVR1S

VIA SPV2L3LHVR2S
 FOREIGN C0A07AV2L3LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVR2S

VIA SPV3L4LVHT2S
 FOREIGN C0A07AV3L4LVHT2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHT2S

VIA SPV3L4LVHT1S
 FOREIGN C0A07AV3L4LVHT1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHT1S

VIA SPV3L4LVHCS
 FOREIGN C0A07AV3L4LVHCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHCS

VIA SPV3L4LVHB1S
 FOREIGN C0A07AV3L4LVHB1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHB1S

VIA SPV3L4LVHB2S
 FOREIGN C0A07AV3L4LVHB2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHB2S

VIA SPV4L5LHVL2S
 FOREIGN C0A07AV4L5LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVL2S

VIA SPV4L5LHVL1S
 FOREIGN C0A07AV4L5LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVL1S

VIA SPV4L5LHVCS
 FOREIGN C0A07AV4L5LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVCS

VIA SPV4L5LHVR1S
 FOREIGN C0A07AV4L5LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVR1S

VIA SPV4L5LHVR2S
 FOREIGN C0A07AV4L5LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVR2S

VIA SPV2L3LHVL3S5
 FOREIGN C0A07AV2L3LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVL3S5

VIA SPV2L3LHVL1S5
 FOREIGN C0A07AV2L3LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVL1S5

VIA SPV2L3LHVCS5
 FOREIGN C0A07AV2L3LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVCS5

VIA SPV2L3LHVR1S5
 FOREIGN C0A07AV2L3LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVR1S5

VIA SPV2L3LHVR3S5
 FOREIGN C0A07AV2L3LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV2L3LHVR3S5

VIA SPV3L4LVHT3S5
 FOREIGN C0A07AV3L4LVHT3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.264 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHT3S5

VIA SPV3L4LVHT1S5
 FOREIGN C0A07AV3L4LVHT1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHT1S5

VIA SPV3L4LVHCS5
 FOREIGN C0A07AV3L4LVHCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHCS5

VIA SPV3L4LVHB1S5
 FOREIGN C0A07AV3L4LVHB1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHB1S5

VIA SPV3L4LVHB3S5
 FOREIGN C0A07AV3L4LVHB3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.264 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SPV3L4LVHB3S5

VIA SPV4L5LHVL3S5
 FOREIGN C0A07AV4L5LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVL3S5

VIA SPV4L5LHVL1S5
 FOREIGN C0A07AV4L5LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVL1S5

VIA SPV4L5LHVCS5
 FOREIGN C0A07AV4L5LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVCS5

VIA SPV4L5LHVR1S5
 FOREIGN C0A07AV4L5LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVR1S5

VIA SPV4L5LHVR3S5
 FOREIGN C0A07AV4L5LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SPV4L5LHVR3S5

END SP

NONDEFAULTRULE SP2

 LAYER M1L WIDTH 0.066 ; SPACING 0.198 ; END M1L
 LAYER M2L WIDTH 0.066 ; SPACING 0.198 ; END M2L
 LAYER M3L WIDTH 0.066 ; SPACING 0.198 ; END M3L
 LAYER M4L WIDTH 0.066 ; SPACING 0.198 ; END M4L
 LAYER M5L WIDTH 0.066 ; SPACING 0.198 ; END M5L
 LAYER M6S WIDTH 0.132 ; SPACING 0.396 ; END M6S
 LAYER M7T WIDTH 0.396 ; SPACING 1.188 ; END M7T
 LAYER PM WIDTH 1.98 ; SPACING 5.94 ; END PM

VIA SP2V1L2LHH
 FOREIGN C0A07AV1L2LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V1L2LHH

VIA SP2V1L2LHV
 FOREIGN C0A07AV1L2LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V1L2LHV

VIA SP2V1L2LVH
 FOREIGN C0A07AV1L2LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V1L2LVH

VIA SP2V1L2LVV
 FOREIGN C0A07AV1L2LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V1L2LVV

VIA SP2V2L3LHV
 FOREIGN C0A07AV2L3LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHV

VIA SP2V2L3LHH
 FOREIGN C0A07AV2L3LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V2L3LHH

VIA SP2V2L3LVV
 FOREIGN C0A07AV2L3LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LVV

VIA SP2V2L3LVH
 FOREIGN C0A07AV2L3LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V2L3LVH

VIA SP2V3L4LVH
 FOREIGN C0A07AV3L4LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVH

VIA SP2V3L4LVV
 FOREIGN C0A07AV3L4LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V3L4LVV

VIA SP2V3L4LHH
 FOREIGN C0A07AV3L4LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LHH

VIA SP2V3L4LHV
 FOREIGN C0A07AV3L4LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V3L4LHV

VIA SP2V4L5LHV
 FOREIGN C0A07AV4L5LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHV

VIA SP2V4L5LHH
 FOREIGN C0A07AV4L5LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V4L5LHH

VIA SP2V4L5LVV
 FOREIGN C0A07AV4L5LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LVV

VIA SP2V4L5LVH
 FOREIGN C0A07AV4L5LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V4L5LVH

VIA SP2V5L6SXH
 FOREIGN C0A07AV5L6SXH_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.132 -0.066 0.132 0.066 ;
END SP2V5L6SXH

VIA SP2V5L6SXV
 FOREIGN C0A07AV5L6SXV_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.132 0.066 0.132 ;
END SP2V5L6SXV

VIA SP2V6S7TXX
 FOREIGN C0A07AV6S7TXX_R2 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END SP2V6S7TXX

VIA SP2V7TPMXX
 FOREIGN C0A07AV7TPMXX_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -1.485 -1.485 1.485 1.485 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -1.980 -1.980 1.980 1.980 ;
END SP2V7TPMXX

VIA SP2V1L2LHH2X1R
 FOREIGN C0A07AV1L2LHH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP2V1L2LHH2X1R

VIA SP2V1L2LHH2X1L
 FOREIGN C0A07AV1L2LHH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP2V1L2LHH2X1L

VIA SP2V1L2LVH1X2T
 FOREIGN C0A07AV1L2LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP2V1L2LVH1X2T

VIA SP2V1L2LVH1X2B
 FOREIGN C0A07AV1L2LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V1L2LVH1X2B

VIA SP2V2L3LHV2X1R
 FOREIGN C0A07AV2L3LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP2V2L3LHV2X1R

VIA SP2V2L3LHV2X1L
 FOREIGN C0A07AV2L3LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHV2X1L

VIA SP2V2L3LHV1X2T
 FOREIGN C0A07AV2L3LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP2V2L3LHV1X2T

VIA SP2V2L3LHV1X2B
 FOREIGN C0A07AV2L3LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP2V2L3LHV1X2B

VIA SP2V3L4LVH2X1R
 FOREIGN C0A07AV3L4LVH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP2V3L4LVH2X1R

VIA SP2V3L4LVH2X1L
 FOREIGN C0A07AV3L4LVH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP2V3L4LVH2X1L

VIA SP2V3L4LVH1X2T
 FOREIGN C0A07AV3L4LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP2V3L4LVH1X2T

VIA SP2V3L4LVH1X2B
 FOREIGN C0A07AV3L4LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVH1X2B

VIA SP2V4L5LHV2X1R
 FOREIGN C0A07AV4L5LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP2V4L5LHV2X1R

VIA SP2V4L5LHV2X1L
 FOREIGN C0A07AV4L5LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHV2X1L

VIA SP2V4L5LHV1X2T
 FOREIGN C0A07AV4L5LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP2V4L5LHV1X2T

VIA SP2V4L5LHV1X2B
 FOREIGN C0A07AV4L5LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP2V4L5LHV1X2B

VIA SP2V5L6SXH1X2C
 FOREIGN C0A07AV5L6SXH1X2C_R1 ;
 RESISTANCE 3.197 ;
 LAYER M5L ;
  RECT -0.099 -0.231 0.099 0.231 ;
 LAYER C5L6S ;
  RECT -0.066 -0.198 0.066 -0.066 ;
  RECT -0.066 0.066 0.066 0.198 ;
 LAYER M6S ;
  RECT -0.132 -0.198 0.132 0.198 ;
END SP2V5L6SXH1X2C

VIA SP2V6S7TXX1X2C
 FOREIGN C0A07AV6S7TXX1X2C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.594 0.198 0.594 ;
 LAYER C6S7T ;
  RECT -0.198 -0.594 0.198 -0.198 ;
  RECT -0.198 0.198 0.198 0.594 ;
 LAYER M7T ;
  RECT -0.198 -0.594 0.198 0.594 ;
END SP2V6S7TXX1X2C

VIA SP2V6S7TXX2X1C
 FOREIGN C0A07AV6S7TXX2X1C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.594 -0.198 0.594 0.198 ;
 LAYER C6S7T ;
  RECT -0.594 -0.198 -0.198 0.198 ;
  RECT 0.198 -0.198 0.594 0.198 ;
 LAYER M7T ;
  RECT -0.594 -0.198 0.594 0.198 ;
END SP2V6S7TXX2X1C

VIA SP2V6S7TXX1X2T
 FOREIGN C0A07AV6S7TXX1X2T_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.990 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT -0.198 0.594 0.198 0.990 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.990 ;
END SP2V6S7TXX1X2T

VIA SP2V6S7TXX1X2B
 FOREIGN C0A07AV6S7TXX1X2B_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.990 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.990 0.198 -0.594 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.990 0.198 0.198 ;
END SP2V6S7TXX1X2B

VIA SP2V6S7TXX2X1R
 FOREIGN C0A07AV6S7TXX2X1R_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.990 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT 0.594 -0.198 0.990 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.990 0.198 ;
END SP2V6S7TXX2X1R

VIA SP2V6S7TXX2X1L
 FOREIGN C0A07AV6S7TXX2X1L_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.990 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.990 -0.198 -0.594 0.198 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.990 -0.198 0.198 0.198 ;
END SP2V6S7TXX2X1L

VIA SP2V2L3LHVL2S
 FOREIGN C0A07AV2L3LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVL2S

VIA SP2V2L3LHVL1S
 FOREIGN C0A07AV2L3LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVL1S

VIA SP2V2L3LHVCS
 FOREIGN C0A07AV2L3LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVCS

VIA SP2V2L3LHVR1S
 FOREIGN C0A07AV2L3LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVR1S

VIA SP2V2L3LHVR2S
 FOREIGN C0A07AV2L3LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVR2S

VIA SP2V3L4LVHT2S
 FOREIGN C0A07AV3L4LVHT2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHT2S

VIA SP2V3L4LVHT1S
 FOREIGN C0A07AV3L4LVHT1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHT1S

VIA SP2V3L4LVHCS
 FOREIGN C0A07AV3L4LVHCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHCS

VIA SP2V3L4LVHB1S
 FOREIGN C0A07AV3L4LVHB1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHB1S

VIA SP2V3L4LVHB2S
 FOREIGN C0A07AV3L4LVHB2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHB2S

VIA SP2V4L5LHVL2S
 FOREIGN C0A07AV4L5LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVL2S

VIA SP2V4L5LHVL1S
 FOREIGN C0A07AV4L5LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVL1S

VIA SP2V4L5LHVCS
 FOREIGN C0A07AV4L5LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVCS

VIA SP2V4L5LHVR1S
 FOREIGN C0A07AV4L5LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVR1S

VIA SP2V4L5LHVR2S
 FOREIGN C0A07AV4L5LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVR2S

VIA SP2V2L3LHVL3S5
 FOREIGN C0A07AV2L3LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVL3S5

VIA SP2V2L3LHVL1S5
 FOREIGN C0A07AV2L3LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVL1S5

VIA SP2V2L3LHVCS5
 FOREIGN C0A07AV2L3LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVCS5

VIA SP2V2L3LHVR1S5
 FOREIGN C0A07AV2L3LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVR1S5

VIA SP2V2L3LHVR3S5
 FOREIGN C0A07AV2L3LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V2L3LHVR3S5

VIA SP2V3L4LVHT3S5
 FOREIGN C0A07AV3L4LVHT3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.264 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHT3S5

VIA SP2V3L4LVHT1S5
 FOREIGN C0A07AV3L4LVHT1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHT1S5

VIA SP2V3L4LVHCS5
 FOREIGN C0A07AV3L4LVHCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHCS5

VIA SP2V3L4LVHB1S5
 FOREIGN C0A07AV3L4LVHB1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHB1S5

VIA SP2V3L4LVHB3S5
 FOREIGN C0A07AV3L4LVHB3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.264 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP2V3L4LVHB3S5

VIA SP2V4L5LHVL3S5
 FOREIGN C0A07AV4L5LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVL3S5

VIA SP2V4L5LHVL1S5
 FOREIGN C0A07AV4L5LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVL1S5

VIA SP2V4L5LHVCS5
 FOREIGN C0A07AV4L5LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVCS5

VIA SP2V4L5LHVR1S5
 FOREIGN C0A07AV4L5LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVR1S5

VIA SP2V4L5LHVR3S5
 FOREIGN C0A07AV4L5LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP2V4L5LHVR3S5

END SP2

NONDEFAULTRULE SP3

 LAYER M1L WIDTH 0.132 ; SPACING 0.165 ; END M1L
 LAYER M2L WIDTH 0.132 ; SPACING 0.165 ; END M2L
 LAYER M3L WIDTH 0.132 ; SPACING 0.165 ; END M3L
 LAYER M4L WIDTH 0.132 ; SPACING 0.165 ; END M4L
 LAYER M5L WIDTH 0.132 ; SPACING 0.165 ; END M5L
 LAYER M6S WIDTH 0.132 ; SPACING 0.132 ; END M6S
 LAYER M7T WIDTH 0.396 ; SPACING 0.396 ; END M7T
 LAYER PM WIDTH 1.98 ; SPACING 1.98 ; END PM

VIA SP3V1L2LHH
 FOREIGN C0A07AV1L2LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V1L2LHH

VIA SP3V1L2LHV
 FOREIGN C0A07AV1L2LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V1L2LHV

VIA SP3V1L2LVH
 FOREIGN C0A07AV1L2LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V1L2LVH

VIA SP3V1L2LVV
 FOREIGN C0A07AV1L2LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V1L2LVV

VIA SP3V2L3LHV
 FOREIGN C0A07AV2L3LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHV

VIA SP3V2L3LHH
 FOREIGN C0A07AV2L3LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V2L3LHH

VIA SP3V2L3LVV
 FOREIGN C0A07AV2L3LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LVV

VIA SP3V2L3LVH
 FOREIGN C0A07AV2L3LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V2L3LVH

VIA SP3V3L4LVH
 FOREIGN C0A07AV3L4LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVH

VIA SP3V3L4LVV
 FOREIGN C0A07AV3L4LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V3L4LVV

VIA SP3V3L4LHH
 FOREIGN C0A07AV3L4LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LHH

VIA SP3V3L4LHV
 FOREIGN C0A07AV3L4LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V3L4LHV

VIA SP3V4L5LHV
 FOREIGN C0A07AV4L5LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHV

VIA SP3V4L5LHH
 FOREIGN C0A07AV4L5LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V4L5LHH

VIA SP3V4L5LVV
 FOREIGN C0A07AV4L5LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LVV

VIA SP3V4L5LVH
 FOREIGN C0A07AV4L5LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V4L5LVH

VIA SP3V5L6SXH
 FOREIGN C0A07AV5L6SXH_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.132 -0.066 0.132 0.066 ;
END SP3V5L6SXH

VIA SP3V5L6SXV
 FOREIGN C0A07AV5L6SXV_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.132 0.066 0.132 ;
END SP3V5L6SXV

VIA SP3V6S7TXX
 FOREIGN C0A07AV6S7TXX_R2 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END SP3V6S7TXX

VIA SP3V7TPMXX
 FOREIGN C0A07AV7TPMXX_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -1.485 -1.485 1.485 1.485 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -1.980 -1.980 1.980 1.980 ;
END SP3V7TPMXX

VIA SP3V1L2LHH2X1R
 FOREIGN C0A07AV1L2LHH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP3V1L2LHH2X1R

VIA SP3V1L2LHH2X1L
 FOREIGN C0A07AV1L2LHH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP3V1L2LHH2X1L

VIA SP3V1L2LVH1X2T
 FOREIGN C0A07AV1L2LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP3V1L2LVH1X2T

VIA SP3V1L2LVH1X2B
 FOREIGN C0A07AV1L2LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V1L2LVH1X2B

VIA SP3V2L3LHV2X1R
 FOREIGN C0A07AV2L3LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP3V2L3LHV2X1R

VIA SP3V2L3LHV2X1L
 FOREIGN C0A07AV2L3LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHV2X1L

VIA SP3V2L3LHV1X2T
 FOREIGN C0A07AV2L3LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP3V2L3LHV1X2T

VIA SP3V2L3LHV1X2B
 FOREIGN C0A07AV2L3LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP3V2L3LHV1X2B

VIA SP3V3L4LVH2X1R
 FOREIGN C0A07AV3L4LVH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP3V3L4LVH2X1R

VIA SP3V3L4LVH2X1L
 FOREIGN C0A07AV3L4LVH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP3V3L4LVH2X1L

VIA SP3V3L4LVH1X2T
 FOREIGN C0A07AV3L4LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP3V3L4LVH1X2T

VIA SP3V3L4LVH1X2B
 FOREIGN C0A07AV3L4LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVH1X2B

VIA SP3V4L5LHV2X1R
 FOREIGN C0A07AV4L5LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP3V4L5LHV2X1R

VIA SP3V4L5LHV2X1L
 FOREIGN C0A07AV4L5LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHV2X1L

VIA SP3V4L5LHV1X2T
 FOREIGN C0A07AV4L5LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP3V4L5LHV1X2T

VIA SP3V4L5LHV1X2B
 FOREIGN C0A07AV4L5LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP3V4L5LHV1X2B

VIA SP3V5L6SXH1X2C
 FOREIGN C0A07AV5L6SXH1X2C_R1 ;
 RESISTANCE 3.197 ;
 LAYER M5L ;
  RECT -0.099 -0.231 0.099 0.231 ;
 LAYER C5L6S ;
  RECT -0.066 -0.198 0.066 -0.066 ;
  RECT -0.066 0.066 0.066 0.198 ;
 LAYER M6S ;
  RECT -0.132 -0.198 0.132 0.198 ;
END SP3V5L6SXH1X2C

VIA SP3V6S7TXX1X2C
 FOREIGN C0A07AV6S7TXX1X2C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.594 0.198 0.594 ;
 LAYER C6S7T ;
  RECT -0.198 -0.594 0.198 -0.198 ;
  RECT -0.198 0.198 0.198 0.594 ;
 LAYER M7T ;
  RECT -0.198 -0.594 0.198 0.594 ;
END SP3V6S7TXX1X2C

VIA SP3V6S7TXX2X1C
 FOREIGN C0A07AV6S7TXX2X1C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.594 -0.198 0.594 0.198 ;
 LAYER C6S7T ;
  RECT -0.594 -0.198 -0.198 0.198 ;
  RECT 0.198 -0.198 0.594 0.198 ;
 LAYER M7T ;
  RECT -0.594 -0.198 0.594 0.198 ;
END SP3V6S7TXX2X1C

VIA SP3V6S7TXX1X2T
 FOREIGN C0A07AV6S7TXX1X2T_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.990 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT -0.198 0.594 0.198 0.990 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.990 ;
END SP3V6S7TXX1X2T

VIA SP3V6S7TXX1X2B
 FOREIGN C0A07AV6S7TXX1X2B_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.990 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.990 0.198 -0.594 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.990 0.198 0.198 ;
END SP3V6S7TXX1X2B

VIA SP3V6S7TXX2X1R
 FOREIGN C0A07AV6S7TXX2X1R_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.990 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT 0.594 -0.198 0.990 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.990 0.198 ;
END SP3V6S7TXX2X1R

VIA SP3V6S7TXX2X1L
 FOREIGN C0A07AV6S7TXX2X1L_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.990 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.990 -0.198 -0.594 0.198 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.990 -0.198 0.198 0.198 ;
END SP3V6S7TXX2X1L

VIA SP3V2L3LHVL2S
 FOREIGN C0A07AV2L3LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVL2S

VIA SP3V2L3LHVL1S
 FOREIGN C0A07AV2L3LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVL1S

VIA SP3V2L3LHVCS
 FOREIGN C0A07AV2L3LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVCS

VIA SP3V2L3LHVR1S
 FOREIGN C0A07AV2L3LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVR1S

VIA SP3V2L3LHVR2S
 FOREIGN C0A07AV2L3LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVR2S

VIA SP3V3L4LVHT2S
 FOREIGN C0A07AV3L4LVHT2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHT2S

VIA SP3V3L4LVHT1S
 FOREIGN C0A07AV3L4LVHT1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHT1S

VIA SP3V3L4LVHCS
 FOREIGN C0A07AV3L4LVHCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHCS

VIA SP3V3L4LVHB1S
 FOREIGN C0A07AV3L4LVHB1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHB1S

VIA SP3V3L4LVHB2S
 FOREIGN C0A07AV3L4LVHB2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHB2S

VIA SP3V4L5LHVL2S
 FOREIGN C0A07AV4L5LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVL2S

VIA SP3V4L5LHVL1S
 FOREIGN C0A07AV4L5LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVL1S

VIA SP3V4L5LHVCS
 FOREIGN C0A07AV4L5LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVCS

VIA SP3V4L5LHVR1S
 FOREIGN C0A07AV4L5LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVR1S

VIA SP3V4L5LHVR2S
 FOREIGN C0A07AV4L5LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVR2S

VIA SP3V2L3LHVL3S5
 FOREIGN C0A07AV2L3LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVL3S5

VIA SP3V2L3LHVL1S5
 FOREIGN C0A07AV2L3LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVL1S5

VIA SP3V2L3LHVCS5
 FOREIGN C0A07AV2L3LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVCS5

VIA SP3V2L3LHVR1S5
 FOREIGN C0A07AV2L3LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVR1S5

VIA SP3V2L3LHVR3S5
 FOREIGN C0A07AV2L3LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V2L3LHVR3S5

VIA SP3V3L4LVHT3S5
 FOREIGN C0A07AV3L4LVHT3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.264 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHT3S5

VIA SP3V3L4LVHT1S5
 FOREIGN C0A07AV3L4LVHT1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHT1S5

VIA SP3V3L4LVHCS5
 FOREIGN C0A07AV3L4LVHCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHCS5

VIA SP3V3L4LVHB1S5
 FOREIGN C0A07AV3L4LVHB1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHB1S5

VIA SP3V3L4LVHB3S5
 FOREIGN C0A07AV3L4LVHB3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.264 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP3V3L4LVHB3S5

VIA SP3V4L5LHVL3S5
 FOREIGN C0A07AV4L5LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVL3S5

VIA SP3V4L5LHVL1S5
 FOREIGN C0A07AV4L5LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVL1S5

VIA SP3V4L5LHVCS5
 FOREIGN C0A07AV4L5LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVCS5

VIA SP3V4L5LHVR1S5
 FOREIGN C0A07AV4L5LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVR1S5

VIA SP3V4L5LHVR3S5
 FOREIGN C0A07AV4L5LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP3V4L5LHVR3S5

END SP3

NONDEFAULTRULE SP4

 LAYER M1L WIDTH 0.132 ; SPACING 0.297 ; END M1L
 LAYER M2L WIDTH 0.132 ; SPACING 0.297 ; END M2L
 LAYER M3L WIDTH 0.132 ; SPACING 0.297 ; END M3L
 LAYER M4L WIDTH 0.132 ; SPACING 0.297 ; END M4L
 LAYER M5L WIDTH 0.132 ; SPACING 0.297 ; END M5L
 LAYER M6S WIDTH 0.132 ; SPACING 0.396 ; END M6S
 LAYER M7T WIDTH 0.396 ; SPACING 1.188 ; END M7T
 LAYER PM WIDTH 1.98 ; SPACING 5.94 ; END PM

VIA SP4V1L2LHH
 FOREIGN C0A07AV1L2LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V1L2LHH

VIA SP4V1L2LHV
 FOREIGN C0A07AV1L2LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V1L2LHV

VIA SP4V1L2LVH
 FOREIGN C0A07AV1L2LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V1L2LVH

VIA SP4V1L2LVV
 FOREIGN C0A07AV1L2LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V1L2LVV

VIA SP4V2L3LHV
 FOREIGN C0A07AV2L3LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHV

VIA SP4V2L3LHH
 FOREIGN C0A07AV2L3LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V2L3LHH

VIA SP4V2L3LVV
 FOREIGN C0A07AV2L3LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LVV

VIA SP4V2L3LVH
 FOREIGN C0A07AV2L3LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V2L3LVH

VIA SP4V3L4LVH
 FOREIGN C0A07AV3L4LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVH

VIA SP4V3L4LVV
 FOREIGN C0A07AV3L4LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V3L4LVV

VIA SP4V3L4LHH
 FOREIGN C0A07AV3L4LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LHH

VIA SP4V3L4LHV
 FOREIGN C0A07AV3L4LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V3L4LHV

VIA SP4V4L5LHV
 FOREIGN C0A07AV4L5LHV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHV

VIA SP4V4L5LHH
 FOREIGN C0A07AV4L5LHH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V4L5LHH

VIA SP4V4L5LVV
 FOREIGN C0A07AV4L5LVV_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LVV

VIA SP4V4L5LVH
 FOREIGN C0A07AV4L5LVH_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V4L5LVH

VIA SP4V5L6SXH
 FOREIGN C0A07AV5L6SXH_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.132 -0.066 0.132 0.066 ;
END SP4V5L6SXH

VIA SP4V5L6SXV
 FOREIGN C0A07AV5L6SXV_R1 ;
 RESISTANCE 6.394 ;
 LAYER M5L ;
  RECT -0.099 -0.099 0.099 0.099 ;
 LAYER C5L6S ;
  RECT -0.066 -0.066 0.066 0.066 ;
 LAYER M6S ;
  RECT -0.066 -0.132 0.066 0.132 ;
END SP4V5L6SXV

VIA SP4V6S7TXX
 FOREIGN C0A07AV6S7TXX_R2 ;
 RESISTANCE 2.068 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
END SP4V6S7TXX

VIA SP4V7TPMXX
 FOREIGN C0A07AV7TPMXX_R1 ;
 RESISTANCE 0.1588 ;
 LAYER M7T ;
  RECT -1.485 -1.485 1.485 1.485 ;
 LAYER C7TPM ;
  RECT -0.990 -0.990 0.990 0.990 ;
 LAYER PM ;
  RECT -1.980 -1.980 1.980 1.980 ;
END SP4V7TPMXX

VIA SP4V1L2LHH2X1R
 FOREIGN C0A07AV1L2LHH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP4V1L2LHH2X1R

VIA SP4V1L2LHH2X1L
 FOREIGN C0A07AV1L2LHH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C1L2L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP4V1L2LHH2X1L

VIA SP4V1L2LVH1X2T
 FOREIGN C0A07AV1L2LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP4V1L2LVH1X2T

VIA SP4V1L2LVH1X2B
 FOREIGN C0A07AV1L2LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M1L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C1L2L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V1L2LVH1X2B

VIA SP4V2L3LHV2X1R
 FOREIGN C0A07AV2L3LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP4V2L3LHV2X1R

VIA SP4V2L3LHV2X1L
 FOREIGN C0A07AV2L3LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHV2X1L

VIA SP4V2L3LHV1X2T
 FOREIGN C0A07AV2L3LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP4V2L3LHV1X2T

VIA SP4V2L3LHV1X2B
 FOREIGN C0A07AV2L3LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M2L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP4V2L3LHV1X2B

VIA SP4V3L4LVH2X1R
 FOREIGN C0A07AV3L4LVH2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
END SP4V3L4LVH2X1R

VIA SP4V3L4LVH2X1L
 FOREIGN C0A07AV3L4LVH2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
END SP4V3L4LVH2X1L

VIA SP4V3L4LVH1X2T
 FOREIGN C0A07AV3L4LVH1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
END SP4V3L4LVH1X2T

VIA SP4V3L4LVH1X2B
 FOREIGN C0A07AV3L4LVH1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVH1X2B

VIA SP4V4L5LHV2X1R
 FOREIGN C0A07AV4L5LHV2X1R_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT 0.099 -0.033 0.165 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.033 0.165 0.033 ;
  RECT -0.033 -0.066 0.033 0.066 ;
  RECT 0.099 -0.066 0.165 0.066 ;
END SP4V4L5LHV2X1R

VIA SP4V4L5LHV2X1L
 FOREIGN C0A07AV4L5LHV2X1L_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.165 -0.033 -0.099 0.033 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.165 -0.033 0.033 0.033 ;
  RECT -0.165 -0.066 -0.099 0.066 ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHV2X1L

VIA SP4V4L5LHV1X2T
 FOREIGN C0A07AV4L5LHV1X2T_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.165 ;
  RECT -0.066 -0.033 0.066 0.033 ;
  RECT -0.066 0.099 0.066 0.165 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  RECT -0.033 0.099 0.033 0.165 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.198 ;
END SP4V4L5LHV1X2T

VIA SP4V4L5LHV1X2B
 FOREIGN C0A07AV4L5LHV1X2B_R1 ;
 RESISTANCE 4.392 ;
 LAYER M4L ;
  RECT -0.033 -0.165 0.033 0.033 ;
  RECT -0.066 -0.165 0.066 -0.099 ;
  RECT -0.066 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.165 0.033 -0.099 ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.198 0.033 0.066 ;
END SP4V4L5LHV1X2B

VIA SP4V5L6SXH1X2C
 FOREIGN C0A07AV5L6SXH1X2C_R1 ;
 RESISTANCE 3.197 ;
 LAYER M5L ;
  RECT -0.099 -0.231 0.099 0.231 ;
 LAYER C5L6S ;
  RECT -0.066 -0.198 0.066 -0.066 ;
  RECT -0.066 0.066 0.066 0.198 ;
 LAYER M6S ;
  RECT -0.132 -0.198 0.132 0.198 ;
END SP4V5L6SXH1X2C

VIA SP4V6S7TXX1X2C
 FOREIGN C0A07AV6S7TXX1X2C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.594 0.198 0.594 ;
 LAYER C6S7T ;
  RECT -0.198 -0.594 0.198 -0.198 ;
  RECT -0.198 0.198 0.198 0.594 ;
 LAYER M7T ;
  RECT -0.198 -0.594 0.198 0.594 ;
END SP4V6S7TXX1X2C

VIA SP4V6S7TXX2X1C
 FOREIGN C0A07AV6S7TXX2X1C_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.594 -0.198 0.594 0.198 ;
 LAYER C6S7T ;
  RECT -0.594 -0.198 -0.198 0.198 ;
  RECT 0.198 -0.198 0.594 0.198 ;
 LAYER M7T ;
  RECT -0.594 -0.198 0.594 0.198 ;
END SP4V6S7TXX2X1C

VIA SP4V6S7TXX1X2T
 FOREIGN C0A07AV6S7TXX1X2T_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.198 0.990 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT -0.198 0.594 0.198 0.990 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.198 0.990 ;
END SP4V6S7TXX1X2T

VIA SP4V6S7TXX1X2B
 FOREIGN C0A07AV6S7TXX1X2B_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.990 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.990 0.198 -0.594 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.990 0.198 0.198 ;
END SP4V6S7TXX1X2B

VIA SP4V6S7TXX2X1R
 FOREIGN C0A07AV6S7TXX2X1R_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.198 -0.198 0.990 0.198 ;
 LAYER C6S7T ;
  RECT -0.198 -0.198 0.198 0.198 ;
  RECT 0.594 -0.198 0.990 0.198 ;
 LAYER M7T ;
  RECT -0.198 -0.198 0.990 0.198 ;
END SP4V6S7TXX2X1R

VIA SP4V6S7TXX2X1L
 FOREIGN C0A07AV6S7TXX2X1L_R1 ;
 RESISTANCE 1.034 ;
 LAYER M6S ;
  RECT -0.990 -0.198 0.198 0.198 ;
 LAYER C6S7T ;
  RECT -0.990 -0.198 -0.594 0.198 ;
  RECT -0.198 -0.198 0.198 0.198 ;
 LAYER M7T ;
  RECT -0.990 -0.198 0.198 0.198 ;
END SP4V6S7TXX2X1L

VIA SP4V2L3LHVL2S
 FOREIGN C0A07AV2L3LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVL2S

VIA SP4V2L3LHVL1S
 FOREIGN C0A07AV2L3LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVL1S

VIA SP4V2L3LHVCS
 FOREIGN C0A07AV2L3LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVCS

VIA SP4V2L3LHVR1S
 FOREIGN C0A07AV2L3LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVR1S

VIA SP4V2L3LHVR2S
 FOREIGN C0A07AV2L3LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVR2S

VIA SP4V3L4LVHT2S
 FOREIGN C0A07AV3L4LVHT2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHT2S

VIA SP4V3L4LVHT1S
 FOREIGN C0A07AV3L4LVHT1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.099 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHT1S

VIA SP4V3L4LVHCS
 FOREIGN C0A07AV3L4LVHCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHCS

VIA SP4V3L4LVHB1S
 FOREIGN C0A07AV3L4LVHB1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.099 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHB1S

VIA SP4V3L4LVHB2S
 FOREIGN C0A07AV3L4LVHB2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHB2S

VIA SP4V4L5LHVL2S
 FOREIGN C0A07AV4L5LHVL2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVL2S

VIA SP4V4L5LHVL1S
 FOREIGN C0A07AV4L5LHVL1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.099 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVL1S

VIA SP4V4L5LHVCS
 FOREIGN C0A07AV4L5LHVCS_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVCS

VIA SP4V4L5LHVR1S
 FOREIGN C0A07AV4L5LHVR1S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.099 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVR1S

VIA SP4V4L5LHVR2S
 FOREIGN C0A07AV4L5LHVR2S_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVR2S

VIA SP4V2L3LHVL3S5
 FOREIGN C0A07AV2L3LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVL3S5

VIA SP4V2L3LHVL1S5
 FOREIGN C0A07AV2L3LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVL1S5

VIA SP4V2L3LHVCS5
 FOREIGN C0A07AV2L3LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVCS5

VIA SP4V2L3LHVR1S5
 FOREIGN C0A07AV2L3LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVR1S5

VIA SP4V2L3LHVR3S5
 FOREIGN C0A07AV2L3LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M2L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V2L3LHVR3S5

VIA SP4V3L4LVHT3S5
 FOREIGN C0A07AV3L4LVHT3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.264 0.033 0.066 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHT3S5

VIA SP4V3L4LVHT1S5
 FOREIGN C0A07AV3L4LVHT1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.198 0.033 0.132 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHT1S5

VIA SP4V3L4LVHCS5
 FOREIGN C0A07AV3L4LVHCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.165 0.033 0.165 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHCS5

VIA SP4V3L4LVHB1S5
 FOREIGN C0A07AV3L4LVHB1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.132 0.033 0.198 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHB1S5

VIA SP4V3L4LVHB3S5
 FOREIGN C0A07AV3L4LVHB3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M3L ;
  RECT -0.033 -0.066 0.033 0.264 ;
 LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.066 0.033 ;
END SP4V3L4LVHB3S5

VIA SP4V4L5LHVL3S5
 FOREIGN C0A07AV4L5LHVL3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.264 -0.033 0.066 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVL3S5

VIA SP4V4L5LHVL1S5
 FOREIGN C0A07AV4L5LHVL1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.198 -0.033 0.132 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVL1S5

VIA SP4V4L5LHVCS5
 FOREIGN C0A07AV4L5LHVCS5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.165 -0.033 0.165 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVCS5

VIA SP4V4L5LHVR1S5
 FOREIGN C0A07AV4L5LHVR1S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.132 -0.033 0.198 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVR1S5

VIA SP4V4L5LHVR3S5
 FOREIGN C0A07AV4L5LHVR3S5_R1 ;
 RESISTANCE 8.784 ;
 LAYER M4L ;
  RECT -0.066 -0.033 0.264 0.033 ;
 LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
 LAYER M5L ;
  RECT -0.033 -0.066 0.033 0.066 ;
END SP4V4L5LHVR3S5

END SP4

# ==================================================
# SITE DEFINE
# ==================================================

SITE nc40_dsc
 SYMMETRY Y ;
 CLASS CORE ;
 SIZE 0.132 BY 1.188 ;
END nc40_dsc

SITE nc40_dsc2
 SYMMETRY X Y ;
 CLASS CORE ;
 SIZE 0.132 BY 2.376 ;
END nc40_dsc2

SITE nc40_sw2
 SYMMETRY X Y ;
 CLASS CORE ;
 SIZE 0.132 BY 2.376 ;
END nc40_sw2

SITE BUFF
 SYMMETRY Y ;
 CLASS PAD ;
 SIZE 30.096 BY 241.164 ;
END BUFF

SITE BLBUFF
 CLASS PAD ;
 SIZE 331.320 BY 331.320 ;
END BLBUFF

SITE BRBUFF
 CLASS PAD ;
 SIZE 331.320 BY 331.320 ;
END BRBUFF

SITE TLBUFF
 CLASS PAD ;
 SIZE 331.320 BY 331.320 ;
END TLBUFF

SITE TRBUFF
 CLASS PAD ;
 SIZE 331.320 BY 331.320 ;
END TRBUFF

SITE BUFFDMY
 CLASS PAD ;
 SIZE 0.132 BY 0.132 ;
END BUFFDMY

SITE COVER
 CLASS PAD ;
 SIZE 100.000 BY 100.000 ;
END COVER


#
# 
MACRO LDH_ADDF_1 FOREIGN C0A07BLDH_ADDF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.792 ;
      RECT 0.033 0.792 0.165 0.858 ;
      RECT 0.099 0.858 0.165 0.924 ;
      RECT 0.033 0.33 0.165 0.396 ;
      RECT 0.099 0.264 0.165 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.345 0.924 4.455 1.056 ;
      RECT 4.345 0.132 4.455 0.264 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.583 ;
      RECT 0.561 0.583 1.111 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
      RECT 1.045 0.462 1.111 0.583 ;
    END
  END B
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.594 ;
      RECT 2.838 0.561 2.904 0.627 ;
      RECT 2.453 0.627 2.904 0.693 ;
      RECT 2.453 0.693 2.519 0.792 ;
      RECT 2.838 0.495 2.97 0.561 ;
      LAYER M2L ;
      RECT 2.838 0.495 3.564 0.561 ;
      VIA 2.904 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.715 ;
      RECT 0.792 0.715 1.287 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 2.233 0.165 ;
    RECT 3.223 0.099 4.147 0.165 ;
    RECT 2.321 0.132 2.387 0.462 ;
    RECT 0.231 0.165 0.902 0.231 ;
    RECT 1.397 0.165 1.463 0.297 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 2.838 0.165 3.157 0.231 ;
    RECT 4.081 0.165 4.147 0.594 ;
    RECT 3.223 0.165 3.289 1.023 ;
    RECT 0.814 0.231 0.902 0.462 ;
    RECT 0.231 0.231 0.297 0.979 ;
    RECT 3.091 0.231 3.157 0.759 ;
    RECT 2.695 0.242 2.761 0.363 ;
    RECT 1.639 0.264 1.705 0.33 ;
    RECT 1.793 0.264 1.903 0.462 ;
    RECT 1.991 0.264 2.057 0.726 ;
    RECT 3.597 0.286 3.663 0.924 ;
    RECT 3.949 0.286 4.015 0.858 ;
    RECT 1.122 0.297 1.463 0.363 ;
    RECT 1.551 0.33 1.705 0.396 ;
    RECT 2.497 0.33 2.563 0.495 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.397 0.363 1.463 0.847 ;
    RECT 2.695 0.363 2.904 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.715 ;
    RECT 0.363 0.462 0.429 0.858 ;
    RECT 2.277 0.462 2.387 0.528 ;
    RECT 4.257 0.462 4.323 0.858 ;
    RECT 2.497 0.495 2.706 0.561 ;
    LAYER M2L ;
    RECT 1.518 0.495 2.706 0.561 ;
    VIA 2.64 0.528 V1L2L ;
    VIA 1.584 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.528 2.343 0.66 ;
    RECT 1.716 0.561 1.881 0.649 ;
    LAYER M2L ;
    RECT 1.782 0.627 3.828 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.649 1.881 0.803 ;
    RECT 2.277 0.66 2.387 0.726 ;
    RECT 3.366 0.66 3.454 0.891 ;
    RECT 1.551 0.715 1.705 0.781 ;
    RECT 1.947 0.726 2.057 0.858 ;
    RECT 2.321 0.726 2.387 1.056 ;
    RECT 2.695 0.759 3.157 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 2.046 0.825 ;
    RECT 3.564 0.759 4.356 0.825 ;
    VIA 0.396 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.639 0.781 1.705 0.924 ;
    RECT 2.145 0.803 2.233 1.056 ;
    RECT 3.795 0.814 3.861 1.023 ;
    RECT 2.695 0.825 2.761 1.056 ;
    RECT 0.924 0.847 1.573 0.913 ;
    RECT 0.693 0.858 0.759 0.979 ;
    RECT 1.991 0.858 2.057 1.056 ;
    RECT 3.949 0.858 4.059 0.99 ;
    RECT 3.366 0.891 3.498 0.957 ;
    LAYER M2L ;
    RECT 0.66 0.891 2.244 0.957 ;
    RECT 3.366 0.891 4.092 0.957 ;
    VIA 0.726 0.924 V1L2L ;
    VIA 2.178 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.507 0.913 1.573 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.231 0.979 0.759 1.045 ;
    RECT 1.507 1.023 1.881 1.089 ;
    RECT 3.223 1.023 3.861 1.089 ;
  END
END LDH_ADDF_1
#
# 
MACRO LDH_ADDF_1RE FOREIGN C0A07BLDH_ADDF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.033 4.521 0.242 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.311 0.033 3.377 0.143 ;
      RECT 3.234 0.143 3.377 0.209 ;
      RECT 0.891 0.033 0.957 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.968 ;
      RECT 4.323 0.319 4.455 0.385 ;
      RECT 4.323 0.231 4.389 0.319 ;
      RECT 4.246 0.165 4.389 0.231 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.594 ;
      RECT 2.145 0.429 2.31 0.517 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.957 0.319 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.924 0.495 2.244 0.561 ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.178 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.407 0.528 ;
      RECT 0.297 0.528 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.253 4.719 0.715 ;
      RECT 4.521 0.715 4.719 0.825 ;
      RECT 4.521 0.825 4.587 0.858 ;
      RECT 4.609 0.132 4.719 0.253 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.44 3.135 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 3.432 0.825 ;
      RECT 3.102 0.693 3.168 0.759 ;
      RECT 3.036 0.627 3.168 0.693 ;
      VIA 3.102 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.488 1.045 4.554 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 3.311 1.045 3.377 1.155 ;
      RECT 3.234 0.979 3.377 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.099 2.321 0.165 ;
    RECT 0.033 0.132 0.143 0.385 ;
    RECT 0.473 0.132 0.539 0.495 ;
    RECT 1.045 0.132 1.155 0.253 ;
    RECT 0.671 0.132 0.781 0.33 ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 1.221 0.132 1.331 0.253 ;
    RECT 2.607 0.132 2.673 0.33 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 3.443 0.132 3.509 0.198 ;
    RECT 3.619 0.132 3.685 0.198 ;
    RECT 2.816 0.132 2.882 0.165 ;
    RECT 2.409 0.143 2.519 0.396 ;
    RECT 2.255 0.165 2.321 0.264 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.419 0.198 1.551 0.264 ;
    RECT 3.795 0.198 3.927 0.264 ;
    RECT 3.443 0.198 3.685 0.264 ;
    RECT 1.749 0.231 1.936 0.297 ;
    RECT 3.058 0.231 3.124 0.275 ;
    RECT 4.004 0.231 4.07 0.275 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.716 0.297 ;
    RECT 2.574 0.231 4.455 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.253 1.155 0.671 ;
    RECT 1.221 0.253 1.287 0.825 ;
    RECT 1.485 0.264 1.551 0.693 ;
    RECT 3.861 0.264 3.927 0.693 ;
    RECT 3.443 0.264 3.509 0.396 ;
    RECT 3.575 0.264 3.641 0.704 ;
    RECT 3.058 0.275 3.366 0.341 ;
    RECT 4.004 0.275 4.191 0.341 ;
    RECT 1.749 0.297 1.815 0.825 ;
    RECT 2.013 0.297 2.178 0.363 ;
    LAYER M2L ;
    RECT 4.389 0.297 4.455 0.363 ;
    LAYER M1L ;
    RECT 0.715 0.33 0.891 0.396 ;
    RECT 2.607 0.33 2.739 0.396 ;
    RECT 2.805 0.33 2.871 0.594 ;
    RECT 3.729 0.33 3.795 0.594 ;
    RECT 4.521 0.33 4.587 0.616 ;
    RECT 3.3 0.341 3.366 0.495 ;
    RECT 4.125 0.341 4.191 1.023 ;
    RECT 2.013 0.363 2.079 0.693 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.828 0.429 ;
    RECT 4.389 0.363 4.62 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 0.825 0.396 0.891 0.715 ;
    RECT 2.409 0.396 2.475 0.594 ;
    RECT 2.673 0.396 2.739 0.825 ;
    RECT 3.993 0.451 4.059 0.715 ;
    RECT 4.257 0.451 4.323 0.726 ;
    RECT 0.649 0.462 0.715 0.495 ;
    RECT 1.617 0.462 1.683 0.726 ;
    RECT 1.881 0.462 1.947 0.726 ;
    RECT 2.541 0.462 2.607 0.693 ;
    RECT 0.473 0.495 0.715 0.561 ;
    RECT 3.3 0.495 3.443 0.561 ;
    LAYER M2L ;
    RECT 2.343 0.495 2.508 0.561 ;
    RECT 2.805 0.495 4.092 0.561 ;
    VIA 2.442 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.649 0.561 0.715 0.594 ;
    RECT 0.473 0.561 0.539 0.726 ;
    RECT 3.3 0.561 3.366 0.847 ;
    LAYER M2L ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 1.056 0.627 2.409 0.693 ;
    RECT 2.508 0.627 2.871 0.693 ;
    RECT 3.828 0.627 4.356 0.693 ;
    VIA 2.574 0.66 V1L2L ;
    VIA 1.65 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.443 0.638 3.509 0.704 ;
    RECT 1.023 0.671 1.155 0.781 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 2.013 0.693 2.607 0.759 ;
    RECT 2.805 0.693 2.871 0.891 ;
    RECT 3.762 0.693 3.927 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 3.443 0.704 3.641 0.77 ;
    RECT 0.165 0.715 0.231 0.759 ;
    RECT 0.682 0.715 0.891 0.781 ;
    RECT 0.429 0.726 0.539 0.792 ;
    RECT 0.033 0.759 0.231 0.869 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.32 0.825 ;
    RECT 2.343 0.759 2.904 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.77 3.641 0.825 ;
    RECT 0.825 0.781 0.891 0.847 ;
    RECT 0.429 0.792 0.495 1.012 ;
    RECT 3.993 0.814 4.059 0.891 ;
    RECT 1.221 0.825 2.321 0.891 ;
    RECT 2.574 0.825 2.739 0.891 ;
    RECT 3.575 0.825 3.85 0.891 ;
    RECT 0.682 0.847 1.155 0.913 ;
    RECT 3.069 0.847 3.509 0.913 ;
    RECT 2.255 0.891 2.321 0.968 ;
    RECT 2.805 0.891 2.948 0.957 ;
    RECT 3.784 0.891 4.059 0.957 ;
    RECT 1.089 0.913 1.155 0.957 ;
    RECT 3.443 0.913 3.509 0.957 ;
    RECT 3.069 0.913 3.135 1.023 ;
    RECT 2.431 0.924 2.497 1.023 ;
    RECT 1.089 0.957 1.936 1.023 ;
    RECT 3.443 0.957 3.718 1.023 ;
    RECT 2.431 1.023 3.135 1.089 ;
    RECT 3.652 1.023 4.191 1.089 ;
  END
END LDH_ADDF_1RE
#
# 
MACRO LDH_ADDF_2 FOREIGN C0A07BLDH_ADDF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 2.937 0.033 3.003 0.143 ;
      RECT 2.937 0.143 3.08 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.858 ;
      RECT 0.693 0.297 1.254 0.363 ;
    END
  END B
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.093 0.792 5.247 0.858 ;
      RECT 5.093 0.858 5.159 1.056 ;
      RECT 5.093 0.33 5.247 0.396 ;
      RECT 5.093 0.132 5.159 0.33 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.792 ;
      RECT 3.465 0.462 3.531 0.627 ;
      RECT 2.904 0.627 3.531 0.693 ;
      LAYER M2L ;
      RECT 3.432 0.495 4.092 0.561 ;
      VIA 3.498 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.594 1.749 0.726 ;
      RECT 1.683 0.484 1.749 0.594 ;
      RECT 1.089 0.462 1.155 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.355 0.924 3.421 1.155 ;
      RECT 2.948 0.957 3.014 1.155 ;
      RECT 2.948 0.891 3.08 0.957 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 2.695 0.165 ;
    RECT 3.729 0.099 4.785 0.165 ;
    RECT 2.783 0.143 2.849 0.407 ;
    RECT 0.363 0.165 1.419 0.231 ;
    RECT 1.859 0.165 1.925 0.231 ;
    RECT 2.629 0.165 2.695 0.308 ;
    RECT 3.322 0.165 3.663 0.231 ;
    RECT 4.059 0.165 4.125 0.308 ;
    RECT 4.719 0.165 4.785 0.594 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.353 0.231 1.419 0.462 ;
    RECT 0.363 0.231 0.429 0.979 ;
    RECT 1.584 0.231 1.925 0.297 ;
    RECT 3.597 0.231 3.663 0.759 ;
    RECT 4.4 0.231 4.653 0.297 ;
    RECT 2.101 0.264 2.167 0.33 ;
    RECT 2.277 0.264 2.343 0.462 ;
    RECT 2.453 0.264 2.541 0.924 ;
    RECT 1.859 0.297 1.925 0.891 ;
    RECT 4.587 0.297 4.653 1.012 ;
    RECT 4.257 0.308 4.323 0.88 ;
    RECT 2.013 0.33 2.167 0.396 ;
    RECT 3.124 0.363 3.377 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.3 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    VIA 3.234 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.959 0.385 3.025 0.495 ;
    RECT 2.013 0.396 2.079 0.77 ;
    RECT 2.739 0.407 2.849 0.473 ;
    RECT 3.311 0.429 3.377 0.506 ;
    RECT 0.495 0.462 0.561 0.858 ;
    RECT 2.178 0.462 2.343 0.528 ;
    RECT 4.389 0.462 4.455 0.803 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 2.739 0.473 2.805 0.737 ;
    RECT 2.959 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.98 0.495 3.168 0.561 ;
    VIA 3.102 0.528 V1L2L ;
    VIA 2.046 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.895 0.528 5.093 0.594 ;
    RECT 4.895 0.594 4.961 0.726 ;
    RECT 2.178 0.605 2.354 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.488 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.266 0.693 2.354 0.803 ;
    RECT 4.719 0.726 4.961 0.792 ;
    RECT 2.739 0.737 2.849 0.803 ;
    RECT 3.179 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.462 0.759 2.574 0.825 ;
    RECT 4.224 0.759 4.818 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.752 0.792 V1L2L ;
    VIA 0.528 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.77 2.167 0.836 ;
    RECT 4.719 0.792 4.785 0.858 ;
    RECT 2.783 0.803 2.849 0.946 ;
    RECT 3.179 0.825 3.245 0.99 ;
    RECT 2.101 0.836 2.167 0.902 ;
    RECT 3.861 0.836 3.927 0.891 ;
    RECT 1.221 0.858 1.287 0.979 ;
    RECT 2.607 0.858 2.695 1.023 ;
    RECT 1.386 0.891 1.925 0.957 ;
    RECT 3.861 0.891 4.18 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.706 0.957 ;
    RECT 3.96 0.891 4.686 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    VIA 4.62 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 4.433 0.902 4.499 1.023 ;
    RECT 1.859 0.957 1.925 1.023 ;
    RECT 0.363 0.979 1.287 1.045 ;
    RECT 2.442 1.023 2.695 1.089 ;
    RECT 1.859 1.023 2.321 1.089 ;
    RECT 3.729 1.023 4.499 1.089 ;
  END
END LDH_ADDF_2
#
# 
MACRO LDH_ADDF_2RE FOREIGN C0A07BLDH_ADDF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.095 0.187 ;
      RECT 6.952 0.187 7.095 0.253 ;
      RECT 6.688 0.033 6.754 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.314 0.033 6.38 0.143 ;
      RECT 6.314 0.143 6.457 0.209 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 5.181 0.033 5.247 0.242 ;
      RECT 4.807 0.033 4.873 0.396 ;
      RECT 4.631 0.033 4.697 0.396 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.179 0.231 ;
      RECT 1.617 0.033 1.727 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.693 0.033 0.759 0.374 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.171 0.363 6.567 0.429 ;
      RECT 6.501 0.429 6.567 0.759 ;
      RECT 6.138 0.759 6.567 0.825 ;
      RECT 6.501 0.825 6.567 0.858 ;
      RECT 6.171 0.825 6.237 0.99 ;
      RECT 6.501 0.33 6.567 0.363 ;
      RECT 6.171 0.154 6.237 0.363 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.462 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.541 0.33 2.607 0.594 ;
      RECT 1.947 0.33 2.013 0.594 ;
      LAYER M2L ;
      RECT 1.914 0.363 3.168 0.429 ;
      VIA 1.98 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
      RECT 0.165 0.561 0.231 0.594 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.561 0.198 0.627 0.495 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.385 7.095 0.759 ;
      RECT 6.831 0.759 7.095 0.825 ;
      RECT 6.831 0.825 6.897 1.034 ;
      RECT 6.798 0.319 7.095 0.385 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.561 4.455 0.726 ;
      RECT 4.345 0.495 4.631 0.561 ;
      RECT 4.345 0.462 4.455 0.495 ;
      LAYER M2L ;
      RECT 4.356 0.627 4.752 0.693 ;
      VIA 4.422 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.314 1.045 6.38 1.155 ;
      RECT 6.314 0.979 6.446 1.045 ;
      RECT 5.973 0.935 6.083 1.155 ;
      RECT 5.137 1.023 5.247 1.155 ;
      RECT 5.071 0.957 5.247 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.499 1.045 4.565 1.155 ;
      RECT 4.422 0.979 4.565 1.045 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 1.573 1.023 1.683 1.155 ;
      RECT 1.496 0.957 1.683 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.034 0.957 1.342 1.023 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.682 0.979 0.814 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.913 0.44 0.979 ;
      RECT 0.374 0.847 0.506 0.913 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 6.633 0.814 6.699 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.121 2.959 0.187 ;
    RECT 1.419 0.132 1.485 0.297 ;
    RECT 2.222 0.132 2.288 0.165 ;
    RECT 2.475 0.132 2.541 0.165 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 3.795 0.132 3.861 0.33 ;
    RECT 4.983 0.132 5.049 0.33 ;
    RECT 3.993 0.132 4.059 0.297 ;
    RECT 4.455 0.132 4.521 0.297 ;
    RECT 3.608 0.154 3.718 0.319 ;
    RECT 5.643 0.154 5.709 0.231 ;
    RECT 5.786 0.154 5.852 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 1.793 0.165 1.936 0.231 ;
    RECT 5.313 0.165 5.5 0.231 ;
    RECT 2.805 0.187 2.915 0.297 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 2.409 0.231 2.475 0.33 ;
    RECT 1.793 0.231 1.881 0.693 ;
    RECT 5.577 0.231 5.709 0.297 ;
    RECT 5.313 0.231 5.379 0.363 ;
    RECT 5.786 0.231 5.929 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    RECT 2.64 0.231 3.531 0.297 ;
    RECT 3.762 0.231 5.973 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 3.828 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.407 0.242 0.473 0.275 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 0.033 0.275 0.473 0.341 ;
    RECT 0.858 0.297 1.155 0.363 ;
    RECT 1.386 0.297 1.551 0.33 ;
    RECT 2.079 0.297 2.343 0.363 ;
    RECT 2.805 0.297 3.003 0.363 ;
    RECT 5.577 0.297 5.643 0.671 ;
    RECT 3.993 0.297 4.521 0.363 ;
    RECT 5.841 0.297 5.929 0.396 ;
    LAYER M2L ;
    RECT 3.465 0.297 3.531 0.363 ;
    RECT 5.907 0.297 5.973 0.495 ;
    LAYER M1L ;
    RECT 3.234 0.319 3.718 0.385 ;
    RECT 1.386 0.33 1.727 0.363 ;
    RECT 3.795 0.33 3.927 0.396 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 5.445 0.33 5.511 0.594 ;
    RECT 0.407 0.341 0.473 0.374 ;
    RECT 0.033 0.341 0.165 0.385 ;
    RECT 1.089 0.363 1.155 0.429 ;
    RECT 1.485 0.363 1.727 0.396 ;
    RECT 2.277 0.363 2.343 0.693 ;
    RECT 2.937 0.363 3.003 0.825 ;
    RECT 5.709 0.363 5.775 0.528 ;
    RECT 4.455 0.363 4.521 0.396 ;
    RECT 5.181 0.363 5.379 0.429 ;
    RECT 4.213 0.363 4.279 0.825 ;
    LAYER M2L ;
    RECT 3.465 0.363 5.544 0.429 ;
    VIA 5.478 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.693 ;
    RECT 3.465 0.385 3.531 0.759 ;
    RECT 1.661 0.396 1.727 0.825 ;
    RECT 3.861 0.396 3.927 0.693 ;
    RECT 5.049 0.396 5.115 0.693 ;
    RECT 5.841 0.396 5.973 0.462 ;
    RECT 1.089 0.429 1.419 0.462 ;
    RECT 2.112 0.429 2.211 0.495 ;
    RECT 5.181 0.429 5.247 0.825 ;
    LAYER M2L ;
    RECT 3.663 0.429 3.729 0.495 ;
    LAYER M1L ;
    RECT 1.089 0.462 1.595 0.495 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 3.729 0.462 3.795 0.528 ;
    RECT 3.993 0.462 4.059 0.726 ;
    RECT 4.873 0.462 4.939 0.528 ;
    RECT 5.907 0.462 5.973 0.803 ;
    RECT 6.633 0.462 6.963 0.572 ;
    RECT 1.353 0.495 1.595 0.528 ;
    RECT 1.089 0.495 1.155 0.693 ;
    RECT 2.145 0.495 2.211 0.561 ;
    RECT 6.072 0.495 6.38 0.561 ;
    LAYER M2L ;
    RECT 2.112 0.495 3.564 0.561 ;
    RECT 3.663 0.495 3.828 0.561 ;
    RECT 4.125 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.864 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    VIA 6.666 0.528 V1L2L ;
    VIA 6.798 0.528 V1L2L ;
    VIA 3.762 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 1.529 0.528 1.595 0.594 ;
    RECT 3.597 0.528 3.795 0.594 ;
    RECT 5.709 0.528 5.808 0.594 ;
    RECT 4.785 0.528 4.939 0.594 ;
    RECT 2.112 0.561 2.211 0.627 ;
    RECT 6.171 0.561 6.237 0.627 ;
    LAYER M2L ;
    RECT 4.125 0.561 4.191 0.627 ;
    LAYER M1L ;
    RECT 6.633 0.572 6.699 0.605 ;
    RECT 6.897 0.572 6.963 0.605 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 3.597 0.594 3.663 0.66 ;
    RECT 4.785 0.594 4.851 0.627 ;
    RECT 5.313 0.594 5.379 0.693 ;
    RECT 4.631 0.627 4.851 0.693 ;
    RECT 6.072 0.627 6.336 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.914 0.693 ;
    RECT 2.244 0.627 4.191 0.693 ;
    RECT 5.016 0.627 5.412 0.693 ;
    RECT 5.544 0.627 6.336 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 5.346 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    VIA 6.138 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.671 5.742 0.737 ;
    RECT 0.033 0.693 0.759 0.759 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 2.046 0.693 2.343 0.759 ;
    RECT 2.574 0.693 2.739 0.759 ;
    RECT 1.793 0.693 1.947 0.759 ;
    RECT 3.762 0.693 3.927 0.759 ;
    RECT 4.95 0.693 5.115 0.759 ;
    RECT 4.631 0.693 4.697 0.825 ;
    RECT 5.313 0.693 5.511 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.231 0.759 0.297 0.968 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 3.267 0.759 3.663 0.825 ;
    RECT 5.445 0.759 5.511 0.803 ;
    RECT 5.445 0.803 5.973 0.869 ;
    RECT 0.693 0.825 1.287 0.891 ;
    RECT 1.386 0.825 1.815 0.891 ;
    RECT 1.881 0.825 3.003 0.891 ;
    RECT 3.597 0.825 4.07 0.891 ;
    RECT 3.267 0.825 3.333 1.034 ;
    RECT 4.213 0.825 5.379 0.891 ;
    RECT 1.749 0.891 1.815 0.957 ;
    RECT 5.313 0.891 5.379 0.935 ;
    RECT 4.213 0.891 4.279 0.957 ;
    RECT 5.313 0.935 5.907 1.001 ;
    RECT 1.749 0.957 2.882 1.023 ;
    RECT 3.586 0.957 4.279 1.023 ;
    RECT 5.797 1.001 5.907 1.056 ;
    RECT 3.586 1.023 3.652 1.056 ;
  END
END LDH_ADDF_2RE
#
# 
MACRO LDH_ADDF_3 FOREIGN C0A07BLDH_ADDF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 0.627 0.033 0.693 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.473 ;
      RECT 2.453 0.473 2.871 0.539 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.605 ;
      RECT 2.145 0.605 3.531 0.671 ;
      RECT 3.465 0.462 3.531 0.605 ;
    END
  END A
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.341 6.303 0.726 ;
      RECT 5.896 0.726 6.468 0.858 ;
      RECT 5.907 0.275 6.402 0.341 ;
      RECT 5.907 0.198 5.973 0.275 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.08228 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.396 5.511 0.792 ;
      RECT 1.441 0.627 1.672 0.693 ;
      RECT 1.441 0.484 1.507 0.627 ;
      RECT 0.693 0.33 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.627 5.544 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
      VIA 5.478 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.045 6.204 1.155 ;
      RECT 6.072 0.979 6.204 1.045 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.884 0.979 5.016 1.045 ;
      RECT 4.532 1.001 4.598 1.155 ;
      RECT 4.532 0.935 4.664 1.001 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.099 2.387 0.165 ;
    RECT 5.181 0.099 5.797 0.165 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 4.741 0.132 4.807 0.363 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.321 0.165 2.387 0.319 ;
    RECT 5.731 0.165 5.797 0.264 ;
    RECT 5.181 0.165 5.247 0.297 ;
    RECT 1.089 0.187 1.771 0.253 ;
    RECT 3.069 0.198 3.135 0.297 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 5.456 0.231 5.643 0.297 ;
    RECT 2.673 0.242 2.739 0.319 ;
    RECT 1.705 0.253 1.771 0.363 ;
    RECT 1.089 0.253 1.155 0.627 ;
    RECT 2.013 0.286 2.079 0.363 ;
    RECT 3.069 0.297 3.751 0.363 ;
    RECT 3.872 0.297 4.169 0.363 ;
    RECT 4.532 0.297 4.664 0.363 ;
    RECT 5.06 0.297 5.247 0.363 ;
    RECT 5.313 0.297 5.379 0.803 ;
    RECT 5.577 0.297 5.643 0.407 ;
    RECT 1.221 0.319 1.364 0.385 ;
    RECT 2.321 0.319 2.739 0.385 ;
    RECT 1.474 0.319 1.639 0.385 ;
    RECT 0.561 0.33 0.627 0.495 ;
    RECT 3.685 0.363 3.751 0.528 ;
    RECT 4.103 0.363 4.169 0.495 ;
    RECT 1.705 0.363 2.079 0.429 ;
    RECT 4.598 0.363 4.664 0.495 ;
    RECT 5.181 0.363 5.247 0.671 ;
    RECT 4.741 0.363 4.939 0.429 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.385 1.287 0.693 ;
    RECT 1.573 0.385 1.639 0.495 ;
    RECT 5.577 0.407 6.083 0.473 ;
    RECT 2.013 0.429 2.079 0.737 ;
    RECT 4.873 0.429 4.939 0.495 ;
    RECT 3.971 0.462 4.037 0.528 ;
    RECT 4.455 0.462 4.521 0.627 ;
    RECT 6.017 0.473 6.083 0.594 ;
    RECT 5.577 0.473 5.643 0.891 ;
    RECT 0.396 0.495 0.627 0.561 ;
    RECT 0.825 0.495 0.99 0.561 ;
    RECT 1.573 0.495 1.914 0.561 ;
    RECT 4.103 0.495 4.279 0.561 ;
    RECT 4.598 0.495 4.774 0.561 ;
    RECT 4.873 0.495 5.082 0.561 ;
    RECT 3.685 0.528 4.037 0.594 ;
    RECT 5.709 0.539 5.896 0.605 ;
    RECT 0.825 0.561 0.891 1.056 ;
    RECT 1.848 0.561 1.914 0.825 ;
    RECT 4.103 0.561 4.169 0.693 ;
    RECT 4.598 0.561 4.664 0.759 ;
    RECT 4.873 0.561 4.939 0.77 ;
    RECT 3.685 0.594 3.751 0.737 ;
    RECT 5.709 0.605 5.775 0.858 ;
    RECT 0.957 0.627 1.155 0.693 ;
    RECT 4.257 0.627 4.521 0.693 ;
    RECT 5.06 0.671 5.247 0.737 ;
    RECT 1.221 0.693 1.364 0.759 ;
    RECT 3.872 0.693 4.169 0.759 ;
    RECT 0.957 0.693 1.023 1.023 ;
    RECT 4.257 0.693 4.323 1.023 ;
    RECT 2.695 0.737 3.751 0.803 ;
    RECT 2.013 0.737 2.596 0.803 ;
    RECT 4.389 0.759 4.664 0.825 ;
    LAYER M2L ;
    RECT 0.792 0.759 5.808 0.825 ;
    VIA 0.858 0.792 V1L2L ;
    VIA 5.742 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.741 0.77 4.939 0.803 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 2.695 0.803 2.761 0.891 ;
    RECT 4.741 0.803 5.379 0.836 ;
    RECT 1.089 0.825 1.914 0.891 ;
    RECT 4.389 0.825 4.455 1.034 ;
    RECT 4.873 0.836 5.379 0.869 ;
    RECT 4.741 0.836 4.807 0.902 ;
    RECT 5.313 0.869 5.379 1.023 ;
    RECT 2.86 0.891 3.828 0.957 ;
    RECT 1.089 0.891 1.155 0.924 ;
    RECT 1.848 0.891 2.761 0.957 ;
    RECT 5.478 0.891 5.643 0.957 ;
    RECT 5.72 0.957 5.852 1.023 ;
    RECT 1.452 0.979 1.782 1.023 ;
    RECT 0.957 1.023 4.323 1.045 ;
    RECT 5.313 1.023 5.786 1.089 ;
    RECT 0.957 1.045 1.518 1.089 ;
    RECT 1.716 1.045 4.323 1.089 ;
  END
END LDH_ADDF_3
#
# 
MACRO LDH_ADDF_4 FOREIGN C0A07BLDH_ADDF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.645 0.033 7.711 0.264 ;
      RECT 7.26 0.033 7.326 0.143 ;
      RECT 7.26 0.143 7.392 0.209 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.864 0.165 6.996 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 5.621 0.033 5.687 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.495 ;
      RECT 2.695 0.495 3.135 0.561 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.297 0.825 0.748 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.297 0.297 0.748 0.363 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.341 7.491 0.726 ;
      RECT 7.084 0.726 7.568 0.858 ;
      RECT 7.095 0.275 7.568 0.341 ;
      RECT 7.095 0.198 7.161 0.275 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.627 ;
      RECT 2.409 0.627 3.927 0.693 ;
      RECT 3.861 0.462 3.927 0.627 ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.462 6.501 0.792 ;
      RECT 1.683 0.627 1.914 0.693 ;
      RECT 1.683 0.462 1.749 0.627 ;
      RECT 0.891 0.66 0.957 0.726 ;
      RECT 0.891 0.594 1.001 0.66 ;
      RECT 0.935 0.33 1.001 0.594 ;
      LAYER M2L ;
      RECT 0.858 0.627 6.534 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 7.26 1.023 7.326 1.155 ;
      RECT 7.26 0.957 7.392 1.023 ;
      RECT 6.897 0.924 6.963 1.155 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.099 0.924 0.165 1.155 ;
      RECT 7.645 0.924 7.711 1.155 ;
      RECT 5.588 1.045 5.654 1.155 ;
      RECT 5.588 0.979 5.72 1.045 ;
      RECT 5.082 0.979 5.148 1.155 ;
      RECT 5.082 0.913 5.335 0.979 ;
      RECT 5.269 0.979 5.335 1.056 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.099 2.629 0.165 ;
    RECT 1.331 0.099 2.013 0.165 ;
    RECT 6.171 0.099 6.787 0.165 ;
    RECT 1.067 0.132 1.133 0.495 ;
    RECT 5.445 0.132 5.511 0.363 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 2.563 0.165 2.629 0.319 ;
    RECT 1.947 0.165 2.013 0.363 ;
    RECT 1.331 0.165 1.397 0.627 ;
    RECT 6.721 0.165 6.787 0.264 ;
    RECT 6.171 0.165 6.237 0.297 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 1.716 0.231 1.881 0.297 ;
    RECT 6.446 0.231 6.633 0.297 ;
    RECT 2.915 0.242 2.981 0.319 ;
    RECT 2.255 0.286 2.321 0.363 ;
    RECT 3.443 0.297 4.125 0.363 ;
    RECT 1.815 0.297 1.881 0.495 ;
    RECT 4.422 0.297 4.719 0.363 ;
    RECT 6.303 0.297 6.369 0.803 ;
    RECT 5.764 0.297 6.237 0.363 ;
    RECT 6.567 0.297 6.633 0.363 ;
    RECT 2.563 0.319 2.981 0.385 ;
    RECT 5.082 0.319 5.214 0.385 ;
    RECT 1.463 0.341 1.628 0.407 ;
    RECT 4.059 0.363 4.125 0.528 ;
    RECT 4.653 0.363 4.719 0.495 ;
    RECT 1.947 0.363 2.321 0.429 ;
    RECT 5.445 0.363 5.643 0.429 ;
    RECT 5.885 0.363 5.951 0.671 ;
    RECT 6.171 0.363 6.237 0.671 ;
    RECT 6.567 0.363 7.029 0.429 ;
    RECT 5.148 0.385 5.214 0.495 ;
    RECT 1.463 0.407 1.551 0.693 ;
    RECT 2.255 0.429 2.321 0.759 ;
    RECT 5.577 0.429 5.643 0.495 ;
    RECT 6.963 0.429 7.029 0.495 ;
    RECT 6.567 0.429 6.633 0.891 ;
    RECT 0.539 0.462 0.627 0.715 ;
    RECT 4.521 0.462 4.587 0.528 ;
    RECT 5.005 0.462 5.071 0.627 ;
    RECT 1.067 0.495 1.232 0.561 ;
    RECT 1.815 0.495 2.156 0.561 ;
    RECT 4.653 0.495 4.829 0.561 ;
    RECT 5.148 0.495 5.324 0.561 ;
    RECT 5.577 0.495 5.786 0.561 ;
    RECT 6.732 0.495 6.897 0.561 ;
    RECT 6.963 0.495 7.26 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 1.584 0.561 ;
    VIA 0.594 0.528 V1L2L ;
    VIA 1.518 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.059 0.528 4.587 0.594 ;
    RECT 1.067 0.561 1.133 0.726 ;
    RECT 2.09 0.561 2.156 0.825 ;
    RECT 4.653 0.561 4.719 0.693 ;
    RECT 5.148 0.561 5.214 0.759 ;
    RECT 5.577 0.561 5.643 0.803 ;
    RECT 6.831 0.561 6.897 0.858 ;
    RECT 4.059 0.594 4.125 0.759 ;
    RECT 1.199 0.627 1.397 0.693 ;
    RECT 4.807 0.627 5.071 0.693 ;
    RECT 5.764 0.671 5.951 0.737 ;
    RECT 6.094 0.671 6.237 0.737 ;
    RECT 1.463 0.693 1.606 0.759 ;
    RECT 4.422 0.693 4.719 0.759 ;
    RECT 1.199 0.693 1.265 1.023 ;
    RECT 4.807 0.693 4.873 1.023 ;
    RECT 1.023 0.726 1.133 0.858 ;
    RECT 2.937 0.759 4.125 0.825 ;
    RECT 2.255 0.759 2.838 0.825 ;
    RECT 4.939 0.759 5.214 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 6.93 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 6.864 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.331 0.792 1.397 0.825 ;
    RECT 5.412 0.803 6.369 0.869 ;
    RECT 1.331 0.825 2.156 0.891 ;
    RECT 2.937 0.825 3.003 0.891 ;
    RECT 4.939 0.825 5.005 1.034 ;
    RECT 1.067 0.858 1.133 1.056 ;
    RECT 6.303 0.869 6.369 1.023 ;
    RECT 3.234 0.891 4.202 0.957 ;
    RECT 1.331 0.891 1.397 0.924 ;
    RECT 2.09 0.891 3.003 0.957 ;
    RECT 6.468 0.891 6.633 0.957 ;
    RECT 6.699 0.924 6.765 1.023 ;
    RECT 1.694 0.979 2.024 1.023 ;
    RECT 1.199 1.023 4.873 1.045 ;
    RECT 6.303 1.023 6.765 1.089 ;
    RECT 1.199 1.045 1.76 1.089 ;
    RECT 1.958 1.045 4.873 1.089 ;
  END
END LDH_ADDF_4
#
# 
MACRO LDH_ADDF_HD_0P5 FOREIGN C0A07BLDH_ADDF_HD_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.253 ;
      RECT 2.178 0.253 2.31 0.319 ;
      RECT 1.782 0.033 1.848 0.187 ;
      RECT 1.782 0.187 1.914 0.253 ;
      RECT 0.286 0.033 0.352 0.209 ;
      RECT 0.22 0.209 0.352 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.453 0.561 2.541 0.726 ;
      RECT 2.376 0.495 2.541 0.561 ;
      RECT 1.914 0.561 2.002 0.726 ;
      RECT 1.914 0.495 2.046 0.561 ;
      RECT 1.001 0.462 1.089 0.715 ;
      RECT 0.429 0.561 0.495 0.66 ;
      RECT 0.363 0.66 0.495 0.726 ;
      RECT 0.363 0.726 0.429 0.792 ;
      RECT 0.429 0.495 0.594 0.561 ;
      LAYER M2L ;
      RECT 0.429 0.495 2.508 0.561 ;
      VIA 0.528 0.528 V1L2L ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.462 2.739 0.726 ;
      RECT 1.683 0.506 1.793 0.726 ;
      RECT 1.155 0.55 1.221 0.726 ;
      RECT 1.155 0.484 1.287 0.55 ;
      RECT 1.221 0.418 1.287 0.484 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.772 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.154 3.135 0.99 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.198 0.121 0.99 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.178 0.759 2.31 0.825 ;
      RECT 2.178 0.594 2.266 0.759 ;
      RECT 0.605 0.627 0.693 0.88 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.682 0.099 1.331 0.165 ;
    RECT 1.639 0.154 1.705 0.341 ;
    RECT 0.682 0.165 0.748 0.209 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.418 0.176 0.484 0.209 ;
    RECT 1.463 0.198 1.551 0.924 ;
    RECT 2.673 0.198 2.739 0.297 ;
    RECT 0.418 0.209 0.748 0.275 ;
    LAYER M2L ;
    RECT 1.452 0.231 2.772 0.297 ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.518 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.242 2.079 0.341 ;
    RECT 0.869 0.264 1.155 0.33 ;
    RECT 2.673 0.297 2.871 0.363 ;
    RECT 0.869 0.33 0.935 0.363 ;
    RECT 1.089 0.33 1.155 0.396 ;
    RECT 1.639 0.341 2.079 0.407 ;
    RECT 0.187 0.363 0.935 0.429 ;
    RECT 2.805 0.363 2.871 0.462 ;
    RECT 0.187 0.429 0.253 0.594 ;
    RECT 0.759 0.429 0.825 0.88 ;
    RECT 2.805 0.462 2.915 0.594 ;
    RECT 2.805 0.594 2.871 0.825 ;
    RECT 1.331 0.616 1.397 0.825 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 1.089 0.825 1.397 0.88 ;
    RECT 1.639 0.825 2.112 0.891 ;
    RECT 2.684 0.825 2.871 0.891 ;
    RECT 0.759 0.88 1.397 0.891 ;
    RECT 0.759 0.891 1.155 0.946 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 0.418 0.957 0.55 1.023 ;
    RECT 1.232 0.957 1.364 1.023 ;
    RECT 0.484 1.023 1.298 1.089 ;
  END
END LDH_ADDF_HD_0P5
#
# 
MACRO LDH_ADDF_HD_1 FOREIGN C0A07BLDH_ADDF_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.156 0.033 2.222 0.209 ;
      RECT 2.156 0.209 2.288 0.275 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.442 0.561 2.53 0.726 ;
      RECT 2.376 0.495 2.53 0.561 ;
      RECT 1.859 0.44 1.947 0.715 ;
      RECT 0.957 0.462 1.067 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.352 0.462 0.44 0.715 ;
      LAYER M2L ;
      RECT 0.33 0.495 2.508 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.462 2.695 0.726 ;
      RECT 1.661 0.528 1.771 0.737 ;
      RECT 1.155 0.462 1.243 0.726 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.706 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.64 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.286 0.121 0.99 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.792 3.091 0.858 ;
      RECT 3.025 0.858 3.091 0.99 ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.937 0.33 3.091 0.396 ;
      RECT 3.025 0.198 3.091 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.759 2.31 0.825 ;
      RECT 2.145 0.583 2.211 0.759 ;
      RECT 2.068 0.517 2.211 0.583 ;
      RECT 0.627 0.462 0.693 0.858 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.849 0.924 2.915 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.099 1.331 0.165 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 1.617 0.132 1.683 0.275 ;
    RECT 0.418 0.165 0.682 0.231 ;
    RECT 1.265 0.165 1.331 0.264 ;
    RECT 1.419 0.198 1.485 0.286 ;
    RECT 2.574 0.22 2.761 0.308 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.706 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.253 1.188 0.297 ;
    RECT 1.617 0.275 2.068 0.341 ;
    RECT 1.419 0.286 1.551 0.352 ;
    RECT 0.187 0.297 1.188 0.319 ;
    RECT 2.695 0.308 2.761 0.33 ;
    RECT 0.187 0.319 0.847 0.363 ;
    RECT 1.122 0.319 1.188 0.363 ;
    RECT 2.695 0.33 2.827 0.396 ;
    RECT 1.485 0.352 1.551 0.77 ;
    RECT 0.187 0.363 0.253 0.594 ;
    RECT 0.781 0.363 0.847 0.847 ;
    RECT 2.761 0.396 2.827 0.462 ;
    RECT 1.353 0.462 1.419 0.528 ;
    RECT 2.761 0.462 2.871 0.594 ;
    RECT 1.309 0.528 1.419 0.594 ;
    RECT 1.309 0.594 1.375 0.847 ;
    RECT 2.761 0.594 2.827 0.792 ;
    RECT 1.441 0.77 1.551 0.836 ;
    RECT 2.695 0.792 2.827 0.858 ;
    RECT 1.441 0.836 1.507 0.902 ;
    RECT 0.781 0.847 1.375 0.913 ;
    RECT 1.617 0.847 2.068 0.913 ;
    RECT 2.695 0.858 2.761 0.924 ;
    RECT 1.617 0.913 1.683 0.99 ;
    RECT 0.451 0.924 0.517 1.023 ;
    RECT 1.232 0.979 1.364 1.023 ;
    RECT 0.451 1.023 1.364 1.045 ;
    RECT 0.451 1.045 1.298 1.089 ;
  END
END LDH_ADDF_HD_1
#
# 
MACRO LDH_ADDF_HD_2 FOREIGN C0A07BLDH_ADDF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.047 0.033 3.113 0.242 ;
      RECT 2.31 0.033 2.376 0.231 ;
      RECT 2.31 0.231 2.442 0.297 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 1.936 0.143 2.068 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.585 0.462 2.673 0.726 ;
      RECT 2.057 0.462 2.145 0.726 ;
      RECT 1.155 0.462 1.243 0.726 ;
      RECT 0.561 0.462 0.627 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.495 2.706 0.561 ;
      VIA 0.594 0.528 V1L2L ;
      VIA 1.188 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.071632 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.462 2.871 0.726 ;
      RECT 1.87 0.484 1.98 0.726 ;
      RECT 1.331 0.462 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.627 2.904 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 1.056 ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.242 0.297 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.132 3.289 1.056 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.858 ;
      RECT 0.825 0.462 0.891 0.858 ;
      LAYER M2L ;
      RECT 0.792 0.759 2.376 0.825 ;
      VIA 0.858 0.792 V1L2L ;
      VIA 2.31 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.507 0.165 ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.594 0.165 0.924 0.231 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.617 0.198 1.683 0.264 ;
    RECT 2.145 0.198 2.211 0.286 ;
    RECT 2.849 0.198 2.937 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.727 0.33 ;
    RECT 1.793 0.286 2.211 0.352 ;
    RECT 0.363 0.297 1.364 0.363 ;
    RECT 2.849 0.297 3.003 0.363 ;
    RECT 1.661 0.33 1.727 0.77 ;
    RECT 1.793 0.352 1.859 0.418 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 0.957 0.363 1.023 0.825 ;
    RECT 2.937 0.363 3.003 0.495 ;
    RECT 0.297 0.462 0.429 0.528 ;
    RECT 1.529 0.462 1.595 0.528 ;
    RECT 2.937 0.495 3.102 0.561 ;
    RECT 0.297 0.528 0.363 0.594 ;
    RECT 1.485 0.528 1.595 0.594 ;
    RECT 2.937 0.561 3.003 0.825 ;
    RECT 1.485 0.594 1.551 0.825 ;
    RECT 1.617 0.77 1.727 0.836 ;
    RECT 0.957 0.825 1.551 0.891 ;
    RECT 2.849 0.825 3.003 0.891 ;
    RECT 1.617 0.836 1.683 0.902 ;
    RECT 1.793 0.836 2.211 0.902 ;
    RECT 2.849 0.891 2.915 0.968 ;
    RECT 1.793 0.902 1.859 0.968 ;
    RECT 2.145 0.902 2.211 1.056 ;
    RECT 0.627 0.924 0.693 1.023 ;
    RECT 1.408 0.957 1.54 1.023 ;
    RECT 0.627 1.023 1.474 1.089 ;
  END
END LDH_ADDF_HD_2
#
# 
MACRO LDH_ADDF_HD_4 FOREIGN C0A07BLDH_ADDF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.462 3.135 0.726 ;
      RECT 2.409 0.462 2.497 0.726 ;
      RECT 1.529 0.462 1.617 0.726 ;
      RECT 0.891 0.462 0.957 0.792 ;
      LAYER M2L ;
      RECT 0.858 0.495 3.168 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.088088 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.289 0.726 ;
      RECT 2.277 0.561 2.343 0.726 ;
      RECT 2.178 0.495 2.343 0.561 ;
      RECT 1.683 0.462 1.771 0.726 ;
      LAYER M2L ;
      RECT 1.65 0.627 3.3 0.693 ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.31 0.66 V1L2L ;
      VIA 3.234 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 0.671 0.858 ;
      RECT 0.583 0.858 0.671 1.056 ;
      RECT 0.165 0.385 0.231 0.726 ;
      RECT 0.165 0.319 0.649 0.385 ;
      RECT 0.583 0.242 0.649 0.319 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.114 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.663 0.319 4.081 0.385 ;
      RECT 4.015 0.242 4.081 0.319 ;
      RECT 3.663 0.132 3.729 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.792 2.739 0.858 ;
      RECT 2.607 0.726 2.739 0.792 ;
      RECT 2.607 0.462 2.673 0.726 ;
      RECT 1.155 0.462 1.221 0.858 ;
      LAYER M2L ;
      RECT 1.122 0.759 2.772 0.825 ;
      VIA 1.188 0.792 V1L2L ;
      VIA 2.706 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 4.213 0.924 4.279 1.155 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.21 0.099 1.826 0.143 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.21 0.143 1.892 0.165 ;
    RECT 1.76 0.165 1.892 0.209 ;
    RECT 0.946 0.165 1.276 0.231 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 2.145 0.198 2.211 0.275 ;
    RECT 3.201 0.198 3.267 0.275 ;
    LAYER M2L ;
    RECT 1.98 0.231 3.3 0.297 ;
    VIA 3.234 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.275 2.079 0.341 ;
    RECT 2.145 0.275 2.596 0.341 ;
    RECT 3.201 0.275 3.421 0.341 ;
    RECT 0.759 0.297 1.716 0.363 ;
    RECT 2.013 0.341 2.079 0.77 ;
    RECT 3.355 0.341 3.421 0.495 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 1.309 0.363 1.375 0.825 ;
    RECT 1.881 0.462 1.947 0.528 ;
    RECT 0.374 0.495 0.825 0.561 ;
    RECT 3.355 0.495 3.718 0.561 ;
    RECT 1.837 0.528 1.947 0.594 ;
    RECT 3.355 0.561 3.421 0.792 ;
    RECT 1.837 0.594 1.903 0.825 ;
    RECT 1.969 0.77 2.079 0.836 ;
    RECT 2.145 0.77 2.211 0.847 ;
    RECT 3.289 0.792 3.421 0.858 ;
    RECT 1.309 0.825 1.903 0.891 ;
    RECT 1.969 0.836 2.035 0.902 ;
    RECT 2.145 0.847 2.563 0.913 ;
    RECT 3.289 0.858 3.355 0.924 ;
    RECT 2.497 0.913 2.563 1.056 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 1.76 0.979 1.892 1.023 ;
    RECT 0.979 1.023 1.892 1.045 ;
    RECT 0.979 1.045 1.826 1.089 ;
  END
END LDH_ADDF_HD_4
#
# 
MACRO LDH_ADDHCSCOB_2 FOREIGN C0A07BLDH_ADDHCSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.091 0.033 3.157 0.242 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.913 0.033 0.979 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.925 0.33 2.013 0.616 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.046 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.98 0.396 V1L2L ;
    END
  END A
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.374 0.671 0.759 ;
      RECT 0.561 0.825 0.671 0.858 ;
      RECT 0.198 0.759 0.671 0.825 ;
      RECT 0.561 0.308 0.704 0.374 ;
    END
  END CO0
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.408 0.693 1.683 0.759 ;
      RECT 1.617 0.759 1.683 0.858 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END CO1
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.594 4.191 1.001 ;
      RECT 4.037 1.001 4.191 1.067 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.396 4.587 0.726 ;
      RECT 4.356 0.726 4.62 0.858 ;
      RECT 4.455 0.33 4.587 0.396 ;
      RECT 4.455 0.264 4.521 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.158752 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.462 3.091 0.726 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.496 0.594 ;
      RECT 0.297 0.627 0.462 0.693 ;
      RECT 0.297 0.528 0.363 0.627 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.627 3.102 0.693 ;
      VIA 0.396 0.66 V1L2L ;
      VIA 1.254 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 4.279 0.924 4.345 1.155 ;
      RECT 3.091 0.836 3.157 1.155 ;
      RECT 1.969 0.88 2.035 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.165 ;
    RECT 2.585 0.132 2.651 0.231 ;
    RECT 2.761 0.132 2.827 0.198 ;
    RECT 1.793 0.132 1.859 0.715 ;
    RECT 0.407 0.165 0.825 0.231 ;
    RECT 2.233 0.198 2.299 0.77 ;
    RECT 2.717 0.198 2.827 0.264 ;
    RECT 2.915 0.198 2.981 0.319 ;
    RECT 3.399 0.198 3.465 0.561 ;
    RECT 3.707 0.198 3.773 0.363 ;
    RECT 0.759 0.231 0.825 0.264 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 2.409 0.231 2.651 0.297 ;
    RECT 3.85 0.231 3.982 0.297 ;
    RECT 0.055 0.264 0.121 0.297 ;
    RECT 2.717 0.264 2.783 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 3.85 0.297 3.916 0.627 ;
    RECT 4.059 0.308 4.125 0.385 ;
    RECT 2.871 0.319 2.981 0.385 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 4.257 0.33 4.323 0.462 ;
    RECT 0.055 0.363 0.121 0.396 ;
    RECT 2.585 0.363 2.783 0.429 ;
    RECT 3.531 0.363 3.773 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.366 0.429 ;
    RECT 3.63 0.363 4.356 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.3 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.385 2.937 0.495 ;
    RECT 3.993 0.385 4.125 0.451 ;
    RECT 3.223 0.396 3.333 0.462 ;
    RECT 2.585 0.429 2.651 0.869 ;
    RECT 3.531 0.429 3.597 0.77 ;
    RECT 3.993 0.451 4.059 0.836 ;
    RECT 3.223 0.462 3.289 0.869 ;
    RECT 4.257 0.462 4.411 0.528 ;
    RECT 2.772 0.495 2.937 0.561 ;
    RECT 4.345 0.528 4.411 0.594 ;
    RECT 2.101 0.55 2.167 0.715 ;
    RECT 2.871 0.561 2.937 1.001 ;
    RECT 3.355 0.561 3.465 0.627 ;
    RECT 3.355 0.627 3.421 0.77 ;
    RECT 3.707 0.627 3.916 0.693 ;
    RECT 3.707 0.693 3.773 0.869 ;
    RECT 1.793 0.715 2.167 0.781 ;
    RECT 2.101 0.781 2.167 0.869 ;
    RECT 1.793 0.781 1.859 0.924 ;
    RECT 0.88 0.825 1.331 0.891 ;
    RECT 3.839 0.836 4.059 0.902 ;
    RECT 2.101 0.869 2.651 0.935 ;
    RECT 3.223 0.869 3.773 0.935 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 3.839 0.902 3.905 1.001 ;
    RECT 1.265 0.979 1.716 1.045 ;
    RECT 2.31 1.001 2.937 1.067 ;
    RECT 3.432 1.001 3.905 1.067 ;
  END
END LDH_ADDHCSCOB_2
#
# 
MACRO LDH_ADDHCSCOB_4 FOREIGN C0A07BLDH_ADDHCSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 5.753 0.033 5.819 0.264 ;
      RECT 4.521 0.033 4.587 0.242 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.453 0.693 3.135 0.759 ;
      RECT 1.584 0.297 3.135 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.363 1.023 0.759 ;
      RECT 0.198 0.759 1.353 0.825 ;
      RECT 1.287 0.825 1.353 0.902 ;
      RECT 0.957 0.825 1.023 0.858 ;
      RECT 0.561 0.825 0.627 0.99 ;
      RECT 0.935 0.297 1.397 0.363 ;
    END
  END CO0
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.561 5.643 0.99 ;
      RECT 5.577 0.495 5.72 0.561 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.726 ;
      RECT 5.808 0.726 6.468 0.858 ;
      RECT 5.951 0.319 6.402 0.385 ;
      RECT 5.951 0.242 6.017 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.289432 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.594 4.587 0.726 ;
      RECT 4.477 0.462 4.587 0.594 ;
      RECT 2.211 0.594 2.277 0.726 ;
      RECT 2.211 0.462 2.662 0.594 ;
      RECT 0.55 0.627 0.792 0.693 ;
      RECT 0.55 0.594 0.66 0.627 ;
      RECT 0.264 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.62 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.244 0.66 V1L2L ;
      VIA 4.554 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      RECT 1.485 0.594 1.551 0.858 ;
      RECT 1.144 0.462 1.958 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.759 3.432 0.825 ;
      VIA 1.518 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 4.521 0.836 4.587 1.155 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.792 0.957 0.858 1.155 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.111 0.968 1.177 1.155 ;
      RECT 1.111 0.902 1.21 0.968 ;
      RECT 0.407 0.968 0.473 1.155 ;
      RECT 0.33 0.902 0.473 0.968 ;
      RECT 0.055 0.858 0.121 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 5.137 0.099 5.687 0.165 ;
    RECT 3.993 0.132 4.059 0.231 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 4.169 0.132 4.235 0.363 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 5.621 0.165 5.687 0.363 ;
    RECT 5.137 0.165 5.203 0.495 ;
    RECT 4.653 0.198 4.719 0.869 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.817 0.231 4.059 0.297 ;
    LAYER M2L ;
    RECT 3.894 0.231 4.752 0.297 ;
    VIA 3.96 0.264 V1L2L ;
    VIA 4.686 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.242 4.411 0.308 ;
    RECT 3.641 0.264 3.707 0.77 ;
    RECT 4.785 0.264 4.851 0.77 ;
    RECT 5.313 0.264 5.379 0.627 ;
    RECT 5.489 0.264 5.555 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.817 0.297 3.883 0.77 ;
    RECT 3.201 0.297 3.575 0.363 ;
    RECT 4.301 0.308 4.411 0.374 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 3.993 0.363 4.235 0.429 ;
    RECT 3.509 0.363 3.575 0.528 ;
    RECT 3.201 0.363 3.267 0.924 ;
    RECT 5.621 0.363 5.885 0.429 ;
    RECT 4.301 0.374 4.367 0.495 ;
    RECT 5.445 0.396 5.511 1.001 ;
    RECT 3.993 0.429 4.059 0.869 ;
    RECT 5.819 0.429 5.885 0.495 ;
    RECT 4.224 0.495 4.367 0.561 ;
    RECT 4.961 0.495 5.203 0.561 ;
    RECT 5.819 0.495 6.138 0.561 ;
    RECT 3.465 0.528 3.575 0.594 ;
    RECT 4.301 0.561 4.367 1.001 ;
    RECT 4.961 0.561 5.027 0.77 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 5.137 0.627 5.379 0.693 ;
    RECT 5.137 0.693 5.203 0.869 ;
    RECT 1.617 0.748 1.683 0.825 ;
    RECT 1.617 0.825 3.091 0.891 ;
    RECT 3.465 0.825 3.597 0.869 ;
    RECT 3.465 0.869 4.059 0.891 ;
    RECT 4.653 0.869 5.203 0.935 ;
    RECT 3.025 0.891 3.091 0.99 ;
    RECT 3.531 0.891 4.059 0.935 ;
    RECT 3.718 1.001 4.367 1.067 ;
    RECT 4.862 1.001 5.511 1.067 ;
  END
END LDH_ADDHCSCOB_4
#
# 
MACRO LDH_ADDH_0P5 FOREIGN C0A07BLDH_ADDH_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.041866 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
      RECT 1.837 0.858 1.947 0.99 ;
      RECT 1.837 0.198 1.947 0.33 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.858 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 0.759 0.737 ;
      RECT 0.693 0.561 0.759 0.671 ;
      RECT 0.693 0.495 0.858 0.561 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 0.825 ;
      RECT 0.143 0.825 0.891 0.891 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.462 1.111 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.683 0.165 ;
    RECT 0.077 0.132 0.143 0.396 ;
    RECT 0.429 0.132 0.495 0.396 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.617 0.165 1.683 0.495 ;
    RECT 0.803 0.231 1.419 0.297 ;
    RECT 0.803 0.297 0.869 0.363 ;
    RECT 1.353 0.297 1.419 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.077 0.396 0.495 0.462 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 1.617 0.495 1.782 0.561 ;
    RECT 1.617 0.561 1.683 1.023 ;
    RECT 0.979 0.759 1.419 0.825 ;
    RECT 0.979 0.825 1.045 0.902 ;
    RECT 0.396 0.979 0.528 1.023 ;
    RECT 0.396 1.023 1.683 1.045 ;
    RECT 0.462 1.045 1.683 1.089 ;
  END
END LDH_ADDH_0P5
#
# 
MACRO LDH_ADDH_1 FOREIGN C0A07BLDH_ADDH_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.727 0.198 1.815 0.858 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.759 0.66 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.429 0.517 0.495 0.66 ;
      RECT 0.33 0.451 0.495 0.517 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.275 1.441 0.781 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 1.023 ;
      RECT 0.143 1.023 1.166 1.089 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.11 1.617 0.176 ;
    RECT 0.605 0.176 0.671 0.242 ;
    RECT 1.551 0.176 1.617 0.891 ;
    RECT 0.077 0.198 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.803 0.286 1.287 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.221 0.352 1.287 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 0.924 0.759 1.287 0.825 ;
    RECT 0.396 0.891 1.617 0.957 ;
  END
END LDH_ADDH_1
#
# 
MACRO LDH_ADDH_2 FOREIGN C0A07BLDH_ADDH_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.881 0.924 2.013 0.99 ;
      RECT 1.947 0.99 2.013 1.056 ;
      RECT 1.881 0.198 2.013 0.264 ;
      RECT 1.947 0.132 2.013 0.198 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.683 0.693 ;
      RECT 1.463 0.693 1.683 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 1.463 0.33 1.683 0.396 ;
      RECT 1.463 0.264 1.529 0.33 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.594 0.759 0.693 ;
      RECT 0.693 0.506 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.506 ;
      RECT 0.352 0.451 0.495 0.517 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.825 ;
      RECT 0.297 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.825 0.66 1.155 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.165 0.693 0.363 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.099 1.815 0.165 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.649 0.165 0.715 0.264 ;
    RECT 1.749 0.165 1.815 1.023 ;
    RECT 0.418 0.198 0.517 0.264 ;
    RECT 0.418 0.264 0.484 0.275 ;
    RECT 0.055 0.275 0.484 0.341 ;
    RECT 0.803 0.286 1.397 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.331 0.352 1.397 0.495 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.594 ;
    RECT 1.331 0.495 1.518 0.561 ;
    RECT 1.331 0.561 1.397 0.792 ;
    RECT 0.979 0.792 1.397 0.858 ;
    RECT 0.979 0.858 1.045 0.924 ;
    RECT 0.44 0.957 0.704 1.023 ;
    RECT 0.638 1.023 1.815 1.089 ;
  END
END LDH_ADDH_2
#
# 
MACRO LDH_ADDH_3 FOREIGN C0A07BLDH_ADDH_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.145 0.693 2.607 0.759 ;
      RECT 2.519 0.759 2.607 0.858 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 2.112 0.297 2.563 0.363 ;
      RECT 2.497 0.198 2.563 0.297 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.847 ;
      RECT 0.165 0.847 0.891 0.913 ;
      RECT 0.825 0.693 0.891 0.847 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.55 1.111 0.627 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.408 0.693 1.892 0.759 ;
      RECT 1.408 0.297 1.859 0.363 ;
      RECT 1.793 0.132 1.859 0.297 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.715 ;
      RECT 0.297 0.715 0.759 0.781 ;
      RECT 0.693 0.561 0.759 0.715 ;
      RECT 0.693 0.495 0.946 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.858 2.387 1.155 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.111 0.165 ;
    RECT 1.045 0.165 1.111 0.231 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 1.045 0.231 1.188 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.046 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.264 0.847 0.363 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.363 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 0.561 0.429 0.627 0.583 ;
    RECT 1.221 0.495 1.628 0.561 ;
    RECT 1.947 0.495 2.31 0.561 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 2.013 0.561 2.079 0.847 ;
    RECT 0.517 0.583 0.627 0.649 ;
    RECT 0.957 0.759 1.287 0.825 ;
    RECT 0.957 0.825 1.023 0.924 ;
    RECT 1.452 0.847 2.079 0.913 ;
    RECT 1.452 0.913 1.518 1.023 ;
    RECT 0.418 0.979 0.572 1.023 ;
    RECT 0.418 1.023 1.518 1.045 ;
    RECT 0.506 1.045 1.518 1.089 ;
  END
END LDH_ADDH_3
#
# 
MACRO LDH_ADDH_4 FOREIGN C0A07BLDH_ADDH_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      RECT 1.221 0.033 1.287 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 2.09 0.726 2.64 0.858 ;
      RECT 2.123 0.297 2.574 0.363 ;
      RECT 2.123 0.198 2.189 0.297 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.803 ;
      RECT 0.297 0.803 0.759 0.869 ;
      RECT 0.693 0.462 0.759 0.803 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.837 0.693 ;
      RECT 1.386 0.693 1.837 0.759 ;
      RECT 1.386 0.297 1.837 0.363 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 0.165 0.462 0.231 0.858 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.188 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.023 0.231 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.957 0.231 1.023 0.462 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 1.947 0.33 2.013 0.495 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.825 0.363 0.891 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.046 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 1.221 0.462 1.331 0.594 ;
    RECT 1.914 0.495 2.222 0.561 ;
    RECT 1.914 0.561 1.98 0.825 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 0.825 0.825 1.287 0.891 ;
    RECT 1.353 0.825 1.98 0.891 ;
    RECT 1.353 0.891 1.419 1.001 ;
    RECT 0.396 0.957 0.627 1.001 ;
    RECT 0.396 1.001 1.419 1.023 ;
    RECT 0.561 1.023 1.419 1.067 ;
  END
END LDH_ADDH_4
#
# 
MACRO LDH_AN2_0P5 FOREIGN C0A07BLDH_AN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.473 0.033 0.539 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.297 0.451 0.407 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.286 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.649 0.154 0.759 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.198 0.231 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 0.517 0.462 0.583 0.869 ;
    RECT 0.033 0.869 0.583 0.935 ;
  END
END LDH_AN2_0P5
#
# 
MACRO LDH_AN2_1 FOREIGN C0A07BLDH_AN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDH_AN2_1
#
# 
MACRO LDH_AN2_10 FOREIGN C0A07BLDH_AN2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.958 0.726 3.564 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 1.958 0.319 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.001 0.209 ;
    RECT 1.639 0.198 1.705 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.275 1.705 0.341 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 1.683 0.495 2.948 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 0.374 0.825 1.749 0.891 ;
  END
END LDH_AN2_10
#
# 
MACRO LDH_AN2_12 FOREIGN C0A07BLDH_AN2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.87 0.594 ;
      RECT 1.309 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.924 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 4.488 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.143 2.277 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.133 0.209 1.199 0.275 ;
    RECT 2.211 0.209 2.277 0.286 ;
    RECT 1.298 0.275 2.134 0.341 ;
    RECT 0.055 0.275 1.199 0.341 ;
    RECT 2.068 0.341 2.134 0.495 ;
    RECT 2.068 0.495 3.762 0.561 ;
    RECT 2.068 0.561 2.134 0.825 ;
    RECT 0.374 0.825 2.134 0.891 ;
  END
END LDH_AN2_12
#
# 
MACRO LDH_AN2_16 FOREIGN C0A07BLDH_AN2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.726 5.94 0.858 ;
      RECT 4.763 0.341 4.851 0.726 ;
      RECT 3.278 0.275 5.874 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.045 5.632 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.214 1.045 5.28 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.862 1.045 4.928 1.155 ;
      RECT 4.862 0.979 4.994 1.045 ;
      RECT 4.51 1.045 4.576 1.155 ;
      RECT 4.51 0.979 4.642 1.045 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.158 0.979 4.29 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.454 0.979 3.586 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 1.485 0.187 3.014 0.253 ;
    RECT 1.485 0.253 1.551 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.65 0.319 2.871 0.385 ;
    RECT 2.805 0.385 2.871 0.484 ;
    RECT 2.805 0.484 4.664 0.572 ;
    RECT 2.805 0.572 2.871 0.847 ;
    RECT 0.374 0.847 2.871 0.913 ;
  END
END LDH_AN2_16
#
# 
MACRO LDH_AN2_2 FOREIGN C0A07BLDH_AN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDH_AN2_2
#
# 
MACRO LDH_AN2_2RE FOREIGN C0A07BLDH_AN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.429 0.561 0.495 0.594 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.506 0.209 ;
    RECT 0.44 0.209 0.506 0.275 ;
    RECT 0.44 0.275 0.627 0.341 ;
    RECT 0.561 0.341 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.825 ;
    RECT 0.231 0.792 0.297 0.825 ;
    RECT 0.231 0.825 0.627 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
  END
END LDH_AN2_2RE
#
# 
MACRO LDH_AN2_3 FOREIGN C0A07BLDH_AN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.902 0.726 1.452 0.858 ;
      RECT 0.902 0.319 1.419 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.572 0.275 0.704 0.341 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.638 0.341 0.704 0.407 ;
    RECT 0.638 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.495 ;
    RECT 0.737 0.495 1.254 0.561 ;
    RECT 0.737 0.561 0.803 0.825 ;
    RECT 0.231 0.825 0.803 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDH_AN2_3
#
# 
MACRO LDH_AN2_4 FOREIGN C0A07BLDH_AN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDH_AN2_4
#
# 
MACRO LDH_AN2_4RE FOREIGN C0A07BLDH_AN2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.792 0.561 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 1.419 0.319 2.343 0.385 ;
      RECT 1.419 0.385 1.551 0.429 ;
      RECT 1.419 0.154 1.485 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.946 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 0.715 0.132 0.781 0.33 ;
    RECT 0.429 0.33 1.155 0.396 ;
    RECT 1.089 0.396 1.155 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.089 0.495 2.211 0.528 ;
    RECT 1.089 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.089 0.561 1.155 0.759 ;
    RECT 0.231 0.759 1.155 0.825 ;
    RECT 0.891 0.825 0.957 0.99 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDH_AN2_4RE
#
# 
MACRO LDH_AN2_6 FOREIGN C0A07BLDH_AN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.155 0.033 1.221 0.286 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 2.156 0.858 ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.32 0.319 2.156 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.319 ;
    RECT 0.077 0.242 0.143 0.308 ;
    RECT 0.077 0.308 0.495 0.374 ;
    RECT 0.605 0.319 1.056 0.385 ;
    RECT 0.429 0.374 0.495 0.825 ;
    RECT 0.99 0.495 1.892 0.561 ;
    RECT 0.99 0.561 1.056 0.825 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDH_AN2_6
#
# 
MACRO LDH_AN2_8 FOREIGN C0A07BLDH_AN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDH_AN2_8
#
# 
MACRO LDH_AN2_S_1 FOREIGN C0A07BLDH_AN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.55 ;
      RECT 0.297 0.55 0.429 0.616 ;
      RECT 0.363 0.616 0.429 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.198 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.264 ;
    RECT 0.033 0.264 0.143 0.33 ;
    RECT 0.033 0.33 0.099 0.957 ;
    RECT 0.539 0.462 0.605 0.825 ;
    RECT 0.297 0.825 0.605 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.033 0.957 0.363 1.023 ;
  END
END LDH_AN2_S_1
#
# 
MACRO LDH_AN2_S_10 FOREIGN C0A07BLDH_AN2_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.18 0.033 4.246 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 2.882 0.726 4.488 0.858 ;
      RECT 2.882 0.297 4.422 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.255 0.594 ;
      RECT 1.584 0.594 2.255 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.594 1.32 0.726 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.191 1.023 4.257 1.155 ;
      RECT 4.114 0.957 4.257 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.363 0.924 0.429 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.44 0.528 2.607 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 2.607 0.528 4.62 0.66 ;
    RECT 0 0.66 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 2.651 0.231 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 2.585 0.231 2.651 0.33 ;
    RECT 1.661 0.297 2.497 0.363 ;
    RECT 0.385 0.297 1.551 0.363 ;
    RECT 1.661 0.363 1.727 0.462 ;
    RECT 2.409 0.363 2.497 0.484 ;
    RECT 2.409 0.484 3.828 0.572 ;
    RECT 2.409 0.572 2.497 0.825 ;
    RECT 0.528 0.825 2.497 0.891 ;
  END
END LDH_AN2_S_10
#
# 
MACRO LDH_AN2_S_12 FOREIGN C0A07BLDH_AN2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.726 ;
      RECT 3.564 0.726 5.544 0.858 ;
      RECT 3.586 0.297 5.478 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.047 0.594 ;
      RECT 2.112 0.594 3.047 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 1.716 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 5.555 0.99 5.621 1.155 ;
      RECT 5.522 0.924 5.621 0.99 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.895 1.023 4.961 1.155 ;
      RECT 4.818 0.957 4.961 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.385 0.946 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.44 0.528 3.311 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.311 0.528 5.676 0.66 ;
    RECT 0 0.66 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.165 3.355 0.231 ;
    RECT 0.385 0.22 0.451 0.297 ;
    RECT 1.837 0.231 1.903 0.297 ;
    RECT 3.289 0.231 3.355 0.33 ;
    RECT 2.013 0.297 3.201 0.363 ;
    RECT 0.385 0.297 1.903 0.363 ;
    RECT 2.013 0.363 2.079 0.462 ;
    RECT 3.113 0.363 3.201 0.484 ;
    RECT 3.113 0.484 4.928 0.572 ;
    RECT 3.113 0.572 3.201 0.825 ;
    RECT 0.572 0.825 3.201 0.891 ;
  END
END LDH_AN2_S_12
#
# 
MACRO LDH_AN2_S_16 FOREIGN C0A07BLDH_AN2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.716 0.165 1.848 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.364 0.165 1.496 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.374 6.171 0.726 ;
      RECT 4.07 0.726 6.732 0.858 ;
      RECT 4.07 0.286 6.666 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.443 0.594 ;
      RECT 2.376 0.594 3.443 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.594 1.584 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.743 0.99 6.809 1.155 ;
      RECT 6.71 0.924 6.809 0.99 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.379 1.023 5.445 1.155 ;
      RECT 5.302 0.957 5.445 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.44 0.528 3.795 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.795 0.528 6.864 0.66 ;
    RECT 0 0.66 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 3.476 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.055 0.297 1.991 0.363 ;
    RECT 2.101 0.297 3.685 0.363 ;
    RECT 2.101 0.363 2.167 0.462 ;
    RECT 3.597 0.363 3.685 0.484 ;
    RECT 3.597 0.484 5.973 0.572 ;
    RECT 3.597 0.572 3.685 0.825 ;
    RECT 0.198 0.825 3.685 0.891 ;
  END
END LDH_AN2_S_16
#
# 
MACRO LDH_AN2_S_2 FOREIGN C0A07BLDH_AN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.056 0.803 1.287 0.869 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.198 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.089 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDH_AN2_S_2
#
# 
MACRO LDH_AN2_S_3 FOREIGN C0A07BLDH_AN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.298 0.803 1.749 0.869 ;
      RECT 1.683 0.869 1.749 0.99 ;
      RECT 1.298 0.297 1.782 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.99 ;
      RECT 0.825 0.594 1.023 0.66 ;
      RECT 0.825 0.66 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 0.649 0.143 ;
    RECT 0.198 0.143 0.649 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.297 1.034 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.429 ;
    RECT 0.44 0.429 1.155 0.495 ;
    RECT 1.089 0.495 1.518 0.561 ;
    RECT 0.44 0.495 0.506 0.825 ;
    RECT 0.374 0.825 0.858 0.891 ;
  END
END LDH_AN2_S_3
#
# 
MACRO LDH_AN2_S_4 FOREIGN C0A07BLDH_AN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.682 ;
      RECT 0.891 0.682 1.023 0.748 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.561 ;
      RECT 1.089 0.561 1.551 0.627 ;
      RECT 1.485 0.33 1.551 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.218284 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 1.243 0.825 2.178 0.891 ;
      RECT 1.243 0.891 1.309 1.056 ;
      RECT 1.65 0.297 2.178 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.572 0.517 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.682 0.528 1.65 0.594 ;
    RECT 0 0.528 0.682 0.594 ;
    RECT 1.65 0.528 2.376 0.594 ;
    RECT 0 0.594 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 0.055 0.143 0.913 0.165 ;
    RECT 0.374 0.165 0.913 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.847 0.209 0.913 0.297 ;
    RECT 0.847 0.297 1.342 0.363 ;
    RECT 0.198 0.297 0.77 0.363 ;
    RECT 1.276 0.363 1.342 0.44 ;
    RECT 0.704 0.363 0.77 0.825 ;
    RECT 1.617 0.495 1.914 0.561 ;
    RECT 1.617 0.561 1.683 0.693 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.111 0.759 1.177 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
  END
END LDH_AN2_S_4
#
# 
MACRO LDH_AN2_S_6 FOREIGN C0A07BLDH_AN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.112 0.726 3.036 0.858 ;
      RECT 2.134 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.452 0.594 1.848 0.726 ;
      RECT 1.749 0.726 1.815 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.924 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.99 3.113 1.155 ;
      RECT 3.014 0.924 3.113 0.99 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0.858 0.528 1.859 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.859 0.528 3.168 0.638 ;
    RECT 0 0.638 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 1.023 0.165 1.892 0.231 ;
    RECT 0.297 0.198 0.363 0.297 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 0.297 0.297 1.089 0.363 ;
    RECT 1.221 0.297 2.035 0.363 ;
    RECT 1.969 0.363 2.035 0.495 ;
    RECT 1.221 0.363 1.287 0.825 ;
    RECT 1.969 0.495 2.706 0.561 ;
    RECT 0.44 0.825 1.661 0.891 ;
    RECT 1.595 0.891 1.661 1.023 ;
  END
END LDH_AN2_S_6
#
# 
MACRO LDH_AN2_S_8 FOREIGN C0A07BLDH_AN2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.264 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.402688 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.486 0.297 3.707 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.649 ;
      RECT 1.353 0.649 1.947 0.715 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.649 1.144 0.715 ;
      RECT 0.165 0.33 0.231 0.649 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 2.178 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 2.178 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.123 0.198 2.189 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.44 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.189 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
    RECT 2.123 0.363 2.189 0.495 ;
    RECT 2.123 0.495 3.234 0.561 ;
    RECT 2.123 0.561 2.189 0.781 ;
    RECT 0.253 0.781 2.189 0.847 ;
    RECT 0.671 0.847 0.737 0.924 ;
    RECT 1.023 0.847 1.089 0.924 ;
    RECT 1.375 0.847 1.441 0.924 ;
    RECT 1.727 0.847 1.793 0.924 ;
    RECT 0.253 0.847 0.319 0.99 ;
    RECT 2.123 0.847 2.189 0.99 ;
  END
END LDH_AN2_S_8
#
# 
MACRO LDH_AN3B_1 FOREIGN C0A07BLDH_AN3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.198 ;
      RECT 0.77 0.198 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.33 ;
      RECT 0.264 0.143 0.495 0.209 ;
      RECT 0.297 0.209 0.363 0.33 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.627 0.33 0.891 0.396 ;
      RECT 0.627 0.264 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.286 0.143 0.451 ;
    RECT 0.033 0.451 0.099 0.726 ;
    RECT 0.66 0.462 0.759 0.528 ;
    RECT 0.693 0.528 0.759 0.792 ;
    RECT 0.033 0.726 0.198 0.792 ;
    RECT 0.132 0.792 0.297 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.132 0.847 0.759 0.858 ;
    RECT 0.231 0.858 0.693 0.913 ;
    RECT 0.231 0.913 0.297 1.034 ;
  END
END LDH_AN3B_1
#
# 
MACRO LDH_AN3B_2 FOREIGN C0A07BLDH_AN3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.198 ;
      RECT 1.276 0.198 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.748 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.418 1.287 0.693 ;
      RECT 1.122 0.693 1.287 0.759 ;
      RECT 1.089 0.33 1.287 0.418 ;
      RECT 1.089 0.264 1.155 0.33 ;
      RECT 0.627 0.198 1.155 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.517 0.33 ;
    RECT 0.055 0.33 1.023 0.341 ;
    RECT 0.451 0.341 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.528 0.396 0.594 0.726 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.429 0.726 0.594 0.792 ;
    RECT 0.429 0.792 0.495 0.847 ;
    RECT 0.231 0.847 0.495 0.913 ;
    RECT 0.627 0.869 1.397 0.935 ;
    RECT 0.231 0.913 0.297 1.012 ;
    RECT 0.627 0.935 0.693 1.034 ;
    RECT 1.331 0.935 1.397 1.034 ;
  END
END LDH_AN3B_2
#
# 
MACRO LDH_AN3B_3 FOREIGN C0A07BLDH_AN3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.671 ;
      RECT 0.935 0.671 1.551 0.737 ;
      RECT 0.935 0.737 1.023 0.858 ;
      RECT 1.089 0.319 1.914 0.385 ;
      RECT 1.089 0.198 1.177 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.572 0.253 0.704 0.319 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.638 0.319 0.704 0.363 ;
    RECT 0.638 0.363 0.858 0.429 ;
    RECT 0.792 0.429 0.858 0.495 ;
    RECT 0.792 0.495 1.364 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.231 0.825 0.858 0.891 ;
    RECT 1.111 0.847 1.914 0.913 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.111 0.913 1.177 1.034 ;
  END
END LDH_AN3B_3
#
# 
MACRO LDH_AN3B_4 FOREIGN C0A07BLDH_AN3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.693 ;
      RECT 1.089 0.693 1.551 0.759 ;
      RECT 1.089 0.759 1.155 0.858 ;
      RECT 1.1 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.759 0.198 0.858 0.264 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.331 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 2.365 0.891 2.431 0.99 ;
    RECT 0.957 0.902 1.023 0.979 ;
    RECT 0.957 0.979 1.375 1.045 ;
  END
END LDH_AN3B_4
#
# 
MACRO LDH_AN3B_8 FOREIGN C0A07BLDH_AN3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.825 ;
      RECT 1.804 0.825 2.959 0.891 ;
      RECT 2.871 0.682 2.959 0.825 ;
      RECT 1.837 0.319 4.4 0.385 ;
      RECT 1.837 0.242 1.903 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.235 0.594 ;
      RECT 4.125 0.594 4.235 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 3.916 0.979 4.048 1.045 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.268 0.979 4.4 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 1.727 0.231 ;
    RECT 1.661 0.231 1.727 0.495 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 1.485 0.495 2.442 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.198 0.825 1.551 0.891 ;
    RECT 3.047 0.847 4.543 0.913 ;
    RECT 3.047 0.913 3.135 0.957 ;
    RECT 4.477 0.913 4.543 0.99 ;
    RECT 1.661 0.924 1.727 0.957 ;
    RECT 1.661 0.957 3.135 1.023 ;
    RECT 1.661 1.023 1.727 1.056 ;
  END
END LDH_AN3B_8
#
# 
MACRO LDH_AN3_0P5 FOREIGN C0A07BLDH_AN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.682 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDH_AN3_0P5
#
# 
MACRO LDH_AN3_1 FOREIGN C0A07BLDH_AN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.55 ;
      RECT 0.165 0.55 0.231 0.649 ;
      RECT 0.033 0.55 0.099 0.649 ;
      RECT 0.165 0.319 0.231 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDH_AN3_1
#
# 
MACRO LDH_AN3_2 FOREIGN C0A07BLDH_AN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.957 0.66 1.155 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.418 1.683 0.825 ;
      RECT 1.496 0.825 1.683 0.891 ;
      RECT 1.496 0.33 1.683 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.176 1.023 0.242 1.155 ;
      RECT 0.176 0.957 0.308 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.298 0.979 1.43 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 1.133 0.176 1.199 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 0.55 0.275 1.199 0.341 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 0.297 0.341 0.363 0.825 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.825 ;
    RECT 0.297 0.825 1.287 0.891 ;
  END
END LDH_AN3_2
#
# 
MACRO LDH_AN3_3 FOREIGN C0A07BLDH_AN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.033 1.353 0.264 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 1.474 0.825 1.947 0.891 ;
      RECT 1.859 0.891 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.154 1.947 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.759 0.198 0.902 0.264 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.319 0.495 0.385 ;
    RECT 0.583 0.33 1.177 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 1.287 0.495 1.65 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
  END
END LDH_AN3_3
#
# 
MACRO LDH_AN3_4 FOREIGN C0A07BLDH_AN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.803 ;
      RECT 1.826 0.803 2.31 0.869 ;
      RECT 1.826 0.275 2.277 0.341 ;
      RECT 2.211 0.154 2.277 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 1.54 0.495 2.046 0.561 ;
    RECT 1.54 0.561 1.606 0.825 ;
    RECT 0.231 0.825 1.606 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDH_AN3_4
#
# 
MACRO LDH_AN3_8 FOREIGN C0A07BLDH_AN3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.695 0.033 2.761 0.242 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.726 ;
      RECT 2.772 0.726 4.092 0.858 ;
      RECT 2.838 0.297 4.026 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.99 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 4.103 0.99 4.169 1.155 ;
      RECT 4.07 0.924 4.169 0.99 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.738 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 2.519 0.495 3.564 0.561 ;
    RECT 2.519 0.561 2.585 0.825 ;
    RECT 0.407 0.825 2.585 0.891 ;
    RECT 0.407 0.891 0.473 0.968 ;
  END
END LDH_AN3_8
#
# 
MACRO LDH_AN3_S_1 FOREIGN C0A07BLDH_AN3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.627 ;
      RECT 0.297 0.627 0.44 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.429 0.396 0.627 0.462 ;
      RECT 0.561 0.33 0.627 0.396 ;
      RECT 0.429 0.198 0.495 0.396 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.198 0.891 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.693 0.462 0.759 0.759 ;
    RECT 0.033 0.759 0.759 0.825 ;
    RECT 0.033 0.825 0.121 1.056 ;
    RECT 0.407 0.825 0.473 1.056 ;
  END
END LDH_AN3_S_1
#
# 
MACRO LDH_AN3_S_2 FOREIGN C0A07BLDH_AN3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.485 0.803 1.683 0.869 ;
      RECT 1.485 0.297 1.683 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.044 0.231 0.11 0.264 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 0.297 0.957 1.287 1.023 ;
  END
END LDH_AN3_S_2
#
# 
MACRO LDH_AN3_S_3 FOREIGN C0A07BLDH_AN3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.803 ;
      RECT 1.804 0.803 2.343 0.869 ;
      RECT 2.277 0.869 2.343 0.99 ;
      RECT 1.804 0.297 2.343 0.363 ;
      RECT 2.277 0.198 2.343 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.484 0.979 0.616 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.012 0.979 1.144 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.044 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.847 ;
    RECT 1.617 0.495 2.046 0.561 ;
    RECT 1.617 0.561 1.683 0.847 ;
    RECT 0.22 0.847 1.683 0.913 ;
  END
END LDH_AN3_S_3
#
# 
MACRO LDH_AN3_S_4 FOREIGN C0A07BLDH_AN3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.803 ;
      RECT 2.486 0.803 2.97 0.869 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.266 0.363 ;
    RECT 0.198 0.319 0.803 0.385 ;
    RECT 0.737 0.385 0.803 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.55 0.825 1.001 0.891 ;
    RECT 2.068 0.825 2.387 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.068 0.891 2.134 0.957 ;
    RECT 0.935 0.957 2.134 1.023 ;
  END
END LDH_AN3_S_4
#
# 
MACRO LDH_AN3_S_8 FOREIGN C0A07BLDH_AN3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.638 ;
      RECT 2.673 0.638 3.267 0.726 ;
      RECT 3.069 0.462 3.135 0.638 ;
      RECT 2.805 0.462 2.871 0.638 ;
      RECT 2.937 0.462 3.003 0.638 ;
      RECT 2.673 0.462 2.739 0.638 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.696 0.726 5.016 0.858 ;
      RECT 3.762 0.297 4.95 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.297 0.638 0.891 0.726 ;
      RECT 0.825 0.462 0.891 0.638 ;
      RECT 0.693 0.462 0.759 0.638 ;
      RECT 0.561 0.462 0.627 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.638 ;
      RECT 1.485 0.638 2.211 0.726 ;
      RECT 2.145 0.462 2.211 0.638 ;
      RECT 2.013 0.462 2.079 0.638 ;
      RECT 1.881 0.462 1.947 0.638 ;
      RECT 1.617 0.462 1.683 0.638 ;
      RECT 1.749 0.462 1.815 0.638 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.342 1.045 1.408 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 5.027 0.99 5.093 1.155 ;
      RECT 4.994 0.924 5.093 0.99 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.33 0.528 3.454 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.454 0.528 5.148 0.682 ;
    RECT 0 0.682 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.398 0.231 ;
    RECT 1.342 0.297 3.542 0.363 ;
    RECT 0.242 0.297 1.188 0.363 ;
    RECT 1.122 0.363 1.188 0.847 ;
    RECT 3.476 0.495 4.686 0.561 ;
    RECT 3.476 0.561 3.542 0.847 ;
    RECT 0.462 0.847 3.542 0.913 ;
  END
END LDH_AN3_S_8
#
# 
MACRO LDH_AN4B_1 FOREIGN C0A07BLDH_AN4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.836 0.561 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 0.836 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.825 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDH_AN4B_1
#
# 
MACRO LDH_AN4B_2 FOREIGN C0A07BLDH_AN4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.353 0.033 1.419 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.671 ;
      RECT 1.518 0.671 1.815 0.737 ;
      RECT 1.518 0.297 2.002 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.88 0.209 ;
    RECT 1.155 0.198 1.221 0.275 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.572 0.275 1.221 0.341 ;
    RECT 0.22 0.275 0.429 0.341 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 1.221 0.495 1.65 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 1.375 0.825 2.178 0.891 ;
    RECT 1.375 0.891 1.441 0.968 ;
    RECT 0.22 0.957 1.287 1.023 ;
  END
END LDH_AN4B_2
#
# 
MACRO LDH_AN4B_3 FOREIGN C0A07BLDH_AN4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.66 ;
      RECT 1.98 0.66 2.079 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.803 ;
      RECT 1.276 0.803 1.815 0.869 ;
      RECT 1.452 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.616 0.099 0.858 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.165 0.616 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.55 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.013 1.012 2.079 1.155 ;
      RECT 2.013 0.946 2.112 1.012 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.572 0.319 1.232 0.385 ;
    RECT 0.22 0.319 0.363 0.385 ;
    RECT 0.297 0.385 0.363 0.825 ;
    RECT 1.111 0.495 1.65 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 1.881 0.792 2.255 0.858 ;
    RECT 0.22 0.825 1.177 0.891 ;
    RECT 2.189 0.858 2.255 0.924 ;
    RECT 1.881 0.858 1.947 0.957 ;
    RECT 1.452 0.957 1.947 1.023 ;
  END
END LDH_AN4B_3
#
# 
MACRO LDH_AN4B_4 FOREIGN C0A07BLDH_AN4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.276848 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 1.848 0.803 2.343 0.869 ;
      RECT 1.848 0.297 3.058 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.583 0.363 0.649 0.825 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.396 0.825 1.716 0.891 ;
    RECT 2.431 0.825 3.234 0.891 ;
    RECT 2.431 0.891 2.497 0.957 ;
    RECT 1.672 0.957 2.497 1.023 ;
  END
END LDH_AN4B_4
#
# 
MACRO LDH_AN4B_6 FOREIGN C0A07BLDH_AN4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.508 0.726 3.366 0.858 ;
      RECT 3.256 0.693 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.671 ;
      RECT 3.674 0.671 3.795 0.737 ;
      RECT 3.696 0.462 4.224 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 1.012 3.685 1.155 ;
      RECT 3.619 0.946 3.718 1.012 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.31 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.726 0.385 0.792 0.825 ;
    RECT 2.2 0.495 2.948 0.561 ;
    RECT 2.2 0.561 2.266 0.825 ;
    RECT 4.499 0.726 4.565 0.803 ;
    RECT 3.432 0.803 4.565 0.869 ;
    RECT 0.374 0.825 2.266 0.891 ;
    RECT 3.432 0.869 3.52 0.957 ;
    RECT 2.354 0.957 3.52 1.023 ;
  END
END LDH_AN4B_6
#
# 
MACRO LDH_AN4B_8 FOREIGN C0A07BLDH_AN4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.148 0.033 5.214 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.796 0.165 4.928 0.231 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.444 0.165 4.576 0.231 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.649 ;
      RECT 3.861 0.649 4.026 0.715 ;
      RECT 3.861 0.715 3.971 0.726 ;
      RECT 2.772 0.726 3.971 0.858 ;
      RECT 2.838 0.319 5.456 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.704 0.594 ;
      RECT 0.253 0.594 0.363 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.716 0.594 ;
      RECT 1.177 0.594 1.287 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.519 0.594 ;
      RECT 2.409 0.594 2.519 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.477 0.462 5.28 0.594 ;
      RECT 4.477 0.594 4.587 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 4.972 0.957 5.104 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.738 0.231 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.319 0.935 0.385 ;
    RECT 0.869 0.385 0.935 0.825 ;
    RECT 2.585 0.495 3.652 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.55 0.825 2.651 0.891 ;
    RECT 4.103 0.825 5.599 0.891 ;
    RECT 4.103 0.891 4.169 0.957 ;
    RECT 5.533 0.891 5.599 0.968 ;
    RECT 2.662 0.957 4.169 1.023 ;
  END
END LDH_AN4B_8
#
# 
MACRO LDH_AN4_1 FOREIGN C0A07BLDH_AN4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.033 0.891 0.308 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.638 ;
      RECT 0.033 0.638 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.638 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.748 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.253 1.155 0.825 ;
      RECT 0.99 0.825 1.155 0.891 ;
      RECT 0.99 0.187 1.155 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.847 ;
    RECT 0.825 0.462 0.968 0.594 ;
    RECT 0.825 0.594 0.891 0.847 ;
    RECT 0.231 0.847 0.891 0.913 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 0.627 0.913 0.693 0.99 ;
  END
END LDH_AN4_1
#
# 
MACRO LDH_AN4_2 FOREIGN C0A07BLDH_AN4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.771 0.033 1.837 0.264 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.408 0.143 1.54 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.803 ;
      RECT 1.914 0.803 2.079 0.869 ;
      RECT 1.914 0.319 2.079 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.792 ;
      RECT 0.693 0.792 0.891 0.858 ;
      RECT 0.825 0.594 0.891 0.792 ;
      RECT 0.561 0.495 0.759 0.561 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.561 1.155 0.792 ;
      RECT 1.089 0.792 1.287 0.858 ;
      RECT 1.221 0.594 1.287 0.792 ;
      RECT 1.012 0.495 1.155 0.561 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.099 0.825 0.143 ;
    RECT 0.913 0.099 1.331 0.165 ;
    RECT 0.055 0.143 0.825 0.165 ;
    RECT 0.055 0.165 0.506 0.209 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.913 0.165 0.979 0.264 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.617 0.242 1.683 0.308 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 1.089 0.264 1.155 0.363 ;
    RECT 0.198 0.297 0.407 0.363 ;
    RECT 1.265 0.308 1.683 0.374 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.341 0.363 0.407 0.957 ;
    RECT 1.65 0.495 1.914 0.561 ;
    RECT 1.65 0.561 1.716 0.957 ;
    RECT 0.341 0.957 1.716 1.023 ;
  END
END LDH_AN4_2
#
# 
MACRO LDH_AN4_3 FOREIGN C0A07BLDH_AN4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.672 0.143 1.804 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.803 ;
      RECT 2.068 0.803 2.607 0.869 ;
      RECT 2.244 0.297 2.739 0.363 ;
      RECT 2.651 0.198 2.739 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.892 0.638 ;
    RECT 0 0.528 0.418 0.638 ;
    RECT 1.892 0.528 2.772 0.638 ;
    RECT 0 0.638 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.045 0.209 ;
    RECT 1.133 0.143 1.573 0.209 ;
    RECT 0.979 0.209 1.045 0.286 ;
    RECT 1.507 0.209 1.573 0.275 ;
    RECT 1.133 0.209 1.199 0.286 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 1.507 0.275 1.98 0.341 ;
    RECT 0.055 0.275 0.528 0.363 ;
    RECT 0.77 0.319 0.902 0.385 ;
    RECT 0.462 0.363 0.528 0.825 ;
    RECT 0.836 0.385 1.408 0.451 ;
    RECT 1.881 0.495 2.442 0.561 ;
    RECT 1.881 0.561 1.947 0.825 ;
    RECT 0.374 0.825 1.947 0.891 ;
  END
END LDH_AN4_3
#
# 
MACRO LDH_AN4_4 FOREIGN C0A07BLDH_AN4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.803 ;
      RECT 2.354 0.803 2.838 0.869 ;
      RECT 2.354 0.319 2.838 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 1.254 0.165 1.705 0.231 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 1.639 0.231 1.705 0.297 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 1.639 0.297 2.09 0.363 ;
    RECT 0.407 0.352 0.473 0.825 ;
    RECT 1.496 0.363 1.562 0.396 ;
    RECT 2.046 0.495 2.574 0.561 ;
    RECT 2.046 0.561 2.112 0.825 ;
    RECT 0.407 0.825 2.112 0.891 ;
  END
END LDH_AN4_4
#
# 
MACRO LDH_AN4_6 FOREIGN C0A07BLDH_AN4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.682 ;
      RECT 2.541 0.682 2.871 0.748 ;
      RECT 2.805 0.462 2.871 0.682 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.682 ;
      RECT 1.221 0.682 1.551 0.748 ;
      RECT 1.221 0.462 1.287 0.682 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.682 ;
      RECT 1.881 0.682 2.211 0.748 ;
      RECT 2.145 0.462 2.211 0.682 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.682 ;
      RECT 0.297 0.682 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.682 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.224 0.858 ;
      RECT 3.993 0.385 4.059 0.726 ;
      RECT 3.322 0.319 4.158 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.232 0.979 1.364 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.836 0.979 0.968 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0.33 0.528 3.058 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.058 0.528 4.356 0.682 ;
    RECT 0 0.682 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.143 0.935 0.209 ;
    RECT 1.034 0.165 2.266 0.231 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.242 0.275 0.792 0.341 ;
    RECT 0.869 0.297 1.364 0.363 ;
    RECT 1.958 0.297 2.794 0.363 ;
    RECT 0.726 0.341 0.792 0.847 ;
    RECT 2.992 0.495 3.894 0.561 ;
    RECT 2.992 0.561 3.058 0.847 ;
    RECT 0.242 0.847 3.058 0.913 ;
  END
END LDH_AN4_6
#
# 
MACRO LDH_AN4_8 FOREIGN C0A07BLDH_AN4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.462 2.343 0.594 ;
      RECT 2.233 0.594 2.915 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.309 0.594 1.848 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.025 0.462 3.135 0.594 ;
      RECT 3.025 0.594 3.608 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.792 0.726 ;
      RECT 0.253 0.462 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.07 0.726 5.324 0.858 ;
      RECT 5.181 0.385 5.247 0.726 ;
      RECT 4.07 0.319 5.324 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 5.016 0.957 5.148 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.33 0.528 3.762 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 3.762 0.528 5.544 0.66 ;
    RECT 0 0.66 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 1.1 0.209 ;
    RECT 1.21 0.165 2.838 0.231 ;
    RECT 1.034 0.209 1.1 0.297 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 1.034 0.297 1.892 0.363 ;
    RECT 2.156 0.297 3.806 0.363 ;
    RECT 0.077 0.297 0.968 0.363 ;
    RECT 0.902 0.363 0.968 0.825 ;
    RECT 3.707 0.495 5.016 0.561 ;
    RECT 3.707 0.561 3.773 0.825 ;
    RECT 0.275 0.825 3.773 0.891 ;
    RECT 0.275 0.891 0.341 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
  END
END LDH_AN4_8
#
# 
MACRO LDH_AN4_S_1 FOREIGN C0A07BLDH_AN4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.638 ;
      RECT 0.429 0.638 0.572 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.594 ;
      RECT 0.121 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.418 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.286 1.155 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.759 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.693 0.198 0.759 0.297 ;
    RECT 0.693 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.462 ;
    RECT 0.869 0.462 0.979 0.594 ;
    RECT 0.869 0.594 0.935 0.825 ;
    RECT 0.231 0.825 0.935 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 0.649 0.891 0.715 1.056 ;
  END
END LDH_AN4_S_1
#
# 
MACRO LDH_AN4_S_2 FOREIGN C0A07BLDH_AN4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.726 ;
      RECT 2.013 0.726 2.123 0.858 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.572 ;
      RECT 0.825 0.572 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.902 0.528 1.43 0.814 ;
    RECT 0 0.528 0.902 0.814 ;
    RECT 1.43 0.528 2.376 0.814 ;
    RECT 0 0.814 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.594 0.165 1.122 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.209 1.287 0.297 ;
    RECT 0.429 0.297 0.924 0.363 ;
    RECT 1.221 0.297 1.738 0.363 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.055 0.825 1.947 0.891 ;
    RECT 1.188 0.891 1.254 0.979 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.429 0.891 0.495 1.056 ;
    RECT 0.803 0.891 0.869 1.056 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 1.188 0.979 1.32 1.045 ;
  END
END LDH_AN4_S_2
#
# 
MACRO LDH_AN4_S_3 FOREIGN C0A07BLDH_AN4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.671 ;
      RECT 2.673 0.737 2.739 0.858 ;
      RECT 2.398 0.671 2.739 0.737 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.881 0.693 2.079 0.759 ;
      RECT 2.013 0.462 2.079 0.693 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.221 0.693 1.474 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.814 0.528 2.574 0.726 ;
    RECT 0 0.528 0.814 0.726 ;
    RECT 2.574 0.528 2.904 0.726 ;
    RECT 0 0.726 2.904 1.221 ;
    LAYER M1L ;
    RECT 2.618 0.132 2.684 0.165 ;
    RECT 1.364 0.165 1.551 0.231 ;
    RECT 1.738 0.165 2.684 0.231 ;
    RECT 2.761 0.198 2.827 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.726 0.297 1.419 0.363 ;
    RECT 1.485 0.297 2.068 0.363 ;
    RECT 2.222 0.297 2.827 0.363 ;
    RECT 1.353 0.363 1.419 0.495 ;
    RECT 2.222 0.363 2.288 0.825 ;
    RECT 1.353 0.495 1.694 0.561 ;
    RECT 0.33 0.495 0.671 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.605 0.825 2.431 0.891 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 1.397 0.891 1.463 0.99 ;
    RECT 1.969 0.891 2.035 0.99 ;
    RECT 2.365 0.891 2.431 0.99 ;
  END
END LDH_AN4_S_3
#
# 
MACRO LDH_AN4_S_4 FOREIGN C0A07BLDH_AN4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.803 ;
      RECT 3.014 0.803 3.498 0.869 ;
      RECT 3.014 0.297 3.498 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.682 ;
      RECT 0.957 0.682 1.287 0.748 ;
      RECT 0.957 0.462 1.023 0.682 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.485 0.682 1.815 0.748 ;
      RECT 1.485 0.462 1.551 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.649 2.607 0.99 ;
      RECT 2.541 0.462 2.607 0.583 ;
      RECT 2.277 0.583 2.607 0.649 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.99 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.627 0.605 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 3.696 0.682 ;
    RECT 0 0.682 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 0.946 0.165 1.87 0.231 ;
    RECT 1.969 0.165 2.794 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.969 0.231 2.035 0.297 ;
    RECT 0.055 0.297 1.276 0.363 ;
    RECT 1.54 0.297 2.035 0.363 ;
    RECT 2.101 0.297 2.739 0.363 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 2.101 0.363 2.167 0.847 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 0.55 0.847 2.266 0.913 ;
  END
END LDH_AN4_S_4
#
# 
MACRO LDH_AN4_S_6 FOREIGN C0A07BLDH_AN4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.685 0.033 3.751 0.264 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.836 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.671 ;
      RECT 1.353 0.671 1.694 0.737 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.715 ;
      RECT 3.08 0.715 3.399 0.781 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 3.828 0.726 4.796 0.858 ;
      RECT 3.894 0.297 4.796 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.671 ;
      RECT 2.024 0.671 2.343 0.737 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.685 0.924 3.751 1.155 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.266 0.979 2.398 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.562 0.979 1.694 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0.352 0.528 3.63 0.682 ;
    RECT 2.706 0.682 3.63 0.748 ;
    RECT 0 0.528 0.352 0.682 ;
    RECT 0 0.682 2.706 0.748 ;
    RECT 3.63 0.528 5.016 0.748 ;
    RECT 0 0.748 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 0.22 0.165 1.87 0.231 ;
    RECT 2.09 0.165 2.607 0.231 ;
    RECT 0.077 0.198 0.143 0.297 ;
    RECT 2.541 0.231 2.607 0.297 ;
    RECT 1.166 0.297 2.475 0.363 ;
    RECT 2.541 0.297 3.498 0.363 ;
    RECT 0.077 0.297 1.001 0.363 ;
    RECT 2.409 0.363 2.475 0.429 ;
    RECT 0.935 0.363 1.001 0.847 ;
    RECT 2.409 0.429 2.794 0.495 ;
    RECT 3.509 0.495 4.378 0.561 ;
    RECT 3.509 0.561 3.575 0.847 ;
    RECT 0.517 0.847 3.575 0.913 ;
    RECT 0.517 0.913 0.583 0.99 ;
    RECT 1.419 0.913 1.485 0.99 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.047 0.913 3.113 0.99 ;
    RECT 3.421 0.913 3.487 0.99 ;
  END
END LDH_AN4_S_6
#
# 
MACRO LDH_AN4_S_8 FOREIGN C0A07BLDH_AN4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.693 ;
      RECT 3.278 0.693 3.795 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.693 ;
      RECT 2.409 0.693 2.926 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 4.488 0.726 5.698 0.858 ;
      RECT 4.51 0.297 5.698 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 4.026 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.026 0.528 5.94 0.726 ;
    RECT 0 0.726 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.288 0.165 4.29 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.97 0.363 ;
    RECT 3.19 0.297 4.125 0.363 ;
    RECT 1.375 0.363 1.441 0.44 ;
    RECT 4.059 0.363 4.125 0.495 ;
    RECT 4.059 0.495 5.346 0.561 ;
    RECT 4.059 0.561 4.125 0.847 ;
    RECT 0.253 0.847 4.125 0.913 ;
    RECT 0.253 0.913 0.319 1.012 ;
    RECT 2.123 0.913 2.189 1.012 ;
    RECT 4.059 0.913 4.125 1.012 ;
  END
END LDH_AN4_S_8
#
# 
MACRO LDH_AO211_1 FOREIGN C0A07BLDH_AO211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.034 0.033 1.1 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
      RECT 1.177 0.858 1.287 0.99 ;
      RECT 1.177 0.198 1.287 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.44 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.737 ;
      RECT 0.088 0.429 0.231 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.616 0.407 0.726 ;
      RECT 0.297 0.44 0.363 0.616 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.583 0.154 0.649 0.275 ;
    RECT 0.055 0.275 1.089 0.341 ;
    RECT 1.023 0.341 1.089 0.462 ;
    RECT 1.023 0.462 1.133 0.594 ;
    RECT 1.023 0.594 1.089 0.957 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.726 0.957 1.089 1.023 ;
  END
END LDH_AO211_1
#
# 
MACRO LDH_AO211_2 FOREIGN C0A07BLDH_AO211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.693 ;
      RECT 1.089 0.693 1.298 0.759 ;
      RECT 1.089 0.297 1.298 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.045 1.87 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.364 0.979 1.496 1.045 ;
      RECT 1.738 0.979 1.87 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.165 1.672 0.231 ;
    RECT 0.957 0.231 1.023 0.319 ;
    RECT 0.429 0.319 1.023 0.385 ;
    RECT 0.957 0.385 1.023 0.594 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 0.638 0.825 2.046 0.891 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 0.055 0.902 0.121 0.957 ;
    RECT 0.055 0.957 0.946 1.045 ;
  END
END LDH_AO211_2
#
# 
MACRO LDH_AO211_4 FOREIGN C0A07BLDH_AO211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.376 0.726 3.036 0.858 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 0.583 0.231 0.649 0.275 ;
    RECT 0.198 0.275 0.649 0.341 ;
    RECT 0.748 0.297 2.255 0.363 ;
    RECT 2.189 0.363 2.255 0.495 ;
    RECT 2.189 0.495 2.706 0.561 ;
    RECT 2.189 0.561 2.255 0.825 ;
    RECT 0.055 0.825 1.584 0.891 ;
    RECT 1.804 0.825 2.255 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 2.112 1.023 ;
  END
END LDH_AO211_4
#
# 
MACRO LDH_AO211_6 FOREIGN C0A07BLDH_AO211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.825 ;
      RECT 0.198 0.825 1.034 0.891 ;
      RECT 0.198 0.319 1.034 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 3.982 0.979 4.114 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 3.608 0.143 4.081 0.209 ;
    RECT 4.015 0.209 4.081 0.297 ;
    RECT 1.287 0.297 3.916 0.363 ;
    RECT 4.015 0.297 4.466 0.363 ;
    RECT 1.287 0.363 1.353 0.495 ;
    RECT 0.462 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 2.332 0.825 4.961 0.891 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDH_AO211_6
#
# 
MACRO LDH_AO211_8 FOREIGN C0A07BLDH_AO211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.53 0.693 3.718 0.759 ;
      RECT 2.53 0.297 3.718 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.462 5.775 0.528 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.632 1.045 5.698 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 5.28 1.045 5.346 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.136 0.165 4.961 0.231 ;
    RECT 4.895 0.231 4.961 0.297 ;
    RECT 0.55 0.297 2.244 0.363 ;
    RECT 3.96 0.297 4.796 0.363 ;
    RECT 4.895 0.297 5.698 0.363 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 0.99 0.363 1.056 0.825 ;
    RECT 3.96 0.363 4.026 0.495 ;
    RECT 2.178 0.495 2.948 0.561 ;
    RECT 3.234 0.495 4.026 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 1.254 0.825 5.874 0.891 ;
    RECT 0.231 0.825 1.056 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDH_AO211_8
#
# 
MACRO LDH_AO21B_1 FOREIGN C0A07BLDH_AO21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.627 0.297 0.759 0.363 ;
      RECT 0.627 0.198 0.693 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.539 0.231 ;
    RECT 0.473 0.231 0.539 0.825 ;
    RECT 0.231 0.825 0.539 0.891 ;
    RECT 0.231 0.891 0.297 1.034 ;
  END
END LDH_AO21B_1
#
# 
MACRO LDH_AO21B_2 FOREIGN C0A07BLDH_AO21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.748 0.825 1.232 0.891 ;
      RECT 0.748 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.374 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.023 0.231 ;
    RECT 1.309 0.22 1.375 0.297 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.374 0.297 0.627 0.363 ;
    RECT 0.957 0.297 1.375 0.363 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 0.198 0.825 0.627 0.891 ;
  END
END LDH_AO21B_2
#
# 
MACRO LDH_AO21B_3 FOREIGN C0A07BLDH_AO21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.716 0.143 1.848 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.308 0.033 0.374 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.166 0.825 2.024 0.891 ;
      RECT 1.023 0.297 1.474 0.363 ;
      RECT 1.023 0.22 1.089 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.913 1.023 1.001 1.155 ;
      RECT 0.792 0.957 1.122 1.023 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.143 0.946 0.209 ;
    RECT 1.166 0.143 1.639 0.209 ;
    RECT 0.44 0.209 0.506 0.297 ;
    RECT 1.573 0.209 1.639 0.297 ;
    RECT 0.099 0.22 0.165 0.297 ;
    RECT 0.616 0.275 0.957 0.341 ;
    RECT 0.099 0.297 0.506 0.363 ;
    RECT 1.573 0.297 2.024 0.363 ;
    RECT 0.891 0.341 0.957 0.495 ;
    RECT 0.891 0.495 1.232 0.561 ;
    RECT 0.891 0.561 0.957 0.825 ;
    RECT 0.264 0.825 0.957 0.891 ;
  END
END LDH_AO21B_3
#
# 
MACRO LDH_AO21B_4 FOREIGN C0A07BLDH_AO21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.341 1.595 0.407 ;
      RECT 1.485 0.308 1.595 0.341 ;
      RECT 1.485 0.407 1.595 0.44 ;
      RECT 1.485 0.44 1.551 0.825 ;
      RECT 1.122 0.825 2.31 0.891 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.748 1.023 0.836 1.155 ;
      RECT 0.748 0.957 1.078 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 1.749 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 1.331 0.165 1.397 0.242 ;
    RECT 0.979 0.165 1.045 0.264 ;
    RECT 1.683 0.165 1.749 0.297 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 1.683 0.297 2.453 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.32 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDH_AO21B_4
#
# 
MACRO LDH_AO21B_6 FOREIGN C0A07BLDH_AO21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.673 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.825 ;
      RECT 1.43 0.825 3.344 0.891 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.43 0.297 2.255 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.386 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.254 0.165 2.409 0.231 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.748 0.297 1.232 0.363 ;
    RECT 2.343 0.297 3.487 0.363 ;
    RECT 1.166 0.363 1.232 0.495 ;
    RECT 1.166 0.495 2.002 0.561 ;
    RECT 1.166 0.561 1.232 0.825 ;
    RECT 0.198 0.825 1.232 0.891 ;
  END
END LDH_AO21B_6
#
# 
MACRO LDH_AO21B_8 FOREIGN C0A07BLDH_AO21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.716 0.726 4.488 0.858 ;
      RECT 1.782 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.465 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 3.465 0.528 3.531 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.639 0.924 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.111 0.143 ;
    RECT 1.177 0.099 1.529 0.143 ;
    RECT 0.759 0.143 1.529 0.165 ;
    RECT 1.639 0.143 3.135 0.209 ;
    RECT 1.045 0.165 1.243 0.209 ;
    RECT 1.463 0.165 1.529 0.264 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 3.069 0.209 3.135 0.319 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.477 0.242 4.543 0.319 ;
    RECT 0.935 0.264 1.001 0.33 ;
    RECT 1.287 0.264 1.353 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.069 0.319 4.543 0.385 ;
    RECT 0.935 0.33 1.353 0.396 ;
    RECT 1.287 0.396 1.353 0.495 ;
    RECT 1.287 0.495 2.838 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.374 0.825 1.353 0.891 ;
  END
END LDH_AO21B_8
#
# 
MACRO LDH_AO21_0P5 FOREIGN C0A07BLDH_AO21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.649 ;
      RECT 0.132 0.649 0.231 0.715 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.649 ;
      RECT 0.297 0.649 0.396 0.715 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.803 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.023 0.924 ;
      RECT 0.913 0.924 1.023 1.056 ;
      RECT 0.913 0.176 1.023 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.946 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.605 0.209 ;
    RECT 0.539 0.209 0.605 0.297 ;
    RECT 0.539 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.462 ;
    RECT 0.781 0.462 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.968 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.407 0.847 0.473 1.012 ;
    RECT 0.055 0.847 0.121 1.034 ;
    RECT 0.583 0.902 0.649 0.968 ;
    RECT 0.583 0.968 0.847 1.034 ;
  END
END LDH_AO21_0P5
#
# 
MACRO LDH_AO21_1 FOREIGN C0A07BLDH_AO21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.198 1.155 0.33 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.649 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 0.583 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.957 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 0.935 1.023 ;
  END
END LDH_AO21_1
#
# 
MACRO LDH_AO21_2 FOREIGN C0A07BLDH_AO21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.198 1.551 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.705 0.924 1.771 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0.462 0.528 0.957 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 0.957 0.528 1.848 0.594 ;
    RECT 0 0.594 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.935 0.198 1.001 0.847 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 1.353 0.462 1.419 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.935 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.759 0.979 1.21 1.045 ;
  END
END LDH_AO21_2
#
# 
MACRO LDH_AO21_3 FOREIGN C0A07BLDH_AO21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.474 0.693 1.947 0.759 ;
      RECT 1.859 0.759 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.198 1.947 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 0.858 1.749 1.155 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.177 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 1.111 0.297 1.375 0.363 ;
    RECT 1.309 0.363 1.375 0.495 ;
    RECT 1.309 0.495 1.584 0.561 ;
    RECT 1.309 0.561 1.375 0.979 ;
    RECT 0.055 0.847 1.21 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.902 0.979 1.375 1.045 ;
  END
END LDH_AO21_3
#
# 
MACRO LDH_AO21_4 FOREIGN C0A07BLDH_AO21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.958 0.726 2.508 0.858 ;
      RECT 1.958 0.319 2.409 0.385 ;
      RECT 2.343 0.242 2.409 0.319 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.825 0.693 1.023 0.759 ;
      RECT 0.957 0.594 1.023 0.693 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.143 1.177 0.209 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 1.463 0.22 1.529 0.297 ;
    RECT 0.198 0.275 1.034 0.341 ;
    RECT 1.111 0.297 1.529 0.363 ;
    RECT 0.968 0.341 1.034 0.374 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 1.749 0.495 2.178 0.561 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.287 0.825 1.815 0.891 ;
    RECT 1.111 0.891 1.177 0.979 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.979 1.562 1.045 ;
  END
END LDH_AO21_4
#
# 
MACRO LDH_AO21_6 FOREIGN C0A07BLDH_AO21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.726 3.432 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.53 0.319 3.366 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.727 0.209 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.661 0.297 2.343 0.363 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.661 0.363 1.727 0.825 ;
    RECT 2.277 0.495 2.97 0.561 ;
    RECT 1.661 0.825 2.112 0.891 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.463 0.913 1.529 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.463 0.957 2.288 1.023 ;
  END
END LDH_AO21_6
#
# 
MACRO LDH_AO21_8 FOREIGN C0A07BLDH_AO21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.138424 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.036 0.726 4.356 0.858 ;
      RECT 3.036 0.319 4.224 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 3.916 0.979 4.048 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 1.76 0.209 ;
    RECT 2.541 0.198 2.607 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.198 0.275 1.001 0.341 ;
    RECT 1.111 0.275 2.607 0.341 ;
    RECT 1.111 0.341 1.177 0.418 ;
    RECT 2.013 0.341 2.079 0.847 ;
    RECT 2.871 0.495 3.696 0.561 ;
    RECT 2.871 0.561 2.937 0.847 ;
    RECT 0.055 0.847 1.881 0.913 ;
    RECT 2.013 0.847 2.937 0.913 ;
    RECT 1.815 0.913 1.881 0.979 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 1.815 0.979 2.651 1.045 ;
  END
END LDH_AO21_8
#
# 
MACRO LDH_AO221_0P5 FOREIGN C0A07BLDH_AO221_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.858 ;
      RECT 1.309 0.858 1.419 0.99 ;
      RECT 1.309 0.99 1.375 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.594 1.155 0.726 ;
      RECT 1.089 0.726 1.155 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.594 0.759 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.385 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.221 0.352 1.287 0.385 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 0.957 0.385 1.287 0.451 ;
    RECT 0.44 0.792 0.858 0.858 ;
    RECT 0.44 0.858 0.506 0.869 ;
    RECT 0.792 0.858 0.858 0.957 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.374 0.869 0.506 0.935 ;
    RECT 0.583 0.924 0.682 0.99 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.792 0.957 1.034 1.023 ;
    RECT 0.583 0.99 0.649 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDH_AO221_0P5
#
# 
MACRO LDH_AO221_1 FOREIGN C0A07BLDH_AO221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.858 ;
      RECT 0.957 0.528 1.067 0.66 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.957 0.363 1.287 0.429 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 1.221 0.429 1.287 0.594 ;
    RECT 0.374 0.825 0.847 0.891 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.682 1.045 ;
    RECT 0.781 0.957 1.034 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
  END
END LDH_AO221_1
#
# 
MACRO LDH_AO221_2 FOREIGN C0A07BLDH_AO221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.484 0.165 0.616 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.693 ;
      RECT 0.165 0.693 0.33 0.759 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.132 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 2.244 0.132 2.31 0.165 ;
    RECT 2.145 0.165 2.31 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 0.363 0.297 2.211 0.363 ;
    RECT 0.363 0.363 0.429 0.594 ;
    RECT 2.145 0.363 2.211 0.825 ;
    RECT 0.594 0.825 1.958 0.891 ;
    RECT 2.145 0.825 2.31 0.891 ;
    RECT 2.387 0.902 2.453 0.957 ;
    RECT 1.298 0.957 2.453 1.045 ;
  END
END LDH_AO221_2
#
# 
MACRO LDH_AO221_4 FOREIGN C0A07BLDH_AO221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.825 0.528 1.287 0.594 ;
      RECT 1.221 0.462 1.287 0.528 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 1.089 0.462 1.155 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.947 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.881 0.33 1.947 0.528 ;
      RECT 1.617 0.462 1.683 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.673 0.528 3.003 0.594 ;
      RECT 2.673 0.33 2.739 0.528 ;
      RECT 2.805 0.33 2.871 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 0.704 0.891 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 3.014 0.231 ;
    RECT 1.452 0.165 2.079 0.231 ;
    RECT 3.311 0.198 3.377 0.33 ;
    RECT 3.685 0.198 3.751 0.33 ;
    RECT 0.957 0.22 1.023 0.297 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
    RECT 2.013 0.297 2.607 0.363 ;
    RECT 3.201 0.33 3.751 0.396 ;
    RECT 2.013 0.363 2.079 0.66 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 3.201 0.396 3.267 0.671 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.66 ;
    RECT 0.572 0.66 2.079 0.726 ;
    RECT 2.541 0.671 3.267 0.737 ;
    RECT 3.201 0.737 3.267 0.825 ;
    RECT 0.924 0.825 3.014 0.891 ;
    RECT 3.201 0.825 3.762 0.891 ;
    RECT 2.002 0.957 3.586 1.023 ;
  END
END LDH_AO221_4
#
# 
MACRO LDH_AO221_6 FOREIGN C0A07BLDH_AO221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.63 0.165 3.762 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.221 0.528 1.683 0.594 ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.353 0.462 1.419 0.528 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 1.056 0.891 ;
      RECT 0.165 0.297 1.056 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.528 ;
      RECT 3.729 0.528 4.191 0.594 ;
      RECT 3.993 0.462 4.059 0.528 ;
      RECT 3.729 0.462 3.795 0.528 ;
      RECT 3.861 0.462 3.927 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.475 0.594 ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 2.409 0.33 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
    END
  END B1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.528 4.851 0.726 ;
      RECT 4.521 0.462 4.851 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.75 0.165 3.553 0.231 ;
    RECT 1.98 0.165 2.651 0.231 ;
    RECT 3.487 0.231 3.553 0.297 ;
    RECT 2.585 0.231 2.651 0.297 ;
    RECT 1.452 0.297 2.288 0.363 ;
    RECT 3.487 0.297 3.938 0.363 ;
    RECT 2.585 0.297 3.41 0.363 ;
    RECT 4.334 0.319 4.818 0.385 ;
    RECT 2.585 0.363 2.651 0.66 ;
    RECT 3.344 0.363 3.41 0.66 ;
    RECT 4.334 0.385 4.4 0.66 ;
    RECT 0.396 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 0.66 ;
    RECT 0.825 0.66 2.651 0.726 ;
    RECT 3.344 0.66 4.4 0.726 ;
    RECT 4.334 0.726 4.4 0.825 ;
    RECT 1.276 0.825 4.114 0.891 ;
    RECT 4.334 0.825 4.818 0.891 ;
    RECT 4.895 0.902 4.961 0.979 ;
    RECT 2.75 0.979 4.961 1.045 ;
  END
END LDH_AO221_6
#
# 
MACRO LDH_AO221_8 FOREIGN C0A07BLDH_AO221_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.528 ;
      RECT 1.749 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.462 2.079 0.528 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.198 6.963 0.462 ;
      RECT 6.369 0.462 6.963 0.528 ;
      RECT 6.897 0.528 6.963 0.726 ;
      RECT 6.765 0.528 6.831 0.726 ;
      RECT 6.633 0.528 6.699 0.726 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.369 0.528 6.435 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.22 0.297 1.408 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.198 5.907 0.528 ;
      RECT 5.313 0.528 5.907 0.594 ;
      RECT 5.577 0.462 5.643 0.528 ;
      RECT 5.313 0.462 5.379 0.528 ;
      RECT 5.709 0.462 5.775 0.528 ;
      RECT 5.445 0.462 5.511 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.717 0.165 3.52 0.231 ;
    RECT 3.916 0.165 5.071 0.231 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 5.005 0.231 5.071 0.297 ;
    RECT 1.98 0.297 2.783 0.363 ;
    RECT 5.005 0.297 5.632 0.363 ;
    RECT 2.86 0.297 4.884 0.363 ;
    RECT 6.171 0.319 6.688 0.385 ;
    RECT 2.86 0.363 2.926 0.66 ;
    RECT 4.818 0.363 4.884 0.66 ;
    RECT 6.171 0.385 6.237 0.66 ;
    RECT 0.528 0.495 1.617 0.561 ;
    RECT 1.551 0.561 1.617 0.66 ;
    RECT 1.551 0.66 2.926 0.726 ;
    RECT 4.818 0.66 6.237 0.726 ;
    RECT 6.171 0.726 6.237 0.825 ;
    RECT 1.628 0.825 5.984 0.891 ;
    RECT 6.171 0.825 7.04 0.891 ;
    RECT 7.15 0.924 7.216 0.957 ;
    RECT 3.916 0.957 7.216 1.023 ;
  END
END LDH_AO221_8
#
# 
MACRO LDH_AO222_0P5 FOREIGN C0A07BLDH_AO222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.671 ;
      RECT 0.561 0.671 0.979 0.737 ;
      RECT 0.913 0.737 0.979 0.946 ;
      RECT 0.561 0.737 0.627 0.902 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.737 0.836 0.803 1.155 ;
      RECT 1.969 0.924 2.035 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.836 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.243 0.154 1.309 0.33 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.539 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.056 ;
    RECT 1.067 0.33 1.309 0.396 ;
    RECT 1.067 0.396 1.133 0.627 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.067 0.627 1.287 0.693 ;
    RECT 1.221 0.693 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDH_AO222_0P5
#
# 
MACRO LDH_AO222_1 FOREIGN C0A07BLDH_AO222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109626 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.352 0.759 0.726 ;
      RECT 0.561 0.726 0.759 0.792 ;
      RECT 0.693 0.792 0.759 0.825 ;
      RECT 0.693 0.825 1.012 0.891 ;
      RECT 0.561 0.792 0.627 0.858 ;
      RECT 0.561 0.286 0.759 0.352 ;
      RECT 0.561 0.132 0.627 0.286 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.924 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.616 ;
    RECT 1.243 0.198 1.309 0.33 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.012 ;
    RECT 1.023 0.33 1.309 0.396 ;
    RECT 1.023 0.396 1.089 0.693 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.023 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDH_AO222_1
#
# 
MACRO LDH_AO222_2 FOREIGN C0A07BLDH_AO222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.726 ;
    END
  END C2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.561 ;
      RECT 1.881 0.561 2.079 0.627 ;
      RECT 1.881 0.627 1.947 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.429 0.891 0.726 ;
      RECT 0.583 0.726 1.529 0.858 ;
      RECT 1.463 0.858 1.529 0.99 ;
      RECT 0.583 0.858 0.649 0.99 ;
      RECT 0.825 0.363 1.21 0.429 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.541 0.462 2.651 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.77 0.528 1.848 0.572 ;
    RECT 0 0.528 0.77 0.572 ;
    RECT 1.848 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.099 1.518 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.583 0.143 1.584 0.165 ;
    RECT 1.452 0.165 1.584 0.209 ;
    RECT 0.583 0.165 0.649 0.33 ;
    RECT 2.651 0.198 2.717 0.297 ;
    RECT 1.661 0.22 1.727 0.297 ;
    RECT 0.902 0.231 1.386 0.297 ;
    RECT 1.815 0.264 1.881 0.429 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.32 0.297 1.727 0.363 ;
    RECT 2.277 0.297 2.717 0.363 ;
    RECT 0.451 0.363 0.517 0.462 ;
    RECT 2.277 0.363 2.343 1.023 ;
    RECT 1.276 0.429 1.881 0.495 ;
    RECT 0.451 0.462 0.561 0.594 ;
    RECT 1.276 0.495 1.342 0.517 ;
    RECT 1.749 0.495 1.815 0.891 ;
    RECT 1.056 0.517 1.342 0.583 ;
    RECT 1.474 0.561 1.672 0.627 ;
    RECT 0.451 0.594 0.517 0.825 ;
    RECT 1.606 0.627 1.672 1.023 ;
    RECT 0.231 0.825 0.517 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.749 0.891 2.09 0.957 ;
    RECT 2.475 0.924 2.541 1.023 ;
    RECT 1.606 1.023 2.541 1.089 ;
  END
END LDH_AO222_2
#
# 
MACRO LDH_AO222_3 FOREIGN C0A07BLDH_AO222_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340978 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.506 1.683 0.726 ;
      RECT 1.056 0.726 2.783 0.858 ;
      RECT 2.717 0.858 2.783 0.99 ;
      RECT 1.617 0.44 1.727 0.506 ;
      RECT 1.661 0.297 1.727 0.44 ;
      RECT 1.661 0.231 2.112 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.66 3.399 0.726 ;
      RECT 3.333 0.462 3.399 0.66 ;
      RECT 3.201 0.462 3.267 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 4.499 0.902 4.565 1.155 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.893 0.572 ;
    RECT 0 0.528 1.518 0.572 ;
    RECT 2.893 0.528 4.62 0.572 ;
    RECT 0 0.572 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.398 0.143 ;
    RECT 2.893 0.099 3.311 0.165 ;
    RECT 4.147 0.099 4.565 0.165 ;
    RECT 0.055 0.143 0.858 0.231 ;
    RECT 1.507 0.143 2.783 0.165 ;
    RECT 2.332 0.165 2.783 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 2.893 0.165 2.959 0.264 ;
    RECT 3.245 0.165 3.311 0.286 ;
    RECT 4.499 0.165 4.565 0.264 ;
    RECT 4.147 0.165 4.213 0.297 ;
    RECT 2.717 0.209 2.783 0.286 ;
    RECT 3.641 0.22 3.707 0.286 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 0.055 0.231 0.121 0.286 ;
    RECT 3.069 0.264 3.135 0.429 ;
    RECT 4.323 0.264 4.389 0.33 ;
    RECT 3.245 0.286 3.707 0.352 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 2.222 0.297 2.64 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 3.795 0.297 4.213 0.363 ;
    RECT 4.323 0.33 4.488 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.804 0.363 2.288 0.429 ;
    RECT 4.422 0.396 4.488 0.759 ;
    RECT 1.804 0.429 1.87 0.462 ;
    RECT 2.354 0.429 3.135 0.495 ;
    RECT 0.759 0.495 1.364 0.561 ;
    RECT 2.354 0.495 2.42 0.517 ;
    RECT 3.069 0.495 3.135 0.825 ;
    RECT 1.914 0.517 2.42 0.583 ;
    RECT 0.759 0.561 0.825 0.924 ;
    RECT 2.53 0.561 2.937 0.627 ;
    RECT 2.871 0.627 2.937 0.99 ;
    RECT 4.356 0.759 4.488 0.825 ;
    RECT 3.069 0.825 3.564 0.891 ;
    RECT 3.927 0.825 4.422 0.891 ;
    RECT 3.927 0.891 3.993 0.99 ;
    LAYER M2L ;
    RECT 2.838 0.891 4.026 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDH_AO222_3
#
# 
MACRO LDH_AO222_4 FOREIGN C0A07BLDH_AO222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 0.033 4.598 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 1.364 0.033 1.43 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.957 0.033 1.023 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.99 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.462 4.323 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.616 1.815 0.726 ;
      RECT 1.683 0.55 1.815 0.616 ;
      RECT 1.683 0.297 1.749 0.55 ;
      RECT 1.683 0.231 2.508 0.297 ;
      RECT 1.056 0.726 2.64 0.825 ;
      RECT 1.056 0.825 3.179 0.858 ;
      RECT 2.574 0.858 3.179 0.891 ;
      RECT 3.113 0.891 3.179 0.968 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.627 3.553 0.858 ;
      RECT 3.41 0.561 3.553 0.627 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.851 0.528 ;
      RECT 4.785 0.528 4.851 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 5.027 0.902 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.749 0.528 3.476 0.572 ;
    RECT 0 0.528 1.749 0.572 ;
    RECT 3.476 0.528 5.148 0.572 ;
    RECT 0 0.572 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.794 0.143 ;
    RECT 3.443 0.099 3.883 0.165 ;
    RECT 4.675 0.099 5.093 0.165 ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 1.507 0.143 3.212 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 2.728 0.165 3.212 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 3.443 0.165 3.509 0.264 ;
    RECT 3.817 0.165 3.883 0.297 ;
    RECT 5.027 0.165 5.093 0.264 ;
    RECT 4.675 0.165 4.741 0.297 ;
    RECT 3.289 0.22 3.355 0.297 ;
    RECT 4.169 0.22 4.235 0.297 ;
    RECT 4.323 0.22 4.389 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 3.619 0.264 3.685 0.429 ;
    RECT 4.851 0.264 4.917 0.33 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 2.618 0.297 3.355 0.363 ;
    RECT 3.817 0.297 4.235 0.363 ;
    RECT 4.323 0.297 4.741 0.363 ;
    RECT 4.851 0.33 5.016 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.848 0.363 2.684 0.429 ;
    RECT 4.95 0.396 5.016 0.748 ;
    RECT 2.75 0.429 3.685 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 2.75 0.495 2.816 0.517 ;
    RECT 3.619 0.495 3.685 0.825 ;
    RECT 2.134 0.517 2.816 0.583 ;
    RECT 0.759 0.561 0.825 0.792 ;
    RECT 2.926 0.561 3.311 0.627 ;
    RECT 2.75 0.583 2.816 0.726 ;
    RECT 3.245 0.627 3.311 0.858 ;
    RECT 4.851 0.748 5.016 0.814 ;
    RECT 4.851 0.814 4.917 0.825 ;
    RECT 3.619 0.825 4.092 0.891 ;
    RECT 4.499 0.825 4.917 0.891 ;
    RECT 3.245 0.858 3.355 0.99 ;
    RECT 4.422 0.891 4.565 0.979 ;
    LAYER M2L ;
    RECT 3.234 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 3.3 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDH_AO222_4
#
# 
MACRO LDH_AO22_1 FOREIGN C0A07BLDH_AO22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.561 ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.572 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.165 0.627 0.231 0.726 ;
      RECT 0.088 0.561 0.231 0.627 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 1.155 0.319 1.287 0.385 ;
      RECT 1.155 0.242 1.221 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.671 0.231 0.737 0.748 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.583 0.748 0.737 0.814 ;
    RECT 0.583 0.814 0.649 0.88 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.407 0.979 0.858 1.045 ;
  END
END LDH_AO22_1
#
# 
MACRO LDH_AO22_2 FOREIGN C0A07BLDH_AO22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.572 0.605 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.539 ;
      RECT 0.165 0.605 0.231 0.726 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.078 0.825 1.287 0.891 ;
      RECT 1.111 0.319 1.287 0.385 ;
      RECT 1.111 0.242 1.177 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.737 0.231 ;
    RECT 0.671 0.231 0.737 0.297 ;
    RECT 0.671 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.671 0.363 0.737 0.715 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.55 0.715 0.737 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDH_AO22_2
#
# 
MACRO LDH_AO22_3 FOREIGN C0A07BLDH_AO22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.199 0.143 1.364 0.209 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.726 0.165 1.012 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.407 1.551 0.825 ;
      RECT 1.056 0.825 1.551 0.891 ;
      RECT 1.089 0.341 1.551 0.407 ;
      RECT 1.441 0.198 1.551 0.341 ;
      RECT 1.089 0.264 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.913 0.924 0.979 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.232 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 0.561 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.638 0.363 0.704 0.715 ;
    RECT 0.957 0.495 1.364 0.561 ;
    RECT 0.55 0.715 0.704 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDH_AO22_3
#
# 
MACRO LDH_AO22_4 FOREIGN C0A07BLDH_AO22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 1.166 0.726 1.716 0.858 ;
      RECT 1.166 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.506 0.165 ;
    RECT 0.44 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.297 ;
    RECT 0.693 0.297 1.056 0.363 ;
    RECT 0.99 0.363 1.056 0.495 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.99 0.495 1.386 0.561 ;
    RECT 0.066 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.759 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDH_AO22_4
#
# 
MACRO LDH_AO22_6 FOREIGN C0A07BLDH_AO22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.726 ;
      RECT 1.98 0.726 2.904 0.858 ;
      RECT 2.002 0.297 2.838 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.462 1.551 0.66 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 1.705 0.176 1.771 0.297 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.331 0.297 1.771 0.363 ;
    RECT 0.66 0.297 0.726 0.363 ;
    RECT 1.089 0.297 1.155 0.363 ;
    RECT 0.66 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.781 ;
    RECT 1.749 0.495 2.574 0.561 ;
    RECT 1.749 0.561 1.815 0.803 ;
    RECT 0.957 0.781 1.155 0.803 ;
    RECT 0.957 0.803 1.815 0.869 ;
    RECT 0.055 0.825 0.869 0.891 ;
    RECT 0.957 0.869 1.023 0.924 ;
    RECT 1.705 0.869 1.771 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.869 1.023 ;
    RECT 1.1 0.957 1.606 1.023 ;
    RECT 0.803 1.023 1.166 1.089 ;
  END
END LDH_AO22_6
#
# 
MACRO LDH_AO22_8 FOREIGN C0A07BLDH_AO22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 1.848 0.726 3.168 0.858 ;
      RECT 1.914 0.297 3.102 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.771 0.924 1.837 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.11 0.825 0.176 ;
    RECT 0.913 0.11 1.331 0.176 ;
    RECT 0.759 0.176 0.825 0.264 ;
    RECT 0.407 0.176 0.473 0.297 ;
    RECT 0.913 0.176 0.979 0.264 ;
    RECT 1.265 0.176 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.275 0.649 0.363 ;
    RECT 1.089 0.275 1.155 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.265 0.297 1.716 0.363 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.836 0.429 0.902 0.693 ;
    RECT 1.683 0.495 2.684 0.561 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 0.836 0.693 1.155 0.759 ;
    RECT 1.485 0.693 1.749 0.759 ;
    RECT 1.089 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.551 0.825 ;
    RECT 0.198 0.825 1.012 0.891 ;
    RECT 1.089 0.825 1.551 0.891 ;
    RECT 1.617 0.88 1.683 0.957 ;
    RECT 0.946 0.891 1.012 0.957 ;
    RECT 0.946 0.957 1.683 1.023 ;
  END
END LDH_AO22_8
#
# 
MACRO LDH_AO2B2B_1 FOREIGN C0A07BLDH_AO2B2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.957 ;
      RECT 0.374 0.957 0.759 1.023 ;
      RECT 0.583 0.33 0.759 0.396 ;
      RECT 0.583 0.264 0.649 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.484 1.287 0.594 ;
      RECT 1.166 0.396 1.287 0.484 ;
      RECT 1.221 0.33 1.287 0.396 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.858 1.023 1.023 ;
      RECT 0.858 1.023 1.023 1.089 ;
      LAYER M2L ;
      RECT 0.924 0.891 1.32 0.957 ;
      VIA 0.99 0.924 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.66 1.199 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.957 0.132 1.023 0.748 ;
    RECT 1.309 0.132 1.419 0.264 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.353 0.264 1.419 0.693 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.297 0.462 0.363 0.627 ;
    RECT 0.484 0.495 0.627 0.561 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.297 0.627 0.495 0.693 ;
    LAYER M2L ;
    RECT 0.528 0.627 1.056 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.594 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.693 0.495 0.858 ;
    RECT 1.276 0.693 1.419 0.759 ;
    RECT 1.276 0.759 1.364 0.858 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.386 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
  END
END LDH_AO2B2B_1
#
# 
MACRO LDH_AO2B2B_2 FOREIGN C0A07BLDH_AO2B2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.583 0.693 0.891 0.759 ;
      RECT 0.583 0.759 0.649 0.836 ;
      RECT 0.825 0.462 0.979 0.528 ;
      RECT 0.913 0.363 0.979 0.462 ;
      RECT 0.913 0.264 0.979 0.297 ;
      RECT 0.913 0.297 1.683 0.363 ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.408 0.693 1.551 0.759 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END X
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.66 ;
    END
  END D
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.396 1.947 0.627 ;
      RECT 1.782 0.627 1.947 0.693 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.112 0.693 ;
      VIA 1.848 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.947 0.924 2.013 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.122 0.165 ;
    RECT 1.474 0.132 1.54 0.165 ;
    RECT 2.101 0.132 2.211 0.264 ;
    RECT 1.056 0.165 1.54 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.749 0.176 1.859 0.308 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 2.145 0.264 2.211 0.759 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 1.749 0.308 1.815 0.462 ;
    RECT 1.617 0.462 1.815 0.528 ;
    RECT 0.429 0.495 0.682 0.561 ;
    RECT 1.617 0.528 1.683 0.825 ;
    RECT 0.429 0.561 0.495 0.726 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.594 0.693 ;
    VIA 0.462 0.66 V1L2L ;
    RECT 0.528 0.693 0.594 0.759 ;
    LAYER M1L ;
    RECT 1.98 0.759 2.211 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.112 0.825 ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.88 0.825 1.364 0.891 ;
    RECT 1.617 0.825 1.87 0.891 ;
    RECT 2.145 0.825 2.211 0.924 ;
    RECT 0.44 0.891 0.506 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.298 0.891 1.364 0.957 ;
    RECT 2.101 0.924 2.211 1.056 ;
    RECT 0.44 0.957 0.858 1.023 ;
    RECT 1.298 0.957 1.716 1.023 ;
  END
END LDH_AO2B2B_2
#
# 
MACRO LDH_AO2B2B_4 FOREIGN C0A07BLDH_AO2B2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.597 0.033 3.663 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.606 0.363 1.694 0.726 ;
      RECT 1.452 0.726 2.266 0.759 ;
      RECT 2.2 0.66 2.266 0.726 ;
      RECT 1.452 0.825 2.266 0.858 ;
      RECT 0.902 0.759 2.266 0.825 ;
      RECT 1.606 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.594 ;
    END
  END B
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.726 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.399 0.176 3.465 0.693 ;
    RECT 3.729 0.198 3.861 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.729 0.264 3.795 0.396 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 3.597 0.396 3.795 0.462 ;
    RECT 3.597 0.462 3.663 0.825 ;
    RECT 1.056 0.495 1.364 0.561 ;
    RECT 1.87 0.495 2.431 0.561 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 2.365 0.561 2.431 0.693 ;
    RECT 1.056 0.627 1.32 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 3.696 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.693 3.465 0.759 ;
    RECT 3.399 0.759 3.465 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 3.597 0.825 3.894 0.891 ;
    RECT 0.759 0.891 0.825 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.924 ;
    RECT 0.759 0.924 1.529 0.99 ;
    RECT 1.639 0.924 2.409 0.99 ;
    RECT 1.111 0.99 1.177 1.056 ;
    RECT 1.463 0.99 1.529 1.056 ;
    RECT 1.639 0.99 1.705 1.056 ;
    RECT 1.991 0.99 2.057 1.056 ;
    RECT 2.343 0.99 2.409 1.056 ;
  END
END LDH_AO2B2B_4
#
# 
MACRO LDH_AO2B2_S_1 FOREIGN C0A07BLDH_AO2B2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.726 0.495 0.825 ;
      RECT 0.594 0.165 0.759 0.231 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.99 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 0.825 0.176 0.891 0.957 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.198 1.485 0.264 ;
    RECT 1.221 0.264 1.287 1.056 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.561 0.33 0.627 0.726 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.462 0.363 0.957 ;
    RECT 0.297 0.957 0.891 1.023 ;
  END
END LDH_AO2B2_S_1
#
# 
MACRO LDH_AO2B2_S_2 FOREIGN C0A07BLDH_AO2B2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.429 ;
      RECT 0.297 0.495 0.363 0.594 ;
      RECT 0.297 0.429 0.495 0.495 ;
    END
  END C2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.045 0.825 ;
      RECT 0.957 0.825 1.419 0.891 ;
      RECT 1.353 0.891 1.419 0.924 ;
      RECT 1.353 0.924 1.573 0.99 ;
      RECT 1.507 0.99 1.573 1.056 ;
      RECT 0.957 0.891 1.045 0.99 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.649 0.858 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.66 ;
      RECT 1.661 0.66 1.815 0.726 ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.177 0.693 1.287 0.759 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.099 1.221 0.165 ;
    RECT 0.649 0.132 0.715 0.363 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 1.155 0.165 1.221 0.297 ;
    RECT 1.859 0.198 1.925 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.649 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.957 ;
    RECT 1.485 0.462 1.551 0.792 ;
    RECT 1.485 0.792 1.749 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.683 0.858 1.749 0.99 ;
    RECT 0.297 0.891 0.363 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.891 1.782 0.957 ;
    VIA 0.33 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.957 0.891 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
  END
END LDH_AO2B2_S_2
#
# 
MACRO LDH_AO2B2_S_4 FOREIGN C0A07BLDH_AO2B2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.198 3.531 0.693 ;
      RECT 2.937 0.693 3.531 0.759 ;
      RECT 2.937 0.462 3.003 0.693 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.528 ;
      RECT 3.201 0.528 3.399 0.594 ;
      RECT 3.201 0.462 3.267 0.528 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.541 0.66 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.66 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.41624 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.825 ;
      RECT 0.825 0.825 2.233 0.891 ;
      RECT 2.167 0.891 2.233 0.957 ;
      RECT 2.167 0.957 2.442 1.023 ;
      RECT 0.033 0.275 0.891 0.341 ;
      RECT 0.033 0.341 0.121 0.693 ;
      RECT 0.033 0.693 0.506 0.759 ;
      RECT 0.033 0.759 0.121 0.858 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.594 ;
      RECT 1.782 0.429 2.046 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.254 0.429 1.518 0.495 ;
      LAYER M2L ;
      RECT 1.32 0.495 1.98 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.858 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.023 0.209 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 3.179 0.198 3.245 0.297 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 2.233 0.363 ;
    RECT 2.299 0.297 2.706 0.363 ;
    RECT 2.805 0.297 3.245 0.363 ;
    RECT 2.299 0.363 2.365 0.693 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 1.617 0.462 1.683 0.693 ;
    RECT 0.264 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.858 ;
    RECT 0.957 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.904 0.825 ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.299 0.825 2.706 0.891 ;
    RECT 2.805 0.825 3.454 0.891 ;
  END
END LDH_AO2B2_S_4
#
# 
MACRO LDH_AO2BB2_0P5 FOREIGN C0A07BLDH_AO2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.451 0.033 0.517 0.176 ;
      RECT 0.451 0.176 0.55 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.083006 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.627 1.023 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.858 ;
      RECT 0.528 0.462 0.627 0.528 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.429 0.528 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.814 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.132 0.715 0.198 ;
    RECT 1.001 0.132 1.067 0.198 ;
    RECT 0.055 0.132 0.363 0.198 ;
    RECT 0.649 0.198 1.067 0.264 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.297 0.198 0.363 0.33 ;
    RECT 0.297 0.33 1.133 0.396 ;
    RECT 1.067 0.396 1.133 0.462 ;
    RECT 0.693 0.396 0.759 1.023 ;
    RECT 0.231 0.814 0.297 1.023 ;
    RECT 0.231 1.023 0.759 1.089 ;
  END
END LDH_AO2BB2_0P5
#
# 
MACRO LDH_AO2BB2_1 FOREIGN C0A07BLDH_AO2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172546 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.693 ;
      RECT 0.957 0.693 1.287 0.759 ;
      RECT 0.957 0.759 1.023 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.495 0.66 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.594 0.165 1.078 0.231 ;
    RECT 0.055 0.297 1.111 0.363 ;
    RECT 1.045 0.363 1.111 0.594 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.231 0.825 0.759 0.891 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDH_AO2BB2_1
#
# 
MACRO LDH_AO2BB2_2 FOREIGN C0A07BLDH_AO2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.462 1.683 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.308 0.891 0.825 ;
      RECT 0.616 0.825 1.276 0.891 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.067 0.209 ;
    RECT 1.001 0.209 1.067 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.001 0.297 1.793 0.363 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.386 0.792 1.793 0.858 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 1.727 0.858 1.793 0.924 ;
    RECT 1.386 0.858 1.452 0.957 ;
    RECT 0.968 0.957 1.452 1.023 ;
  END
END LDH_AO2BB2_2
#
# 
MACRO LDH_AO2BB2_3 FOREIGN C0A07BLDH_AO2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.617 0.033 1.683 0.176 ;
      RECT 1.617 0.176 1.716 0.242 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.089 0.825 1.892 0.891 ;
      RECT 1.089 0.891 1.155 0.99 ;
      RECT 0.88 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.232 0.957 1.364 1.023 ;
      RECT 0.825 0.924 0.891 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 1.056 0.165 1.551 0.231 ;
    RECT 0.374 0.231 0.44 0.308 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.519 0.242 2.585 0.319 ;
    RECT 0.55 0.297 0.759 0.363 ;
    RECT 0.055 0.308 0.44 0.374 ;
    RECT 1.485 0.319 2.585 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.584 0.957 2.057 1.023 ;
  END
END LDH_AO2BB2_3
#
# 
MACRO LDH_AO2BB2_4 FOREIGN C0A07BLDH_AO2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.012 0.825 2.343 0.891 ;
      RECT 2.277 0.726 2.343 0.825 ;
      RECT 1.188 0.297 1.683 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.948 0.957 3.08 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 1.012 0.165 1.815 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.749 0.231 1.815 0.297 ;
    RECT 3.19 0.264 3.256 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.913 0.363 ;
    RECT 1.749 0.297 3.256 0.363 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.474 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.22 0.825 0.913 0.891 ;
    RECT 2.453 0.825 3.256 0.891 ;
    RECT 3.19 0.891 3.256 0.924 ;
    RECT 2.453 0.891 2.519 0.957 ;
    RECT 1.716 0.957 2.519 1.023 ;
  END
END LDH_AO2BB2_4
#
# 
MACRO LDH_AO2BB2_6 FOREIGN C0A07BLDH_AO2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.563 0.033 2.629 0.176 ;
      RECT 2.563 0.176 2.662 0.242 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.726 ;
      RECT 1.298 0.726 3.036 0.825 ;
      RECT 1.298 0.825 3.366 0.858 ;
      RECT 3.3 0.792 3.366 0.825 ;
      RECT 2.97 0.858 3.366 0.891 ;
      RECT 1.474 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.179 0.594 3.267 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.034 0.231 ;
    RECT 1.298 0.165 2.486 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.42 0.231 2.486 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.726 0.297 1.199 0.363 ;
    RECT 2.42 0.319 4.565 0.385 ;
    RECT 0.726 0.363 0.792 0.396 ;
    RECT 1.133 0.363 1.199 0.495 ;
    RECT 1.133 0.495 2.068 0.561 ;
    RECT 1.133 0.561 1.199 0.825 ;
    RECT 0.198 0.825 1.199 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 2.354 0.957 3.509 1.023 ;
  END
END LDH_AO2BB2_6
#
# 
MACRO LDH_AO2BB2_8 FOREIGN C0A07BLDH_AO2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 4.026 0.033 4.092 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601612 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.672 0.726 4.444 0.858 ;
      RECT 1.848 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.62 0.594 ;
      RECT 4.51 0.594 4.62 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.132 1.606 0.165 ;
    RECT 1.672 0.132 1.738 0.165 ;
    RECT 0.759 0.165 1.606 0.231 ;
    RECT 1.672 0.165 3.179 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.951 0.22 6.017 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.113 0.231 3.179 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.924 0.297 1.573 0.363 ;
    RECT 3.113 0.297 6.017 0.363 ;
    RECT 1.507 0.363 1.573 0.495 ;
    RECT 1.507 0.495 2.596 0.561 ;
    RECT 1.507 0.561 1.573 0.825 ;
    RECT 0.374 0.825 1.573 0.891 ;
    RECT 4.554 0.825 6.017 0.891 ;
    RECT 4.554 0.891 4.62 0.957 ;
    RECT 5.951 0.891 6.017 0.968 ;
    RECT 3.08 0.957 4.62 1.023 ;
  END
END LDH_AO2BB2_8
#
# 
MACRO LDH_AO31_0P5 FOREIGN C0A07BLDH_AO31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.836 0.143 0.968 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.781 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDH_AO31_0P5
#
# 
MACRO LDH_AO31_1 FOREIGN C0A07BLDH_AO31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.858 0.143 0.99 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.462 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.77 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDH_AO31_1
#
# 
MACRO LDH_AO31_2 FOREIGN C0A07BLDH_AO31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.178 0.759 ;
      RECT 2.013 0.297 2.178 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.946 0.275 1.782 0.341 ;
    RECT 0.814 0.341 0.88 0.374 ;
    RECT 0.946 0.341 1.012 0.374 ;
    RECT 1.716 0.341 1.782 0.495 ;
    RECT 1.716 0.495 1.914 0.561 ;
    RECT 1.716 0.561 1.782 0.825 ;
    RECT 0.198 0.825 1.397 0.891 ;
    RECT 1.518 0.825 1.782 0.891 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.331 0.957 1.826 1.023 ;
  END
END LDH_AO31_2
#
# 
MACRO LDH_AO31_3 FOREIGN C0A07BLDH_AO31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.815 0.726 2.376 0.858 ;
      RECT 1.859 0.319 2.343 0.385 ;
      RECT 1.859 0.198 1.925 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.21 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.891 0.275 1.749 0.341 ;
    RECT 0.759 0.341 0.825 0.418 ;
    RECT 0.891 0.341 0.957 0.396 ;
    RECT 1.65 0.341 1.716 0.495 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 1.474 0.825 1.716 0.891 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.287 0.957 1.782 1.023 ;
  END
END LDH_AO31_3
#
# 
MACRO LDH_AO31_4 FOREIGN C0A07BLDH_AO31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.442 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.33 2.211 0.462 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 2.013 0.22 2.079 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 1.254 0.297 2.079 0.363 ;
    RECT 1.76 0.363 1.826 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.198 0.825 1.694 0.891 ;
    RECT 1.76 0.825 2.387 0.891 ;
    RECT 1.628 0.891 1.694 0.957 ;
    RECT 1.628 0.957 2.112 1.023 ;
  END
END LDH_AO31_4
#
# 
MACRO LDH_AO31_6 FOREIGN C0A07BLDH_AO31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 3.025 0.033 3.091 0.264 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.64 0.143 2.772 0.209 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.143 2.266 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.275 2.948 0.341 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.639 0.341 1.705 0.418 ;
    RECT 2.882 0.341 2.948 0.495 ;
    RECT 1.496 0.363 1.562 0.418 ;
    RECT 2.882 0.495 3.894 0.561 ;
    RECT 2.882 0.561 2.948 0.825 ;
    RECT 2.464 0.825 2.948 0.891 ;
    RECT 0.055 0.825 2.266 0.891 ;
    RECT 3.025 0.88 3.091 0.957 ;
    RECT 2.2 0.891 2.266 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.2 0.957 3.091 1.023 ;
  END
END LDH_AO31_6
#
# 
MACRO LDH_AO31_8 FOREIGN C0A07BLDH_AO31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.5 0.033 5.566 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.455 0.033 4.521 0.264 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.385 5.643 0.726 ;
      RECT 4.598 0.726 5.83 0.858 ;
      RECT 4.598 0.319 5.83 0.385 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 5.5 0.957 5.632 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.43 0.165 2.97 0.231 ;
    RECT 0.374 0.297 2.09 0.363 ;
    RECT 2.31 0.297 3.85 0.363 ;
    RECT 3.366 0.363 3.432 0.825 ;
    RECT 4.389 0.495 5.478 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 0.055 0.825 3.289 0.891 ;
    RECT 3.366 0.825 4.455 0.891 ;
    RECT 3.223 0.891 3.289 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.223 0.957 4.378 1.023 ;
  END
END LDH_AO31_8
#
# 
MACRO LDH_AO32_0P5 FOREIGN C0A07BLDH_AO32_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.056 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.792 ;
      RECT 0.957 0.792 1.155 0.858 ;
      RECT 1.089 0.594 1.155 0.792 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.385 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.385 1.155 0.451 ;
    RECT 1.089 0.451 1.155 0.495 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDH_AO32_0P5
#
# 
MACRO LDH_AO32_1 FOREIGN C0A07BLDH_AO32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.792 ;
      RECT 1.177 0.792 1.287 0.924 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.858 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.363 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.594 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDH_AO32_1
#
# 
MACRO LDH_AO32_2 FOREIGN C0A07BLDH_AO32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.42 0.825 2.607 0.891 ;
      RECT 2.42 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.924 2.343 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.232 0.209 ;
    RECT 1.474 0.143 2.156 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 0.935 0.275 1.815 0.341 ;
    RECT 0.792 0.341 0.858 0.374 ;
    RECT 0.935 0.341 1.001 0.418 ;
    RECT 1.749 0.341 1.815 0.825 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.474 0.825 2.211 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 0.935 0.957 2.156 1.023 ;
  END
END LDH_AO32_2
#
# 
MACRO LDH_AO32_4 FOREIGN C0A07BLDH_AO32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 2.992 0.825 3.531 0.891 ;
      RECT 2.992 0.297 3.531 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 1.782 0.165 2.233 0.231 ;
    RECT 2.167 0.231 2.233 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 2.167 0.297 2.618 0.363 ;
    RECT 1.254 0.297 2.09 0.363 ;
    RECT 2.024 0.363 2.09 0.759 ;
    RECT 2.552 0.495 3.322 0.561 ;
    RECT 2.552 0.561 2.618 0.825 ;
    RECT 1.782 0.759 2.09 0.825 ;
    RECT 2.024 0.825 2.618 0.891 ;
    RECT 0.198 0.825 1.705 0.891 ;
    RECT 1.639 0.891 1.705 0.979 ;
    RECT 2.695 0.902 2.761 0.979 ;
    RECT 1.639 0.979 2.761 1.045 ;
  END
END LDH_AO32_4
#
# 
MACRO LDH_AO33_0P5 FOREIGN C0A07BLDH_AO33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.99 ;
      RECT 0.825 0.33 1.067 0.396 ;
      RECT 1.001 0.154 1.067 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.506 ;
    RECT 0.429 0.363 0.495 0.847 ;
    RECT 0.957 0.495 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 1.353 0.891 1.419 1.056 ;
    RECT 1.727 0.891 1.793 1.056 ;
    RECT 0.055 0.913 0.121 1.056 ;
    RECT 0.429 0.913 0.495 1.056 ;
  END
END LDH_AO33_0P5
#
# 
MACRO LDH_AO33_1 FOREIGN C0A07BLDH_AO33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.858 ;
      RECT 0.825 0.297 1.1 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.847 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.759 0.913 ;
    RECT 1.353 0.891 1.419 0.99 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDH_AO33_1
#
# 
MACRO LDH_AO33_2 FOREIGN C0A07BLDH_AO33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 2.365 0.033 2.431 0.264 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 1.617 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.531 0.858 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.97 0.495 3.135 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 1.925 0.165 ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 2.871 0.121 3.641 0.209 ;
    RECT 1.485 0.165 1.551 0.264 ;
    RECT 1.859 0.165 1.925 0.319 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.871 0.209 2.937 0.264 ;
    RECT 3.575 0.209 3.641 0.264 ;
    RECT 2.541 0.22 2.607 0.363 ;
    RECT 0.55 0.275 1.375 0.341 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 3.014 0.275 3.146 0.341 ;
    RECT 3.256 0.275 3.498 0.341 ;
    RECT 1.859 0.319 2.31 0.385 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 3.014 0.341 3.08 0.363 ;
    RECT 3.256 0.341 3.322 0.957 ;
    RECT 2.541 0.363 3.08 0.429 ;
    RECT 1.485 0.462 1.551 0.957 ;
    RECT 2.024 0.495 2.299 0.561 ;
    RECT 2.233 0.561 2.299 0.957 ;
    RECT 0.363 0.957 1.551 1.023 ;
    RECT 2.233 0.957 3.322 1.023 ;
  END
END LDH_AO33_2
#
# 
MACRO LDH_AO33_3 FOREIGN C0A07BLDH_AO33_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.563 0.033 2.629 0.264 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END B3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.726 ;
      RECT 1.584 0.726 2.508 0.858 ;
      RECT 1.617 0.858 1.683 0.99 ;
      RECT 1.441 0.319 1.947 0.385 ;
      RECT 1.441 0.242 1.507 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.462 3.795 0.55 ;
      RECT 3.729 0.55 3.795 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 1.034 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.254 0.957 1.54 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.102 0.132 3.168 0.165 ;
    RECT 0.077 0.165 0.88 0.231 ;
    RECT 1.584 0.165 2.079 0.231 ;
    RECT 3.102 0.165 3.905 0.231 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.077 0.231 0.143 0.308 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 3.839 0.231 3.905 0.308 ;
    RECT 0.561 0.297 1.353 0.363 ;
    RECT 2.013 0.297 2.464 0.363 ;
    RECT 2.728 0.297 3.41 0.363 ;
    RECT 0.22 0.319 0.495 0.385 ;
    RECT 3.509 0.319 3.762 0.385 ;
    RECT 0.561 0.363 0.627 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 3.509 0.385 3.575 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 2.398 0.495 2.673 0.561 ;
    RECT 1.353 0.561 1.419 0.825 ;
    RECT 2.607 0.561 2.673 0.825 ;
    RECT 0.22 0.825 1.419 0.891 ;
    RECT 2.607 0.825 3.762 0.891 ;
  END
END LDH_AO33_3
#
# 
MACRO LDH_AO33_4 FOREIGN C0A07BLDH_AO33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.091 0.033 3.157 0.176 ;
      RECT 3.091 0.176 3.19 0.242 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.497 0.726 ;
      RECT 1.98 0.726 3.3 0.858 ;
      RECT 2.002 0.297 2.497 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.858 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.52 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 1.859 0.143 2.629 0.209 ;
    RECT 0.22 0.165 1.078 0.231 ;
    RECT 4.092 0.165 4.95 0.231 ;
    RECT 1.859 0.209 1.925 0.286 ;
    RECT 2.563 0.209 2.629 0.319 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 5.027 0.242 5.093 0.319 ;
    RECT 0.77 0.297 1.628 0.363 ;
    RECT 0.077 0.297 0.66 0.363 ;
    RECT 3.564 0.297 4.4 0.363 ;
    RECT 2.563 0.319 3.366 0.385 ;
    RECT 4.521 0.319 5.093 0.385 ;
    RECT 0.594 0.363 0.66 0.825 ;
    RECT 4.521 0.385 4.587 0.825 ;
    RECT 1.749 0.495 2.31 0.561 ;
    RECT 2.651 0.495 3.476 0.561 ;
    RECT 1.749 0.561 1.815 0.957 ;
    RECT 3.41 0.561 3.476 0.825 ;
    RECT 0.396 0.825 0.869 0.891 ;
    RECT 3.41 0.825 4.774 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.815 1.023 ;
  END
END LDH_AO33_4
#
# 
MACRO LDH_AOAI211_0P5 FOREIGN C0A07BLDH_AOAI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.737 ;
      RECT 0.264 0.407 0.363 0.473 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.44 0.495 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.594 0.627 0.671 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.979 ;
      RECT 0.572 0.979 0.891 1.045 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.858 ;
      RECT 0.616 0.407 0.759 0.473 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.165 0.594 0.231 0.671 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.605 0.132 0.671 0.275 ;
    RECT 0.055 0.275 0.671 0.341 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.055 0.902 0.121 0.99 ;
  END
END LDH_AOAI211_0P5
#
# 
MACRO LDH_AOAI211_1 FOREIGN C0A07BLDH_AOAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.209 0.891 0.979 ;
      RECT 0.55 0.979 0.891 1.045 ;
      RECT 0.726 0.143 0.891 0.209 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.484 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.495 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.748 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.088 0.495 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.682 0.341 ;
    RECT 0.055 0.847 0.506 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDH_AOAI211_1
#
# 
MACRO LDH_AOAI211_2 FOREIGN C0A07BLDH_AOAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.174724 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.847 ;
      RECT 0.957 0.847 1.782 0.913 ;
      RECT 0.957 0.726 1.023 0.847 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.847 0.165 ;
    RECT 1.309 0.132 1.749 0.198 ;
    RECT 0.781 0.165 0.847 0.176 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.781 0.176 0.891 0.242 ;
    RECT 1.683 0.198 1.749 0.264 ;
    RECT 1.309 0.198 1.375 0.308 ;
    RECT 0.077 0.242 0.143 0.319 ;
    RECT 0.605 0.264 0.671 0.308 ;
    RECT 0.605 0.308 1.375 0.396 ;
    RECT 0.077 0.319 0.495 0.385 ;
    RECT 0.077 0.847 0.847 0.913 ;
    RECT 0.781 0.913 0.847 0.979 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.781 0.979 1.232 1.045 ;
  END
END LDH_AOAI211_2
#
# 
MACRO LDH_AOAI211_4 FOREIGN C0A07BLDH_AOAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.310728 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.825 ;
      RECT 1.749 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.749 0.781 1.815 0.825 ;
      RECT 1.606 0.715 1.815 0.781 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.519 0.363 2.607 0.462 ;
      RECT 2.519 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.705 0.209 ;
    RECT 2.343 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.639 0.209 1.705 0.275 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 1.639 0.275 2.409 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 1.463 0.979 2.277 1.045 ;
  END
END LDH_AOAI211_4
#
# 
MACRO LDH_AOI211_0P5 FOREIGN C0A07BLDH_AOI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.484 0.759 0.836 ;
      RECT 0.693 0.836 1.023 0.924 ;
      RECT 0.957 0.924 1.023 1.056 ;
      RECT 0.429 0.418 0.759 0.484 ;
      RECT 0.693 0.231 0.759 0.418 ;
      RECT 0.693 0.165 0.836 0.231 ;
      RECT 0.429 0.264 0.495 0.418 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDH_AOI211_0P5
#
# 
MACRO LDH_AOI211_1 FOREIGN C0A07BLDH_AOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.748 0.957 0.891 1.023 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.99 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDH_AOI211_1
#
# 
MACRO LDH_AOI211_2 FOREIGN C0A07BLDH_AOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172304 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.606 0.891 ;
      RECT 0.957 0.297 1.782 0.363 ;
      RECT 0.957 0.231 1.023 0.297 ;
      RECT 0.55 0.165 1.023 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.198 0.825 1.232 0.891 ;
    RECT 0.924 0.957 1.782 1.023 ;
  END
END LDH_AOI211_2
#
# 
MACRO LDH_AOI211_4 FOREIGN C0A07BLDH_AOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 2.409 0.825 2.97 0.891 ;
      RECT 0.891 0.297 3.135 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.198 0.825 2.266 0.891 ;
    RECT 3.047 0.924 3.113 0.957 ;
    RECT 1.606 0.957 3.113 1.023 ;
    RECT 3.047 1.023 3.113 1.056 ;
  END
END LDH_AOI211_4
#
# 
MACRO LDH_AOI211_6 FOREIGN C0A07BLDH_AOI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.594 1.551 0.726 ;
      RECT 1.452 0.462 1.991 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.47432 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 3.597 0.825 4.4 0.891 ;
      RECT 1.276 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 3.344 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.332 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDH_AOI211_6
#
# 
MACRO LDH_AOI21B_0P5 FOREIGN C0A07BLDH_AOI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.748 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.748 0.671 0.99 ;
      RECT 0.429 0.682 0.671 0.748 ;
      RECT 0.429 0.154 0.495 0.682 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.11 1.023 0.176 ;
    RECT 0.913 0.176 1.023 0.264 ;
    RECT 0.561 0.176 0.627 0.506 ;
    RECT 0.957 0.264 1.023 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.913 0.924 1.023 1.056 ;
  END
END LDH_AOI21B_0P5
#
# 
MACRO LDH_AOI21B_1 FOREIGN C0A07BLDH_AOI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.759 0.627 0.924 ;
      RECT 0.561 0.924 0.671 1.056 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.429 0.154 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 1.023 0.264 ;
    RECT 0.957 0.264 1.023 0.759 ;
    RECT 0.605 0.462 0.671 0.528 ;
    RECT 0.605 0.528 0.759 0.594 ;
    RECT 0.693 0.594 0.759 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.957 0.825 1.023 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.913 0.902 1.023 1.034 ;
  END
END LDH_AOI21B_1
#
# 
MACRO LDH_AOI21B_2 FOREIGN C0A07BLDH_AOI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.155364 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.803 ;
      RECT 0.957 0.803 1.1 0.869 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 1.199 0.198 1.287 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.595 0.924 1.661 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.407 0.231 0.473 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.353 0.275 1.661 0.341 ;
    RECT 0.055 0.319 0.473 0.385 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 1.122 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.957 ;
    RECT 0.055 0.847 0.869 0.913 ;
    RECT 1.199 0.847 1.265 0.957 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.803 0.957 1.265 1.023 ;
    RECT 1.353 0.957 1.496 1.023 ;
  END
END LDH_AOI21B_2
#
# 
MACRO LDH_AOI21B_3 FOREIGN C0A07BLDH_AOI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22869 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 1.771 0.759 ;
      RECT 1.705 0.759 1.771 0.858 ;
      RECT 0.748 0.297 1.628 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.859 0.165 2.156 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 1.859 0.231 1.925 0.495 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 1.386 0.495 1.925 0.561 ;
    RECT 1.859 0.561 1.925 0.957 ;
    RECT 0.055 0.825 1.595 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.529 0.891 1.595 0.968 ;
    RECT 1.859 0.957 2.156 1.023 ;
  END
END LDH_AOI21B_3
#
# 
MACRO LDH_AOI21B_4 FOREIGN C0A07BLDH_AOI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.286 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286044 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.617 0.693 2.178 0.759 ;
      RECT 0.924 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.276 0.979 1.408 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.651 0.154 2.717 0.275 ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.275 2.717 0.341 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 1.914 0.495 2.475 0.561 ;
    RECT 2.409 0.561 2.475 0.825 ;
    RECT 2.409 0.825 2.739 0.891 ;
    RECT 0.055 0.847 2.321 0.913 ;
    RECT 2.673 0.891 2.739 0.968 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.255 0.913 2.321 0.99 ;
  END
END LDH_AOI21B_4
#
# 
MACRO LDH_AOI21B_6 FOREIGN C0A07BLDH_AOI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.693 ;
      RECT 2.31 0.693 2.607 0.759 ;
      RECT 2.541 0.759 2.607 0.825 ;
      RECT 2.541 0.825 3.179 0.891 ;
      RECT 1.254 0.297 3.311 0.363 ;
      RECT 1.254 0.363 1.32 0.396 ;
      RECT 3.223 0.198 3.311 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 3.96 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 0.924 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 3.971 0.198 4.037 0.275 ;
    RECT 1.111 0.231 1.177 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.377 0.275 4.037 0.341 ;
    RECT 0.055 0.319 1.177 0.385 ;
    RECT 3.377 0.341 3.443 0.495 ;
    RECT 2.706 0.495 3.443 0.561 ;
    RECT 3.377 0.561 3.443 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 3.377 0.825 3.894 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.167 0.957 3.322 1.023 ;
  END
END LDH_AOI21B_6
#
# 
MACRO LDH_AOI21B_8 FOREIGN C0A07BLDH_AOI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.18 0.033 4.246 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 3.058 0.693 3.267 0.759 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 3.201 0.825 4.246 0.891 ;
      RECT 1.628 0.297 4.389 0.363 ;
      RECT 4.323 0.198 4.389 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.016 0.594 ;
      RECT 4.653 0.594 4.719 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 5.027 0.22 5.093 0.297 ;
    RECT 1.463 0.231 1.529 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.455 0.297 5.093 0.363 ;
    RECT 0.055 0.319 1.529 0.385 ;
    RECT 4.455 0.363 4.521 0.495 ;
    RECT 3.366 0.495 4.521 0.561 ;
    RECT 4.455 0.561 4.521 0.825 ;
    RECT 4.455 0.825 4.95 0.891 ;
    RECT 0.055 0.847 2.981 0.913 ;
    RECT 2.915 0.913 2.981 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.915 0.957 4.422 1.023 ;
  END
END LDH_AOI21B_8
#
# 
MACRO LDH_AOI21_0P5 FOREIGN C0A07BLDH_AOI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.053724 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.154 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.836 ;
      RECT 0.561 0.836 0.759 0.924 ;
      RECT 0.693 0.924 0.759 1.056 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDH_AOI21_0P5
#
# 
MACRO LDH_AOI21_1 FOREIGN C0A07BLDH_AOI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091718 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.825 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.561 0.825 0.759 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDH_AOI21_1
#
# 
MACRO LDH_AOI21_2 FOREIGN C0A07BLDH_AOI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.858 ;
      RECT 0.55 0.297 1.232 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.132 0.858 0.165 ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 0.374 0.231 0.44 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.44 0.385 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.759 0.957 1.232 1.023 ;
  END
END LDH_AOI21_2
#
# 
MACRO LDH_AOI21_3 FOREIGN C0A07BLDH_AOI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.792 0.297 1.628 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.165 1.1 0.231 ;
    RECT 0.616 0.231 0.682 0.319 ;
    RECT 0.242 0.319 0.682 0.385 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 1.628 1.023 ;
  END
END LDH_AOI21_3
#
# 
MACRO LDH_AOI21_4 FOREIGN C0A07BLDH_AOI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.112 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.749 0.825 2.343 0.891 ;
      RECT 0.924 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.65 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.584 0.891 1.65 0.979 ;
    RECT 2.398 0.946 2.464 0.979 ;
    RECT 1.584 0.979 2.464 1.045 ;
  END
END LDH_AOI21_4
#
# 
MACRO LDH_AOI21_6 FOREIGN C0A07BLDH_AOI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.594 2.343 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.398332 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.432 0.858 ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 1.276 0.297 3.399 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.266 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDH_AOI21_6
#
# 
MACRO LDH_AOI21_8 FOREIGN C0A07BLDH_AOI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.462 4.092 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.488 0.858 ;
      RECT 4.389 0.363 4.455 0.726 ;
      RECT 1.628 0.297 4.455 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 0.055 0.825 3.036 0.891 ;
    RECT 2.97 0.891 3.036 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.97 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDH_AOI21_8
#
# 
MACRO LDH_AOI21_S_0P5 FOREIGN C0A07BLDH_AOI21_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.033 0.198 0.099 0.671 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.033154 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.803 ;
      RECT 0.627 0.803 0.759 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.396 0.165 0.759 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDH_AOI21_S_0P5
#
# 
MACRO LDH_AOI21_S_1 FOREIGN C0A07BLDH_AOI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065098 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.693 0.759 ;
      RECT 0.627 0.759 0.693 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDH_AOI21_S_1
#
# 
MACRO LDH_AOI21_S_2 FOREIGN C0A07BLDH_AOI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.286 0.033 0.352 0.187 ;
      RECT 0.22 0.187 0.352 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.462 1.155 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.825 ;
      RECT 0.935 0.825 1.419 0.891 ;
      RECT 1.331 0.891 1.419 0.99 ;
      RECT 0.935 0.759 1.023 0.825 ;
      RECT 0.693 0.693 1.023 0.759 ;
      RECT 0.693 0.319 0.759 0.693 ;
      RECT 0.594 0.253 0.759 0.319 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.176 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.891 0.165 ;
    RECT 0.825 0.165 0.891 0.286 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.055 0.198 0.121 0.319 ;
    RECT 0.055 0.319 0.495 0.385 ;
    RECT 0.044 0.825 0.869 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.254 1.023 ;
    RECT 1.188 1.023 1.254 1.056 ;
  END
END LDH_AOI21_S_2
#
# 
MACRO LDH_AOI21_S_3 FOREIGN C0A07BLDH_AOI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168674 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.231 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.726 0.165 1.628 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.528 ;
      RECT 1.485 0.528 1.683 0.594 ;
      RECT 1.617 0.33 1.683 0.528 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.056 0.363 ;
    RECT 0.055 0.825 1.221 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.155 0.957 1.628 1.023 ;
  END
END LDH_AOI21_S_3
#
# 
MACRO LDH_AOI21_S_4 FOREIGN C0A07BLDH_AOI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 0.924 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.232 0.231 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.54 0.891 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.474 0.957 2.332 1.023 ;
    RECT 2.266 1.023 2.332 1.056 ;
  END
END LDH_AOI21_S_4
#
# 
MACRO LDH_AOI21_S_6 FOREIGN C0A07BLDH_AOI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.198 3.003 0.462 ;
      RECT 2.596 0.462 3.036 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.290884 ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.726 3.168 0.858 ;
      RECT 2.277 0.66 2.442 0.726 ;
      RECT 2.277 0.341 2.343 0.66 ;
      RECT 1.254 0.275 2.783 0.341 ;
      RECT 1.254 0.341 1.32 0.374 ;
      RECT 2.717 0.198 2.783 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 1.914 0.209 ;
    RECT 0.407 0.198 0.473 0.275 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.407 0.275 1.177 0.341 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.167 0.957 3.366 1.023 ;
  END
END LDH_AOI21_S_6
#
# 
MACRO LDH_AOI21_S_8 FOREIGN C0A07BLDH_AOI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.32 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 4.092 0.594 ;
      RECT 3.993 0.198 4.059 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405592 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 3.069 0.726 4.356 0.792 ;
      RECT 3.168 0.792 4.356 0.858 ;
      RECT 1.606 0.297 3.872 0.363 ;
      RECT 1.606 0.363 1.672 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.266 0.231 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.726 0.297 1.529 0.363 ;
    RECT 0.055 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.893 0.902 3.113 0.957 ;
    RECT 2.893 0.957 4.422 0.968 ;
    RECT 3.047 0.968 4.422 1.023 ;
  END
END LDH_AOI21_S_8
#
# 
MACRO LDH_AOI221_1 FOREIGN C0A07BLDH_AOI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 1.221 0.891 1.287 0.99 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 0.418 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.495 0.55 ;
      RECT 0.429 0.55 0.495 0.726 ;
      RECT 0.297 0.55 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.825 0.902 0.891 ;
    RECT 0.594 0.957 1.078 1.023 ;
  END
END LDH_AOI221_1
#
# 
MACRO LDH_AOI221_2 FOREIGN C0A07BLDH_AOI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.507 0.033 1.573 0.176 ;
      RECT 1.507 0.176 1.606 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177628 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.693 ;
      RECT 1.221 0.693 2.079 0.759 ;
      RECT 2.013 0.759 2.079 0.858 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.561 ;
      RECT 1.749 0.561 1.947 0.627 ;
      RECT 1.65 0.495 1.815 0.561 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.43 0.231 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.364 0.231 1.43 0.363 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 1.65 0.297 1.782 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 1.364 0.363 1.716 0.429 ;
    RECT 0.055 0.825 1.782 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.946 0.957 2.31 1.023 ;
  END
END LDH_AOI221_2
#
# 
MACRO LDH_AOI221_4 FOREIGN C0A07BLDH_AOI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.541 0.033 2.607 0.176 ;
      RECT 2.541 0.176 2.64 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.629 0.462 3.3 0.594 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.462 3.927 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 2.277 0.693 3.531 0.759 ;
      RECT 3.465 0.759 3.531 0.825 ;
      RECT 3.388 0.825 3.872 0.891 ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 0.891 0.297 2.343 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.388 0.297 3.872 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.628 0.132 1.694 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.628 0.165 2.475 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 2.409 0.231 2.475 0.319 ;
    RECT 3.069 0.242 3.135 0.319 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.409 0.319 3.135 0.385 ;
    RECT 0.055 0.825 3.08 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.628 0.957 4.048 1.023 ;
    RECT 3.982 1.023 4.048 1.056 ;
  END
END LDH_AOI221_4
#
# 
MACRO LDH_AOI221_6 FOREIGN C0A07BLDH_AOI221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.568216 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 3.069 0.693 4.587 0.759 ;
      RECT 4.521 0.759 4.587 0.825 ;
      RECT 4.521 0.825 5.511 0.891 ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 1.276 0.297 3.135 0.363 ;
      RECT 4.521 0.297 5.434 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.561 ;
      RECT 3.597 0.561 4.191 0.627 ;
      RECT 3.861 0.44 3.927 0.561 ;
      RECT 3.597 0.44 3.663 0.561 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.462 5.511 0.528 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.165 1.936 0.231 ;
    RECT 2.332 0.165 3.311 0.231 ;
    RECT 3.949 0.198 4.015 0.275 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 3.245 0.231 3.311 0.275 ;
    RECT 3.245 0.275 4.015 0.341 ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 0.077 0.825 4.4 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.332 0.957 5.61 1.023 ;
  END
END LDH_AOI221_6
#
# 
MACRO LDH_AOI222_0P5 FOREIGN C0A07BLDH_AOI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.594 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.33 0.759 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.451 0.627 0.561 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.561 0.561 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05929 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.209 1.023 0.847 ;
      RECT 0.957 0.847 1.254 0.913 ;
      RECT 0.374 0.143 1.023 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.858 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.331 0.924 1.397 1.023 ;
    RECT 0.55 0.979 1.078 1.023 ;
    RECT 0.55 1.023 1.397 1.045 ;
    RECT 1.012 1.045 1.397 1.089 ;
  END
END LDH_AOI222_0P5
#
# 
MACRO LDH_AOI222_1 FOREIGN C0A07BLDH_AOI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 1.089 0.825 1.254 0.891 ;
      RECT 0.374 0.165 1.155 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.341 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.331 0.902 1.397 0.979 ;
    RECT 0.55 0.979 1.397 1.045 ;
  END
END LDH_AOI222_1
#
# 
MACRO LDH_AOI222_2 FOREIGN C0A07BLDH_AOI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.617 0.451 1.947 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.341 2.079 0.825 ;
      RECT 1.749 0.825 2.552 0.891 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.221 0.693 1.815 0.759 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 2.013 0.275 2.178 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.87 0.143 2.343 0.209 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.419 0.231 ;
    RECT 2.277 0.209 2.343 0.286 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 2.629 0.22 2.695 0.286 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.277 0.286 2.695 0.352 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.198 0.825 1.628 0.891 ;
    RECT 2.629 0.902 2.695 0.979 ;
    RECT 0.946 0.979 2.695 1.045 ;
  END
END LDH_AOI222_2
#
# 
MACRO LDH_AOI222_4 FOREIGN C0A07BLDH_AOI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.264 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.33 1.419 0.462 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 3.003 0.594 ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.541 0.44 2.607 0.528 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.455 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.385 3.795 0.825 ;
      RECT 3.201 0.825 4.411 0.891 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 2.2 0.693 3.267 0.759 ;
      RECT 2.2 0.363 2.288 0.693 ;
      RECT 1.749 0.297 2.288 0.363 ;
      RECT 1.749 0.231 1.815 0.297 ;
      RECT 0.902 0.165 1.815 0.231 ;
      RECT 3.245 0.319 3.795 0.385 ;
      RECT 3.245 0.242 3.311 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 4.301 0.132 4.367 0.297 ;
    RECT 1.98 0.143 2.431 0.209 ;
    RECT 3.388 0.165 3.927 0.231 ;
    RECT 2.365 0.209 2.431 0.275 ;
    RECT 3.861 0.231 3.927 0.297 ;
    RECT 2.365 0.275 2.816 0.341 ;
    RECT 0.374 0.297 1.21 0.363 ;
    RECT 3.861 0.297 4.367 0.363 ;
    RECT 2.75 0.341 2.816 0.429 ;
    RECT 0.231 0.847 2.992 0.913 ;
    RECT 4.499 0.902 4.565 0.979 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.628 0.979 4.565 1.045 ;
  END
END LDH_AOI222_4
#
# 
MACRO LDH_AOI22_0P5 FOREIGN C0A07BLDH_AOI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.033 0.33 0.231 0.396 ;
      RECT 0.033 0.396 0.099 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.627 ;
      RECT 0.561 0.33 0.627 0.627 ;
      RECT 0.429 0.627 0.627 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDH_AOI22_0P5
#
# 
MACRO LDH_AOI22_1 FOREIGN C0A07BLDH_AOI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDH_AOI22_1
#
# 
MACRO LDH_AOI22_2 FOREIGN C0A07BLDH_AOI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.207636 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.825 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.276 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.375 0.297 1.793 0.363 ;
    RECT 0.22 0.825 0.726 0.891 ;
    RECT 0.66 0.891 0.726 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.66 0.979 1.793 1.045 ;
  END
END LDH_AOI22_2
#
# 
MACRO LDH_AOI22_3 FOREIGN C0A07BLDH_AOI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.594 1.683 0.66 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.792 0.297 1.628 0.363 ;
      RECT 1.562 0.363 1.628 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.165 1.1 0.231 ;
    RECT 1.32 0.165 1.771 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 1.705 0.231 1.771 0.297 ;
    RECT 0.242 0.297 0.693 0.363 ;
    RECT 1.705 0.297 2.156 0.363 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 2.255 0.88 2.321 0.957 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 2.321 1.023 ;
  END
END LDH_AOI22_3
#
# 
MACRO LDH_AOI22_4 FOREIGN C0A07BLDH_AOI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.528 ;
      RECT 1.353 0.528 1.815 0.594 ;
      RECT 1.749 0.594 1.815 0.825 ;
      RECT 1.749 0.825 2.97 0.891 ;
      RECT 1.353 0.363 1.419 0.528 ;
      RECT 0.891 0.297 1.419 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 1.749 0.319 2.266 0.385 ;
      RECT 2.2 0.275 2.266 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.024 0.099 2.409 0.132 ;
    RECT 1.639 0.132 2.409 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.639 0.165 2.09 0.22 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 1.496 0.231 1.562 0.429 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 0.198 0.825 1.518 0.891 ;
    RECT 1.452 0.891 1.518 0.957 ;
    RECT 3.047 0.902 3.113 0.957 ;
    RECT 1.452 0.957 3.113 1.045 ;
  END
END LDH_AOI22_4
#
# 
MACRO LDH_AOI22_6 FOREIGN C0A07BLDH_AOI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.902 0.176 1.001 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.627 ;
      RECT 1.485 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.528 2.079 0.627 ;
      RECT 1.749 0.528 1.815 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.462 3.168 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.729 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 2.233 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.221 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.078 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 1.078 0.231 1.144 0.319 ;
    RECT 3.421 0.231 3.487 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.055 0.319 1.144 0.385 ;
    RECT 3.421 0.319 4.565 0.385 ;
    RECT 2.442 0.825 4.4 0.891 ;
    RECT 2.442 0.891 2.508 0.957 ;
    RECT 0.198 0.957 2.508 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDH_AOI22_6
#
# 
MACRO LDH_AOI22_8 FOREIGN C0A07BLDH_AOI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 3.3 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.780208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.433 0.363 ;
      RECT 4.367 0.363 4.433 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 0.055 0.319 1.551 0.385 ;
    RECT 3.168 0.825 5.83 0.891 ;
    RECT 3.168 0.891 3.234 0.957 ;
    RECT 0.22 0.957 3.234 1.023 ;
  END
END LDH_AOI22_8
#
# 
MACRO LDH_AOI22_S_0P5 FOREIGN C0A07BLDH_AOI22_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047916 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.891 ;
      RECT 0.561 0.891 0.704 0.957 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.803 0.88 0.869 1.023 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.429 1.023 0.869 1.089 ;
  END
END LDH_AOI22_S_0P5
#
# 
MACRO LDH_AOI22_S_1 FOREIGN C0A07BLDH_AOI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.759 0.759 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 1.001 ;
    RECT 0.803 0.924 0.869 1.001 ;
    RECT 0.429 1.001 0.869 1.067 ;
  END
END LDH_AOI22_S_1
#
# 
MACRO LDH_AOI22_S_2 FOREIGN C0A07BLDH_AOI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.20086 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.166 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.287 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.319 ;
    RECT 1.727 0.242 1.793 0.319 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 0.495 0.363 ;
    RECT 1.375 0.319 1.793 0.385 ;
    RECT 0.22 0.825 0.858 0.891 ;
    RECT 0.792 0.891 0.858 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.792 0.979 1.793 1.045 ;
  END
END LDH_AOI22_S_2
#
# 
MACRO LDH_AOI22_S_3 FOREIGN C0A07BLDH_AOI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.176 ;
      RECT 1.881 0.176 1.98 0.242 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.77 0.297 1.628 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.165 1.078 0.231 ;
    RECT 1.32 0.165 1.815 0.231 ;
    RECT 0.605 0.231 0.671 0.297 ;
    RECT 1.749 0.231 1.815 0.319 ;
    RECT 0.22 0.297 0.671 0.363 ;
    RECT 1.749 0.319 2.156 0.385 ;
    RECT 0.077 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.266 0.924 2.332 0.957 ;
    RECT 1.177 0.957 2.332 1.023 ;
  END
END LDH_AOI22_S_3
#
# 
MACRO LDH_AOI22_S_4 FOREIGN C0A07BLDH_AOI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.519 0.033 2.585 0.176 ;
      RECT 2.519 0.176 2.618 0.242 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.55 0.176 0.649 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.360096 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.462 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.825 ;
      RECT 1.749 0.825 2.937 0.891 ;
      RECT 2.871 0.748 2.937 0.825 ;
      RECT 1.353 0.385 1.419 0.462 ;
      RECT 0.902 0.319 1.419 0.385 ;
      RECT 1.749 0.319 2.266 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.132 1.529 0.22 ;
    RECT 1.639 0.132 2.442 0.22 ;
    RECT 1.463 0.22 1.529 0.264 ;
    RECT 0.726 0.22 0.792 0.319 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 2.376 0.22 2.442 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.047 0.242 3.113 0.319 ;
    RECT 0.055 0.319 0.792 0.385 ;
    RECT 2.376 0.319 3.113 0.385 ;
    RECT 0.198 0.825 1.419 0.891 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.353 0.957 3.113 1.023 ;
  END
END LDH_AOI22_S_4
#
# 
MACRO LDH_AOI22_S_6 FOREIGN C0A07BLDH_AOI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.567732 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 0.033 0.825 2.343 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.254 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
      RECT 1.254 0.363 1.32 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.409 0.825 4.4 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 0.198 0.957 2.475 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDH_AOI22_S_6
#
# 
MACRO LDH_AOI22_S_8 FOREIGN C0A07BLDH_AOI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74778 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.422 0.363 ;
      RECT 4.356 0.363 4.422 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.551 0.363 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 3.234 0.825 5.83 0.891 ;
    RECT 3.234 0.891 3.3 0.957 ;
    RECT 0.22 0.957 3.3 1.023 ;
  END
END LDH_AOI22_S_8
#
# 
MACRO LDH_AOI2B1_1 FOREIGN C0A07BLDH_AOI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.275 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.103818 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.759 0.759 0.99 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.429 0.308 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.11 0.891 0.176 ;
    RECT 0.297 0.176 0.363 0.594 ;
    RECT 0.825 0.176 0.891 1.056 ;
    RECT 0.055 0.825 0.55 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_AOI2B1_1
#
# 
MACRO LDH_AOI2B1_2 FOREIGN C0A07BLDH_AOI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.583 ;
      RECT 0.957 0.583 1.089 0.649 ;
      RECT 1.023 0.649 1.089 0.748 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.561 0.363 0.649 0.462 ;
      RECT 0.957 0.209 1.023 0.297 ;
      RECT 0.957 0.143 1.298 0.209 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.33 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.353 0.264 1.683 0.33 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 1.573 0.33 1.683 0.396 ;
    RECT 1.353 0.33 1.419 0.847 ;
    RECT 1.617 0.396 1.683 0.924 ;
    RECT 0.715 0.462 0.781 0.715 ;
    RECT 0.715 0.715 0.957 0.781 ;
    RECT 0.891 0.781 0.957 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.891 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.573 0.924 1.683 1.056 ;
    RECT 0.759 0.979 1.298 1.045 ;
  END
END LDH_AOI2B1_2
#
# 
MACRO LDH_AOI2B1_4 FOREIGN C0A07BLDH_AOI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.858 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 0.935 0.693 1.683 0.759 ;
      RECT 1.595 0.759 1.683 0.825 ;
      RECT 1.595 0.825 2.09 0.891 ;
      RECT 0.935 0.363 1.023 0.693 ;
      RECT 0.935 0.297 1.386 0.363 ;
      RECT 1.617 0.297 2.233 0.363 ;
      RECT 2.167 0.198 2.233 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.858 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.297 2.662 0.363 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 1.485 0.33 1.551 0.462 ;
    RECT 2.409 0.363 2.475 0.957 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.508 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.462 1.551 0.594 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.266 1.023 ;
    RECT 2.409 0.957 2.684 1.023 ;
    RECT 2.2 1.023 2.266 1.056 ;
  END
END LDH_AOI2B1_4
#
# 
MACRO LDH_AOI311_1 FOREIGN C0A07BLDH_AOI311_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.429 0.198 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 1.012 ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.935 ;
      RECT 1.012 0.935 1.155 1.001 ;
      RECT 0.693 0.297 1.155 0.363 ;
      RECT 1.067 0.176 1.155 0.297 ;
      RECT 0.693 0.198 0.759 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.836 0.737 0.902 ;
    RECT 0.297 0.902 0.363 0.968 ;
    RECT 0.671 0.902 0.737 0.968 ;
  END
END LDH_AOI311_1
#
# 
MACRO LDH_AOI311_2 FOREIGN C0A07BLDH_AOI311_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.182952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.825 ;
      RECT 1.749 0.825 2.024 0.891 ;
      RECT 0.946 0.275 2.211 0.341 ;
      RECT 0.946 0.341 1.012 0.385 ;
      RECT 2.123 0.198 2.211 0.275 ;
      RECT 1.749 0.198 1.815 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.814 0.341 0.88 0.385 ;
    RECT 0.22 0.825 1.65 0.891 ;
    RECT 2.123 0.88 2.189 0.957 ;
    RECT 1.342 0.957 2.189 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDH_AOI311_2
#
# 
MACRO LDH_AOI311_4 FOREIGN C0A07BLDH_AOI311_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.278 0.165 3.41 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 3.201 0.825 3.762 0.891 ;
      RECT 1.98 0.297 3.586 0.33 ;
      RECT 1.727 0.33 3.586 0.363 ;
      RECT 1.727 0.363 2.046 0.396 ;
      RECT 1.727 0.264 1.793 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.465 0.462 3.795 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.066 1.023 0.132 1.155 ;
      RECT 0.066 0.957 0.198 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.099 1.936 0.143 ;
    RECT 0.968 0.143 2.354 0.165 ;
    RECT 0.968 0.165 1.562 0.209 ;
    RECT 1.87 0.165 2.354 0.209 ;
    RECT 0.099 0.198 0.165 0.275 ;
    RECT 0.099 0.275 1.628 0.341 ;
    RECT 1.562 0.341 1.628 0.374 ;
    RECT 0.297 0.825 3.058 0.891 ;
    RECT 0.297 0.891 0.363 0.968 ;
    RECT 3.839 0.902 3.905 0.957 ;
    RECT 2.398 0.957 3.905 1.045 ;
  END
END LDH_AOI311_4
#
# 
MACRO LDH_AOI31_0P5 FOREIGN C0A07BLDH_AOI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.429 0.33 0.495 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.649 0.913 ;
    RECT 0.583 0.913 0.649 0.99 ;
  END
END LDH_AOI31_0P5
#
# 
MACRO LDH_AOI31_1 FOREIGN C0A07BLDH_AOI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
  END
END LDH_AOI31_1
#
# 
MACRO LDH_AOI31_2 FOREIGN C0A07BLDH_AOI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END B
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167948 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.759 1.551 0.858 ;
      RECT 0.957 0.275 1.771 0.341 ;
      RECT 0.957 0.341 1.023 0.462 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.232 0.209 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.077 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
    RECT 0.22 0.825 1.375 0.891 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 1.309 0.979 1.771 1.045 ;
  END
END LDH_AOI31_2
#
# 
MACRO LDH_AOI31_4 FOREIGN C0A07BLDH_AOI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.528 1.947 0.726 ;
      RECT 1.859 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.280236 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.341 2.607 0.66 ;
      RECT 2.497 0.66 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.825 ;
      RECT 2.541 0.825 2.97 0.891 ;
      RECT 1.617 0.275 3.135 0.341 ;
      RECT 1.617 0.341 1.705 0.495 ;
      RECT 3.047 0.198 3.135 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.485 0.341 1.551 0.418 ;
    RECT 0.198 0.825 2.409 0.891 ;
    RECT 2.343 0.891 2.409 0.979 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 2.343 0.979 3.113 1.045 ;
  END
END LDH_AOI31_4
#
# 
MACRO LDH_AOI31_6 FOREIGN C0A07BLDH_AOI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.488 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.414062 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.341 3.795 0.693 ;
      RECT 3.586 0.693 3.795 0.759 ;
      RECT 3.729 0.759 3.795 0.825 ;
      RECT 3.729 0.825 4.422 0.891 ;
      RECT 2.387 0.275 4.587 0.341 ;
      RECT 2.387 0.341 2.475 0.462 ;
      RECT 4.499 0.198 4.587 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.143 3.366 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.31 0.363 ;
    RECT 2.244 0.363 2.31 0.396 ;
    RECT 0.198 0.825 3.509 0.891 ;
    RECT 3.443 0.891 3.509 0.979 ;
    RECT 4.499 0.924 4.565 0.979 ;
    RECT 3.443 0.979 4.565 1.067 ;
  END
END LDH_AOI31_6
#
# 
MACRO LDH_AOI31_8 FOREIGN C0A07BLDH_AOI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.137 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 4.125 0.594 4.191 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.541596 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.341 4.587 0.693 ;
      RECT 4.521 0.693 4.983 0.759 ;
      RECT 4.917 0.759 4.983 0.825 ;
      RECT 4.917 0.825 5.874 0.891 ;
      RECT 3.135 0.275 6.039 0.341 ;
      RECT 3.135 0.341 3.201 0.418 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.517 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.143 4.466 0.209 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 3.036 0.363 ;
    RECT 2.97 0.363 3.036 0.396 ;
    RECT 0.198 0.825 4.609 0.891 ;
    RECT 4.543 0.891 4.609 0.979 ;
    RECT 5.951 0.891 6.017 0.979 ;
    RECT 4.543 0.979 6.017 1.045 ;
  END
END LDH_AOI31_8
#
# 
MACRO LDH_AOI32_1 FOREIGN C0A07BLDH_AOI32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.88 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.099462 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.88 ;
      RECT 0.297 0.165 0.572 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.539 ;
      RECT 0.561 0.539 0.759 0.605 ;
      RECT 0.561 0.33 0.627 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.561 1.023 0.726 ;
      RECT 0.957 0.495 1.1 0.561 ;
      RECT 0.957 0.33 1.023 0.495 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.847 0.99 0.913 ;
    RECT 0.495 0.913 0.561 0.979 ;
    RECT 0.066 0.979 0.561 1.045 ;
  END
END LDH_AOI32_1
#
# 
MACRO LDH_AOI32_2 FOREIGN C0A07BLDH_AOI32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.193116 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 1.353 0.825 2.002 0.891 ;
      RECT 0.924 0.275 1.804 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.232 0.165 ;
    RECT 1.496 0.143 2.145 0.209 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.1 0.165 1.232 0.209 ;
    RECT 2.079 0.209 2.145 0.286 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 0.055 0.847 1.265 0.913 ;
    RECT 1.199 0.913 1.265 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.199 0.957 2.178 1.023 ;
  END
END LDH_AOI32_2
#
# 
MACRO LDH_AOI32_4 FOREIGN C0A07BLDH_AOI32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 1.749 0.517 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.561 ;
      RECT 2.673 0.561 3.047 0.627 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.517 3.663 0.726 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.333 0.517 3.399 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.359128 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.825 ;
      RECT 2.409 0.825 3.762 0.891 ;
      RECT 3.696 0.792 3.762 0.825 ;
      RECT 2.409 0.209 2.475 0.275 ;
      RECT 2.409 0.143 2.882 0.209 ;
      RECT 1.606 0.275 2.475 0.341 ;
      RECT 1.606 0.341 1.672 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 2.178 0.528 2.838 0.594 ;
    RECT 0 0.528 2.178 0.594 ;
    RECT 2.838 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 3.663 0.198 3.729 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 2.574 0.275 3.729 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.847 2.277 0.913 ;
    RECT 3.839 0.88 3.905 0.957 ;
    RECT 2.211 0.913 2.277 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.211 0.957 3.905 1.023 ;
  END
END LDH_AOI32_4
#
# 
MACRO LDH_AOI33_0P5 FOREIGN C0A07BLDH_AOI33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.154 1.023 0.506 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.319 0.759 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.605 ;
      RECT 1.001 0.605 1.188 0.671 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.737 1.287 0.803 ;
      RECT 1.199 0.803 1.287 0.99 ;
      RECT 0.825 0.803 0.924 0.825 ;
      RECT 0.792 0.825 0.924 0.935 ;
      RECT 0.825 0.209 0.891 0.737 ;
      RECT 0.594 0.143 0.891 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.836 0.693 0.902 ;
    RECT 0.231 0.902 0.297 0.968 ;
    RECT 0.627 0.902 0.693 1.023 ;
    RECT 1.023 0.924 1.089 1.023 ;
    RECT 0.627 1.023 1.089 1.089 ;
  END
END LDH_AOI33_0P5
#
# 
MACRO LDH_AOI33_1 FOREIGN C0A07BLDH_AOI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.199 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13673 ;
    PORT
      LAYER M1L ;
      RECT 1.199 0.891 1.287 0.99 ;
      RECT 0.792 0.825 1.287 0.891 ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.616 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.638 0.913 ;
    RECT 0.572 0.913 0.638 0.957 ;
    RECT 0.572 0.957 1.122 1.023 ;
    RECT 1.056 1.023 1.122 1.056 ;
  END
END LDH_AOI33_1
#
# 
MACRO LDH_AOI33_2 FOREIGN C0A07BLDH_AOI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.112 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.251922 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.473 1.683 0.825 ;
      RECT 1.43 0.825 2.442 0.891 ;
      RECT 1.617 0.396 1.727 0.473 ;
      RECT 0.913 0.33 1.727 0.396 ;
      RECT 1.617 0.297 1.727 0.33 ;
      RECT 1.265 0.264 1.331 0.33 ;
      RECT 0.913 0.264 0.979 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.188 0.165 ;
    RECT 1.43 0.099 2.09 0.165 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.056 0.165 1.188 0.209 ;
    RECT 1.43 0.165 1.562 0.209 ;
    RECT 1.958 0.165 2.09 0.209 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 2.167 0.264 2.233 0.33 ;
    RECT 2.519 0.264 2.585 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 1.815 0.33 2.585 0.396 ;
    RECT 0.055 0.825 1.331 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 2.519 0.902 2.585 0.979 ;
    RECT 1.265 0.979 2.585 1.045 ;
  END
END LDH_AOI33_2
#
# 
MACRO LDH_AOI33_4 FOREIGN C0A07BLDH_AOI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.594 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.517 4.191 0.726 ;
      RECT 4.125 0.451 4.455 0.517 ;
      RECT 4.389 0.517 4.455 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.472384 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.157 0.726 ;
      RECT 2.871 0.726 3.597 0.825 ;
      RECT 2.486 0.825 4.554 0.858 ;
      RECT 3.531 0.858 4.554 0.891 ;
      RECT 2.486 0.858 2.937 0.891 ;
      RECT 1.617 0.275 3.157 0.341 ;
      RECT 1.617 0.341 1.683 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.244 0.209 ;
    RECT 2.486 0.143 3.85 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 4.631 0.198 4.697 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 3.223 0.275 4.697 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 3.223 0.341 3.289 0.539 ;
    RECT 0.055 0.825 2.387 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.321 0.891 2.387 0.979 ;
    RECT 4.631 0.902 4.697 0.979 ;
    RECT 2.321 0.979 4.697 1.045 ;
  END
END LDH_AOI33_4
#
# 
MACRO LDH_BUF_0P5 FOREIGN C0A07BLDH_BUF_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.253 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050094 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.847 ;
      RECT 0.484 0.847 0.627 0.913 ;
      RECT 0.517 0.33 0.627 0.396 ;
      RECT 0.517 0.132 0.583 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.385 0.363 ;
    RECT 0.319 0.363 0.385 0.462 ;
    RECT 0.319 0.462 0.462 0.594 ;
    RECT 0.319 0.594 0.385 0.825 ;
    RECT 0.077 0.825 0.385 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDH_BUF_0P5
#
# 
MACRO LDH_BUF_1 FOREIGN C0A07BLDH_BUF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.264 0.143 0.396 0.209 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.253 0.748 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.726 0.627 0.99 ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.517 0.132 0.627 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.264 0.979 0.396 1.045 ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.099 0.275 0.396 0.341 ;
    RECT 0.33 0.341 0.396 0.462 ;
    RECT 0.33 0.462 0.44 0.594 ;
    RECT 0.33 0.594 0.396 0.847 ;
    RECT 0.099 0.847 0.396 0.913 ;
    RECT 0.099 0.913 0.165 0.99 ;
  END
END LDH_BUF_1
#
# 
MACRO LDH_BUF_10 FOREIGN C0A07BLDH_BUF_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.803 ;
      RECT 0.99 0.803 2.53 0.869 ;
      RECT 1.023 0.319 2.53 0.385 ;
      RECT 1.023 0.242 1.089 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 0.858 0.341 ;
    RECT 0.792 0.341 0.858 0.495 ;
    RECT 0.792 0.495 2.068 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.22 0.825 0.858 0.891 ;
  END
END LDH_BUF_10
#
# 
MACRO LDH_BUF_12 FOREIGN C0A07BLDH_BUF_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.112 0.033 2.178 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.814 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.166 0.726 3.168 0.858 ;
      RECT 1.199 0.319 3.058 0.385 ;
      RECT 1.199 0.242 1.265 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.067 0.341 ;
    RECT 1.001 0.341 1.067 0.495 ;
    RECT 1.001 0.495 2.31 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.055 0.825 1.067 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_12
#
# 
MACRO LDH_BUF_12RE FOREIGN C0A07BLDH_BUF_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.159 0.033 5.225 0.396 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.561 5.247 0.726 ;
      RECT 3.696 0.495 5.247 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.59532 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.396 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.33 0.693 0.396 0.759 ;
      RECT 0.33 0.627 3.333 0.693 ;
      RECT 3.267 0.693 3.333 0.902 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 3.333 0.429 ;
      RECT 3.267 0.154 3.333 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.137 0.825 5.247 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.631 0.792 4.697 1.155 ;
      RECT 4.235 0.792 4.301 1.155 ;
      RECT 4.015 0.792 4.081 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.047 0.792 3.113 1.155 ;
      RECT 2.827 0.792 2.893 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.859 0.792 1.925 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.154 3.861 0.363 ;
    RECT 4.455 0.154 4.521 0.363 ;
    RECT 4.983 0.154 5.049 0.363 ;
    RECT 3.531 0.363 5.049 0.429 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 3.597 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 3.531 0.627 5.049 0.693 ;
    RECT 3.795 0.693 3.861 0.902 ;
    RECT 4.455 0.693 4.521 0.902 ;
    RECT 4.983 0.693 5.049 0.924 ;
  END
END LDH_BUF_12RE
#
# 
MACRO LDH_BUF_14 FOREIGN C0A07BLDH_BUF_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.385 2.739 0.726 ;
      RECT 1.32 0.726 3.586 0.858 ;
      RECT 1.342 0.297 3.586 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.508 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.198 0.825 1.221 0.891 ;
  END
END LDH_BUF_14
#
# 
MACRO LDH_BUF_16 FOREIGN C0A07BLDH_BUF_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.385 3.531 0.726 ;
      RECT 1.188 0.726 3.96 0.858 ;
      RECT 1.276 0.319 3.872 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 1.023 0.495 3.289 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 0.22 0.825 1.089 0.891 ;
  END
END LDH_BUF_16
#
# 
MACRO LDH_BUF_18 FOREIGN C0A07BLDH_BUF_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.385 3.531 0.407 ;
      RECT 1.518 0.319 4.136 0.385 ;
      RECT 3.421 0.407 3.531 0.726 ;
      RECT 1.452 0.726 4.224 0.858 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.353 0.363 ;
    RECT 1.265 0.363 1.353 0.473 ;
    RECT 1.265 0.473 3.322 0.583 ;
    RECT 1.265 0.583 1.353 0.825 ;
    RECT 0.055 0.825 1.353 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDH_BUF_18
#
# 
MACRO LDH_BUF_1P5 FOREIGN C0A07BLDH_BUF_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.517 0.88 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_1P5
#
# 
MACRO LDH_BUF_1RE FOREIGN C0A07BLDH_BUF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.671 ;
      RECT 0.033 0.671 0.143 0.913 ;
      RECT 0.033 0.275 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.132 0.506 0.297 ;
    RECT 0.297 0.297 0.506 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.165 0.462 0.363 0.528 ;
    RECT 0.165 0.528 0.231 0.594 ;
    RECT 0.297 0.528 0.363 0.825 ;
    RECT 0.297 0.825 0.517 0.891 ;
    RECT 0.407 0.891 0.517 1.056 ;
  END
END LDH_BUF_1RE
#
# 
MACRO LDH_BUF_2 FOREIGN C0A07BLDH_BUF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.429 0.825 0.627 0.891 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.198 0.121 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.033 0.924 0.143 1.056 ;
  END
END LDH_BUF_2
#
# 
MACRO LDH_BUF_20 FOREIGN C0A07BLDH_BUF_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.944768 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.385 4.059 0.726 ;
      RECT 1.584 0.726 4.95 0.858 ;
      RECT 1.606 0.319 4.95 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.32 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.495 ;
    RECT 1.419 0.495 3.85 0.561 ;
    RECT 1.419 0.561 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDH_BUF_20
#
# 
MACRO LDH_BUF_24 FOREIGN C0A07BLDH_BUF_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.268 0.033 4.334 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.13062 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.396 3.96 0.726 ;
      RECT 1.958 0.726 6.006 0.858 ;
      RECT 1.958 0.286 6.006 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.083 0.924 6.149 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.231 0.297 1.859 0.363 ;
    RECT 1.793 0.363 1.859 0.495 ;
    RECT 1.793 0.495 3.718 0.561 ;
    RECT 4.07 0.495 5.434 0.561 ;
    LAYER M2L ;
    RECT 3.366 0.495 4.62 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    VIA 3.63 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.561 1.859 0.825 ;
    RECT 0.198 0.825 1.859 0.891 ;
  END
END LDH_BUF_24
#
# 
MACRO LDH_BUF_2RE FOREIGN C0A07BLDH_BUF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.682 0.165 0.814 0.231 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.627 0.572 0.693 ;
      RECT 0.506 0.561 0.572 0.627 ;
      RECT 0.297 0.495 0.572 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.55 0.297 ;
    RECT 0.44 0.297 0.715 0.363 ;
    RECT 0.649 0.363 0.715 0.495 ;
    RECT 0.825 0.462 1.023 0.495 ;
    RECT 0.649 0.495 1.023 0.528 ;
    RECT 0.649 0.528 0.891 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.649 0.561 0.715 0.825 ;
    RECT 0.418 0.825 0.715 0.891 ;
    RECT 0.418 0.891 0.528 1.056 ;
  END
END LDH_BUF_2RE
#
# 
MACRO LDH_BUF_3 FOREIGN C0A07BLDH_BUF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.803 ;
      RECT 0.671 0.803 1.122 0.869 ;
      RECT 0.671 0.869 0.737 0.99 ;
      RECT 0.671 0.319 1.122 0.385 ;
      RECT 0.671 0.198 0.737 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.275 ;
    RECT 0.253 0.275 0.561 0.341 ;
    RECT 0.495 0.341 0.561 0.495 ;
    RECT 0.495 0.495 0.726 0.561 ;
    RECT 0.495 0.561 0.561 0.825 ;
    RECT 0.22 0.825 0.561 0.891 ;
  END
END LDH_BUF_3
#
# 
MACRO LDH_BUF_32 FOREIGN C0A07BLDH_BUF_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 7.194 0.033 7.26 0.143 ;
      RECT 7.194 0.143 7.326 0.209 ;
      RECT 6.842 0.033 6.908 0.143 ;
      RECT 6.842 0.143 6.974 0.209 ;
      RECT 6.49 0.033 6.556 0.143 ;
      RECT 6.49 0.143 6.622 0.209 ;
      RECT 6.138 0.033 6.204 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.708 0.033 4.774 0.143 ;
      RECT 4.708 0.143 4.84 0.209 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.356 0.143 4.488 0.209 ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.2 0.143 2.332 0.209 ;
      RECT 1.804 0.033 1.87 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50234 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.385 5.28 0.726 ;
      RECT 2.376 0.726 7.854 0.858 ;
      RECT 7.425 0.385 7.491 0.726 ;
      RECT 2.398 0.275 7.854 0.385 ;
      RECT 3.729 0.385 3.795 0.726 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 2.112 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 6.842 1.023 6.908 1.155 ;
      RECT 6.842 0.957 6.974 1.023 ;
      RECT 6.49 1.023 6.556 1.155 ;
      RECT 6.49 0.957 6.622 1.023 ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 6.138 0.957 6.27 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.045 3.344 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 7.931 0.924 7.997 1.155 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.194 1.023 7.26 1.155 ;
      RECT 7.194 0.957 7.326 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.434 1.023 5.5 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.63 1.045 3.696 1.155 ;
      RECT 3.63 0.979 3.762 1.045 ;
      RECT 2.266 1.045 2.332 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.052 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.297 ;
    RECT 0.253 0.297 2.277 0.363 ;
    RECT 2.211 0.363 2.277 0.495 ;
    RECT 2.211 0.495 3.553 0.561 ;
    RECT 3.905 0.495 5.049 0.561 ;
    RECT 5.39 0.495 6.974 0.561 ;
    LAYER M2L ;
    RECT 2.937 0.495 5.874 0.561 ;
    VIA 3.036 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 4.488 0.528 V1L2L ;
    VIA 5.61 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 4.686 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.561 2.277 0.825 ;
    RECT 0.22 0.825 2.277 0.891 ;
  END
END LDH_BUF_32
#
# 
MACRO LDH_BUF_4 FOREIGN C0A07BLDH_BUF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.616 0.726 1.188 0.858 ;
      RECT 0.649 0.319 1.155 0.385 ;
      RECT 0.649 0.242 0.715 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.451 0.363 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.275 0.517 0.341 ;
    RECT 0.451 0.341 0.517 0.495 ;
    RECT 0.451 0.495 0.99 0.561 ;
    RECT 0.451 0.561 0.517 0.891 ;
    RECT 0.22 0.891 0.517 0.957 ;
  END
END LDH_BUF_4
#
# 
MACRO LDH_BUF_4RE FOREIGN C0A07BLDH_BUF_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.595 0.033 1.661 0.396 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 1.034 0.231 1.1 0.264 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.682 0.143 0.814 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 1.32 0.495 1.683 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.363 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.297 0.693 0.363 0.759 ;
      RECT 0.297 0.627 0.957 0.693 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 0.957 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.573 0.825 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.154 1.485 0.363 ;
    RECT 1.155 0.363 1.485 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 1.221 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.485 0.693 ;
    RECT 1.419 0.693 1.485 0.902 ;
  END
END LDH_BUF_4RE
#
# 
MACRO LDH_BUF_5 FOREIGN C0A07BLDH_BUF_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.605 0.726 1.375 0.858 ;
      RECT 1.309 0.858 1.375 0.99 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.605 0.319 1.375 0.385 ;
      RECT 1.309 0.198 1.375 0.319 ;
      RECT 0.605 0.242 0.671 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 0.44 0.495 0.99 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 0.22 0.825 0.506 0.891 ;
  END
END LDH_BUF_5
#
# 
MACRO LDH_BUF_6 FOREIGN C0A07BLDH_BUF_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 1.595 0.418 ;
      RECT 1.32 0.418 1.595 0.462 ;
      RECT 1.485 0.462 1.551 0.726 ;
      RECT 0.792 0.726 1.716 0.858 ;
      RECT 1.529 0.22 1.595 0.33 ;
      RECT 0.825 0.198 0.891 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.429 0.22 0.495 0.297 ;
    RECT 0.077 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.077 0.825 0.693 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_BUF_6
#
# 
MACRO LDH_BUF_8 FOREIGN C0A07BLDH_BUF_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_8
#
# 
MACRO LDH_BUF_8RE FOREIGN C0A07BLDH_BUF_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.198 0.561 0.264 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.168 0.693 3.234 0.759 ;
      RECT 1.419 0.627 3.234 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 1.419 0.363 3.531 0.385 ;
      RECT 3.036 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 1.419 0.385 3.102 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.783 0.792 2.849 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.715 0.792 0.781 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.363 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.363 1.221 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 3.168 0.451 3.399 0.495 ;
    RECT 1.155 0.495 3.399 0.561 ;
    RECT 3.333 0.561 3.399 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 0.396 0.627 1.221 0.693 ;
    RECT 0.396 0.693 0.462 0.759 ;
    RECT 0.891 0.693 0.957 0.902 ;
    RECT 0.231 0.759 0.462 0.825 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDH_BUF_8RE
#
# 
MACRO LDH_BUF_HD_12 FOREIGN C0A07BLDH_BUF_HD_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.573056 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 0.77 0.803 2.662 0.869 ;
      RECT 0.77 0.297 2.662 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.671 0.363 ;
    RECT 0.605 0.363 0.671 0.495 ;
    RECT 0.605 0.495 2.156 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_HD_12
#
# 
MACRO LDH_BUF_HD_16 FOREIGN C0A07BLDH_BUF_HD_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7744 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.135 0.726 ;
      RECT 0.924 0.726 3.696 0.858 ;
      RECT 0.968 0.297 3.564 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.814 0.363 ;
    RECT 0.748 0.363 0.814 0.495 ;
    RECT 0.748 0.495 2.948 0.561 ;
    RECT 0.748 0.561 0.814 0.825 ;
    RECT 0.22 0.825 0.814 0.891 ;
  END
END LDH_BUF_HD_16
#
# 
MACRO LDH_BUF_HD_2 FOREIGN C0A07BLDH_BUF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.957 ;
      RECT 0.44 0.957 0.627 1.023 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_HD_2
#
# 
MACRO LDH_BUF_HD_3 FOREIGN C0A07BLDH_BUF_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.374 0.759 0.803 ;
      RECT 0.451 0.803 0.891 0.869 ;
      RECT 0.803 0.869 0.891 0.99 ;
      RECT 0.451 0.869 0.517 0.968 ;
      RECT 0.451 0.308 0.891 0.374 ;
      RECT 0.803 0.198 0.891 0.308 ;
      RECT 0.451 0.22 0.517 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.374 0.363 ;
    RECT 0.308 0.363 0.374 0.495 ;
    RECT 0.308 0.495 0.594 0.561 ;
    RECT 0.308 0.561 0.374 0.825 ;
    RECT 0.055 0.825 0.374 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_BUF_HD_3
#
# 
MACRO LDH_BUF_HD_4 FOREIGN C0A07BLDH_BUF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.693 ;
      RECT 0.693 0.759 0.759 0.847 ;
      RECT 0.374 0.847 0.759 0.913 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.374 0.319 0.891 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.715 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.715 ;
    RECT 0.033 0.715 0.495 0.781 ;
    RECT 0.033 0.781 0.121 0.902 ;
  END
END LDH_BUF_HD_4
#
# 
MACRO LDH_BUF_HD_6 FOREIGN C0A07BLDH_BUF_HD_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.294272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.616 0.803 1.551 0.869 ;
      RECT 1.485 0.869 1.551 0.99 ;
      RECT 0.616 0.297 1.551 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.276 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.22 0.825 0.517 0.891 ;
  END
END LDH_BUF_HD_6
#
# 
MACRO LDH_BUF_HD_8 FOREIGN C0A07BLDH_BUF_HD_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.627 0.803 1.782 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.627 0.297 1.782 0.363 ;
      RECT 0.627 0.209 0.693 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.386 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.198 0.825 0.517 0.891 ;
  END
END LDH_BUF_HD_8
#
# 
MACRO LDH_BUF_S_0P5 FOREIGN C0A07BLDH_BUF_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.008712 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.036542 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.209 0.627 0.858 ;
      RECT 0.517 0.858 0.627 0.99 ;
      RECT 0.484 0.143 0.627 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.297 0.462 0.462 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDH_BUF_S_0P5
#
# 
MACRO LDH_BUF_S_1 FOREIGN C0A07BLDH_BUF_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.308 0.033 0.374 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.209 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.616 0.143 0.759 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.55 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDH_BUF_S_1
#
# 
MACRO LDH_BUF_S_10 FOREIGN C0A07BLDH_BUF_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.32 0.726 2.926 0.858 ;
      RECT 1.342 0.297 2.475 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.618 0.979 2.75 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.31 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.22 0.825 1.221 0.891 ;
  END
END LDH_BUF_S_10
#
# 
MACRO LDH_BUF_S_12 FOREIGN C0A07BLDH_BUF_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.407 2.739 0.726 ;
      RECT 1.452 0.726 3.454 0.858 ;
      RECT 1.518 0.297 2.739 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.275 1.353 0.341 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 1.287 0.495 2.574 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.077 0.825 1.353 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_BUF_S_12
#
# 
MACRO LDH_BUF_S_14 FOREIGN C0A07BLDH_BUF_S_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.033 3.355 0.264 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.566764 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.341 3.003 0.726 ;
      RECT 1.584 0.726 3.729 0.825 ;
      RECT 1.584 0.825 3.927 0.858 ;
      RECT 3.663 0.858 3.927 0.891 ;
      RECT 3.839 0.891 3.927 0.99 ;
      RECT 1.683 0.275 3.19 0.341 ;
      RECT 1.683 0.198 1.749 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.21296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 1.188 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.462 ;
    RECT 0 0.462 1.518 0.528 ;
    RECT 3.542 0.462 3.96 0.528 ;
    RECT 1.518 0.462 3.542 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.429 ;
    RECT 1.419 0.429 2.816 0.495 ;
    RECT 2.75 0.495 2.816 0.605 ;
    RECT 1.419 0.495 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDH_BUF_S_14
#
# 
MACRO LDH_BUF_S_16 FOREIGN C0A07BLDH_BUF_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.772 0.143 2.904 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.642268 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.594 4.235 0.726 ;
      RECT 4.125 0.726 4.235 0.858 ;
      RECT 3.707 0.341 3.795 0.594 ;
      RECT 1.881 0.275 4.213 0.341 ;
      RECT 4.125 0.143 4.213 0.275 ;
      RECT 3.751 0.198 3.817 0.275 ;
      RECT 3.377 0.198 3.443 0.275 ;
      RECT 3.003 0.198 3.069 0.275 ;
      RECT 2.629 0.198 2.695 0.275 ;
      RECT 2.255 0.198 2.321 0.275 ;
      RECT 1.881 0.198 1.947 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.452 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.44 ;
    RECT 0 0.44 1.738 0.528 ;
    RECT 4.158 0.44 4.488 0.528 ;
    RECT 1.738 0.44 4.158 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.055 0.275 1.639 0.341 ;
    RECT 1.573 0.341 1.639 0.407 ;
    RECT 1.573 0.407 3.608 0.473 ;
    RECT 1.573 0.473 1.639 0.847 ;
    RECT 0.055 0.847 1.639 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDH_BUF_S_16
#
# 
MACRO LDH_BUF_S_18 FOREIGN C0A07BLDH_BUF_S_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.452 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.747296 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.341 3.927 0.726 ;
      RECT 1.98 0.726 4.818 0.858 ;
      RECT 2.079 0.275 4.785 0.341 ;
      RECT 4.719 0.154 4.785 0.275 ;
      RECT 4.345 0.176 4.411 0.275 ;
      RECT 3.971 0.198 4.037 0.275 ;
      RECT 3.597 0.198 3.663 0.275 ;
      RECT 3.223 0.198 3.289 0.275 ;
      RECT 2.849 0.198 2.915 0.275 ;
      RECT 2.475 0.198 2.541 0.275 ;
      RECT 2.079 0.198 2.145 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 4.895 0.924 4.961 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.474 0.979 1.606 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.44 ;
    RECT 0 0.44 1.87 0.528 ;
    RECT 4.554 0.44 5.016 0.528 ;
    RECT 1.87 0.44 4.554 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.881 0.341 ;
    RECT 1.815 0.341 1.881 0.407 ;
    RECT 1.815 0.407 3.729 0.473 ;
    RECT 3.663 0.473 3.729 0.561 ;
    RECT 1.815 0.473 1.881 0.825 ;
    RECT 0.253 0.825 1.881 0.891 ;
    RECT 0.253 0.891 0.319 0.99 ;
  END
END LDH_BUF_S_18
#
# 
MACRO LDH_BUF_S_1P5 FOREIGN C0A07BLDH_BUF_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.165 ;
      RECT 0.231 0.165 0.374 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.088 0.66 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.074052 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.539 0.99 ;
      RECT 0.473 0.154 0.539 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.407 0.363 ;
    RECT 0.297 0.363 0.407 0.462 ;
    RECT 0.297 0.462 0.363 0.814 ;
    RECT 0.055 0.814 0.363 0.88 ;
    RECT 0.055 0.88 0.121 0.946 ;
  END
END LDH_BUF_S_1P5
#
# 
MACRO LDH_BUF_S_2 FOREIGN C0A07BLDH_BUF_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.154 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 0.099 0.902 0.165 1.155 ;
      RECT 0.891 0.902 0.957 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.198 0.341 0.308 ;
    RECT 0.275 0.308 0.605 0.374 ;
    RECT 0.539 0.374 0.605 0.792 ;
    RECT 0.275 0.792 0.605 0.858 ;
    RECT 0.275 0.858 0.341 0.946 ;
  END
END LDH_BUF_S_2
#
# 
MACRO LDH_BUF_S_20 FOREIGN C0A07BLDH_BUF_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.821106 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.352 4.059 0.594 ;
      RECT 2.222 0.594 5.181 0.726 ;
      RECT 5.115 0.726 5.181 0.858 ;
      RECT 2.255 0.286 5.005 0.352 ;
      RECT 4.917 0.176 5.005 0.286 ;
      RECT 4.719 0.198 4.785 0.286 ;
      RECT 4.367 0.22 4.433 0.286 ;
      RECT 4.015 0.22 4.081 0.286 ;
      RECT 3.663 0.22 3.729 0.286 ;
      RECT 3.311 0.22 3.377 0.286 ;
      RECT 2.959 0.22 3.025 0.286 ;
      RECT 2.607 0.22 2.673 0.286 ;
      RECT 2.255 0.198 2.321 0.286 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.307824 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.924 5.005 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.543 0.924 4.609 1.155 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.43 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 2.035 0.924 2.101 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.462 ;
    RECT 0 0.462 2.09 0.528 ;
    RECT 4.994 0.462 5.412 0.528 ;
    RECT 2.09 0.462 4.994 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.275 1.958 0.363 ;
    RECT 1.892 0.363 1.958 0.429 ;
    RECT 1.892 0.429 3.872 0.495 ;
    RECT 1.892 0.495 1.958 0.825 ;
    RECT 0.055 0.825 1.958 0.913 ;
    RECT 0.055 0.913 0.121 1.012 ;
  END
END LDH_BUF_S_20
#
# 
MACRO LDH_BUF_S_24 FOREIGN C0A07BLDH_BUF_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.963886 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.341 4.983 0.594 ;
      RECT 2.508 0.594 6.237 0.726 ;
      RECT 6.171 0.726 6.237 0.924 ;
      RECT 5.313 0.341 5.379 0.594 ;
      RECT 2.508 0.275 5.445 0.341 ;
      RECT 5.379 0.198 5.445 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.365904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.584 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.147 0.924 4.213 1.155 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.347 0.924 6.413 1.155 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 5.203 0.924 5.269 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.739 0.924 2.805 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.462 ;
    RECT 0 0.462 2.398 0.528 ;
    RECT 6.05 0.462 6.468 0.528 ;
    RECT 2.398 0.462 6.05 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 2.409 0.385 ;
    RECT 2.321 0.385 2.409 0.407 ;
    RECT 2.321 0.407 4.752 0.517 ;
    RECT 2.321 0.517 2.409 0.825 ;
    RECT 0.055 0.825 2.409 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDH_BUF_S_24
#
# 
MACRO LDH_BUF_S_3 FOREIGN C0A07BLDH_BUF_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14883 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.374 0.891 0.726 ;
      RECT 0.638 0.726 1.111 0.858 ;
      RECT 1.045 0.858 1.111 0.99 ;
      RECT 0.825 0.308 0.935 0.374 ;
      RECT 0.869 0.198 0.935 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.308 ;
    RECT 0.253 0.308 0.528 0.374 ;
    RECT 0.462 0.374 0.528 0.473 ;
    RECT 0.462 0.473 0.704 0.539 ;
    RECT 0.462 0.539 0.528 0.847 ;
    RECT 0.253 0.847 0.528 0.913 ;
    RECT 0.253 0.913 0.319 0.99 ;
  END
END LDH_BUF_S_3
#
# 
MACRO LDH_BUF_S_32 FOREIGN C0A07BLDH_BUF_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 7.183 0.033 7.249 0.264 ;
      RECT 6.82 0.033 6.886 0.143 ;
      RECT 6.754 0.143 6.886 0.209 ;
      RECT 6.402 0.033 6.468 0.143 ;
      RECT 6.402 0.143 6.534 0.209 ;
      RECT 6.05 0.033 6.116 0.143 ;
      RECT 6.05 0.143 6.182 0.209 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.501424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.64 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23517 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 7.821 0.825 ;
      RECT 3.168 0.825 8.382 0.858 ;
      RECT 7.755 0.858 8.382 0.891 ;
      RECT 5.412 0.341 5.544 0.726 ;
      RECT 3.41 0.275 7.029 0.341 ;
      RECT 4.389 0.341 4.455 0.726 ;
      RECT 6.963 0.198 7.029 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.7 1.023 7.766 1.155 ;
      RECT 7.7 0.957 7.832 1.023 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.874 0.957 6.006 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.045 3.146 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.448 0.462 ;
    RECT 0 0.462 3.102 0.528 ;
    RECT 8.118 0.462 8.448 0.528 ;
    RECT 3.102 0.462 8.118 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.275 3.025 0.363 ;
    RECT 2.937 0.363 3.025 0.407 ;
    RECT 2.937 0.407 4.136 0.495 ;
    RECT 4.554 0.407 5.06 0.495 ;
    RECT 5.83 0.407 7.359 0.495 ;
    RECT 2.937 0.495 4.29 0.517 ;
    RECT 4.554 0.495 5.313 0.517 ;
    RECT 5.654 0.495 7.359 0.517 ;
    LAYER M2L ;
    RECT 4.026 0.495 5.94 0.561 ;
    VIA 4.092 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    VIA 5.016 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 5.148 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.026 0.517 4.29 0.561 ;
    RECT 2.937 0.517 3.025 0.825 ;
    RECT 4.95 0.517 5.313 0.561 ;
    RECT 5.654 0.517 5.94 0.561 ;
    RECT 0.055 0.825 3.025 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDH_BUF_S_32
#
# 
MACRO LDH_BUF_S_4 FOREIGN C0A07BLDH_BUF_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.067 0.033 1.133 0.242 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.638 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.407 1.287 0.726 ;
      RECT 0.792 0.726 1.342 0.858 ;
      RECT 0.891 0.341 1.287 0.407 ;
      RECT 1.221 0.33 1.287 0.341 ;
      RECT 1.221 0.198 1.331 0.33 ;
      RECT 0.891 0.198 0.957 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 1.441 0.924 1.507 1.155 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.319 0.693 0.385 ;
    RECT 0.627 0.385 0.693 0.495 ;
    RECT 0.627 0.495 1.122 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.473 0.748 0.693 0.814 ;
    RECT 0.473 0.814 0.539 0.825 ;
    RECT 0.099 0.825 0.539 0.891 ;
    RECT 0.099 0.891 0.165 0.99 ;
  END
END LDH_BUF_S_4
#
# 
MACRO LDH_BUF_S_40 FOREIGN C0A07BLDH_BUF_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 10.428 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.428 0.033 ;
      RECT 8.822 0.033 8.888 0.143 ;
      RECT 8.756 0.143 8.888 0.209 ;
      RECT 8.448 0.033 8.514 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.096 0.033 8.162 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.744 0.033 7.81 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.27 0.033 6.336 0.143 ;
      RECT 6.27 0.143 6.402 0.209 ;
      RECT 5.918 0.033 5.984 0.143 ;
      RECT 5.918 0.143 6.05 0.209 ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.928 0.033 4.994 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 10.428 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.622424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.904 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.573 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.363 6.336 0.726 ;
      RECT 3.96 0.726 10.197 0.858 ;
      RECT 10.131 0.858 10.197 0.99 ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.96 0.275 9.075 0.363 ;
      RECT 8.987 0.132 9.075 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.428 1.221 ;
      RECT 9.196 1.023 9.262 1.155 ;
      RECT 9.13 0.957 9.262 1.023 ;
      RECT 8.822 1.023 8.888 1.155 ;
      RECT 8.756 0.957 8.888 1.023 ;
      RECT 8.448 1.023 8.514 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.04 1.023 7.106 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 10.307 0.924 10.373 1.155 ;
      RECT 9.966 1.023 10.032 1.155 ;
      RECT 9.9 0.957 10.032 1.023 ;
      RECT 9.548 1.023 9.614 1.155 ;
      RECT 9.482 0.957 9.614 1.023 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.688 1.023 6.754 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 5.632 1.023 5.698 1.155 ;
      RECT 5.566 0.957 5.698 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 10.428 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 10.428 0.462 ;
    RECT 0 0.462 3.85 0.528 ;
    RECT 10.01 0.462 10.428 0.528 ;
    RECT 3.85 0.462 10.01 0.528 ;
    RECT 0 0.528 10.428 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.275 3.85 0.363 ;
    RECT 3.762 0.363 3.85 0.495 ;
    RECT 3.993 0.429 5.082 0.495 ;
    RECT 5.346 0.429 5.852 0.495 ;
    RECT 6.71 0.429 9.339 0.495 ;
    RECT 3.762 0.495 4.059 0.561 ;
    RECT 5.764 0.495 6.094 0.561 ;
    RECT 6.435 0.495 6.798 0.561 ;
    LAYER M2L ;
    RECT 3.762 0.495 6.798 0.561 ;
    VIA 3.96 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.6 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    VIA 6.732 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.762 0.561 3.85 0.825 ;
    RECT 0.055 0.825 3.85 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDH_BUF_S_40
#
# 
MACRO LDH_BUF_S_5 FOREIGN C0A07BLDH_BUF_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224818 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.792 0.726 1.617 0.858 ;
      RECT 1.551 0.858 1.617 0.99 ;
      RECT 0.825 0.319 1.419 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.275 ;
    RECT 0.077 0.275 0.693 0.341 ;
    RECT 0.627 0.341 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.429 0.748 0.693 0.814 ;
    RECT 0.429 0.814 0.495 0.825 ;
    RECT 0.077 0.825 0.495 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_BUF_S_5
#
# 
MACRO LDH_BUF_S_6 FOREIGN C0A07BLDH_BUF_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.726 ;
      RECT 0.924 0.726 1.848 0.858 ;
      RECT 1.001 0.275 1.683 0.341 ;
      RECT 1.001 0.176 1.067 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.969 0.946 2.035 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.242 0.319 0.319 ;
    RECT 0.253 0.319 0.825 0.385 ;
    RECT 0.759 0.385 0.825 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 0.759 0.561 0.825 0.847 ;
    RECT 0.22 0.847 0.825 0.913 ;
  END
END LDH_BUF_S_6
#
# 
MACRO LDH_BUF_S_8 FOREIGN C0A07BLDH_BUF_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.814 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.726 ;
      RECT 1.166 0.726 2.398 0.858 ;
      RECT 1.199 0.297 2.211 0.363 ;
      RECT 1.199 0.22 1.265 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.068 0.979 2.2 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.475 0.946 2.541 1.155 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.198 0.495 0.319 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.001 0.385 1.067 0.495 ;
    RECT 1.001 0.495 1.98 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.077 0.825 1.067 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_BUF_S_8
#
# 
MACRO LDH_CFSCOB_2 FOREIGN C0A07BLDH_CFSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.165 ;
      RECT 3.344 0.165 3.476 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.198 1.881 0.627 ;
      RECT 1.617 0.627 1.881 0.693 ;
      RECT 0.561 0.297 0.627 0.462 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.914 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.848 0.264 V1L2L ;
    END
  END A
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END CI0
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 2.904 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.231 3.267 0.682 ;
      RECT 3.168 0.682 3.267 0.748 ;
      RECT 2.64 0.165 3.267 0.231 ;
    END
  END CO1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.462 2.013 0.99 ;
      RECT 0.132 0.594 0.495 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 2.046 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.98 0.66 V1L2L ;
    END
  END B
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.726 4.752 0.858 ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.297 4.686 0.363 ;
      RECT 4.521 0.209 4.587 0.297 ;
      RECT 4.026 0.143 4.587 0.209 ;
    END
  END CO0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.092 1.045 4.158 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.674 1.045 3.74 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 2.464 1.045 2.53 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 0.33 0.528 ;
    RECT 0.814 0.462 4.884 0.528 ;
    RECT 0.33 0.462 0.814 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.891 0.165 ;
    RECT 0.957 0.132 1.023 0.924 ;
    RECT 0.231 0.165 0.297 0.264 ;
    RECT 0.825 0.165 0.891 0.693 ;
    RECT 2.145 0.176 2.211 0.297 ;
    RECT 1.287 0.198 1.375 0.924 ;
    RECT 1.639 0.22 1.705 0.363 ;
    RECT 3.564 0.275 4.301 0.319 ;
    RECT 2.145 0.297 2.948 0.363 ;
    RECT 4.389 0.308 4.455 0.583 ;
    RECT 3.498 0.319 4.301 0.341 ;
    RECT 3.069 0.33 3.135 0.55 ;
    RECT 3.498 0.341 3.63 0.385 ;
    RECT 4.235 0.341 4.301 0.418 ;
    RECT 1.441 0.363 1.705 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 4.488 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.441 0.429 1.507 0.825 ;
    RECT 2.277 0.462 2.343 0.693 ;
    RECT 3.333 0.495 3.762 0.561 ;
    RECT 3.003 0.55 3.135 0.616 ;
    RECT 3.333 0.561 3.399 0.825 ;
    RECT 4.334 0.583 4.455 0.649 ;
    RECT 0.627 0.693 0.891 0.759 ;
    RECT 2.145 0.693 2.937 0.759 ;
    RECT 0.627 0.759 0.693 0.924 ;
    RECT 2.871 0.759 2.937 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.441 0.825 1.881 0.891 ;
    RECT 2.321 0.825 2.772 0.891 ;
    RECT 2.871 0.825 3.399 0.891 ;
    RECT 3.498 0.825 4.29 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 2.706 0.891 2.772 0.957 ;
    RECT 2.321 0.891 2.387 0.968 ;
    RECT 4.224 0.891 4.29 0.957 ;
    RECT 4.763 0.924 4.829 0.957 ;
    RECT 2.706 0.957 3.476 1.023 ;
    RECT 4.224 0.957 4.829 1.023 ;
    RECT 4.763 1.023 4.829 1.056 ;
  END
END LDH_CFSCOB_2
#
# 
MACRO LDH_CFSCOB_4 FOREIGN C0A07BLDH_CFSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.667 0.033 7.733 0.264 ;
      RECT 7.282 0.033 7.348 0.165 ;
      RECT 7.282 0.165 7.414 0.231 ;
      RECT 6.963 0.033 7.029 0.264 ;
      RECT 5.929 0.033 5.995 0.198 ;
      RECT 5.896 0.198 5.995 0.264 ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.247 0.033 5.313 0.264 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.509 0.033 3.575 0.176 ;
      RECT 3.476 0.176 3.575 0.242 ;
      RECT 3.157 0.033 3.223 0.176 ;
      RECT 3.157 0.176 3.256 0.242 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 1.793 0.033 1.859 0.242 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.137 0.693 ;
      RECT 4.686 0.693 5.137 0.759 ;
      RECT 4.257 0.363 5.137 0.429 ;
      RECT 5.049 0.198 5.137 0.363 ;
      RECT 4.719 0.264 4.785 0.363 ;
      RECT 3.828 0.297 4.323 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.429 7.491 0.693 ;
      RECT 7.106 0.693 7.59 0.759 ;
      RECT 7.106 0.66 7.172 0.693 ;
      RECT 6.666 0.363 7.491 0.429 ;
      RECT 7.425 0.297 7.59 0.363 ;
      RECT 7.139 0.264 7.205 0.363 ;
      RECT 6.248 0.297 6.732 0.363 ;
    END
  END CO0
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.528 6.435 0.594 ;
      RECT 6.237 0.462 6.567 0.528 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.237 0.528 6.303 0.726 ;
    END
  END CI0
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.561 2.739 0.726 ;
      RECT 2.673 0.495 2.893 0.561 ;
      RECT 0.297 0.33 0.363 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.429 0.693 ;
      RECT 0.363 0.693 0.429 0.759 ;
      RECT 0.363 0.759 2.607 0.825 ;
      RECT 2.541 0.693 2.607 0.759 ;
      RECT 2.541 0.627 2.772 0.693 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 0.33 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.627 2.365 0.693 ;
      RECT 2.101 0.693 2.167 0.858 ;
      RECT 0.561 0.33 0.627 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.244 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 5.544 1.045 5.61 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.422 1.023 4.488 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.3 0.979 3.432 1.045 ;
      RECT 2.937 0.924 3.003 1.155 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.666 1.045 6.732 1.155 ;
      RECT 6.6 0.979 6.732 1.045 ;
      RECT 6.248 1.045 6.314 1.155 ;
      RECT 6.248 0.979 6.38 1.045 ;
      RECT 5.896 1.045 5.962 1.155 ;
      RECT 5.896 0.979 6.028 1.045 ;
      RECT 4.004 1.045 4.07 1.155 ;
      RECT 4.004 0.979 4.136 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.123 0.099 2.541 0.165 ;
    RECT 4.389 0.132 4.455 0.165 ;
    RECT 6.809 0.132 6.875 0.165 ;
    RECT 0.374 0.165 0.825 0.231 ;
    RECT 2.123 0.165 2.189 0.286 ;
    RECT 2.475 0.165 2.541 0.363 ;
    RECT 3.652 0.165 4.455 0.231 ;
    RECT 6.072 0.165 6.875 0.231 ;
    RECT 2.981 0.176 3.047 0.319 ;
    RECT 2.827 0.198 2.893 0.363 ;
    RECT 0.913 0.22 0.979 0.297 ;
    RECT 0.759 0.231 0.825 0.495 ;
    RECT 4.389 0.231 4.455 0.264 ;
    RECT 3.652 0.231 3.718 0.319 ;
    RECT 6.809 0.231 6.875 0.264 ;
    RECT 6.072 0.231 6.138 0.341 ;
    RECT 1.617 0.264 1.683 0.341 ;
    RECT 1.969 0.264 2.035 0.341 ;
    RECT 2.299 0.264 2.365 0.495 ;
    RECT 5.401 0.264 5.467 0.341 ;
    RECT 0.913 0.297 1.551 0.363 ;
    RECT 2.981 0.319 3.718 0.385 ;
    RECT 1.617 0.341 2.035 0.407 ;
    RECT 5.401 0.341 6.138 0.407 ;
    RECT 1.485 0.363 1.551 0.693 ;
    RECT 2.475 0.363 2.893 0.429 ;
    RECT 1.617 0.407 1.683 0.726 ;
    RECT 0.759 0.495 1.386 0.561 ;
    RECT 1.782 0.495 2.53 0.561 ;
    RECT 3.003 0.495 3.52 0.561 ;
    RECT 4.257 0.495 4.95 0.561 ;
    RECT 5.247 0.495 5.962 0.561 ;
    RECT 6.732 0.495 7.326 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 2.937 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 2.464 0.561 2.53 0.825 ;
    RECT 3.003 0.561 3.069 0.759 ;
    RECT 4.257 0.561 4.323 0.726 ;
    RECT 5.247 0.561 5.313 0.858 ;
    RECT 6.963 0.561 7.029 0.858 ;
    LAYER M2L ;
    RECT 2.871 0.561 2.937 0.627 ;
    RECT 2.871 0.627 5.511 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.913 0.693 1.551 0.759 ;
    LAYER M2L ;
    RECT 5.445 0.693 5.511 0.759 ;
    LAYER M1L ;
    RECT 1.617 0.726 2.035 0.792 ;
    RECT 5.401 0.748 5.467 0.825 ;
    RECT 0.913 0.759 0.979 0.836 ;
    RECT 1.221 0.759 1.287 0.99 ;
    RECT 2.904 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 2.673 0.759 5.346 0.825 ;
    RECT 5.445 0.759 7.062 0.825 ;
    VIA 5.28 0.792 V1L2L ;
    VIA 6.996 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.969 0.792 2.035 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.55 0.825 0.825 0.891 ;
    RECT 2.266 0.825 2.75 0.891 ;
    RECT 3.157 0.825 4.642 0.891 ;
    RECT 5.401 0.825 6.897 0.891 ;
    LAYER M2L ;
    RECT 2.673 0.825 2.739 0.891 ;
    LAYER M1L ;
    RECT 7.667 0.858 7.733 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.55 0.891 0.616 0.924 ;
    RECT 4.576 0.891 4.642 0.957 ;
    RECT 3.157 0.891 3.223 0.99 ;
    RECT 6.831 0.891 6.897 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.739 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.957 0.858 1.023 ;
    RECT 4.576 0.957 5.346 1.023 ;
    RECT 6.831 0.957 7.733 1.023 ;
    RECT 0.407 1.023 0.792 1.089 ;
  END
END LDH_CFSCOB_4
#
# 
MACRO LDH_CKGTNLTP_16 FOREIGN C0A07BLDH_CKGTNLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.9 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 0.033 9.592 0.143 ;
      RECT 9.526 0.143 9.658 0.209 ;
      RECT 0 -0.033 9.9 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.9 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
      VIA 9.636 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 9.449 0.33 9.559 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 9.57 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 9.504 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 9.636 0.759 9.867 0.825 ;
      RECT 9.779 0.825 9.867 0.99 ;
      RECT 9.779 0.132 9.867 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 1.045 9.592 1.155 ;
      RECT 0 1.155 9.9 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 9.526 0.979 9.658 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 9.9 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
      VIA 9.636 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.9 0.528 ;
    RECT 0 0.528 9.9 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 9.317 0.132 9.427 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 9.317 0.264 9.383 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 9.647 0.462 9.713 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 9.317 0.627 9.713 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 9.361 0.693 9.427 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDH_CKGTNLTP_16
#
# 
MACRO LDH_CKGTNLTP_2 FOREIGN C0A07BLDH_CKGTNLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 0.033 3.916 0.143 ;
      RECT 3.85 0.143 3.982 0.209 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.487 0.033 3.553 0.396 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.33 3.883 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.528 ;
      LAYER M2L ;
      RECT 1.848 0.363 3.894 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 3.828 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.154 3.399 0.902 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.759 4.191 0.825 ;
      RECT 4.103 0.825 4.191 0.99 ;
      RECT 4.103 0.132 4.191 0.759 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.487 0.792 3.553 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.85 0.979 3.982 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 3.641 0.132 3.751 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.958 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.892 0.209 1.958 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 3.641 0.264 3.707 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.255 0.297 2.695 0.363 ;
    RECT 2.761 0.297 3.245 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.629 0.363 2.695 0.495 ;
    RECT 2.255 0.363 2.321 0.858 ;
    RECT 3.179 0.363 3.245 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.497 0.462 2.563 0.627 ;
    RECT 3.003 0.462 3.069 0.627 ;
    RECT 3.971 0.462 4.037 0.627 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.629 0.495 2.827 0.561 ;
    RECT 2.497 0.627 3.069 0.693 ;
    RECT 3.641 0.627 4.037 0.693 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.641 0.693 3.707 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.728 0.825 3.245 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.353 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.563 1.045 ;
    RECT 1.221 1.045 2.563 1.089 ;
  END
END LDH_CKGTNLTP_2
#
# 
MACRO LDH_CKGTNLTP_4 FOREIGN C0A07BLDH_CKGTNLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.257 0.033 4.323 0.396 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.33 4.675 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 4.686 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 4.62 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.627 4.147 0.693 ;
      RECT 4.059 0.693 4.147 0.924 ;
      RECT 3.729 0.693 3.795 0.924 ;
      RECT 4.059 0.429 4.147 0.627 ;
      RECT 3.729 0.363 4.147 0.429 ;
      RECT 4.059 0.154 4.147 0.363 ;
      RECT 3.729 0.154 3.795 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.759 4.983 0.825 ;
      RECT 4.895 0.825 4.983 0.99 ;
      RECT 4.895 0.132 4.983 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 3.905 0.792 3.971 1.155 ;
      RECT 3.553 0.924 3.619 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.642 0.979 4.774 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 4.433 0.132 4.543 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 4.433 0.264 4.499 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 4.763 0.462 4.829 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.894 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 4.433 0.627 4.829 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 4.433 0.693 4.499 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDH_CKGTNLTP_4
#
# 
MACRO LDH_CKGTNLTP_8 FOREIGN C0A07BLDH_CKGTNLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 0.033 6.424 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.017 0.033 6.083 0.396 ;
      RECT 5.665 0.033 5.731 0.264 ;
      RECT 5.313 0.033 5.379 0.264 ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 6.281 0.33 6.391 0.528 ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 6.402 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 6.336 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.627 5.907 0.693 ;
      RECT 5.819 0.693 5.907 0.924 ;
      RECT 5.489 0.693 5.555 0.924 ;
      RECT 5.115 0.693 5.203 0.924 ;
      RECT 4.785 0.693 4.851 0.924 ;
      RECT 5.819 0.429 5.907 0.627 ;
      RECT 4.785 0.363 5.907 0.429 ;
      RECT 5.819 0.154 5.907 0.363 ;
      RECT 5.489 0.154 5.555 0.363 ;
      RECT 5.115 0.154 5.203 0.363 ;
      RECT 4.785 0.154 4.851 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.759 6.699 0.825 ;
      RECT 6.611 0.825 6.699 0.99 ;
      RECT 6.611 0.132 6.699 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.665 0.792 5.731 1.155 ;
      RECT 5.313 0.792 5.379 1.155 ;
      RECT 4.961 0.792 5.027 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.017 0.792 6.083 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.358 0.979 6.49 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 6.149 0.132 6.259 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 6.149 0.264 6.215 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 6.479 0.462 6.545 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.214 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 6.149 0.627 6.545 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 6.193 0.693 6.259 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDH_CKGTNLTP_8
#
# 
MACRO LDH_CKGTNLT_16 FOREIGN C0A07BLDH_CKGTNLT_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 0 0.528 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDH_CKGTNLT_16
#
# 
MACRO LDH_CKGTNLT_2 FOREIGN C0A07BLDH_CKGTNLT_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.396 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.627 3.432 0.693 ;
      RECT 3.267 0.693 3.333 0.891 ;
      RECT 3.168 0.891 3.333 0.957 ;
      RECT 3.267 0.561 3.333 0.627 ;
      RECT 3.267 0.495 3.432 0.561 ;
      RECT 3.267 0.154 3.333 0.495 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.211 0.132 2.277 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.914 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.848 0.209 1.914 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.717 0.22 2.783 0.297 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.211 0.297 2.651 0.363 ;
    RECT 2.717 0.297 3.201 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.585 0.363 2.651 0.495 ;
    RECT 2.321 0.363 2.387 0.748 ;
    RECT 3.135 0.363 3.201 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.145 0.462 2.211 0.605 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 2.959 0.462 3.025 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.585 0.495 2.783 0.561 ;
    RECT 2.079 0.605 2.211 0.671 ;
    RECT 2.453 0.627 3.025 0.693 ;
    RECT 2.079 0.671 2.145 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.211 0.748 2.387 0.814 ;
    RECT 2.684 0.759 3.201 0.825 ;
    RECT 2.211 0.814 2.277 0.88 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.145 0.913 ;
    RECT 1.353 0.913 2.145 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDH_CKGTNLT_2
#
# 
MACRO LDH_CKGTNLT_4 FOREIGN C0A07BLDH_CKGTNLT_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.323 0.033 4.389 0.396 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.627 4.213 0.693 ;
      RECT 4.125 0.693 4.213 0.924 ;
      RECT 3.795 0.693 3.861 0.924 ;
      RECT 4.125 0.429 4.213 0.627 ;
      RECT 3.795 0.363 4.213 0.429 ;
      RECT 4.125 0.154 4.213 0.363 ;
      RECT 3.795 0.154 3.861 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 4.323 0.792 4.389 1.155 ;
      RECT 3.971 0.792 4.037 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.96 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDH_CKGTNLT_4
#
# 
MACRO LDH_CKGTNLT_8 FOREIGN C0A07BLDH_CKGTNLT_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.396 ;
      RECT 5.731 0.033 5.797 0.264 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.627 5.973 0.693 ;
      RECT 5.885 0.693 5.973 0.924 ;
      RECT 5.555 0.693 5.621 0.924 ;
      RECT 5.181 0.693 5.269 0.924 ;
      RECT 4.851 0.693 4.917 0.924 ;
      RECT 5.885 0.429 5.973 0.627 ;
      RECT 4.851 0.363 5.973 0.429 ;
      RECT 5.885 0.154 5.973 0.363 ;
      RECT 5.555 0.154 5.621 0.363 ;
      RECT 5.181 0.154 5.269 0.363 ;
      RECT 4.851 0.154 4.917 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.379 0.792 5.445 1.155 ;
      RECT 5.027 0.792 5.093 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.083 0.792 6.149 1.155 ;
      RECT 5.731 0.792 5.797 1.155 ;
      RECT 4.675 0.924 4.741 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.28 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDH_CKGTNLT_8
#
# 
MACRO LDH_CKGTPLS_1 FOREIGN C0A07BLDH_CKGTPLS_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.693 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.726 ;
      RECT 3.157 0.726 3.267 0.858 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.629 0.594 ;
      RECT 2.541 0.462 2.629 0.528 ;
      RECT 2.409 0.462 2.475 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.013 0.726 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.2 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.761 0.132 2.871 0.264 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.353 0.165 1.419 0.407 ;
    RECT 2.629 0.176 2.695 0.297 ;
    RECT 1.111 0.231 1.254 0.297 ;
    RECT 1.485 0.231 1.991 0.297 ;
    RECT 0.033 0.264 0.099 0.682 ;
    RECT 0.429 0.264 0.495 0.297 ;
    RECT 2.2 0.264 2.266 0.297 ;
    RECT 2.761 0.264 2.827 0.671 ;
    RECT 2.057 0.264 2.123 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.111 0.297 1.177 0.693 ;
    RECT 1.485 0.297 1.551 0.506 ;
    RECT 1.925 0.297 1.991 0.594 ;
    RECT 2.2 0.297 2.695 0.363 ;
    RECT 2.893 0.33 3.003 0.462 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.617 0.363 1.837 0.429 ;
    LAYER M2L ;
    RECT 1.65 0.363 3.036 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.276 0.407 1.419 0.473 ;
    RECT 1.771 0.429 1.837 0.506 ;
    RECT 1.617 0.429 1.683 0.693 ;
    RECT 2.893 0.462 2.959 0.594 ;
    RECT 2.057 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.528 ;
    RECT 3.025 0.528 3.135 0.594 ;
    RECT 2.145 0.528 2.211 0.825 ;
    RECT 1.837 0.594 1.991 0.66 ;
    RECT 3.025 0.594 3.091 0.825 ;
    RECT 1.837 0.66 1.903 0.858 ;
    RECT 0.561 0.671 1.012 0.737 ;
    RECT 2.354 0.671 2.882 0.737 ;
    RECT 0.033 0.682 0.363 0.748 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.561 0.737 0.627 0.858 ;
    RECT 0.297 0.748 0.363 0.858 ;
    RECT 0.033 0.748 0.121 1.012 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.66 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.748 0.825 1.474 0.891 ;
    RECT 2.145 0.825 3.091 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.902 0.957 1.628 1.023 ;
  END
END LDH_CKGTPLS_1
#
# 
MACRO LDH_CKGTPLS_12 FOREIGN C0A07BLDH_CKGTPLS_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.984 0.033 6.05 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.566 0.165 5.698 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.214 0.165 5.346 0.231 ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.862 0.165 4.994 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 4.862 0.726 6.402 0.825 ;
      RECT 4.51 0.825 6.402 0.858 ;
      RECT 4.51 0.858 4.928 0.891 ;
      RECT 4.686 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.552 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.838 0.143 3.311 0.209 ;
    RECT 1.661 0.165 1.727 0.473 ;
    RECT 2.486 0.165 2.552 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.209 3.311 0.275 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 2.343 0.264 2.409 0.671 ;
    RECT 3.245 0.275 4.422 0.341 ;
    RECT 2.662 0.275 3.179 0.341 ;
    RECT 1.276 0.297 1.43 0.363 ;
    RECT 3.113 0.341 3.179 0.407 ;
    RECT 1.364 0.363 1.43 0.671 ;
    RECT 3.113 0.407 3.751 0.473 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.54 0.473 1.727 0.539 ;
    RECT 3.685 0.473 3.751 0.693 ;
    RECT 2.486 0.495 3.014 0.561 ;
    RECT 4.719 0.495 6.006 0.561 ;
    RECT 1.969 0.506 2.035 0.671 ;
    RECT 3.113 0.539 3.586 0.605 ;
    RECT 4.719 0.561 4.785 0.693 ;
    RECT 3.113 0.605 3.179 0.671 ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.737 ;
    RECT 2.343 0.671 3.179 0.737 ;
    RECT 3.245 0.693 4.785 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 2.343 0.737 2.409 0.836 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.41 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.311 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDH_CKGTPLS_12
#
# 
MACRO LDH_CKGTPLS_16 FOREIGN C0A07BLDH_CKGTPLS_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.033 6.534 0.165 ;
      RECT 6.402 0.165 6.534 0.231 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.82 0.033 6.886 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.05 0.165 6.182 0.231 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.675 0.033 4.741 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 6.743 0.363 6.831 0.726 ;
      RECT 4.994 0.726 7.062 0.825 ;
      RECT 4.466 0.825 7.062 0.858 ;
      RECT 4.466 0.858 5.06 0.891 ;
      RECT 4.818 0.297 6.831 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.323 0.924 4.389 1.155 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.116 1.023 6.182 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.764 1.023 5.83 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 1.661 0.165 1.727 0.495 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.792 ;
    RECT 2.838 0.165 3.311 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.231 3.311 0.297 ;
    RECT 2.343 0.264 2.409 0.792 ;
    RECT 2.167 0.286 2.233 1.023 ;
    RECT 3.245 0.297 4.422 0.363 ;
    RECT 2.662 0.297 3.179 0.363 ;
    RECT 1.276 0.319 1.43 0.385 ;
    RECT 3.113 0.363 3.179 0.825 ;
    RECT 1.364 0.385 1.43 0.627 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.969 0.462 2.035 0.627 ;
    RECT 1.54 0.495 1.727 0.561 ;
    RECT 2.497 0.495 3.014 0.561 ;
    RECT 3.333 0.495 3.696 0.561 ;
    RECT 4.818 0.495 6.578 0.561 ;
    RECT 3.333 0.561 3.399 0.726 ;
    RECT 4.818 0.561 4.884 0.693 ;
    RECT 1.364 0.627 2.035 0.671 ;
    LAYER M2L ;
    RECT 2.31 0.627 3.432 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 3.366 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.693 ;
    RECT 1.298 0.693 1.43 0.737 ;
    RECT 3.619 0.693 4.884 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 3.619 0.759 3.685 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.795 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.685 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 3.795 0.891 3.861 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 3.41 0.957 3.861 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDH_CKGTPLS_16
#
# 
MACRO LDH_CKGTPLS_2 FOREIGN C0A07BLDH_CKGTPLS_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.396 ;
      RECT 0.165 0.396 0.363 0.462 ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.297 0.297 0.363 0.396 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.231 3.399 0.792 ;
      RECT 3.245 0.792 3.399 0.858 ;
      RECT 3.245 0.858 3.311 0.924 ;
      RECT 3.212 0.165 3.399 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 2.057 0.726 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 1.914 0.528 2.486 0.594 ;
    RECT 0 0.528 1.914 0.594 ;
    RECT 2.486 0.528 3.564 0.594 ;
    RECT 0 0.594 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.222 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.827 0.132 2.893 0.825 ;
    RECT 0.374 0.165 0.517 0.231 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.375 0.165 1.441 0.407 ;
    RECT 2.651 0.176 2.717 0.297 ;
    RECT 0.429 0.231 0.517 0.297 ;
    RECT 1.133 0.231 1.276 0.297 ;
    RECT 1.507 0.231 2.013 0.297 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 2.222 0.264 2.288 0.297 ;
    RECT 2.079 0.264 2.145 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.133 0.297 1.199 0.693 ;
    RECT 1.507 0.297 1.573 0.506 ;
    RECT 1.947 0.297 2.013 0.594 ;
    RECT 2.222 0.297 2.717 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.639 0.363 1.859 0.429 ;
    RECT 2.959 0.363 3.102 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 3.102 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.298 0.407 1.441 0.473 ;
    RECT 1.793 0.429 1.859 0.506 ;
    RECT 1.639 0.429 1.705 0.693 ;
    RECT 2.959 0.429 3.025 0.726 ;
    RECT 2.079 0.462 2.277 0.528 ;
    RECT 3.091 0.495 3.234 0.561 ;
    RECT 2.211 0.528 2.277 0.957 ;
    RECT 2.365 0.55 2.431 0.825 ;
    RECT 3.091 0.561 3.157 0.957 ;
    RECT 0.297 0.594 0.363 0.759 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.859 0.594 2.013 0.66 ;
    RECT 1.859 0.66 1.925 0.858 ;
    RECT 0.561 0.693 1.034 0.759 ;
    RECT 1.133 0.693 1.705 0.759 ;
    RECT 0.033 0.759 0.363 0.825 ;
    RECT 0.033 0.825 0.121 1.012 ;
    RECT 0.77 0.825 1.496 0.891 ;
    RECT 2.365 0.825 2.893 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.924 0.957 1.65 1.023 ;
    RECT 2.211 0.957 3.157 1.023 ;
  END
END LDH_CKGTPLS_2
#
# 
MACRO LDH_CKGTPLS_3 FOREIGN C0A07BLDH_CKGTPLS_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.341 3.927 0.825 ;
      RECT 3.586 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.586 0.275 4.059 0.341 ;
      RECT 3.971 0.198 4.059 0.275 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.605 3.267 0.99 ;
      RECT 3.333 0.605 3.399 0.726 ;
      RECT 3.201 0.539 3.399 0.605 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.377 0.924 3.443 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.365 0.924 2.431 1.155 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 2.618 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 1.749 0.165 1.815 0.407 ;
    RECT 2.552 0.165 2.618 0.55 ;
    RECT 0.429 0.165 0.495 0.924 ;
    RECT 3.289 0.198 3.355 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 1.254 0.231 1.386 0.297 ;
    RECT 2.717 0.242 2.783 0.407 ;
    RECT 2.156 0.253 2.288 0.319 ;
    RECT 2.365 0.275 2.431 0.759 ;
    RECT 2.882 0.275 3.355 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 1.023 ;
    RECT 1.254 0.297 1.32 0.539 ;
    RECT 2.222 0.319 2.288 0.671 ;
    RECT 1.518 0.407 1.815 0.473 ;
    RECT 2.717 0.407 3.531 0.473 ;
    RECT 3.465 0.473 3.531 0.495 ;
    RECT 2.805 0.473 2.871 0.726 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.254 0.539 2.112 0.605 ;
    RECT 2.97 0.539 3.135 0.605 ;
    RECT 2.552 0.55 2.717 0.616 ;
    RECT 1.254 0.605 1.32 0.671 ;
    RECT 3.069 0.605 3.135 1.023 ;
    RECT 2.651 0.616 2.717 0.682 ;
    RECT 1.254 0.671 1.408 0.737 ;
    RECT 1.738 0.671 2.288 0.737 ;
    RECT 2.805 0.726 3.003 0.858 ;
    RECT 2.189 0.737 2.255 0.946 ;
    RECT 2.365 0.759 2.607 0.825 ;
    RECT 1.122 0.814 1.771 0.847 ;
    RECT 2.541 0.825 2.607 1.023 ;
    RECT 1.056 0.847 1.771 0.88 ;
    RECT 2.937 0.858 3.003 0.924 ;
    RECT 1.056 0.88 1.188 0.913 ;
    RECT 1.705 0.88 1.771 0.946 ;
    RECT 0.913 0.924 0.979 1.012 ;
    RECT 1.496 0.957 1.628 1.012 ;
    RECT 0.913 1.012 1.628 1.023 ;
    RECT 0.055 1.023 0.627 1.089 ;
    RECT 0.913 1.023 1.562 1.078 ;
    RECT 2.541 1.023 3.135 1.089 ;
  END
END LDH_CKGTPLS_3
#
# 
MACRO LDH_CKGTPLS_4 FOREIGN C0A07BLDH_CKGTPLS_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.575 0.033 3.641 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.171336 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.542 0.726 4.026 0.858 ;
      RECT 3.718 0.297 4.191 0.363 ;
      RECT 4.103 0.198 4.191 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.432 0.132 3.498 0.165 ;
    RECT 1.661 0.165 1.727 0.407 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.86 0.165 3.498 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.089 0.297 ;
    RECT 1.254 0.231 1.408 0.297 ;
    RECT 2.134 0.253 2.266 0.319 ;
    RECT 2.343 0.275 2.409 0.671 ;
    RECT 1.023 0.297 1.089 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 1.342 0.297 1.408 0.539 ;
    RECT 2.662 0.297 3.531 0.363 ;
    RECT 2.178 0.319 2.266 1.023 ;
    RECT 3.465 0.363 3.531 0.495 ;
    RECT 2.959 0.363 3.025 0.759 ;
    RECT 1.518 0.407 1.727 0.473 ;
    RECT 3.091 0.462 3.157 0.924 ;
    RECT 2.497 0.495 2.86 0.561 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.342 0.539 2.068 0.605 ;
    RECT 1.342 0.605 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.343 0.671 2.585 0.737 ;
    RECT 2.519 0.737 2.585 0.924 ;
    RECT 2.86 0.759 3.025 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 2.519 0.924 3.157 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.266 1.089 ;
  END
END LDH_CKGTPLS_4
#
# 
MACRO LDH_CKGTPLS_6 FOREIGN C0A07BLDH_CKGTPLS_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.532 0.033 4.598 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.816 0.143 2.948 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253374 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.147 0.726 4.95 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.29 0.297 5.115 0.363 ;
      RECT 5.027 0.198 5.115 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.605 3.795 0.726 ;
      RECT 3.322 0.539 3.795 0.605 ;
      LAYER M2L ;
      RECT 3.564 0.627 3.96 0.693 ;
      VIA 3.762 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.497 0.924 2.563 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.541 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.553 0.143 4.026 0.209 ;
    RECT 2.475 0.165 2.541 0.407 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.553 0.209 3.619 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 2.134 0.242 2.233 0.308 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.321 0.275 2.387 0.539 ;
    RECT 2.64 0.275 3.619 0.341 ;
    RECT 3.718 0.275 4.07 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 2.167 0.308 2.233 1.023 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 4.004 0.341 4.07 0.495 ;
    RECT 2.475 0.407 3.927 0.473 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 3.861 0.473 3.927 0.594 ;
    RECT 4.004 0.495 4.686 0.561 ;
    RECT 2.321 0.539 2.948 0.605 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.342 0.583 2.068 0.649 ;
    RECT 2.321 0.605 2.387 0.858 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.816 0.693 3.619 0.759 ;
    RECT 3.553 0.759 3.619 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 2.64 0.825 3.454 0.891 ;
    RECT 3.553 0.825 4.07 0.891 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDH_CKGTPLS_6
#
# 
MACRO LDH_CKGTPLS_8 FOREIGN C0A07BLDH_CKGTPLS_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.927 0.594 ;
      LAYER M2L ;
      RECT 3.465 0.495 3.927 0.561 ;
      VIA 3.828 0.528 V1L2L ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.726 ;
      RECT 4.169 0.726 5.412 0.858 ;
      RECT 4.169 0.858 4.235 0.99 ;
      RECT 4.488 0.297 5.379 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.497 0.165 2.563 0.319 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.838 0.165 3.696 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.133 0.297 ;
    RECT 3.63 0.231 3.696 0.319 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.343 0.275 2.409 0.495 ;
    RECT 1.067 0.297 1.133 0.726 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 3.366 0.297 3.553 0.363 ;
    RECT 2.497 0.319 3.146 0.385 ;
    RECT 3.63 0.319 4.07 0.385 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 3.487 0.363 3.553 0.693 ;
    RECT 3.08 0.385 3.146 0.495 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 2.343 0.495 2.97 0.561 ;
    RECT 3.08 0.495 3.388 0.561 ;
    RECT 4.026 0.495 5.126 0.561 ;
    RECT 1.969 0.506 2.035 0.583 ;
    RECT 2.343 0.561 2.409 0.836 ;
    RECT 4.026 0.561 4.092 0.693 ;
    RECT 1.342 0.583 2.035 0.649 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.838 0.693 4.092 0.759 ;
    RECT 1.122 0.825 1.782 0.891 ;
    RECT 2.662 0.825 3.894 0.891 ;
    RECT 1.056 0.891 1.188 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDH_CKGTPLS_8
#
# 
MACRO LDH_CKGTPLTP_16 FOREIGN C0A07BLDH_CKGTPLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 0.033 6.93 0.143 ;
      RECT 6.864 0.143 6.996 0.209 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 5.291 0.374 5.379 0.726 ;
      RECT 3.784 0.726 6.358 0.858 ;
      RECT 3.784 0.858 3.872 0.99 ;
      RECT 5.687 0.374 5.775 0.726 ;
      RECT 3.938 0.286 5.83 0.374 ;
      RECT 4.763 0.374 4.851 0.726 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.44 6.831 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 6.864 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 6.798 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 7.117 0.726 7.227 0.99 ;
      RECT 7.161 0.396 7.227 0.726 ;
      RECT 7.117 0.132 7.227 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 1.045 6.93 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.864 0.979 6.996 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 6.699 0.132 6.765 0.275 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 6.567 0.275 6.996 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 6.93 0.341 6.996 0.462 ;
    RECT 6.567 0.341 6.633 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.331 0.363 1.397 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 6.93 0.462 7.04 0.594 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 1.551 0.528 1.661 0.66 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 1.595 0.66 1.661 1.023 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.265 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 6.567 0.924 6.765 0.99 ;
    RECT 6.699 0.99 6.765 1.056 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDH_CKGTPLTP_16
#
# 
MACRO LDH_CKGTPLTP_2 FOREIGN C0A07BLDH_CKGTPLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.44 3.531 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.564 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.498 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.726 3.927 0.99 ;
      RECT 3.861 0.396 3.927 0.726 ;
      RECT 3.817 0.132 3.927 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 3.399 0.132 3.465 0.275 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 3.311 0.275 3.696 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 3.63 0.341 3.696 0.462 ;
    RECT 3.311 0.341 3.377 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 3.63 0.462 3.74 0.594 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 3.311 0.924 3.465 0.99 ;
    RECT 3.399 0.99 3.465 1.056 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDH_CKGTPLTP_2
#
# 
MACRO LDH_CKGTPLTP_4 FOREIGN C0A07BLDH_CKGTPLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.242 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.465 0.429 ;
      RECT 3.333 0.429 3.399 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.399 0.198 3.465 0.363 ;
      RECT 3.047 0.198 3.135 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.44 3.927 0.858 ;
      RECT 1.749 0.528 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.96 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.894 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.213 0.726 4.323 0.99 ;
      RECT 4.257 0.396 4.323 0.726 ;
      RECT 4.213 0.132 4.323 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.045 4.026 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.96 0.979 4.092 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 3.795 0.132 3.861 0.275 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.518 0.165 1.958 0.209 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 1.452 0.209 1.958 0.231 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 3.707 0.275 4.092 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.76 0.297 2.211 0.341 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.211 0.363 ;
    RECT 4.026 0.341 4.092 0.462 ;
    RECT 3.707 0.341 3.773 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.826 0.407 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 2.893 0.363 2.959 0.495 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.463 0.407 1.529 0.891 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 4.026 0.462 4.136 0.594 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 2.893 0.495 3.124 0.561 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 2.893 0.561 2.959 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 3.707 0.924 3.861 0.99 ;
    RECT 3.795 0.99 3.861 1.056 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDH_CKGTPLTP_4
#
# 
MACRO LDH_CKGTPLTP_8 FOREIGN C0A07BLDH_CKGTPLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.148 0.143 5.28 0.209 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.363 4.433 0.429 ;
      RECT 3.993 0.429 4.081 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 4.367 0.264 4.433 0.363 ;
      RECT 3.993 0.264 4.081 0.363 ;
      RECT 3.663 0.264 3.729 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.44 5.115 0.858 ;
      RECT 1.749 0.484 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 5.148 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 5.082 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.401 0.726 5.511 0.99 ;
      RECT 5.445 0.396 5.511 0.726 ;
      RECT 5.401 0.132 5.511 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.148 0.979 5.28 1.045 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 4.719 0.924 4.785 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 4.983 0.132 5.049 0.275 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 4.851 0.275 5.28 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.65 0.297 2.255 0.341 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.255 0.363 ;
    RECT 5.214 0.341 5.28 0.462 ;
    RECT 4.851 0.341 4.917 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.716 0.407 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.331 0.407 1.397 0.891 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 5.214 0.462 5.324 0.594 ;
    RECT 3.355 0.473 3.421 0.495 ;
    RECT 3.355 0.495 3.861 0.561 ;
    RECT 1.551 0.506 1.661 0.638 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 3.355 0.561 3.421 0.847 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 1.595 0.638 1.661 1.023 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.265 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 4.851 0.924 5.049 0.99 ;
    RECT 4.983 0.99 5.049 1.056 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDH_CKGTPLTP_8
#
# 
MACRO LDH_CKGTPLT_1 FOREIGN C0A07BLDH_CKGTPLT_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.068 0.165 2.2 0.231 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
      RECT 3.025 0.726 3.135 0.858 ;
      RECT 3.025 0.858 3.091 0.924 ;
      RECT 3.025 0.198 3.135 0.33 ;
      RECT 3.025 0.132 3.091 0.198 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.66 1.947 0.858 ;
      RECT 1.815 0.594 1.947 0.66 ;
      RECT 1.815 0.462 1.881 0.594 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.287 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.936 0.132 2.002 0.165 ;
    RECT 1.353 0.132 1.419 0.297 ;
    RECT 2.299 0.132 2.365 0.451 ;
    RECT 1.496 0.165 2.002 0.231 ;
    RECT 1.221 0.165 1.287 0.484 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.319 ;
    RECT 0.583 0.231 0.748 0.297 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 0.583 0.297 0.649 0.44 ;
    RECT 1.353 0.297 2.211 0.363 ;
    RECT 2.475 0.319 2.959 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.484 ;
    RECT 1.507 0.363 1.573 0.891 ;
    RECT 1.045 0.374 1.111 0.44 ;
    RECT 2.893 0.385 2.959 0.759 ;
    RECT 0.583 0.44 1.111 0.506 ;
    RECT 2.299 0.451 2.64 0.517 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 2.299 0.517 2.365 0.88 ;
    RECT 2.717 0.55 2.783 0.627 ;
    RECT 1.639 0.572 1.705 1.023 ;
    RECT 1.254 0.583 1.386 0.649 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 1.254 0.649 1.32 0.759 ;
    RECT 0.869 0.66 0.935 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 1.056 0.759 1.32 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.748 0.957 ;
    RECT 0.869 0.891 1.573 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDH_CKGTPLT_1
#
# 
MACRO LDH_CKGTPLT_12 FOREIGN C0A07BLDH_CKGTPLT_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.795 0.726 5.698 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.795 0.297 5.302 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.233 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.167 0.363 2.233 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.451 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.904 0.451 3.707 0.495 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 2.904 0.495 4.598 0.517 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.641 0.517 4.598 0.561 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.583 3.432 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.432 0.649 ;
    RECT 2.497 0.649 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDH_CKGTPLT_12
#
# 
MACRO LDH_CKGTPLT_16 FOREIGN C0A07BLDH_CKGTPLT_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.374 4.851 0.726 ;
      RECT 3.795 0.726 6.358 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.938 0.286 5.83 0.374 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.05 0.957 6.182 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDH_CKGTPLT_16
#
# 
MACRO LDH_CKGTPLT_2 FOREIGN C0A07BLDH_CKGTPLT_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDH_CKGTPLT_2
#
# 
MACRO LDH_CKGTPLT_20 FOREIGN C0A07BLDH_CKGTPLT_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.816024 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.385 5.511 0.726 ;
      RECT 3.795 0.726 7.128 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.762 0.363 5.511 0.385 ;
      RECT 3.762 0.275 6.006 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.754 1.023 6.82 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.242 2.585 0.308 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.308 2.937 0.374 ;
    RECT 3.597 0.33 3.663 0.495 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    LAYER M2L ;
    RECT 2.838 0.363 3.696 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.374 2.937 0.462 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.113 0.495 3.41 0.561 ;
    RECT 3.597 0.495 5.346 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.113 0.561 3.179 0.627 ;
    RECT 3.597 0.561 3.663 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDH_CKGTPLT_20
#
# 
MACRO LDH_CKGTPLT_3 FOREIGN C0A07BLDH_CKGTPLT_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.267 0.033 3.333 0.308 ;
      RECT 2.112 0.033 2.178 0.231 ;
      RECT 2.112 0.231 2.244 0.297 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.069 0.693 3.531 0.759 ;
      RECT 3.443 0.759 3.531 0.858 ;
      RECT 3.069 0.759 3.157 0.858 ;
      RECT 3.069 0.407 3.531 0.473 ;
      RECT 3.443 0.198 3.531 0.407 ;
      RECT 3.069 0.198 3.157 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.528 1.947 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.101 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.267 0.858 3.333 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.265 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.518 0.132 1.584 0.165 ;
    RECT 1.98 0.132 2.046 0.165 ;
    RECT 1.331 0.154 1.397 0.297 ;
    RECT 1.518 0.165 2.046 0.231 ;
    RECT 1.199 0.165 1.265 0.44 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.519 0.176 2.585 0.319 ;
    RECT 2.343 0.198 2.409 0.473 ;
    RECT 0.583 0.253 0.726 0.319 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.331 0.297 1.595 0.363 ;
    RECT 0.583 0.319 0.649 0.44 ;
    RECT 2.519 0.319 3.003 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.529 0.363 2.277 0.429 ;
    RECT 1.023 0.374 1.089 0.44 ;
    RECT 2.937 0.385 3.003 0.759 ;
    RECT 2.211 0.429 2.277 0.594 ;
    RECT 1.529 0.429 1.595 0.891 ;
    RECT 0.583 0.44 1.089 0.506 ;
    RECT 1.199 0.44 1.386 0.506 ;
    RECT 2.343 0.473 2.684 0.539 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.661 0.528 1.727 1.023 ;
    RECT 2.343 0.539 2.409 0.88 ;
    RECT 2.761 0.55 2.827 0.627 ;
    RECT 1.254 0.605 1.386 0.671 ;
    RECT 2.497 0.627 2.827 0.693 ;
    RECT 0.847 0.66 0.913 0.891 ;
    RECT 1.254 0.671 1.32 0.759 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 1.034 0.759 1.32 0.825 ;
    RECT 2.695 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.695 0.825 2.761 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.847 0.891 1.595 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDH_CKGTPLT_3
#
# 
MACRO LDH_CKGTPLT_4 FOREIGN C0A07BLDH_CKGTPLT_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.308 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.047 0.407 3.465 0.473 ;
      RECT 3.399 0.198 3.465 0.407 ;
      RECT 3.047 0.198 3.135 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.211 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.893 0.363 2.959 0.759 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDH_CKGTPLT_4
#
# 
MACRO LDH_CKGTPLT_6 FOREIGN C0A07BLDH_CKGTPLT_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267894 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.341 4.059 0.726 ;
      RECT 3.432 0.726 4.356 0.858 ;
      RECT 3.465 0.275 4.29 0.341 ;
      RECT 3.465 0.198 3.531 0.275 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.583 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.297 ;
    RECT 3.267 0.22 3.333 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.893 0.297 3.333 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.429 ;
    RECT 2.75 0.429 3.333 0.495 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.267 0.495 3.894 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 3.267 0.561 3.333 0.847 ;
    RECT 2.343 0.583 2.816 0.649 ;
    RECT 2.959 0.583 3.168 0.649 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.649 2.409 0.858 ;
    RECT 2.959 0.649 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.333 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDH_CKGTPLT_6
#
# 
MACRO LDH_CKGTPLT_8 FOREIGN C0A07BLDH_CKGTPLT_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 3.63 0.297 4.466 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.355 0.473 3.421 0.847 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDH_CKGTPLT_8
#
# 
MACRO LDH_CKGTPL_12 FOREIGN C0A07BLDH_CKGTPL_12_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.564 0.726 5.478 0.858 ;
      RECT 3.564 0.297 5.247 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 4.466 0.979 4.598 1.045 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 4.818 0.979 4.95 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 2.145 0.198 2.211 0.495 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    LAYER M2L ;
    RECT 1.518 0.231 2.244 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.398 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 4.928 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.431 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.431 0.891 2.497 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDH_CKGTPL_12
#
# 
MACRO LDH_CKGTPL_16 FOREIGN C0A07BLDH_CKGTPL_16_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.544 0.143 5.676 0.209 ;
      RECT 5.258 0.033 5.324 0.143 ;
      RECT 5.192 0.143 5.324 0.209 ;
      RECT 4.906 0.033 4.972 0.143 ;
      RECT 4.84 0.143 4.972 0.209 ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 4.136 0.033 4.202 0.143 ;
      RECT 4.136 0.143 4.268 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66792 ;
    PORT
      LAYER M1L ;
      RECT 5.423 0.363 5.511 0.726 ;
      RECT 3.564 0.726 6.248 0.858 ;
      RECT 3.597 0.297 5.819 0.363 ;
      RECT 5.753 0.22 5.819 0.297 ;
      RECT 3.597 0.198 3.663 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.258 1.023 5.324 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 4.202 1.023 4.268 1.155 ;
      RECT 4.136 0.957 4.268 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.376 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 5.324 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.409 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDH_CKGTPL_16
#
# 
MACRO LDH_CKGTPL_2 FOREIGN C0A07BLDH_CKGTPL_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.374 3.267 0.693 ;
      RECT 2.97 0.693 3.267 0.759 ;
      RECT 2.805 0.308 3.267 0.374 ;
      RECT 3.179 0.198 3.267 0.308 ;
      RECT 2.805 0.198 2.871 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.726 ;
      RECT 0.693 0.33 0.891 0.396 ;
      RECT 0.825 0.396 0.891 0.594 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.429 0.132 0.495 0.231 ;
    RECT 1.881 0.132 1.947 0.429 ;
    RECT 2.035 0.132 2.101 0.297 ;
    RECT 1.353 0.165 1.419 0.517 ;
    RECT 2.651 0.176 2.717 0.495 ;
    RECT 0.429 0.231 0.594 0.297 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.508 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.253 1.243 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 0.429 0.297 0.495 0.77 ;
    RECT 2.376 0.297 2.442 0.44 ;
    RECT 2.035 0.297 2.266 0.363 ;
    RECT 1.177 0.319 1.243 0.627 ;
    RECT 2.2 0.363 2.266 0.693 ;
    RECT 1.562 0.429 1.947 0.495 ;
    RECT 1.023 0.44 1.089 0.759 ;
    RECT 2.332 0.44 2.442 0.572 ;
    RECT 2.519 0.44 2.585 0.693 ;
    RECT 1.881 0.495 1.947 1.056 ;
    RECT 2.651 0.495 3.102 0.561 ;
    RECT 2.651 0.561 2.717 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.177 0.627 1.815 0.693 ;
    RECT 1.749 0.693 1.815 0.77 ;
    RECT 1.177 0.693 1.243 0.825 ;
    RECT 2.2 0.693 2.585 0.759 ;
    RECT 0.924 0.759 1.089 0.825 ;
    RECT 1.353 0.759 1.606 0.825 ;
    RECT 2.2 0.759 2.266 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.539 0.902 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.737 0.825 0.847 1.056 ;
    RECT 1.353 0.825 1.419 0.891 ;
    RECT 2.035 0.825 2.266 0.891 ;
    RECT 2.574 0.825 2.717 0.891 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.419 0.957 ;
    RECT 2.035 0.891 2.101 0.968 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
  END
END LDH_CKGTPL_2
#
# 
MACRO LDH_CKGTPL_20 FOREIGN C0A07BLDH_CKGTPL_20_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.523 0.033 6.589 0.242 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 5.742 0.033 5.808 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.334 0.143 4.466 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.528 ;
      RECT 0.638 0.528 0.759 0.594 ;
      RECT 0.693 0.319 0.891 0.385 ;
      RECT 0.825 0.385 0.891 0.462 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.823284 ;
    PORT
      LAYER M1L ;
      RECT 5.269 0.374 5.379 0.726 ;
      RECT 3.41 0.726 6.105 0.847 ;
      RECT 3.41 0.847 6.798 0.858 ;
      RECT 6.039 0.858 6.798 0.913 ;
      RECT 3.443 0.308 6.435 0.374 ;
      RECT 6.369 0.374 6.435 0.407 ;
      RECT 6.369 0.407 6.765 0.473 ;
      RECT 6.699 0.198 6.765 0.407 ;
      RECT 5.951 0.242 6.017 0.308 ;
      RECT 5.599 0.242 5.665 0.308 ;
      RECT 5.247 0.242 5.313 0.308 ;
      RECT 4.895 0.242 4.961 0.308 ;
      RECT 4.543 0.242 4.609 0.308 ;
      RECT 4.191 0.242 4.257 0.308 ;
      RECT 3.795 0.242 3.861 0.308 ;
      RECT 6.347 0.198 6.435 0.308 ;
      RECT 3.443 0.22 3.509 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.556 1.045 6.622 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 6.16 1.045 6.226 1.155 ;
      RECT 6.094 0.979 6.226 1.045 ;
      RECT 5.456 1.045 5.522 1.155 ;
      RECT 5.39 0.979 5.522 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.948 1.045 3.014 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.875 0.924 6.941 1.155 ;
      RECT 5.808 1.045 5.874 1.155 ;
      RECT 5.742 0.979 5.874 1.045 ;
      RECT 5.104 1.045 5.17 1.155 ;
      RECT 5.038 0.979 5.17 1.045 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 6.49 0.979 6.622 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.996 0.462 ;
    RECT 0 0.462 3.454 0.528 ;
    RECT 6.358 0.462 6.996 0.528 ;
    RECT 3.454 0.462 6.358 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.551 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 2.739 0.143 3.19 0.209 ;
    RECT 1.485 0.165 1.551 0.363 ;
    RECT 0.473 0.165 0.539 0.66 ;
    RECT 2.739 0.209 2.805 0.275 ;
    RECT 1.991 0.22 2.057 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.726 ;
    RECT 2.354 0.275 2.805 0.341 ;
    RECT 2.882 0.275 3.333 0.341 ;
    RECT 1.078 0.297 1.221 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 2.882 0.341 2.948 0.385 ;
    RECT 3.245 0.341 3.333 0.451 ;
    RECT 1.32 0.363 1.65 0.429 ;
    RECT 1.155 0.363 1.221 0.495 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.407 2.409 0.473 ;
    RECT 3.245 0.451 5.17 0.539 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.727 0.462 1.793 0.495 ;
    RECT 2.343 0.473 2.409 0.495 ;
    RECT 1.001 0.484 1.067 0.561 ;
    RECT 1.155 0.495 1.793 0.561 ;
    RECT 2.343 0.495 2.706 0.561 ;
    RECT 2.86 0.495 3.146 0.561 ;
    RECT 5.104 0.539 5.17 0.583 ;
    RECT 3.245 0.539 3.311 0.825 ;
    RECT 0.858 0.561 1.067 0.627 ;
    RECT 1.727 0.561 1.793 0.594 ;
    RECT 1.155 0.561 1.221 0.814 ;
    RECT 2.86 0.561 2.926 0.693 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.858 0.627 0.924 0.66 ;
    RECT 0.627 0.66 0.924 0.726 ;
    RECT 1.331 0.66 1.452 0.726 ;
    RECT 0.429 0.66 0.539 0.792 ;
    RECT 1.551 0.66 1.617 0.726 ;
    RECT 1.991 0.693 2.926 0.759 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 1.023 0.726 1.089 0.792 ;
    RECT 1.331 0.726 1.419 0.891 ;
    RECT 1.551 0.726 1.925 0.792 ;
    RECT 1.991 0.759 2.057 0.836 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    RECT 0.99 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.792 1.089 0.858 ;
    RECT 1.804 0.792 1.87 0.957 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.354 0.825 3.311 0.891 ;
    RECT 0.781 0.858 0.847 0.968 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.276 0.891 1.419 0.957 ;
    RECT 0.935 0.924 1.155 0.99 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.804 0.957 1.936 1.023 ;
    RECT 1.089 0.99 1.155 1.023 ;
    RECT 0.935 0.99 1.001 1.056 ;
    RECT 1.089 1.023 1.551 1.089 ;
  END
END LDH_CKGTPL_20
#
# 
MACRO LDH_CKGTPL_3 FOREIGN C0A07BLDH_CKGTPL_3_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.146652 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.374 3.135 0.726 ;
      RECT 2.75 0.726 3.234 0.858 ;
      RECT 2.783 0.308 3.201 0.374 ;
      RECT 3.135 0.242 3.201 0.308 ;
      RECT 2.783 0.242 2.849 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.649 0.66 0.759 0.726 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 2.222 1.045 2.288 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.187 2.211 0.363 ;
    RECT 1.991 0.187 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.541 0.264 2.651 0.396 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.616 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 2.585 0.396 2.651 0.495 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.627 ;
    RECT 2.453 0.484 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.155 0.616 1.793 0.682 ;
    RECT 0.924 0.627 1.089 0.693 ;
    RECT 1.727 0.682 1.793 0.77 ;
    RECT 1.155 0.682 1.221 0.814 ;
    RECT 0.924 0.693 0.99 0.759 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 0.924 0.759 1.056 0.825 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.397 0.957 ;
    RECT 0.935 0.891 1.133 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 0.957 1.001 1.023 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDH_CKGTPL_3
#
# 
MACRO LDH_CKGTPL_4 FOREIGN C0A07BLDH_CKGTPL_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.693 ;
      RECT 3.201 0.759 3.267 0.858 ;
      RECT 2.75 0.693 3.267 0.759 ;
      RECT 2.75 0.319 3.267 0.385 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.176 2.211 0.363 ;
    RECT 1.991 0.176 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.585 0.264 2.651 0.495 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.627 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.858 ;
    RECT 2.453 0.473 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 3.102 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.727 0.594 1.793 0.627 ;
    RECT 1.155 0.627 1.793 0.693 ;
    RECT 1.727 0.693 1.793 0.77 ;
    RECT 1.155 0.693 1.221 0.814 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.979 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.243 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.419 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.924 1.001 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDH_CKGTPL_4
#
# 
MACRO LDH_CKGTPL_6 FOREIGN C0A07BLDH_CKGTPL_6_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.652 0.165 3.784 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.258698 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.124 0.726 3.982 0.858 ;
      RECT 3.124 0.297 3.982 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.552 0.132 2.618 0.165 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.552 0.165 3.025 0.231 ;
    RECT 2.409 0.198 2.475 0.363 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 1.353 0.231 1.584 0.297 ;
    RECT 2.959 0.231 3.025 0.495 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    VIA 1.518 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.429 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 1.353 0.297 1.419 0.484 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.343 0.363 2.893 0.429 ;
    RECT 1.54 0.429 1.947 0.495 ;
    RECT 2.343 0.429 2.409 0.594 ;
    RECT 2.827 0.429 2.893 0.594 ;
    RECT 1.067 0.44 1.133 0.528 ;
    RECT 0.341 0.462 0.407 0.55 ;
    RECT 1.881 0.495 1.947 0.924 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 2.959 0.495 3.762 0.561 ;
    RECT 0.957 0.528 1.133 0.594 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 2.53 0.561 2.596 0.693 ;
    RECT 2.959 0.561 3.025 0.825 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.616 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 1.749 0.66 1.815 0.814 ;
    RECT 2.013 0.693 2.596 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 2.013 0.759 2.079 0.968 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.376 0.825 3.025 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDH_CKGTPL_6
#
# 
MACRO LDH_CKGTPL_8 FOREIGN C0A07BLDH_CKGTPL_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.385 4.323 0.726 ;
      RECT 3.168 0.726 4.422 0.858 ;
      RECT 3.586 0.319 4.422 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.695 0.143 3.146 0.209 ;
    RECT 1.353 0.165 1.419 0.363 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.695 0.209 2.761 0.297 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 2.838 0.275 3.069 0.341 ;
    RECT 2.31 0.297 2.761 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.838 0.341 2.904 0.385 ;
    RECT 3.003 0.341 3.069 0.495 ;
    RECT 1.353 0.363 1.65 0.429 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.429 1.419 0.495 ;
    RECT 0.341 0.462 0.407 0.572 ;
    RECT 1.749 0.462 1.815 0.594 ;
    RECT 2.827 0.484 2.893 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 2.145 0.495 2.662 0.561 ;
    RECT 3.003 0.495 4.092 0.561 ;
    RECT 0.957 0.561 1.023 0.66 ;
    RECT 3.003 0.561 3.069 0.825 ;
    RECT 0.297 0.572 0.407 0.638 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.638 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 2.013 0.693 2.893 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 1.562 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.891 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.486 0.825 3.069 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDH_CKGTPL_8
#
# 
MACRO LDH_CLHL FOREIGN C0A07BLDH_CLHL_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.132 0.231 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDH_CLHL
#
# 
MACRO LDH_CLHLRE FOREIGN C0A07BLDH_CLHLRET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_CLHLRE
#
# Copy from LDL_BUF_8
MACRO LDH_CTS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_CTS
#
# Copy from LDL_BUF_8
MACRO LDH_CTSRS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_CTSRS
#
# 
MACRO LDH_DEL_R16H_2 FOREIGN C0A07BLDH_DEL_R16H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.629 0.033 2.695 0.264 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.441 0.033 1.507 0.396 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.66 ;
      RECT 2.453 0.66 2.607 0.726 ;
      RECT 2.453 0.726 2.519 0.924 ;
      RECT 2.453 0.33 2.607 0.396 ;
      RECT 2.453 0.132 2.519 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.629 0.792 2.695 1.155 ;
      RECT 2.277 0.792 2.343 1.155 ;
      RECT 1.441 0.792 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.33 ;
    RECT 1.111 0.132 1.177 0.33 ;
    RECT 1.771 0.132 1.837 0.33 ;
    RECT 1.947 0.132 2.013 0.33 ;
    RECT 2.101 0.132 2.167 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.375 0.396 ;
    RECT 1.771 0.33 2.013 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 2.101 0.363 2.365 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.309 0.396 1.375 0.495 ;
    RECT 1.947 0.396 2.013 0.495 ;
    RECT 2.299 0.429 2.365 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.243 0.561 ;
    RECT 1.309 0.495 1.848 0.561 ;
    RECT 1.947 0.495 2.2 0.561 ;
    RECT 2.299 0.495 2.442 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 1.177 0.561 1.243 0.594 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.309 0.561 1.375 0.693 ;
    RECT 1.947 0.561 2.013 0.66 ;
    RECT 2.299 0.561 2.365 0.627 ;
    RECT 2.101 0.627 2.365 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.66 1.001 0.693 ;
    RECT 1.771 0.66 2.013 0.726 ;
    RECT 0.935 0.693 1.375 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 1.771 0.726 1.837 0.924 ;
    RECT 1.947 0.726 2.013 0.924 ;
    RECT 0.935 0.759 1.001 0.924 ;
    RECT 1.111 0.759 1.177 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDH_DEL_R16H_2
#
# 
MACRO LDH_DEL_R16_1 FOREIGN C0A07BLDH_DEL_R16_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
      RECT 2.629 0.858 2.739 0.99 ;
      RECT 2.629 0.198 2.739 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 2.233 0.132 2.299 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 2.233 0.363 2.541 0.429 ;
    RECT 2.475 0.429 2.541 0.759 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.332 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.233 0.759 2.541 0.825 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.233 0.825 2.299 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
  END
END LDH_DEL_R16_1
#
# 
MACRO LDH_DEL_R32_1 FOREIGN C0A07BLDH_DEL_R32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.005 0.858 5.115 0.99 ;
      RECT 5.005 0.198 5.115 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.785 0.924 4.851 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 4.389 0.132 4.455 0.495 ;
    RECT 4.587 0.132 4.653 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.509 0.165 3.993 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.509 0.231 3.575 0.396 ;
    RECT 3.927 0.231 3.993 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 4.587 0.363 4.895 0.429 ;
    RECT 4.829 0.429 4.895 0.693 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.828 0.561 ;
    RECT 3.927 0.495 4.29 0.561 ;
    RECT 4.389 0.495 4.708 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.927 0.561 3.993 0.957 ;
    RECT 4.389 0.561 4.455 1.056 ;
    RECT 4.587 0.693 4.895 0.759 ;
    RECT 4.587 0.759 4.653 1.056 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 2.211 0.858 2.277 0.957 ;
    RECT 3.509 0.858 3.575 0.957 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.509 0.957 3.993 1.023 ;
  END
END LDH_DEL_R32_1
#
# 
MACRO LDH_DEL_R4H_2 FOREIGN C0A07BLDH_DEL_R4H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.627 1.452 0.693 ;
      RECT 1.287 0.693 1.353 0.924 ;
      RECT 1.386 0.429 1.452 0.627 ;
      RECT 1.287 0.363 1.452 0.429 ;
      RECT 1.287 0.132 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.463 0.792 1.529 1.155 ;
      RECT 1.111 0.792 1.177 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.935 0.363 1.199 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.133 0.429 1.199 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.034 0.561 ;
    RECT 1.133 0.495 1.276 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.133 0.561 1.199 0.627 ;
    RECT 0.935 0.627 1.199 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.693 1.001 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDH_DEL_R4H_2
#
# 
MACRO LDH_DEL_R4_1 FOREIGN C0A07BLDH_DEL_R4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
      RECT 1.441 0.858 1.551 0.99 ;
      RECT 1.441 0.198 1.551 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.243 0.924 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 1.045 0.132 1.111 0.363 ;
    RECT 0.616 0.143 0.891 0.209 ;
    RECT 0.825 0.209 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.045 0.363 1.353 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.979 ;
    RECT 1.045 0.759 1.353 0.825 ;
    RECT 1.045 0.825 1.111 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.616 0.979 0.891 1.045 ;
  END
END LDH_DEL_R4_1
#
# 
MACRO LDH_DEL_R64_1 FOREIGN C0A07BLDH_DEL_R64_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 7.843 0.033 7.909 0.264 ;
      RECT 6.545 0.033 6.611 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.33 8.151 0.858 ;
      RECT 8.041 0.858 8.151 0.99 ;
      RECT 8.041 0.198 8.151 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 6.523 0.704 6.589 1.155 ;
      RECT 6.523 0.638 6.644 0.704 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 7.843 0.924 7.909 1.155 ;
      RECT 4.015 0.924 4.081 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 0 0.528 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.465 0.165 3.949 0.231 ;
    RECT 4.334 0.165 4.631 0.231 ;
    RECT 4.719 0.165 5.203 0.231 ;
    RECT 5.588 0.165 5.885 0.231 ;
    RECT 5.973 0.165 6.457 0.231 ;
    RECT 6.864 0.165 7.161 0.231 ;
    RECT 7.26 0.165 7.777 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.465 0.231 3.531 0.396 ;
    RECT 3.883 0.231 3.949 0.495 ;
    RECT 4.565 0.231 4.631 0.495 ;
    RECT 4.719 0.231 4.785 0.396 ;
    RECT 5.137 0.231 5.203 0.495 ;
    RECT 5.819 0.231 5.885 0.495 ;
    RECT 5.973 0.231 6.039 0.396 ;
    RECT 6.391 0.231 6.457 0.495 ;
    RECT 7.095 0.231 7.161 0.495 ;
    RECT 7.711 0.231 7.777 0.462 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 7.711 0.462 7.975 0.528 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.784 0.561 ;
    RECT 3.883 0.495 4.466 0.561 ;
    RECT 4.565 0.495 5.038 0.561 ;
    RECT 5.137 0.495 5.72 0.561 ;
    RECT 5.819 0.495 6.292 0.561 ;
    RECT 6.391 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.612 0.561 ;
    RECT 7.909 0.528 7.975 0.594 ;
    RECT 7.711 0.528 7.777 0.957 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.883 0.561 3.949 0.957 ;
    RECT 4.565 0.561 4.631 0.957 ;
    RECT 5.137 0.561 5.203 0.957 ;
    RECT 5.819 0.561 5.885 0.957 ;
    RECT 6.391 0.561 6.457 0.957 ;
    RECT 7.095 0.561 7.161 0.957 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.211 0.792 2.277 0.957 ;
    RECT 3.465 0.792 3.531 0.957 ;
    RECT 4.719 0.792 4.785 0.957 ;
    RECT 5.973 0.792 6.039 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.465 0.957 3.949 1.023 ;
    RECT 4.334 0.957 4.631 1.023 ;
    RECT 4.719 0.957 5.203 1.023 ;
    RECT 5.588 0.957 5.885 1.023 ;
    RECT 5.973 0.957 6.457 1.023 ;
    RECT 6.886 0.957 7.161 1.023 ;
    RECT 7.26 0.957 7.777 1.023 ;
  END
END LDH_DEL_R64_1
#
# 
MACRO LDH_DEL_R8H_2 FOREIGN C0A07BLDH_DEL_R8H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 1.375 0.033 1.441 0.396 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.275 0.759 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.551 0.627 1.716 0.693 ;
      RECT 1.551 0.693 1.617 0.924 ;
      RECT 1.617 0.396 1.683 0.627 ;
      RECT 1.551 0.33 1.683 0.396 ;
      RECT 1.551 0.132 1.617 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.727 0.792 1.793 1.155 ;
      RECT 1.375 0.792 1.441 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 0.825 0.132 0.891 0.341 ;
    RECT 1.001 0.132 1.067 0.341 ;
    RECT 1.177 0.132 1.243 0.341 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.649 0.341 0.891 0.407 ;
    RECT 1.001 0.341 1.309 0.407 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.825 0.407 0.891 0.495 ;
    RECT 1.243 0.407 1.309 0.495 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 1.243 0.495 1.518 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.627 ;
    RECT 1.243 0.561 1.309 0.627 ;
    RECT 0.649 0.627 0.891 0.693 ;
    RECT 1.001 0.627 1.309 0.693 ;
    RECT 0.649 0.693 0.715 0.924 ;
    RECT 0.825 0.693 0.891 0.924 ;
    RECT 1.001 0.693 1.067 0.924 ;
    RECT 1.177 0.693 1.243 0.924 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.012 ;
  END
END LDH_DEL_R8H_2
#
# 
MACRO LDH_DEL_R8_1 FOREIGN C0A07BLDH_DEL_R8_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.342 0.165 1.628 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.418 1.815 0.858 ;
      RECT 1.705 0.858 1.815 0.99 ;
      RECT 1.705 0.286 1.815 0.418 ;
      RECT 1.749 0.198 1.815 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.441 0.924 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.979 0.132 1.045 0.297 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.485 0.363 1.551 0.759 ;
    RECT 0.429 0.495 0.66 0.561 ;
    RECT 0.825 0.495 1.276 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.957 ;
    RECT 0.979 0.759 1.551 0.825 ;
    RECT 0.979 0.825 1.045 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.594 0.957 0.891 1.023 ;
  END
END LDH_DEL_R8_1
#
# 
MACRO LDH_DLY1_2 FOREIGN C0A07BLDH_DLY1_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.848 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.749 0.704 1.815 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.474 0.297 2.409 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.474 0.363 1.54 0.495 ;
    RECT 2.299 0.363 2.409 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.617 0.495 2.134 0.561 ;
    RECT 1.276 0.495 1.54 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.683 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDH_DLY1_2
#
# 
MACRO LDH_DLY1_2RE FOREIGN C0A07BLDH_DLY1_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 1.925 0.462 2.211 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.211 0.528 ;
    RECT 1.727 0.528 1.991 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
  END
END LDH_DLY1_2RE
#
# 
MACRO LDH_DLY2_2 FOREIGN C0A07BLDH_DLY2_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.716 0.165 1.98 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.881 0.66 1.947 1.155 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.606 0.297 2.673 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.606 0.363 1.672 0.495 ;
    RECT 2.563 0.363 2.673 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.749 0.495 2.266 0.561 ;
    RECT 1.408 0.495 1.672 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.815 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDH_DLY2_2
#
# 
MACRO LDH_DLY2_2RE FOREIGN C0A07BLDH_DLY2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.907 0.187 ;
      RECT 5.764 0.187 5.907 0.253 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.61 0.319 5.907 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.489 0.462 5.775 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.775 0.528 ;
    RECT 5.291 0.528 5.555 0.561 ;
    RECT 5.709 0.528 5.775 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
  END
END LDH_DLY2_2RE
#
# 
MACRO LDH_DLY3_2 FOREIGN C0A07BLDH_DLY3_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 2.112 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.848 0.869 1.914 1.155 ;
      RECT 1.848 0.803 2.112 0.869 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.562 0.297 2.937 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 2.827 0.363 2.937 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.705 0.495 2.398 0.561 ;
    RECT 1.364 0.495 1.628 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.705 0.561 1.771 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.771 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDH_DLY3_2
#
# 
MACRO LDH_DLY3_2RE FOREIGN C0A07BLDH_DLY3_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
      RECT 9.361 0.033 9.471 0.187 ;
      RECT 9.328 0.187 9.471 0.253 ;
      RECT 8.987 0.033 9.053 0.396 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 7.799 0.033 7.865 0.396 ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 6.611 0.033 6.677 0.396 ;
      RECT 5.962 0.033 6.028 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 6.336 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 8.052 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 9.405 0.385 9.471 0.759 ;
      RECT 9.207 0.759 9.471 0.825 ;
      RECT 9.207 0.825 9.273 1.034 ;
      RECT 9.174 0.319 9.471 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.561 0.374 0.726 ;
      RECT 0.264 0.495 0.451 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 9.383 0.924 9.449 1.155 ;
      RECT 9.009 0.814 9.075 1.155 ;
      RECT 8.371 0.792 8.437 1.155 ;
      RECT 7.821 0.792 7.887 1.155 ;
      RECT 7.183 0.792 7.249 1.155 ;
      RECT 6.633 0.792 6.699 1.155 ;
      RECT 5.995 0.792 6.061 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.336 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 8.052 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 5.819 0.154 5.885 0.363 ;
    RECT 6.391 0.154 6.457 0.363 ;
    RECT 7.007 0.154 7.073 0.363 ;
    RECT 7.579 0.154 7.645 0.363 ;
    RECT 8.195 0.154 8.261 0.363 ;
    RECT 8.767 0.154 8.833 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 5.819 0.363 5.973 0.429 ;
    RECT 6.391 0.363 6.545 0.429 ;
    RECT 7.007 0.363 7.161 0.429 ;
    RECT 7.579 0.363 7.733 0.429 ;
    RECT 8.195 0.363 8.36 0.429 ;
    RECT 8.767 0.363 8.921 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.907 0.429 5.973 0.495 ;
    RECT 6.479 0.429 6.545 0.495 ;
    RECT 7.095 0.429 7.161 0.495 ;
    RECT 7.667 0.429 7.733 0.495 ;
    RECT 8.294 0.429 8.36 0.495 ;
    RECT 8.855 0.429 8.921 0.495 ;
    RECT 9.053 0.462 9.339 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.38 0.561 ;
    RECT 6.479 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.568 0.561 ;
    RECT 7.667 0.495 8.195 0.561 ;
    RECT 8.294 0.495 8.756 0.561 ;
    RECT 8.855 0.495 9.339 0.528 ;
    RECT 8.855 0.528 9.119 0.561 ;
    RECT 9.273 0.528 9.339 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 5.907 0.561 5.973 0.627 ;
    RECT 6.479 0.561 6.545 0.627 ;
    RECT 7.095 0.561 7.161 0.627 ;
    RECT 7.667 0.561 7.733 0.627 ;
    RECT 8.294 0.561 8.36 0.627 ;
    RECT 8.855 0.561 8.921 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 5.819 0.627 5.973 0.693 ;
    RECT 6.391 0.627 6.545 0.693 ;
    RECT 7.007 0.627 7.161 0.693 ;
    RECT 7.579 0.627 7.733 0.693 ;
    RECT 8.195 0.627 8.36 0.693 ;
    RECT 8.767 0.627 8.921 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
    RECT 5.819 0.693 5.885 0.902 ;
    RECT 6.391 0.693 6.457 0.902 ;
    RECT 7.007 0.693 7.073 0.902 ;
    RECT 7.579 0.693 7.645 0.902 ;
    RECT 8.195 0.693 8.261 0.902 ;
    RECT 8.767 0.693 8.833 0.902 ;
  END
END LDH_DLY3_2RE
#
# 
MACRO LDH_EN2_0P5 FOREIGN C0A07BLDH_EN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.132 1.155 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.429 1.155 0.924 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.056 ;
    RECT 0.506 1.023 0.946 1.089 ;
  END
END LDH_EN2_0P5
#
# 
MACRO LDH_EN2_1 FOREIGN C0A07BLDH_EN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.441 0.033 1.507 0.264 ;
      RECT 0.253 0.033 0.319 0.176 ;
      RECT 0.198 0.176 0.319 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.726 0.935 0.858 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.528 0.231 0.792 ;
      RECT 0.165 0.462 0.286 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.441 0.902 1.507 1.155 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 0.935 0.165 ;
    RECT 1.221 0.132 1.331 0.264 ;
    RECT 0.869 0.165 0.935 0.198 ;
    RECT 0.385 0.165 0.451 0.319 ;
    RECT 0.869 0.198 1.155 0.264 ;
    RECT 1.089 0.264 1.155 0.792 ;
    RECT 1.221 0.264 1.287 0.88 ;
    RECT 0.517 0.286 0.583 0.77 ;
    RECT 0.033 0.319 0.451 0.385 ;
    RECT 0.825 0.363 0.891 0.528 ;
    RECT 0.385 0.385 0.451 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    LAYER M2L ;
    RECT 0.792 0.495 1.32 0.561 ;
    VIA 0.858 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.528 0.99 0.594 ;
    RECT 0.473 0.77 0.583 0.792 ;
    RECT 0.473 0.792 0.759 0.858 ;
    RECT 0.473 0.858 0.539 0.902 ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.221 0.88 1.331 1.012 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 0.55 1.023 1.078 1.089 ;
  END
END LDH_EN2_1
#
# 
MACRO LDH_EN2_2 FOREIGN C0A07BLDH_EN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.429 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 2.079 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 0.957 0.462 1.155 0.594 ;
      RECT 0.957 0.594 1.023 0.649 ;
      LAYER M2L ;
      RECT 0.99 0.495 2.046 0.561 ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.957 ;
      RECT 1.617 0.957 1.76 1.023 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.76 0.231 ;
      RECT 1.353 0.099 1.683 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.253 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.749 0.297 1.914 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 1.749 0.363 1.815 0.825 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.759 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.22 0.759 0.473 0.825 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 1.749 0.825 1.914 0.891 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDH_EN2_2
#
# 
MACRO LDH_EN2_2RE FOREIGN C0A07BLDH_EN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 0.924 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.33 0.528 V1L2L ;
      VIA 0.858 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.419 0.792 1.485 1.155 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.132 0.957 0.33 ;
    RECT 1.067 0.132 1.133 0.176 ;
    RECT 1.276 0.132 1.342 0.176 ;
    RECT 0.418 0.165 0.77 0.231 ;
    RECT 1.067 0.176 1.342 0.264 ;
    RECT 1.221 0.264 1.287 0.825 ;
    RECT 0.033 0.275 0.143 0.33 ;
    RECT 0.033 0.33 0.715 0.396 ;
    RECT 0.891 0.33 1.155 0.396 ;
    RECT 0.649 0.396 0.715 0.594 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.089 0.396 1.155 0.693 ;
    RECT 0.451 0.462 0.55 0.528 ;
    RECT 1.947 0.462 2.211 0.495 ;
    RECT 1.716 0.495 2.211 0.528 ;
    LAYER M2L ;
    RECT 1.056 0.495 1.98 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    VIA 1.914 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.528 0.517 0.693 ;
    RECT 1.716 0.528 2.013 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 0.451 0.693 0.748 0.759 ;
    RECT 0.682 0.759 0.748 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.418 0.825 0.55 0.891 ;
    RECT 0.682 0.825 1.342 0.891 ;
    RECT 0.484 0.891 0.55 0.957 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDH_EN2_2RE
#
# 
MACRO LDH_EN2_3 FOREIGN C0A07BLDH_EN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.871 0.605 ;
      RECT 2.805 0.33 2.871 0.495 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.43 0.462 1.617 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.495 2.838 0.561 ;
      VIA 1.518 0.528 V1L2L ;
      VIA 2.772 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.638 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.572 2.431 0.638 ;
      RECT 2.145 0.638 2.211 0.792 ;
      RECT 2.145 0.792 2.255 0.858 ;
      RECT 2.189 0.858 2.255 0.924 ;
      RECT 2.365 0.231 2.431 0.572 ;
      RECT 1.254 0.165 2.431 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.805 0.198 ;
    RECT 2.739 0.198 2.805 0.264 ;
    RECT 2.497 0.198 2.563 0.759 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.716 0.297 2.288 0.363 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.396 ;
    RECT 1.716 0.363 1.782 0.759 ;
    RECT 0.847 0.363 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.782 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 2.497 0.759 2.805 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.739 0.825 2.805 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDH_EN2_3
#
# 
MACRO LDH_EN2_4 FOREIGN C0A07BLDH_EN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.198 ;
      RECT 3.223 0.198 3.322 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.561 3.399 0.726 ;
      RECT 3.333 0.495 3.663 0.561 ;
      RECT 3.597 0.561 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.495 ;
      RECT 1.881 0.462 2.475 0.594 ;
      RECT 2.409 0.33 2.475 0.462 ;
      LAYER M2L ;
      RECT 1.98 0.495 3.498 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 3.432 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 3.135 0.66 ;
      RECT 2.805 0.66 2.871 0.825 ;
      RECT 1.98 0.825 2.871 0.891 ;
      RECT 3.069 0.231 3.135 0.594 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.201 0.341 3.498 0.407 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 3.201 0.407 3.267 0.825 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.716 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.058 0.825 3.498 0.891 ;
    RECT 1.65 0.869 1.716 0.957 ;
    RECT 1.65 0.957 2.992 1.023 ;
  END
END LDH_EN2_4
#
# 
MACRO LDH_EN2_6 FOREIGN C0A07BLDH_EN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.818 0.462 5.148 0.594 ;
      RECT 2.64 0.473 3.3 0.583 ;
      LAYER M2L ;
      RECT 2.904 0.495 5.082 0.561 ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 4.884 0.528 V1L2L ;
      VIA 5.016 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.847 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 2.937 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.913 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.41 0.297 4.323 0.363 ;
    RECT 4.521 0.297 5.06 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.41 0.363 3.476 0.715 ;
    RECT 4.521 0.363 4.587 0.528 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 4.609 0.594 4.675 0.748 ;
    RECT 2.244 0.715 3.476 0.781 ;
    RECT 4.609 0.748 5.06 0.836 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDH_EN2_6
#
# 
MACRO LDH_EN2_8 FOREIGN C0A07BLDH_EN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.462 6.732 0.594 ;
      RECT 3.465 0.462 4.191 0.594 ;
      LAYER M2L ;
      RECT 3.828 0.495 6.534 0.561 ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
      VIA 6.336 0.528 V1L2L ;
      VIA 6.468 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.666952 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.94 0.825 ;
      RECT 3.388 0.825 5.94 0.858 ;
      RECT 3.388 0.858 4.73 0.891 ;
      RECT 5.841 0.231 5.907 0.726 ;
      RECT 3.014 0.165 6.006 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 4.488 0.297 5.775 0.363 ;
    RECT 0.198 0.319 1.386 0.385 ;
    RECT 1.606 0.319 4.4 0.385 ;
    RECT 5.995 0.319 6.754 0.385 ;
    RECT 5.709 0.363 5.775 0.44 ;
    RECT 4.488 0.363 4.554 0.693 ;
    RECT 1.32 0.385 1.386 0.495 ;
    RECT 4.334 0.385 4.4 0.44 ;
    RECT 2.167 0.385 2.233 0.759 ;
    RECT 5.995 0.385 6.061 0.528 ;
    RECT 1.32 0.495 2.068 0.561 ;
    RECT 2.332 0.495 3.267 0.561 ;
    RECT 5.995 0.528 6.105 0.594 ;
    RECT 1.32 0.561 1.386 0.825 ;
    RECT 3.201 0.561 3.267 0.693 ;
    RECT 6.039 0.594 6.105 0.759 ;
    RECT 3.201 0.693 4.554 0.759 ;
    RECT 1.606 0.759 3.102 0.825 ;
    RECT 6.039 0.759 6.754 0.825 ;
    RECT 0.198 0.825 1.386 0.891 ;
    RECT 3.036 0.825 3.102 0.957 ;
    RECT 3.036 0.957 5.456 1.023 ;
  END
END LDH_EN2_8
#
# 
MACRO LDH_EN2_S_0P5 FOREIGN C0A07BLDH_EN2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.814 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.572 1.155 1.023 ;
      RECT 0.506 1.023 1.155 1.089 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 1.089 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.121 0.319 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.165 1.155 0.363 ;
    RECT 1.353 0.165 1.419 0.924 ;
    RECT 0.033 0.319 0.363 0.385 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.484 ;
    RECT 0.033 0.385 0.099 0.902 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.276 0.924 1.419 1.056 ;
  END
END LDH_EN2_S_0P5
#
# 
MACRO LDH_EN2_S_1 FOREIGN C0A07BLDH_EN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.187 1.221 0.957 ;
      RECT 1.155 0.957 1.32 1.023 ;
      RECT 0.561 0.297 0.627 0.594 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.254 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.188 0.264 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109868 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.891 ;
      RECT 0.429 0.891 0.726 0.957 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.067 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.001 0.165 1.067 1.023 ;
    RECT 0.869 0.264 0.935 0.748 ;
    RECT 1.331 0.264 1.397 0.616 ;
    RECT 0.297 0.462 0.363 0.858 ;
    RECT 0.737 0.462 0.803 0.715 ;
    RECT 1.287 0.616 1.397 0.858 ;
    RECT 0.66 0.715 0.803 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.957 0.352 1.023 ;
    RECT 0.286 1.023 1.067 1.089 ;
  END
END LDH_EN2_S_1
#
# 
MACRO LDH_EN2_S_2 FOREIGN C0A07BLDH_EN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.462 ;
      RECT 2.013 0.462 2.211 0.594 ;
      RECT 1.353 0.33 1.419 0.495 ;
      RECT 1.144 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.363 2.112 0.429 ;
      VIA 1.386 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.935 ;
      RECT 1.617 0.935 1.76 1.001 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.727 0.264 ;
      RECT 1.353 0.099 1.727 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.165 2.134 0.231 ;
    RECT 1.793 0.231 1.859 0.759 ;
    RECT 0.22 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 1.793 0.759 1.925 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 0.22 0.825 0.473 0.891 ;
    RECT 1.859 0.825 1.925 0.869 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.859 0.869 2.134 0.935 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDH_EN2_S_2
#
# 
MACRO LDH_EN2_S_3 FOREIGN C0A07BLDH_EN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.462 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.43 0.495 1.683 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.584 0.363 2.772 0.429 ;
      VIA 1.65 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.627 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.561 2.431 0.627 ;
      RECT 2.189 0.627 2.277 0.88 ;
      RECT 2.365 0.231 2.431 0.561 ;
      RECT 1.606 0.165 2.431 0.231 ;
      RECT 1.32 0.099 1.672 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.739 0.924 2.805 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.099 2.805 0.165 ;
    RECT 2.739 0.165 2.805 0.264 ;
    RECT 2.497 0.165 2.563 0.825 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.264 1.529 0.341 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.749 0.297 2.288 0.363 ;
    RECT 0.726 0.341 1.529 0.407 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.429 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.497 0.825 2.662 0.891 ;
    RECT 2.365 0.858 2.431 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDH_EN2_S_3
#
# 
MACRO LDH_EN2_S_4 FOREIGN C0A07BLDH_EN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.166496 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.33 3.795 0.462 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 2.343 0.33 2.409 0.495 ;
      RECT 1.881 0.495 2.409 0.561 ;
      LAYER M2L ;
      RECT 2.31 0.363 3.828 0.429 ;
      VIA 2.376 0.396 V1L2L ;
      VIA 3.762 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 1.606 0.935 3.135 1.001 ;
      RECT 1.606 1.001 1.672 1.034 ;
      RECT 2.332 0.165 3.135 0.231 ;
      RECT 2.046 0.099 2.398 0.165 ;
      RECT 1.606 0.165 2.112 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 1.463 1.012 1.529 1.155 ;
      RECT 1.43 0.946 1.529 1.012 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.597 0.22 3.663 0.297 ;
    RECT 2.189 0.264 2.255 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 3.201 0.297 3.663 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 1.936 0.363 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.475 0.363 2.541 0.671 ;
    RECT 0.902 0.363 2.255 0.385 ;
    RECT 3.201 0.363 3.267 0.825 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.87 0.385 2.255 0.429 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.541 0.737 ;
    RECT 2.926 0.77 2.992 0.803 ;
    RECT 0.902 0.803 2.992 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.201 0.825 3.718 0.891 ;
  END
END LDH_EN2_S_4
#
# 
MACRO LDH_EN2_S_6 FOREIGN C0A07BLDH_EN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.906 0.165 5.038 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.241032 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.33 4.983 0.462 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.616 ;
      RECT 3.399 0.33 3.465 0.473 ;
      RECT 2.673 0.473 3.465 0.583 ;
      LAYER M2L ;
      RECT 3.366 0.363 5.016 0.429 ;
      VIA 3.432 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521268 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.488 0.847 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.762 0.913 ;
      RECT 4.389 0.418 4.455 0.726 ;
      RECT 4.389 0.286 4.499 0.418 ;
      RECT 4.389 0.231 4.455 0.286 ;
      RECT 2.321 0.209 4.455 0.231 ;
      RECT 2.937 0.165 4.455 0.209 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 5.115 0.264 5.181 0.836 ;
    RECT 3.553 0.297 4.323 0.363 ;
    RECT 4.587 0.297 4.829 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.553 0.363 3.619 0.715 ;
    RECT 4.587 0.363 4.653 0.836 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 2.244 0.715 3.619 0.781 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 4.587 0.836 5.181 0.902 ;
    RECT 4.763 0.902 4.829 0.968 ;
    RECT 5.115 0.902 5.181 0.968 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDH_EN2_S_6
#
# 
MACRO LDH_EN3_0P5 FOREIGN C0A07BLDH_EN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.561 0.572 0.627 0.638 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.649 1.815 0.858 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.617 0.429 1.683 0.583 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.397 0.165 ;
    RECT 0.539 0.165 0.605 0.286 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 0.055 0.22 0.121 1.023 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.495 ;
    RECT 1.881 0.264 1.947 0.396 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.187 0.286 0.605 0.352 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    RECT 1.749 0.33 1.815 0.396 ;
    RECT 0.187 0.352 0.253 0.847 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.848 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.396 1.947 0.462 ;
    RECT 1.881 0.462 1.947 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.187 0.847 0.638 0.913 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.606 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDH_EN3_0P5
#
# 
MACRO LDH_EN3_1 FOREIGN C0A07BLDH_EN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.286 2.211 0.88 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.891 0.561 ;
      RECT 0.825 0.462 0.891 0.495 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.792 0.693 ;
      VIA 0.726 0.66 V1L2L ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.693 0.99 0.759 ;
      RECT 0.924 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.858 0.759 0.99 0.825 ;
      RECT 0.231 0.462 0.297 0.858 ;
      LAYER M2L ;
      RECT 0.198 0.759 0.99 0.825 ;
      VIA 0.264 0.792 V1L2L ;
      VIA 0.924 0.792 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.099 1.815 0.143 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.495 0.132 0.561 0.198 ;
    RECT 0.627 0.143 1.815 0.165 ;
    RECT 0.627 0.165 0.946 0.209 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 0.99 ;
    RECT 0.429 0.198 0.561 0.264 ;
    RECT 0.627 0.209 0.693 0.33 ;
    RECT 1.254 0.231 1.419 0.319 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.386 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 1.045 0.264 1.155 0.363 ;
    RECT 0.429 0.264 0.495 0.957 ;
    RECT 2.277 0.264 2.387 0.396 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.331 0.319 1.419 0.407 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 0.561 0.33 0.693 0.396 ;
    RECT 0.99 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.99 0.363 2.376 0.429 ;
    VIA 1.056 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.825 ;
    RECT 2.277 0.396 2.343 0.979 ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 1.221 0.462 1.287 0.495 ;
    RECT 0.99 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.056 0.759 1.254 0.847 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.825 0.726 0.891 ;
    RECT 1.056 0.847 1.144 0.924 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.66 0.891 0.946 0.957 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.429 0.957 0.594 1.023 ;
    RECT 1.474 0.979 2.343 1.045 ;
    RECT 0.528 1.023 1.375 1.089 ;
  END
END LDH_EN3_1
#
# 
MACRO LDH_EN3_2 FOREIGN C0A07BLDH_EN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.131648 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.429 ;
      RECT 1.903 0.429 2.343 0.462 ;
      RECT 1.903 0.462 2.387 0.473 ;
      RECT 1.617 0.473 2.387 0.495 ;
      RECT 2.277 0.495 2.387 0.594 ;
      RECT 1.617 0.495 1.969 0.539 ;
      RECT 1.617 0.539 1.683 0.66 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.792 ;
      RECT 4.213 0.792 4.323 0.924 ;
      RECT 3.773 0.561 3.839 0.924 ;
      RECT 3.773 0.924 3.883 1.023 ;
      RECT 3.465 1.023 3.883 1.089 ;
      RECT 3.465 0.308 3.531 1.023 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.792 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 1.727 0.165 ;
    RECT 2.266 0.099 2.618 0.143 ;
    RECT 3.003 0.099 3.707 0.143 ;
    RECT 1.166 0.132 1.232 0.165 ;
    RECT 1.848 0.132 1.914 0.165 ;
    RECT 2.266 0.143 3.707 0.165 ;
    RECT 0.55 0.165 1.232 0.231 ;
    RECT 1.661 0.165 1.727 0.242 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 2.552 0.165 3.069 0.209 ;
    RECT 1.848 0.165 2.332 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.209 3.069 1.023 ;
    RECT 0.55 0.231 0.616 0.495 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.924 0.297 1.419 0.363 ;
    RECT 1.771 0.297 2.156 0.341 ;
    RECT 3.135 0.297 3.201 0.924 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 1.485 0.308 1.551 0.341 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 0.165 0.319 0.33 0.385 ;
    RECT 2.409 0.33 2.574 0.396 ;
    RECT 1.485 0.341 2.156 0.363 ;
    RECT 1.485 0.363 1.837 0.407 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 0.165 0.385 0.231 0.759 ;
    RECT 2.508 0.396 2.574 0.594 ;
    RECT 1.485 0.407 1.551 0.429 ;
    RECT 0.957 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.297 0.495 0.616 0.561 ;
    RECT 0.957 0.495 1.023 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.297 0.561 0.363 0.605 ;
    RECT 0.55 0.561 0.616 0.726 ;
    RECT 1.144 0.561 1.386 0.627 ;
    RECT 2.475 0.594 2.574 0.66 ;
    RECT 1.815 0.605 2.178 0.693 ;
    RECT 1.199 0.627 1.287 0.726 ;
    RECT 3.905 0.627 4.092 0.715 ;
    LAYER M2L ;
    RECT 0.132 0.627 1.056 0.693 ;
    RECT 1.188 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.66 2.541 0.759 ;
    RECT 3.905 0.715 3.993 0.792 ;
    RECT 0.55 0.726 0.66 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 0.165 0.759 0.33 0.825 ;
    RECT 1.452 0.759 2.156 0.825 ;
    RECT 2.31 0.759 2.541 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.924 ;
    RECT 0.55 0.825 1.243 0.891 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.848 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.924 3.355 0.99 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.289 0.99 3.355 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDH_EN3_2
#
# 
MACRO LDH_EN3_3 FOREIGN C0A07BLDH_EN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.1 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.594 ;
      RECT 1.221 0.33 1.287 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.561 5.533 0.726 ;
      RECT 5.445 0.495 5.61 0.561 ;
      RECT 4.224 0.462 4.29 0.495 ;
      RECT 4.224 0.495 4.587 0.561 ;
      LAYER M2L ;
      RECT 4.224 0.495 5.61 0.561 ;
      VIA 4.29 0.528 V1L2L ;
      VIA 5.544 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.627 ;
      RECT 2.145 0.627 3.102 0.693 ;
      RECT 3.036 0.605 3.102 0.627 ;
      RECT 3.036 0.539 3.344 0.605 ;
      LAYER M2L ;
      RECT 2.112 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.825 ;
      RECT 5.313 0.825 5.456 0.891 ;
      RECT 5.049 0.319 5.456 0.385 ;
      RECT 5.049 0.385 5.115 0.825 ;
      RECT 4.576 0.825 5.115 0.891 ;
      RECT 5.049 0.297 5.115 0.319 ;
      RECT 4.576 0.231 5.115 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.099 5.247 0.165 ;
    RECT 1.089 0.132 1.683 0.22 ;
    RECT 1.793 0.143 2.244 0.209 ;
    RECT 2.343 0.165 2.816 0.231 ;
    RECT 5.181 0.165 5.247 0.176 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.926 0.165 2.992 0.297 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 5.181 0.176 5.599 0.242 ;
    RECT 1.793 0.209 1.859 0.363 ;
    RECT 1.617 0.22 1.683 0.264 ;
    RECT 1.089 0.22 1.155 0.341 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 5.533 0.242 5.599 0.308 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.432 0.264 3.52 0.341 ;
    RECT 3.795 0.264 3.861 0.902 ;
    RECT 0.055 0.286 0.121 0.363 ;
    RECT 0.407 0.286 0.473 0.363 ;
    RECT 1.408 0.297 1.54 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 2.508 0.297 2.992 0.363 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 0.726 0.341 1.155 0.407 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.055 0.363 0.473 0.429 ;
    RECT 1.474 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.4 0.363 4.884 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.554 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.488 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.407 0.792 0.495 ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 0.297 0.429 0.363 0.825 ;
    RECT 4.785 0.429 4.851 0.726 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 0.462 0.495 0.792 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 3.927 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.561 0.792 0.693 ;
    RECT 5.181 0.594 5.247 0.979 ;
    RECT 1.386 0.627 2.002 0.693 ;
    RECT 4.312 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.518 0.693 ;
    RECT 4.752 0.627 5.28 0.693 ;
    VIA 1.452 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.693 1.155 0.759 ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.312 0.693 4.378 0.759 ;
    RECT 1.089 0.759 1.155 0.957 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 3.036 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.378 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 3.498 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 1.408 0.825 1.859 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 1.793 0.891 1.859 0.979 ;
    RECT 5.533 0.902 5.599 0.979 ;
    RECT 1.089 0.957 1.716 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 1.793 0.979 2.244 1.023 ;
    RECT 5.181 0.979 5.599 1.045 ;
    RECT 1.65 1.023 1.716 1.056 ;
    RECT 1.793 1.023 4.015 1.045 ;
    RECT 2.178 1.045 4.015 1.089 ;
  END
END LDH_EN3_3
#
# 
MACRO LDH_EN3_4 FOREIGN C0A07BLDH_EN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.473 4.488 0.594 ;
      RECT 3.465 0.462 4.488 0.473 ;
      RECT 3.465 0.473 3.531 0.627 ;
      RECT 2.673 0.627 3.531 0.693 ;
      RECT 2.673 0.462 2.739 0.627 ;
      RECT 3.465 0.407 4.059 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.485 0.33 1.551 0.462 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.726 ;
      RECT 7.161 0.462 7.436 0.594 ;
      RECT 5.577 0.396 5.643 0.726 ;
      LAYER M2L ;
      RECT 5.544 0.627 7.26 0.693 ;
      VIA 5.61 0.66 V1L2L ;
      VIA 7.194 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424952 ;
    PORT
      LAYER M1L ;
      RECT 7.513 0.858 7.623 0.957 ;
      RECT 6.765 0.957 7.623 1.023 ;
      RECT 6.765 0.891 6.831 0.957 ;
      RECT 5.962 0.825 6.831 0.891 ;
      RECT 7.557 0.451 7.623 0.858 ;
      RECT 7.513 0.385 7.623 0.451 ;
      RECT 7.513 0.253 7.623 0.319 ;
      RECT 6.765 0.319 7.623 0.385 ;
      RECT 6.765 0.385 6.831 0.462 ;
      RECT 6.765 0.297 6.831 0.319 ;
      RECT 5.962 0.231 6.831 0.297 ;
      RECT 7.557 0.132 7.623 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.698 0.528 6.974 0.572 ;
    RECT 0 0.528 5.698 0.572 ;
    RECT 6.974 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.335 0.099 6.996 0.143 ;
    RECT 1.287 0.11 1.837 0.165 ;
    RECT 2.365 0.143 3.124 0.209 ;
    RECT 3.201 0.143 7.458 0.165 ;
    RECT 1.287 0.165 2.266 0.176 ;
    RECT 3.201 0.165 5.401 0.209 ;
    RECT 6.93 0.165 7.458 0.209 ;
    RECT 1.771 0.176 2.266 0.231 ;
    RECT 1.287 0.176 1.353 0.297 ;
    RECT 2.365 0.209 2.453 0.33 ;
    RECT 3.036 0.209 3.124 0.363 ;
    RECT 3.201 0.209 3.267 0.286 ;
    RECT 5.335 0.209 5.401 0.957 ;
    RECT 5.61 0.231 5.852 0.297 ;
    RECT 2.519 0.275 2.937 0.341 ;
    RECT 3.333 0.275 3.872 0.341 ;
    RECT 1.639 0.286 1.705 0.33 ;
    RECT 0.231 0.297 0.682 0.363 ;
    RECT 0.88 0.297 1.353 0.363 ;
    RECT 4.136 0.297 4.653 0.363 ;
    RECT 5.786 0.297 5.852 0.539 ;
    RECT 5.115 0.308 5.181 0.792 ;
    RECT 1.639 0.33 2.453 0.418 ;
    RECT 4.785 0.33 4.851 0.891 ;
    RECT 2.871 0.341 2.937 0.495 ;
    RECT 3.333 0.341 3.399 0.495 ;
    RECT 2.519 0.341 2.585 0.825 ;
    RECT 0.231 0.363 0.297 0.825 ;
    RECT 0.88 0.363 0.946 0.495 ;
    RECT 3.036 0.363 3.168 0.429 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 6.138 0.363 6.666 0.429 ;
    LAYER M2L ;
    RECT 3.036 0.363 6.27 0.429 ;
    VIA 4.818 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 6.6 0.429 6.666 0.627 ;
    RECT 0.396 0.495 0.946 0.561 ;
    RECT 2.871 0.495 3.399 0.561 ;
    RECT 1.936 0.517 2.409 0.583 ;
    RECT 3.63 0.539 3.784 0.605 ;
    RECT 5.786 0.539 6.468 0.605 ;
    RECT 0.88 0.561 0.946 0.759 ;
    RECT 2.343 0.583 2.409 0.726 ;
    RECT 1.683 0.594 1.749 0.715 ;
    RECT 3.696 0.605 3.784 0.627 ;
    RECT 5.786 0.605 5.852 0.825 ;
    RECT 3.696 0.627 3.872 0.693 ;
    RECT 6.6 0.627 6.985 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.782 0.693 ;
    RECT 2.31 0.627 5.214 0.693 ;
    VIA 0.264 0.66 V1L2L ;
    VIA 5.148 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 1.716 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.919 0.693 6.985 0.825 ;
    RECT 1.683 0.715 2.255 0.781 ;
    RECT 7.359 0.748 7.425 0.825 ;
    RECT 0.88 0.759 1.386 0.825 ;
    RECT 2.904 0.759 3.872 0.825 ;
    RECT 4.136 0.759 4.653 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 4.29 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 0.825 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 1.32 0.825 1.386 0.847 ;
    RECT 2.189 0.825 2.97 0.891 ;
    RECT 5.61 0.825 5.852 0.891 ;
    RECT 6.919 0.825 7.425 0.891 ;
    RECT 1.32 0.847 2.09 0.913 ;
    RECT 3.168 0.891 4.851 0.957 ;
    RECT 5.335 0.957 6.666 1.023 ;
    RECT 1.782 0.979 2.981 1.023 ;
    RECT 1.782 1.023 5.401 1.045 ;
    RECT 2.915 1.045 5.401 1.089 ;
  END
END LDH_EN3_4
#
# 
MACRO LDH_EN3_6 FOREIGN C0A07BLDH_EN3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.473 5.456 0.594 ;
      RECT 3.564 0.462 5.456 0.473 ;
      RECT 3.564 0.473 4.092 0.594 ;
      RECT 3.982 0.407 5.126 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.452 0.462 1.98 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.616 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424468 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.957 ;
      RECT 8.349 0.957 9.207 1.023 ;
      RECT 8.349 0.891 8.415 0.957 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.363 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 1.991 0.165 2.376 0.231 ;
    RECT 6.16 0.165 6.303 0.231 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.825 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 2.31 0.231 2.376 0.275 ;
    RECT 1.991 0.231 2.057 0.297 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 6.237 0.231 6.303 0.363 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 5.17 0.275 5.643 0.341 ;
    RECT 0.198 0.297 1.221 0.363 ;
    RECT 1.287 0.297 2.057 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 5.577 0.341 5.643 0.374 ;
    RECT 1.155 0.363 1.221 0.462 ;
    RECT 0.198 0.363 0.264 0.825 ;
    RECT 1.287 0.363 1.353 0.572 ;
    RECT 6.237 0.363 6.633 0.429 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 1.122 0.363 2.244 0.429 ;
    RECT 5.577 0.363 7.59 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.524 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.429 6.303 0.693 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.577 0.44 5.643 0.759 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 0.374 0.495 0.814 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 5.885 0.506 6.171 0.572 ;
    RECT 2.607 0.539 3.003 0.605 ;
    RECT 4.488 0.539 4.895 0.605 ;
    RECT 7.249 0.539 8.03 0.605 ;
    RECT 0.748 0.561 0.814 0.572 ;
    RECT 0.748 0.572 1.353 0.638 ;
    RECT 4.202 0.572 4.268 0.627 ;
    RECT 5.885 0.572 5.951 0.891 ;
    RECT 2.937 0.605 3.003 0.627 ;
    RECT 4.488 0.605 4.554 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 2.937 0.627 3.3 0.693 ;
    RECT 4.202 0.627 4.554 0.693 ;
    LAYER M2L ;
    RECT 3.168 0.627 6.336 0.693 ;
    VIA 3.234 0.66 V1L2L ;
    VIA 4.356 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.638 1.353 0.825 ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.16 0.693 6.666 0.759 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 2.904 0.759 3.168 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.643 0.825 ;
    LAYER M2L ;
    RECT 3.036 0.759 5.214 0.825 ;
    VIA 3.102 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.045 0.891 ;
    RECT 1.287 0.825 2.97 0.891 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 6.138 0.825 6.831 0.891 ;
    RECT 4.29 0.891 5.951 0.957 ;
    RECT 6.765 0.891 6.831 0.957 ;
    RECT 6.138 0.891 6.204 1.023 ;
    RECT 2.31 0.957 4.026 1.023 ;
    RECT 6.765 0.957 8.228 1.023 ;
    RECT 3.96 1.023 6.204 1.089 ;
  END
END LDH_EN3_6
#
# 
MACRO LDH_EO2_0P5 FOREIGN C0A07BLDH_EO2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.66 0.847 0.726 ;
      RECT 0.781 0.726 0.847 0.924 ;
      RECT 0.693 0.594 0.759 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.594 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.33 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.484 ;
    RECT 0.033 0.396 0.099 0.924 ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDH_EO2_0P5
#
# 
MACRO LDH_EO2_1 FOREIGN C0A07BLDH_EO2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098252 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.528 ;
      RECT 0.429 0.528 0.693 0.594 ;
      RECT 0.627 0.594 0.693 0.748 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.33 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.737 1.155 0.891 ;
      RECT 0.396 0.891 1.188 0.957 ;
      RECT 0.396 0.957 0.462 1.023 ;
      RECT 0.33 1.023 0.462 1.089 ;
      RECT 0.759 0.462 0.825 0.891 ;
      RECT 0.693 0.396 0.825 0.462 ;
      RECT 0.693 0.33 0.759 0.396 ;
      RECT 1.089 0.671 1.221 0.737 ;
      RECT 1.155 0.165 1.221 0.671 ;
      RECT 1.155 0.099 1.298 0.165 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.089 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.023 0.165 1.089 0.594 ;
    RECT 0.297 0.231 0.363 0.759 ;
    RECT 0.891 0.264 0.957 0.748 ;
    RECT 1.287 0.286 1.353 1.023 ;
    RECT 0.253 0.759 0.55 0.825 ;
    RECT 0.253 0.825 0.319 0.924 ;
    RECT 0.572 1.023 1.353 1.089 ;
  END
END LDH_EO2_1
#
# 
MACRO LDH_EO2_2 FOREIGN C0A07BLDH_EO2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.605 2.079 0.99 ;
      RECT 1.881 0.539 2.079 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.803 ;
      RECT 1.287 0.803 1.716 0.869 ;
      RECT 1.628 0.869 1.716 0.946 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.902 0.165 1.738 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.21 0.363 ;
    RECT 1.749 0.297 1.892 0.363 ;
    RECT 1.43 0.308 1.529 0.374 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.749 0.363 1.815 0.671 ;
    RECT 1.463 0.374 1.529 0.671 ;
    RECT 1.089 0.462 1.287 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    LAYER M2L ;
    RECT 1.122 0.495 1.848 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.749 0.671 1.859 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 1.793 0.737 1.859 0.836 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDH_EO2_2
#
# 
MACRO LDH_EO2_2RE FOREIGN C0A07BLDH_EO2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.661 0.033 1.727 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.473 1.188 0.561 ;
      RECT 0.924 0.561 0.99 0.594 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 1.188 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.122 0.528 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.858 ;
      RECT 0.297 0.495 0.44 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.924 1.485 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 0.418 0.165 0.759 0.231 ;
    RECT 0.858 0.187 1.001 0.253 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.935 0.253 1.001 0.33 ;
    RECT 0.033 0.297 0.627 0.363 ;
    RECT 0.693 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.595 0.396 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.033 0.363 0.099 0.803 ;
    RECT 0.781 0.396 0.847 0.693 ;
    RECT 1.529 0.396 1.595 0.495 ;
    RECT 0.561 0.462 0.715 0.528 ;
    RECT 1.331 0.462 1.43 0.528 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.529 0.495 2.211 0.528 ;
    RECT 0.649 0.528 0.715 0.594 ;
    RECT 1.331 0.528 1.397 0.627 ;
    RECT 1.529 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.529 0.561 1.595 0.759 ;
    RECT 1.1 0.627 1.397 0.693 ;
    RECT 0.451 0.693 1.166 0.759 ;
    RECT 0.451 0.759 0.517 0.968 ;
    RECT 1.232 0.759 1.595 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.616 0.825 0.748 0.891 ;
    RECT 0.858 0.825 1.298 0.891 ;
    RECT 0.682 0.891 0.748 0.957 ;
    RECT 0.682 0.957 1.342 1.023 ;
    RECT 1.276 1.023 1.342 1.056 ;
  END
END LDH_EO2_2RE
#
# 
MACRO LDH_EO2_3 FOREIGN C0A07BLDH_EO2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.55 ;
      RECT 2.805 0.55 3.003 0.638 ;
      RECT 2.937 0.638 3.003 0.858 ;
      RECT 2.805 0.462 2.871 0.55 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.726 ;
      RECT 1.837 0.726 2.508 0.858 ;
      RECT 1.837 0.858 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.276 0.165 2.475 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.165 2.816 0.231 ;
    RECT 2.673 0.231 2.739 0.825 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.705 0.319 2.288 0.385 ;
    RECT 0.726 0.319 1.584 0.385 ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.705 0.385 1.771 0.759 ;
    RECT 0.847 0.385 0.913 0.759 ;
    RECT 1.408 0.473 1.606 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 2.772 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 2.706 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.771 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDH_EO2_3
#
# 
MACRO LDH_EO2_4 FOREIGN C0A07BLDH_EO2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.663 0.572 ;
      RECT 3.597 0.572 3.663 0.726 ;
      RECT 3.465 0.572 3.531 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.825 ;
      RECT 1.98 0.825 3.168 0.858 ;
      RECT 1.98 0.858 2.618 0.891 ;
      RECT 3.069 0.231 3.135 0.726 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.398 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.498 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.398 0.363 2.464 0.495 ;
    RECT 3.201 0.363 3.498 0.385 ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.201 0.385 3.399 0.429 ;
    RECT 3.201 0.429 3.267 0.561 ;
    RECT 1.881 0.462 2.211 0.594 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 2.332 0.495 2.464 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 3.3 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.112 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 2.332 0.561 2.398 0.671 ;
    RECT 3.201 0.561 3.333 0.627 ;
    RECT 3.267 0.627 3.333 0.825 ;
    RECT 1.463 0.671 2.398 0.737 ;
    RECT 0.902 0.803 1.727 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.267 0.825 3.498 0.891 ;
    RECT 1.661 0.869 1.727 0.957 ;
    RECT 1.661 0.957 2.992 1.023 ;
  END
END LDH_EO2_4
#
# 
MACRO LDH_EO2_6 FOREIGN C0A07BLDH_EO2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.148 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.825 ;
      RECT 2.64 0.825 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.891 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 3.201 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.267 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 4.961 0.242 5.027 0.319 ;
    RECT 3.399 0.297 4.323 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.521 0.319 5.027 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.399 0.363 3.465 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.521 0.385 4.587 0.528 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 2.673 0.473 3.267 0.583 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 1.804 0.495 2.442 0.561 ;
    LAYER M2L ;
    RECT 2.904 0.495 4.62 0.561 ;
    VIA 2.97 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.376 0.561 2.442 0.693 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 2.376 0.693 3.465 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 0.957 ;
    RECT 4.609 0.825 5.06 0.891 ;
    RECT 2.112 0.957 4.356 1.023 ;
  END
END LDH_EO2_6
#
# 
MACRO LDH_EO2_8 FOREIGN C0A07BLDH_EO2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.462 6.864 0.594 ;
      RECT 6.501 0.594 6.567 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66066 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.862 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 6.237 0.297 6.754 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.62 0.319 5.83 0.385 ;
    RECT 6.237 0.363 6.303 0.825 ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 4.62 0.385 4.686 0.693 ;
    RECT 3.465 0.473 4.521 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    LAYER M2L ;
    RECT 4.224 0.495 6.336 0.561 ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.422 0.528 V1L2L ;
    VIA 6.27 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.686 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.237 0.825 6.754 0.891 ;
    RECT 3.069 0.957 5.478 1.023 ;
  END
END LDH_EO2_8
#
# 
MACRO LDH_EO2_S_0P5 FOREIGN C0A07BLDH_EO2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.561 ;
      RECT 0.561 0.561 0.891 0.627 ;
      RECT 0.825 0.627 0.891 0.792 ;
      RECT 0.781 0.792 0.891 0.924 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.792 ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.902 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDH_EO2_S_0P5
#
# 
MACRO LDH_EO2_S_1 FOREIGN C0A07BLDH_EO2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.825 ;
      RECT 0.429 0.825 0.726 0.891 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.594 1.353 0.858 ;
      RECT 1.287 0.858 1.452 0.99 ;
      RECT 0.693 0.594 0.803 0.726 ;
      RECT 0.737 0.462 0.803 0.594 ;
      RECT 0.297 0.396 0.363 0.781 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.386 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.507 0.165 ;
    RECT 0.253 0.132 0.363 0.231 ;
    RECT 0.561 0.165 0.627 0.594 ;
    RECT 1.441 0.165 1.507 0.759 ;
    RECT 0.198 0.231 0.363 0.297 ;
    RECT 1.056 0.231 1.221 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.188 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.122 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.264 0.935 0.704 ;
    RECT 0.198 0.297 0.264 0.33 ;
    RECT 1.155 0.297 1.221 0.957 ;
    RECT 1.023 0.638 1.089 0.704 ;
    RECT 0.869 0.704 1.089 0.77 ;
    RECT 0.253 0.924 0.319 0.957 ;
    RECT 0.253 0.957 1.221 1.023 ;
    RECT 0.253 1.023 0.319 1.056 ;
  END
END LDH_EO2_S_1
#
# 
MACRO LDH_EO2_S_2 FOREIGN C0A07BLDH_EO2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.98 0.462 2.244 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22506 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.165 1.705 0.803 ;
      RECT 1.287 0.803 1.705 0.869 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.968 0.099 1.705 0.165 ;
      RECT 1.254 0.165 1.386 0.209 ;
      RECT 0.902 0.165 1.034 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 1.815 0.242 1.881 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.023 0.33 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 1.463 0.308 1.529 0.671 ;
    RECT 1.287 0.33 1.353 0.462 ;
    RECT 0.55 0.33 1.177 0.363 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.957 0.363 1.177 0.396 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.815 0.363 1.881 1.012 ;
    LAYER M2L ;
    RECT 1.254 0.363 1.914 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 1.848 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.462 1.353 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDH_EO2_S_2
#
# 
MACRO LDH_EO2_S_3 FOREIGN C0A07BLDH_EO2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 3.003 0.572 ;
      RECT 2.937 0.572 3.003 0.858 ;
      RECT 2.805 0.572 2.871 0.638 ;
      RECT 2.673 0.572 2.739 0.638 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.29524 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.693 ;
      RECT 1.881 0.693 2.475 0.759 ;
      RECT 1.881 0.759 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.628 0.165 2.475 0.231 ;
      RECT 1.32 0.099 1.694 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.717 0.924 2.783 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.165 2.816 0.231 ;
    RECT 2.541 0.231 2.607 0.924 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.485 0.264 1.551 0.341 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.749 0.319 2.288 0.385 ;
    RECT 1.617 0.33 1.683 0.473 ;
    RECT 0.726 0.341 1.551 0.407 ;
    LAYER M2L ;
    RECT 1.584 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.749 0.385 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 1.408 0.473 1.683 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDH_EO2_S_3
#
# 
MACRO LDH_EO2_S_4 FOREIGN C0A07BLDH_EO2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.795 0.572 ;
      RECT 3.729 0.572 3.795 0.858 ;
      RECT 3.597 0.572 3.663 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405108 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.759 3.135 0.858 ;
      RECT 2.673 0.693 3.135 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 1.628 0.825 2.739 0.891 ;
      RECT 3.069 0.231 3.135 0.693 ;
      RECT 1.628 0.165 3.135 0.231 ;
      RECT 1.628 0.132 1.694 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.242 3.861 0.319 ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.861 0.385 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.432 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.333 0.385 3.399 0.825 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.881 0.495 2.475 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 1.463 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.496 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.333 0.825 3.498 0.891 ;
    RECT 1.43 0.869 1.496 0.957 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDH_EO2_S_4
#
# 
MACRO LDH_EO2_S_6 FOREIGN C0A07BLDH_EO2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.214 0.033 5.28 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.99 ;
      RECT 5.049 0.462 5.247 0.528 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.62 0.825 ;
      RECT 3.366 0.825 4.62 0.858 ;
      RECT 3.366 0.858 3.806 0.891 ;
      RECT 2.31 0.891 3.432 0.957 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.488 0.462 4.587 0.528 ;
      RECT 4.488 0.231 4.554 0.462 ;
      RECT 3.223 0.165 4.554 0.209 ;
      RECT 2.343 0.209 4.554 0.231 ;
      RECT 2.343 0.231 3.289 0.275 ;
      RECT 2.343 0.132 2.409 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 5.379 0.22 5.445 0.319 ;
    RECT 4.62 0.242 4.708 0.319 ;
    RECT 3.498 0.297 4.345 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.62 0.319 5.445 0.385 ;
    RECT 1.254 0.341 3.322 0.407 ;
    RECT 4.279 0.363 4.345 0.44 ;
    RECT 3.498 0.363 3.564 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.719 0.385 4.785 0.825 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 2.75 0.495 3.3 0.561 ;
    RECT 1.804 0.495 2.464 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.75 0.561 2.816 0.627 ;
    RECT 2.398 0.561 2.464 0.759 ;
    RECT 2.75 0.627 3.102 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 4.818 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.19 0.693 3.564 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 2.398 0.759 3.256 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 1.023 ;
    RECT 4.719 0.825 5.082 0.891 ;
    RECT 3.542 0.957 4.378 1.023 ;
    RECT 2.112 1.023 3.608 1.089 ;
  END
END LDH_EO2_S_6
#
# 
MACRO LDH_EO2_S_8 FOREIGN C0A07BLDH_EO2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 6.336 0.462 6.864 0.594 ;
      RECT 6.765 0.594 6.831 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.707124 ;
    PORT
      LAYER M1L ;
      RECT 4.807 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.873 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 7.007 0.198 7.073 0.297 ;
    RECT 4.675 0.297 5.83 0.363 ;
    RECT 6.171 0.297 7.073 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.521 0.33 4.587 0.473 ;
    RECT 4.675 0.363 4.741 0.693 ;
    RECT 6.171 0.363 6.237 0.825 ;
    LAYER M2L ;
    RECT 4.488 0.363 6.27 0.429 ;
    VIA 4.554 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 3.465 0.473 4.587 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.741 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.171 0.825 6.402 0.891 ;
    RECT 3.069 0.957 5.83 1.023 ;
  END
END LDH_EO2_S_8
#
# 
MACRO LDH_EO3_0P5 FOREIGN C0A07BLDH_EO3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.396 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.264 2.123 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 0.561 0.165 0.627 0.902 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.484 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.881 0.264 1.947 1.023 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.98 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.396 0.495 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.055 0.858 0.121 1.023 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.628 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDH_EO3_0P5
#
# 
MACRO LDH_EO3_1 FOREIGN C0A07BLDH_EO3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.308 2.211 0.88 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.968 0.693 1.034 0.726 ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.253 0.594 0.363 0.66 ;
      RECT 0.253 0.462 0.319 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.122 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.056 0.66 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.815 0.165 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.462 0.165 0.759 0.231 ;
    RECT 0.825 0.165 0.935 0.242 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 1.012 ;
    RECT 0.693 0.231 0.759 0.495 ;
    RECT 1.023 0.231 1.232 0.297 ;
    RECT 2.277 0.231 2.442 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.442 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.242 0.891 0.825 ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.858 ;
    RECT 1.331 0.264 1.419 0.363 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.023 0.297 1.111 0.396 ;
    RECT 2.277 0.297 2.343 0.979 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 1.21 0.363 1.419 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.386 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 0.957 0.462 1.023 0.495 ;
    RECT 0.594 0.495 0.759 0.561 ;
    RECT 0.957 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.561 0.66 0.957 ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.122 0.759 1.287 0.803 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.056 0.803 1.287 0.869 ;
    RECT 0.781 0.825 0.946 0.891 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.462 0.957 1.386 1.023 ;
    RECT 1.496 0.979 2.343 1.045 ;
  END
END LDH_EO3_1
#
# 
MACRO LDH_EO3_2 FOREIGN C0A07BLDH_EO3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2057 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.858 ;
      RECT 4.213 0.858 4.323 0.99 ;
      RECT 3.817 0.561 3.883 1.001 ;
      RECT 3.465 1.001 3.883 1.067 ;
      RECT 3.465 0.264 3.531 1.001 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.594 ;
      RECT 1.617 0.451 2.343 0.517 ;
      RECT 2.277 0.33 2.343 0.451 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 2.255 0.099 3.707 0.165 ;
    RECT 1.694 0.132 1.76 0.165 ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 0.924 0.165 1.76 0.231 ;
    RECT 2.552 0.165 2.684 0.209 ;
    RECT 1.826 0.165 2.321 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.165 3.069 1.023 ;
    RECT 1.353 0.231 1.419 0.33 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 0.561 0.297 1.232 0.363 ;
    RECT 1.485 0.297 2.134 0.363 ;
    RECT 3.322 0.297 3.388 0.33 ;
    RECT 3.135 0.297 3.201 0.957 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 2.409 0.33 2.508 0.396 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.561 0.363 0.649 0.825 ;
    RECT 1.485 0.363 1.551 0.429 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 2.442 0.396 2.508 0.759 ;
    RECT 0.759 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.759 0.495 0.825 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.99 0.561 1.353 0.627 ;
    RECT 1.815 0.605 2.134 0.693 ;
    RECT 1.287 0.627 1.353 0.726 ;
    RECT 3.949 0.627 4.158 0.715 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.858 0.693 ;
    RECT 1.254 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.32 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.949 0.715 4.037 0.759 ;
    RECT 1.089 0.726 1.155 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 1.485 0.759 2.134 0.825 ;
    RECT 2.31 0.759 2.508 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.902 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.561 0.825 1.243 0.891 ;
    RECT 1.485 0.825 1.551 0.858 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.826 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.957 3.388 1.023 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.322 1.023 3.388 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDH_EO3_2
#
# 
MACRO LDH_EO3_3 FOREIGN C0A07BLDH_EO3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.462 5.533 0.781 ;
      RECT 4.268 0.495 4.752 0.561 ;
      LAYER M2L ;
      RECT 4.62 0.495 5.544 0.561 ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.478 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.627 3.025 0.693 ;
      RECT 2.145 0.693 2.211 0.726 ;
      RECT 2.959 0.506 3.025 0.627 ;
      RECT 2.145 0.462 2.211 0.627 ;
      LAYER M2L ;
      RECT 2.145 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.891 ;
      RECT 5.313 0.891 5.456 0.957 ;
      RECT 5.016 0.297 5.456 0.363 ;
      RECT 5.016 0.363 5.082 0.825 ;
      RECT 4.576 0.825 5.082 0.891 ;
      RECT 4.576 0.231 5.082 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.221 0.099 1.683 0.165 ;
    RECT 2.893 0.099 5.214 0.143 ;
    RECT 2.343 0.121 2.783 0.187 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.893 0.143 5.599 0.165 ;
    RECT 1.617 0.165 1.683 0.264 ;
    RECT 1.221 0.165 1.287 0.297 ;
    RECT 1.793 0.165 2.244 0.231 ;
    RECT 5.148 0.165 5.599 0.209 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.893 0.165 2.959 0.363 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 2.717 0.187 2.783 0.264 ;
    RECT 2.343 0.187 2.409 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 1.793 0.231 1.859 0.363 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.441 0.264 1.507 0.363 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.421 0.264 3.487 0.341 ;
    RECT 3.795 0.264 3.861 0.858 ;
    RECT 0.407 0.286 0.495 0.825 ;
    RECT 2.541 0.286 2.607 0.363 ;
    RECT 0.726 0.297 1.287 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.726 0.363 0.792 0.759 ;
    RECT 1.441 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.29 0.363 4.917 0.429 ;
    RECT 2.541 0.363 2.959 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.422 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.356 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 4.851 0.429 4.917 0.726 ;
    RECT 0.957 0.462 1.023 0.627 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 1.056 0.561 ;
    RECT 1.65 0.495 3.927 0.561 ;
    VIA 0.462 0.528 V1L2L ;
    VIA 0.99 0.528 V1L2L ;
    VIA 1.716 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.181 0.594 5.247 1.023 ;
    RECT 0.957 0.627 2.002 0.693 ;
    RECT 4.389 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 4.818 0.627 5.28 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.389 0.693 4.455 0.759 ;
    RECT 0.726 0.759 1.716 0.825 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 2.97 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 1.65 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.584 0.825 1.716 0.869 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 5.555 0.924 5.621 1.023 ;
    RECT 1.408 0.957 2.244 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 2.178 1.023 4.015 1.089 ;
    RECT 5.181 1.023 5.621 1.089 ;
  END
END LDH_EO3_3
#
# 
MACRO LDH_EO3_4 FOREIGN C0A07BLDH_EO3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.243936 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.495 4.191 0.594 ;
      RECT 3.498 0.429 4.323 0.495 ;
      RECT 4.257 0.495 4.323 0.594 ;
      RECT 3.498 0.495 3.564 0.55 ;
      RECT 2.673 0.55 3.564 0.616 ;
      RECT 2.673 0.44 2.739 0.55 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.572 7.095 0.726 ;
      RECT 7.029 0.462 7.227 0.572 ;
      RECT 7.161 0.572 7.227 0.726 ;
      RECT 5.841 0.561 5.907 0.726 ;
      RECT 5.643 0.495 5.907 0.561 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.128 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 7.062 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 7.557 0.363 7.623 0.957 ;
      RECT 6.633 0.957 7.623 1.023 ;
      RECT 6.633 0.891 6.699 0.957 ;
      RECT 6.16 0.825 6.699 0.891 ;
      RECT 6.765 0.297 7.623 0.363 ;
      RECT 6.765 0.363 6.831 0.462 ;
      RECT 5.984 0.231 6.831 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.896 0.528 6.952 0.572 ;
    RECT 0 0.528 5.896 0.572 ;
    RECT 6.952 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.313 0.099 6.974 0.143 ;
    RECT 1.628 0.143 3.135 0.209 ;
    RECT 5.313 0.143 7.414 0.165 ;
    RECT 6.908 0.165 7.414 0.209 ;
    RECT 3.223 0.165 5.379 0.231 ;
    RECT 3.069 0.209 3.135 0.286 ;
    RECT 2.409 0.209 2.475 0.462 ;
    RECT 5.445 0.231 5.72 0.297 ;
    RECT 3.223 0.231 3.289 0.308 ;
    RECT 5.313 0.231 5.379 0.825 ;
    RECT 2.541 0.275 2.959 0.341 ;
    RECT 0.902 0.297 2.288 0.363 ;
    RECT 3.366 0.297 3.872 0.363 ;
    RECT 4.092 0.297 4.587 0.363 ;
    RECT 5.104 0.297 5.247 0.363 ;
    RECT 5.445 0.297 5.511 0.825 ;
    RECT 0.198 0.319 0.759 0.385 ;
    RECT 4.653 0.33 4.719 0.891 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 2.541 0.341 2.607 0.759 ;
    RECT 0.902 0.363 0.968 0.759 ;
    RECT 3.366 0.363 3.432 0.418 ;
    RECT 4.521 0.363 4.587 0.759 ;
    RECT 5.181 0.363 5.247 0.693 ;
    RECT 5.61 0.363 6.644 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 5.742 0.429 ;
    VIA 4.686 0.396 V1L2L ;
    VIA 5.676 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.385 0.759 0.825 ;
    RECT 2.893 0.418 3.432 0.484 ;
    RECT 1.485 0.429 2.343 0.495 ;
    RECT 6.578 0.429 6.644 0.66 ;
    RECT 1.056 0.495 1.551 0.561 ;
    RECT 2.277 0.495 2.343 0.759 ;
    RECT 5.995 0.539 6.446 0.605 ;
    RECT 1.892 0.561 2.211 0.627 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 3.696 0.561 3.894 0.627 ;
    RECT 4.785 0.594 4.851 0.693 ;
    RECT 5.995 0.605 6.061 0.825 ;
    RECT 2.145 0.627 2.211 0.726 ;
    RECT 1.056 0.627 1.188 0.693 ;
    RECT 3.63 0.627 3.762 0.693 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.188 0.693 ;
    RECT 2.112 0.627 4.884 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.696 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.578 0.66 6.963 0.726 ;
    RECT 4.785 0.693 5.247 0.759 ;
    RECT 6.897 0.726 6.963 0.825 ;
    RECT 7.293 0.748 7.359 0.825 ;
    RECT 0.902 0.759 2.046 0.825 ;
    RECT 2.277 0.759 3.696 0.825 ;
    RECT 3.828 0.759 4.587 0.825 ;
    LAYER M2L ;
    RECT 1.914 0.759 3.96 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.894 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.98 0.825 2.112 0.891 ;
    RECT 5.445 0.825 6.061 0.891 ;
    RECT 4.796 0.825 5.379 0.891 ;
    RECT 6.897 0.825 7.359 0.891 ;
    RECT 3.366 0.891 4.719 0.957 ;
    RECT 5.313 0.891 5.379 0.957 ;
    RECT 4.796 0.891 4.862 1.023 ;
    RECT 5.313 0.957 6.468 1.023 ;
    RECT 1.804 0.979 3.168 1.023 ;
    RECT 1.804 1.023 4.862 1.045 ;
    RECT 3.102 1.045 4.862 1.089 ;
  END
END LDH_EO3_4
#
# 
MACRO LDH_EO3_6 FOREIGN C0A07BLDH_EO3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.242 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.407 ;
      RECT 3.85 0.407 5.115 0.462 ;
      RECT 3.564 0.462 5.115 0.473 ;
      RECT 5.049 0.473 5.115 0.517 ;
      RECT 5.049 0.517 5.764 0.605 ;
      RECT 3.564 0.473 3.96 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.594 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.432696 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.979 ;
      RECT 8.349 0.979 9.207 1.045 ;
      RECT 8.349 0.891 8.415 0.979 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.341 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 6.182 0.143 6.325 0.209 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.847 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 6.237 0.209 6.325 0.341 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 0.198 0.297 1.155 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.203 0.308 5.269 0.374 ;
    RECT 5.555 0.308 5.621 0.374 ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 1.221 0.341 1.287 0.759 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 6.237 0.341 6.633 0.407 ;
    RECT 1.089 0.363 1.155 0.825 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 5.577 0.363 7.524 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.458 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.407 6.325 0.715 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.874 0.44 5.94 0.759 ;
    RECT 2.145 0.473 2.211 0.495 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 1.386 0.495 2.211 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 6.006 0.506 6.171 0.572 ;
    RECT 2.497 0.539 3.003 0.605 ;
    RECT 4.246 0.539 4.598 0.605 ;
    RECT 7.249 0.539 7.986 0.605 ;
    RECT 1.386 0.561 1.452 0.627 ;
    RECT 6.006 0.572 6.072 0.891 ;
    RECT 2.937 0.605 3.003 0.726 ;
    RECT 4.246 0.605 4.312 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 1.386 0.627 1.518 0.693 ;
    RECT 4.07 0.627 4.312 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    RECT 2.904 0.627 6.336 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.97 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.6 0.682 6.666 0.715 ;
    RECT 6.182 0.715 6.666 0.781 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 1.221 0.759 2.178 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.94 0.825 ;
    LAYER M2L ;
    RECT 2.046 0.759 5.214 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.155 0.891 ;
    RECT 2.112 0.825 2.178 0.979 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 2.31 0.825 3.157 0.891 ;
    RECT 6.138 0.847 6.831 0.913 ;
    RECT 4.29 0.891 6.072 0.957 ;
    RECT 3.091 0.891 3.157 0.979 ;
    RECT 6.743 0.913 6.831 0.957 ;
    RECT 6.138 0.913 6.204 1.023 ;
    RECT 6.743 0.957 8.228 1.023 ;
    RECT 2.112 0.979 2.97 1.045 ;
    RECT 3.091 0.979 4.026 1.023 ;
    RECT 3.091 1.023 6.204 1.045 ;
    RECT 3.96 1.045 6.204 1.089 ;
  END
END LDH_EO3_6
#
# 
MACRO LDH_FDNQ_1 FOREIGN C0A07BLDH_FDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.858 ;
      RECT 3.421 0.858 3.531 0.99 ;
      RECT 3.421 0.132 3.531 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.561 3.267 0.99 ;
      RECT 3.124 0.495 3.267 0.561 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.651 0.946 2.717 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.132 0.539 0.858 ;
    RECT 2.035 0.132 2.145 0.264 ;
    RECT 0.781 0.165 1.232 0.231 ;
    RECT 2.805 0.165 2.948 0.231 ;
    RECT 1.397 0.187 1.463 0.275 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.793 0.198 1.859 0.902 ;
    RECT 2.211 0.198 2.277 0.528 ;
    RECT 3.201 0.198 3.267 0.363 ;
    RECT 1.166 0.231 1.232 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.805 0.231 2.893 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.31 0.297 ;
    RECT 2.409 0.231 3.3 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.264 2.145 0.627 ;
    RECT 3.047 0.264 3.113 0.352 ;
    RECT 1.397 0.275 1.727 0.341 ;
    RECT 2.519 0.297 2.893 0.363 ;
    LAYER M2L ;
    RECT 2.409 0.297 2.475 0.363 ;
    LAYER M1L ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 1.661 0.341 1.727 0.781 ;
    RECT 2.959 0.352 3.113 0.418 ;
    RECT 2.519 0.363 2.585 0.528 ;
    RECT 2.827 0.363 2.893 0.924 ;
    RECT 3.201 0.363 3.399 0.429 ;
    LAYER M2L ;
    RECT 2.046 0.363 2.475 0.429 ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.166 0.418 1.529 0.484 ;
    RECT 1.947 0.418 2.013 0.759 ;
    RECT 2.959 0.418 3.025 0.66 ;
    RECT 0.913 0.429 1.023 0.495 ;
    RECT 3.333 0.429 3.399 0.594 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 0.913 0.495 0.979 0.627 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.561 1.298 0.627 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 1.155 0.627 1.221 0.781 ;
    RECT 2.079 0.627 2.761 0.693 ;
    RECT 2.959 0.66 3.091 0.726 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 2.695 0.693 2.761 0.77 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.003 0.726 3.091 0.858 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 1.947 0.759 2.431 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.234 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.781 1.727 0.847 ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 1.947 0.825 2.013 0.858 ;
    RECT 2.365 0.825 2.431 0.902 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 2.827 0.924 2.937 1.056 ;
    RECT 2.233 0.946 2.299 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.233 1.023 2.563 1.089 ;
  END
END LDH_FDNQ_1
#
# 
MACRO LDH_FDNQ_2 FOREIGN C0A07BLDH_FDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.003 0.946 3.069 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.156 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.209 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 0.473 0.176 0.539 0.858 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.376 0.231 2.508 0.275 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.838 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.408 0.275 1.661 0.341 ;
    RECT 1.76 0.275 2.508 0.297 ;
    RECT 1.76 0.297 2.442 0.341 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.023 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.418 ;
    RECT 2.145 0.341 2.211 0.847 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 1.595 0.418 1.837 0.484 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.594 ;
    RECT 1.771 0.484 1.837 0.715 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.594 1.221 0.715 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 1.155 0.715 1.837 0.781 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.432 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 3.366 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 1.76 0.847 2.398 0.891 ;
    RECT 1.76 0.891 2.464 0.913 ;
    RECT 2.332 0.913 2.464 0.957 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 2.134 0.979 2.266 1.023 ;
    RECT 0.605 1.023 1.056 1.089 ;
    RECT 2.134 1.023 2.915 1.089 ;
  END
END LDH_FDNQ_2
#
# 
MACRO LDH_FDNQ_4 FOREIGN C0A07BLDH_FDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.242 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.429 4.983 0.726 ;
      RECT 4.675 0.726 5.148 0.858 ;
      RECT 4.675 0.858 4.741 0.957 ;
      RECT 4.587 0.957 4.741 1.023 ;
      RECT 4.653 0.363 4.983 0.429 ;
      RECT 4.917 0.297 5.082 0.363 ;
      RECT 4.653 0.231 4.741 0.363 ;
      RECT 4.598 0.165 4.741 0.231 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.99 4.873 1.155 ;
      RECT 4.807 0.924 4.917 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.695 0.132 2.761 0.363 ;
    RECT 4.015 0.132 4.081 0.671 ;
    RECT 3.047 0.132 3.465 0.198 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.297 0.264 ;
    RECT 1.155 0.198 1.221 0.462 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.871 0.198 2.937 0.418 ;
    RECT 3.531 0.198 3.597 0.528 ;
    RECT 3.047 0.198 3.113 0.264 ;
    RECT 3.399 0.198 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.231 3.63 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.188 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.231 0.264 0.341 0.33 ;
    RECT 4.235 0.264 4.323 0.792 ;
    RECT 3.19 0.275 3.333 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.275 0.33 0.341 0.726 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.815 0.363 1.881 0.55 ;
    RECT 2.343 0.363 2.761 0.429 ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.729 0.396 3.795 0.671 ;
    RECT 2.871 0.418 3.003 0.484 ;
    RECT 3.102 0.418 3.201 0.484 ;
    RECT 2.695 0.429 2.761 0.737 ;
    RECT 0.099 0.462 0.209 0.594 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.937 0.484 3.003 0.55 ;
    RECT 3.135 0.484 3.201 0.726 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.543 0.495 4.818 0.561 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.649 ;
    RECT 1.947 0.561 2.013 0.649 ;
    RECT 4.543 0.561 4.609 0.825 ;
    RECT 0.099 0.594 0.165 0.792 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.597 0.594 3.663 0.759 ;
    RECT 1.441 0.627 1.584 0.693 ;
    LAYER M2L ;
    RECT 0.066 0.627 4.356 0.693 ;
    VIA 0.132 0.66 V1L2L ;
    VIA 1.518 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.649 2.013 0.715 ;
    RECT 3.729 0.671 4.081 0.737 ;
    RECT 1.947 0.715 2.013 0.836 ;
    RECT 0.231 0.726 0.341 0.792 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 2.31 0.737 2.761 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 3.531 0.759 3.663 0.825 ;
    RECT 0.231 0.792 0.297 0.858 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.695 0.803 2.761 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.695 0.825 3.333 0.891 ;
    RECT 3.531 0.825 3.597 0.924 ;
    RECT 4.389 0.825 4.609 0.891 ;
    RECT 3.927 0.858 3.993 1.023 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.389 0.891 4.455 1.023 ;
    RECT 3.014 0.957 3.465 1.023 ;
    RECT 3.399 1.023 4.455 1.089 ;
  END
END LDH_FDNQ_4
#
# 
MACRO LDH_FDNQ_HD_1 FOREIGN C0A07BLDH_FDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.209 2.607 0.726 ;
      RECT 2.42 0.143 2.607 0.209 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.264 2.871 0.726 ;
      RECT 2.761 0.726 2.871 0.858 ;
      RECT 2.761 0.132 2.871 0.264 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.585 0.924 2.651 1.155 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.299 0.297 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.396 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.387 0.308 2.475 0.88 ;
    RECT 2.673 0.33 2.739 0.66 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 2.013 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    LAYER M2L ;
    RECT 1.914 0.363 2.772 0.429 ;
    VIA 1.98 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDNQ_HD_1
#
# 
MACRO LDH_FDNQ_HD_2 FOREIGN C0A07BLDH_FDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 2.772 0.726 3.036 0.858 ;
      RECT 2.805 0.297 3.003 0.363 ;
      RECT 2.805 0.198 2.871 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.739 0.165 ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.233 0.165 2.299 0.297 ;
    RECT 2.673 0.165 2.739 0.495 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.409 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.913 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.838 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDNQ_HD_2
#
# 
MACRO LDH_FDNQ_HD_4 FOREIGN C0A07BLDH_FDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.033 3.025 0.242 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.429 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.805 0.363 3.135 0.429 ;
      RECT 3.069 0.297 3.234 0.363 ;
      RECT 2.805 0.231 2.893 0.363 ;
      RECT 2.75 0.165 2.893 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.607 0.209 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    RECT 2.211 0.209 2.299 0.297 ;
    RECT 2.541 0.209 2.607 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.541 0.297 2.739 0.363 ;
    RECT 2.365 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.97 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDNQ_HD_4
#
# 
MACRO LDH_FDNRBQ_1 FOREIGN C0A07BLDH_FDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.253 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.792 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.286 3.729 0.726 ;
      RECT 2.013 0.396 2.123 0.627 ;
      RECT 1.958 0.627 2.123 0.693 ;
      RECT 0.429 0.462 0.495 0.858 ;
      LAYER M2L ;
      RECT 0.396 0.627 3.762 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.608 0.979 3.74 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 3.377 0.165 ;
    RECT 3.509 0.11 3.905 0.176 ;
    RECT 0.957 0.165 1.023 0.33 ;
    RECT 2.849 0.165 2.915 0.594 ;
    RECT 3.311 0.165 3.377 0.715 ;
    RECT 3.509 0.176 3.575 0.616 ;
    RECT 3.839 0.176 3.905 0.682 ;
    RECT 1.331 0.231 2.255 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.111 0.264 1.199 0.33 ;
    RECT 2.717 0.264 2.783 0.924 ;
    RECT 0.561 0.264 0.627 1.023 ;
    RECT 2.321 0.286 2.387 0.352 ;
    RECT 2.981 0.286 3.047 0.363 ;
    RECT 2.189 0.297 2.255 0.495 ;
    RECT 1.331 0.297 1.397 0.792 ;
    RECT 0.055 0.319 0.363 0.385 ;
    RECT 1.111 0.33 1.243 0.396 ;
    RECT 0.693 0.33 1.023 0.396 ;
    RECT 3.993 0.33 4.103 0.594 ;
    RECT 2.321 0.352 2.651 0.418 ;
    RECT 1.496 0.363 1.65 0.429 ;
    RECT 2.981 0.363 3.223 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    RECT 3.036 0.363 4.092 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.924 ;
    RECT 1.155 0.396 1.243 0.528 ;
    RECT 0.693 0.396 0.759 0.891 ;
    RECT 2.585 0.418 2.651 0.891 ;
    RECT 1.496 0.429 1.584 0.792 ;
    RECT 3.157 0.429 3.223 1.056 ;
    RECT 2.189 0.495 2.486 0.561 ;
    RECT 1.716 0.495 1.859 0.561 ;
    RECT 2.189 0.561 2.255 0.759 ;
    RECT 1.793 0.561 1.859 0.891 ;
    RECT 3.025 0.594 3.091 1.023 ;
    RECT 3.839 0.682 3.982 0.748 ;
    RECT 1.078 0.693 1.243 0.759 ;
    RECT 3.311 0.715 3.52 0.781 ;
    RECT 1.661 0.726 1.727 0.891 ;
    RECT 1.177 0.759 1.243 0.891 ;
    RECT 2.112 0.759 2.255 0.825 ;
    RECT 2.321 0.814 2.387 0.891 ;
    RECT 3.465 0.847 3.905 0.913 ;
    RECT 1.177 0.891 1.727 0.957 ;
    RECT 1.793 0.891 2.651 0.957 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 3.465 0.913 3.531 1.056 ;
    RECT 3.839 0.913 3.905 1.056 ;
    RECT 0.033 0.924 0.363 0.99 ;
    RECT 0.033 0.99 0.121 1.056 ;
    RECT 0.561 1.023 3.091 1.089 ;
  END
END LDH_FDNRBQ_1
#
# 
MACRO LDH_FDNRBQ_2 FOREIGN C0A07BLDH_FDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.583 0.033 0.649 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.419 0.594 ;
      RECT 1.221 0.594 1.287 0.792 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.551 0.561 ;
      VIA 1.32 0.528 V1L2L ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.396 4.983 0.726 ;
      RECT 4.884 0.726 5.148 0.858 ;
      RECT 4.917 0.33 5.049 0.396 ;
      RECT 4.983 0.198 5.049 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.627 4.488 0.693 ;
      RECT 4.345 0.451 4.433 0.627 ;
      RECT 2.409 0.627 2.618 0.693 ;
      RECT 2.409 0.462 2.475 0.627 ;
      RECT 0.693 0.594 0.759 0.99 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.488 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.508 0.66 V1L2L ;
      VIA 4.422 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.924 4.499 1.155 ;
      RECT 3.366 1.001 3.432 1.155 ;
      RECT 3.3 0.935 3.432 1.001 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.924 4.873 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.165 ;
    RECT 1.309 0.099 2.475 0.165 ;
    RECT 2.673 0.132 2.739 0.297 ;
    RECT 4.631 0.132 4.697 0.759 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.055 0.165 0.121 0.286 ;
    RECT 1.309 0.165 1.375 0.297 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 3.124 0.165 3.575 0.231 ;
    RECT 3.696 0.165 4.103 0.231 ;
    RECT 0.913 0.198 0.979 1.023 ;
    RECT 0.44 0.231 0.506 0.429 ;
    RECT 1.683 0.231 2.343 0.297 ;
    RECT 3.509 0.231 3.575 0.297 ;
    RECT 3.124 0.231 3.19 0.649 ;
    RECT 4.037 0.231 4.103 0.286 ;
    RECT 0.759 0.242 0.825 0.429 ;
    RECT 1.463 0.264 1.529 0.33 ;
    RECT 4.037 0.286 4.565 0.352 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.045 0.297 1.375 0.363 ;
    RECT 2.409 0.297 2.607 0.363 ;
    RECT 2.673 0.297 3.003 0.363 ;
    RECT 2.277 0.297 2.343 0.759 ;
    RECT 1.683 0.297 1.749 0.792 ;
    RECT 3.509 0.297 3.971 0.363 ;
    RECT 1.463 0.33 1.617 0.396 ;
    RECT 3.333 0.33 3.399 0.495 ;
    RECT 4.499 0.352 4.565 0.418 ;
    RECT 4.037 0.352 4.103 0.891 ;
    RECT 0.297 0.363 0.363 0.924 ;
    RECT 1.848 0.363 2.013 0.429 ;
    RECT 2.541 0.363 2.607 0.462 ;
    RECT 1.045 0.363 1.111 0.891 ;
    RECT 2.937 0.363 3.003 0.891 ;
    RECT 3.905 0.363 3.971 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.98 0.429 ;
    RECT 2.508 0.363 3.432 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.561 ;
    RECT 0.44 0.429 0.825 0.495 ;
    RECT 1.848 0.429 1.936 0.792 ;
    RECT 2.739 0.462 2.805 0.759 ;
    RECT 3.773 0.462 3.839 0.627 ;
    RECT 4.169 0.462 4.235 0.759 ;
    RECT 2.068 0.495 2.211 0.561 ;
    RECT 3.333 0.495 3.674 0.561 ;
    RECT 2.145 0.561 2.211 0.891 ;
    RECT 3.355 0.627 3.839 0.693 ;
    RECT 3.124 0.649 3.256 0.715 ;
    RECT 1.43 0.693 1.595 0.759 ;
    RECT 3.355 0.693 3.421 0.803 ;
    RECT 2.013 0.704 2.079 0.891 ;
    RECT 1.529 0.759 1.595 0.891 ;
    RECT 2.277 0.759 2.805 0.825 ;
    RECT 4.169 0.759 4.697 0.825 ;
    RECT 3.113 0.803 3.421 0.869 ;
    RECT 4.631 0.825 4.697 1.056 ;
    RECT 3.113 0.869 3.179 1.023 ;
    RECT 1.529 0.891 2.079 0.957 ;
    RECT 1.045 0.891 1.408 0.957 ;
    RECT 2.145 0.891 3.003 0.957 ;
    RECT 3.696 0.891 4.103 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 3.509 0.924 3.575 1.023 ;
    RECT 4.257 0.924 4.323 1.023 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 0.913 1.023 3.179 1.089 ;
    RECT 3.509 1.023 4.323 1.089 ;
  END
END LDH_FDNRBQ_2
#
# 
MACRO LDH_FDNRBQ_4 FOREIGN C0A07BLDH_FDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.511 0.033 5.577 0.352 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 5.379 0.264 5.445 0.451 ;
      RECT 5.379 0.451 5.544 0.517 ;
      RECT 2.937 0.264 3.003 0.594 ;
      RECT 0.891 0.33 0.957 0.495 ;
      RECT 0.528 0.495 0.957 0.561 ;
      RECT 0.825 0.561 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.858 0.363 5.478 0.429 ;
      VIA 0.924 0.396 V1L2L ;
      VIA 2.97 0.396 V1L2L ;
      VIA 5.412 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.94 0.726 6.6 0.858 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.792 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.751 1.023 3.817 1.155 ;
      RECT 3.751 0.957 3.894 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.99 5.973 1.155 ;
      RECT 5.907 0.924 6.028 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 1.573 0.528 2.332 0.561 ;
    RECT 0 0.528 1.573 0.561 ;
    RECT 2.332 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 1.529 0.099 3.135 0.165 ;
    RECT 4.191 0.099 4.378 0.165 ;
    RECT 4.488 0.099 4.972 0.165 ;
    RECT 0.055 0.143 0.506 0.165 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.529 0.165 1.595 0.297 ;
    RECT 3.069 0.165 3.135 0.33 ;
    RECT 4.191 0.165 4.257 0.33 ;
    RECT 4.488 0.165 4.554 0.297 ;
    RECT 4.906 0.165 4.972 0.319 ;
    RECT 3.223 0.198 3.289 0.297 ;
    RECT 1.089 0.198 1.155 0.825 ;
    RECT 0.44 0.209 0.506 0.363 ;
    RECT 1.683 0.231 2.827 0.297 ;
    LAYER M2L ;
    RECT 3.036 0.231 4.29 0.297 ;
    VIA 3.102 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.286 0.825 0.363 ;
    RECT 4.323 0.286 4.389 0.473 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.595 0.363 ;
    RECT 2.145 0.297 2.211 0.374 ;
    RECT 1.683 0.297 1.749 0.495 ;
    RECT 2.761 0.297 2.827 0.693 ;
    RECT 2.321 0.297 2.387 0.792 ;
    RECT 3.223 0.297 3.465 0.363 ;
    RECT 3.586 0.297 4.081 0.363 ;
    RECT 4.488 0.297 4.62 0.363 ;
    RECT 4.741 0.308 4.807 0.473 ;
    RECT 5.687 0.308 5.753 0.374 ;
    RECT 4.906 0.319 5.181 0.385 ;
    RECT 0.297 0.363 0.363 0.759 ;
    RECT 0.44 0.363 0.825 0.429 ;
    RECT 1.892 0.363 2.079 0.429 ;
    RECT 1.221 0.363 1.287 0.506 ;
    RECT 1.529 0.363 1.595 0.891 ;
    RECT 3.399 0.363 3.465 0.495 ;
    RECT 4.015 0.363 4.081 0.473 ;
    RECT 5.687 0.374 5.797 0.44 ;
    RECT 5.115 0.385 5.181 0.715 ;
    RECT 2.013 0.429 2.079 0.495 ;
    RECT 5.731 0.44 5.797 0.583 ;
    RECT 3.201 0.462 3.267 0.693 ;
    RECT 4.015 0.473 5.049 0.539 ;
    RECT 2.013 0.495 2.112 0.561 ;
    RECT 1.683 0.495 1.947 0.561 ;
    RECT 2.552 0.495 2.695 0.561 ;
    RECT 3.399 0.495 3.916 0.561 ;
    RECT 5.247 0.506 5.313 0.583 ;
    RECT 4.015 0.539 4.081 0.671 ;
    RECT 4.983 0.539 5.049 0.759 ;
    RECT 2.046 0.561 2.112 0.759 ;
    RECT 1.881 0.561 1.947 0.792 ;
    RECT 2.629 0.561 2.695 0.825 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 5.247 0.583 5.797 0.649 ;
    RECT 4.191 0.605 4.884 0.671 ;
    RECT 5.731 0.649 5.797 0.924 ;
    RECT 1.705 0.66 1.771 0.891 ;
    RECT 2.475 0.66 2.541 0.891 ;
    RECT 4.191 0.671 4.257 0.803 ;
    RECT 3.586 0.671 4.081 0.737 ;
    RECT 2.761 0.693 3.267 0.759 ;
    RECT 5.115 0.715 5.643 0.781 ;
    RECT 0.297 0.759 0.726 0.825 ;
    RECT 2.046 0.759 2.2 0.825 ;
    RECT 4.708 0.759 5.049 0.825 ;
    LAYER M2L ;
    RECT 0.594 0.759 2.178 0.825 ;
    VIA 0.66 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.781 5.643 0.858 ;
    RECT 5.115 0.781 5.181 0.891 ;
    RECT 4.543 0.792 4.609 0.891 ;
    RECT 3.619 0.803 4.257 0.869 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 2.629 0.825 3.465 0.891 ;
    RECT 0.88 0.825 1.155 0.891 ;
    RECT 3.619 0.869 3.685 1.023 ;
    RECT 1.705 0.891 2.541 0.957 ;
    RECT 1.298 0.891 1.595 0.957 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 4.543 0.891 5.181 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 5.335 0.924 5.401 1.023 ;
    RECT 5.687 0.924 5.797 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 5.687 0.99 5.753 1.056 ;
    RECT 1.089 1.023 3.685 1.089 ;
    RECT 4.323 1.023 5.401 1.089 ;
  END
END LDH_FDNRBQ_4
#
# 
MACRO LDH_FDNRBQ_HD_1 FOREIGN C0A07BLDH_FDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.924 ;
      RECT 3.289 0.924 3.399 1.056 ;
      RECT 3.289 0.132 3.399 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.992 0.495 3.135 0.561 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.19 0.165 ;
    RECT 1.837 0.132 1.903 0.561 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.124 0.165 3.19 0.341 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 2.827 0.319 2.97 0.385 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.124 0.341 3.267 0.407 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.693 ;
    RECT 2.827 0.385 2.893 0.825 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 3.201 0.407 3.267 0.594 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 2.101 0.528 2.607 0.561 ;
    RECT 1.837 0.561 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 1.837 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 2.101 0.627 2.167 1.023 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 1.705 0.693 2.035 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.969 0.759 2.035 0.88 ;
    RECT 1.705 0.759 1.771 0.891 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 2.827 0.825 2.959 0.891 ;
    RECT 2.541 0.825 2.607 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.871 0.891 2.959 1.056 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 1.837 0.924 1.903 1.023 ;
    RECT 2.464 0.957 2.607 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDH_FDNRBQ_HD_1
#
# 
MACRO LDH_FDNRBQ_HD_2 FOREIGN C0A07BLDH_FDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.531 0.033 3.597 0.297 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.429 3.531 0.66 ;
      RECT 3.333 0.66 3.531 0.726 ;
      RECT 3.333 0.726 3.399 0.858 ;
      RECT 3.333 0.363 3.531 0.429 ;
      RECT 3.333 0.198 3.399 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.627 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.86 0.308 2.948 0.693 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 2.101 0.528 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 1.837 0.627 2.167 0.693 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 2.101 0.693 2.167 1.023 ;
    RECT 2.86 0.693 3.003 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.937 0.759 3.003 0.99 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 3.036 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDH_FDNRBQ_HD_2
#
# 
MACRO LDH_FDNRBQ_HD_4 FOREIGN C0A07BLDH_FDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.487 0.033 3.553 0.242 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.726 ;
      RECT 3.278 0.726 3.828 0.858 ;
      RECT 3.333 0.363 3.663 0.429 ;
      RECT 3.597 0.297 3.762 0.363 ;
      RECT 3.333 0.209 3.421 0.363 ;
      RECT 3.278 0.143 3.421 0.209 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.99 3.553 1.155 ;
      RECT 3.487 0.924 3.597 0.99 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.706 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.528 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 2.706 0.165 2.772 0.275 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 1.991 0.176 2.079 0.429 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 2.167 0.275 2.772 0.341 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.915 0.308 2.981 0.891 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 2.706 0.341 2.772 0.759 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.563 0.462 2.629 0.528 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 1.837 0.528 2.629 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 1.023 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.541 0.759 2.772 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.838 0.891 2.981 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDH_FDNRBQ_HD_4
#
# 
MACRO LDH_FDNRBSB_1 FOREIGN C0A07BLDH_FDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.586 0.033 3.652 0.253 ;
      RECT 3.586 0.253 3.718 0.319 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.198 3.465 0.418 ;
      RECT 3.399 0.418 3.575 0.484 ;
      RECT 3.509 0.484 3.575 0.55 ;
      RECT 1.716 0.297 1.782 0.429 ;
      RECT 1.716 0.429 2.013 0.495 ;
      RECT 1.947 0.495 2.013 0.594 ;
      RECT 1.65 0.231 1.782 0.297 ;
      LAYER M2L ;
      RECT 1.65 0.231 3.498 0.297 ;
      VIA 1.716 0.264 V1L2L ;
      VIA 3.432 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.099 0.792 ;
      RECT 0.033 0.44 0.187 0.506 ;
      RECT 0.099 0.374 0.187 0.44 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.528 ;
      RECT 4.213 0.528 4.323 0.594 ;
      RECT 4.213 0.594 4.279 0.671 ;
      RECT 4.114 0.671 4.279 0.737 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.792 ;
      RECT 4.477 0.792 4.587 0.924 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.63 0.627 3.773 0.693 ;
      RECT 3.707 0.418 3.773 0.627 ;
      RECT 2.145 0.495 2.211 0.748 ;
      RECT 2.112 0.429 2.211 0.495 ;
      LAYER M2L ;
      RECT 2.112 0.627 3.762 0.693 ;
      VIA 2.178 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.356 1.045 4.422 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 3.619 0.946 3.685 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.902 0.528 3.08 0.572 ;
    RECT 0.902 0.572 2.244 0.594 ;
    RECT 3.08 0.528 4.62 0.572 ;
    RECT 0 0.528 0.902 0.594 ;
    RECT 2.244 0.572 4.62 0.594 ;
    RECT 0 0.594 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 1.914 0.165 ;
    RECT 2.211 0.099 2.849 0.165 ;
    RECT 0.209 0.132 0.319 0.264 ;
    RECT 1.848 0.165 1.914 0.297 ;
    RECT 2.211 0.165 2.277 0.297 ;
    RECT 0.385 0.165 0.451 0.352 ;
    RECT 0.737 0.165 0.803 0.561 ;
    RECT 1.023 0.231 1.463 0.297 ;
    RECT 3.993 0.242 4.059 0.462 ;
    RECT 2.86 0.253 3.311 0.319 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 0.253 0.264 0.319 0.583 ;
    RECT 2.343 0.264 2.409 0.616 ;
    RECT 2.475 0.264 2.541 0.715 ;
    RECT 1.023 0.297 1.089 0.44 ;
    RECT 1.397 0.297 1.463 0.792 ;
    RECT 1.848 0.297 2.277 0.363 ;
    RECT 2.629 0.297 2.739 0.385 ;
    RECT 3.245 0.319 3.311 0.891 ;
    RECT 1.529 0.352 1.595 0.418 ;
    RECT 1.188 0.363 1.331 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.442 0.429 ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.629 0.385 3.179 0.451 ;
    RECT 1.529 0.418 1.639 0.484 ;
    RECT 1.265 0.429 1.331 0.836 ;
    RECT 3.113 0.451 3.179 0.693 ;
    RECT 2.629 0.451 2.695 0.847 ;
    RECT 3.993 0.462 4.103 0.528 ;
    RECT 4.389 0.462 4.455 0.66 ;
    RECT 1.573 0.484 1.639 0.891 ;
    RECT 3.839 0.528 4.103 0.594 ;
    RECT 2.772 0.539 3.014 0.605 ;
    RECT 0.693 0.561 0.803 0.627 ;
    RECT 1.738 0.561 1.87 0.627 ;
    RECT 0.187 0.583 0.319 0.649 ;
    RECT 3.839 0.594 3.905 0.781 ;
    RECT 2.772 0.605 2.838 0.759 ;
    RECT 0.869 0.627 1.122 0.693 ;
    RECT 0.693 0.627 0.759 0.715 ;
    RECT 1.804 0.627 1.87 0.715 ;
    RECT 0.187 0.649 0.253 0.847 ;
    RECT 4.345 0.66 4.455 0.726 ;
    RECT 3.377 0.682 3.443 0.781 ;
    RECT 0.869 0.693 0.957 0.858 ;
    RECT 3.036 0.693 3.179 0.759 ;
    RECT 0.352 0.715 0.759 0.781 ;
    RECT 1.804 0.715 2.024 0.781 ;
    RECT 2.321 0.715 2.541 0.781 ;
    RECT 4.345 0.726 4.411 0.803 ;
    RECT 3.971 0.748 4.037 0.803 ;
    RECT 2.772 0.759 2.904 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 2.904 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.958 0.781 2.024 0.847 ;
    RECT 2.321 0.781 2.387 0.847 ;
    RECT 3.377 0.781 3.905 0.847 ;
    RECT 1.023 0.792 1.111 0.891 ;
    RECT 1.397 0.792 1.507 0.858 ;
    RECT 3.971 0.803 4.411 0.869 ;
    RECT 0.187 0.847 0.803 0.913 ;
    RECT 1.958 0.847 2.387 0.913 ;
    RECT 2.475 0.847 2.695 0.913 ;
    RECT 3.795 0.847 3.861 1.056 ;
    RECT 1.441 0.858 1.507 1.023 ;
    RECT 3.971 0.869 4.059 0.99 ;
    RECT 1.023 0.891 1.221 0.957 ;
    RECT 1.573 0.891 1.859 0.957 ;
    RECT 2.86 0.891 3.311 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 2.574 0.957 ;
    RECT 3.168 0.891 4.092 0.957 ;
    VIA 2.508 0.924 V1L2L ;
    VIA 3.234 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.913 0.803 1.023 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.443 0.946 3.509 1.023 ;
    RECT 1.793 0.957 1.859 1.034 ;
    RECT 2.64 0.979 2.772 1.023 ;
    RECT 0.737 1.023 1.507 1.089 ;
    RECT 2.64 1.023 3.509 1.045 ;
    RECT 2.706 1.045 3.509 1.089 ;
  END
END LDH_FDNRBSB_1
#
# 
MACRO LDH_FDNRBSB_2 FOREIGN C0A07BLDH_FDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.587 0.033 4.653 0.198 ;
      RECT 4.587 0.198 4.686 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.517 ;
      RECT 2.156 0.517 2.343 0.583 ;
      RECT 3.729 0.198 3.795 0.374 ;
      RECT 3.729 0.374 4.037 0.44 ;
      RECT 3.971 0.44 4.037 0.528 ;
      LAYER M2L ;
      RECT 2.31 0.231 3.828 0.297 ;
      RECT 2.31 0.297 2.376 0.363 ;
      RECT 2.244 0.363 2.376 0.429 ;
      VIA 3.762 0.264 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.115 0.792 5.247 0.858 ;
      RECT 5.115 0.858 5.181 0.924 ;
      RECT 5.115 0.33 5.247 0.396 ;
      RECT 5.115 0.264 5.181 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.147 0.429 4.213 0.506 ;
      RECT 4.147 0.363 4.323 0.429 ;
      RECT 4.257 0.187 4.323 0.363 ;
      RECT 2.541 0.231 2.607 0.594 ;
      LAYER M2L ;
      RECT 2.508 0.363 4.29 0.429 ;
      VIA 2.574 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.741 0.616 4.851 0.748 ;
      RECT 4.785 0.44 4.851 0.616 ;
      RECT 4.741 0.308 4.851 0.44 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.62 1.045 4.686 1.155 ;
      RECT 4.554 0.979 4.686 1.045 ;
      RECT 4.081 0.946 4.147 1.155 ;
      RECT 1.683 0.946 1.749 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.507 0.099 1.925 0.165 ;
    RECT 0.033 0.132 0.143 0.231 ;
    RECT 0.803 0.132 0.869 0.66 ;
    RECT 4.433 0.132 4.499 0.33 ;
    RECT 3.377 0.154 3.443 0.231 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.957 0.165 1.023 0.352 ;
    RECT 1.353 0.165 1.419 0.858 ;
    RECT 1.859 0.165 1.925 0.286 ;
    RECT 1.507 0.165 1.573 0.759 ;
    RECT 2.145 0.165 2.288 0.231 ;
    RECT 2.948 0.165 3.223 0.231 ;
    RECT 0.033 0.231 0.264 0.297 ;
    RECT 0.44 0.231 0.506 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 2.145 0.231 2.211 0.385 ;
    RECT 3.157 0.231 3.223 0.759 ;
    RECT 3.377 0.231 3.663 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.198 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.264 1.749 0.385 ;
    RECT 0.033 0.297 0.099 0.924 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.089 0.297 1.155 0.891 ;
    RECT 2.717 0.297 2.904 0.363 ;
    RECT 3.597 0.297 3.663 0.627 ;
    RECT 4.433 0.33 4.653 0.396 ;
    RECT 0.627 0.363 0.693 0.957 ;
    RECT 2.717 0.363 2.783 0.759 ;
    RECT 3.003 0.363 3.091 0.726 ;
    RECT 1.683 0.385 2.211 0.451 ;
    RECT 4.587 0.396 4.653 0.825 ;
    RECT 1.221 0.407 1.287 0.748 ;
    RECT 3.399 0.407 3.465 0.627 ;
    RECT 2.849 0.462 2.915 0.891 ;
    RECT 5.049 0.462 5.115 0.528 ;
    RECT 4.323 0.495 4.488 0.561 ;
    LAYER M2L ;
    RECT 0.726 0.495 3.102 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 3.036 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.76 0.517 2.057 0.583 ;
    RECT 4.983 0.528 5.115 0.594 ;
    RECT 4.323 0.561 4.389 0.627 ;
    LAYER M2L ;
    RECT 0.726 0.561 0.792 0.627 ;
    LAYER M1L ;
    RECT 1.991 0.583 2.057 0.759 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.322 0.627 3.498 0.693 ;
    RECT 3.597 0.627 4.389 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 0.792 0.693 ;
    RECT 0.924 0.627 3.498 0.693 ;
    VIA 3.432 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.803 0.66 1.023 0.726 ;
    RECT 3.597 0.693 3.663 0.891 ;
    RECT 0.803 0.726 0.869 0.792 ;
    RECT 1.507 0.759 1.925 0.825 ;
    RECT 1.991 0.759 2.783 0.825 ;
    RECT 3.157 0.759 3.476 0.825 ;
    RECT 3.806 0.759 4.323 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.3 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.859 0.825 1.925 0.99 ;
    RECT 1.507 0.825 1.573 1.023 ;
    RECT 4.257 0.825 4.653 0.847 ;
    RECT 4.257 0.847 5.049 0.913 ;
    RECT 0.957 0.858 1.023 1.023 ;
    RECT 1.089 0.891 1.254 0.957 ;
    RECT 2.024 0.891 2.915 0.957 ;
    RECT 3.168 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 2.178 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.981 0.902 3.047 1.023 ;
    RECT 4.257 0.913 4.323 1.056 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.905 0.924 3.971 1.023 ;
    RECT 0.374 0.957 0.836 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
    RECT 2.981 1.023 3.971 1.089 ;
  END
END LDH_FDNRBSB_2
#
# 
MACRO LDH_FDNRBSB_4 FOREIGN C0A07BLDH_FDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.72 0.033 5.786 0.165 ;
      RECT 5.654 0.165 5.786 0.231 ;
      RECT 5.335 0.033 5.401 0.198 ;
      RECT 5.335 0.198 5.434 0.264 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.796 0.143 4.928 0.209 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.517 ;
      RECT 2.486 0.517 2.805 0.583 ;
      RECT 4.521 0.198 4.587 0.385 ;
      RECT 4.521 0.385 4.785 0.451 ;
      RECT 4.719 0.451 4.785 0.528 ;
      LAYER M2L ;
      RECT 2.805 0.231 4.62 0.297 ;
      RECT 2.805 0.297 2.871 0.363 ;
      RECT 2.706 0.363 2.871 0.429 ;
      VIA 4.554 0.264 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.895 0.396 4.983 0.528 ;
      RECT 4.895 0.33 5.071 0.396 ;
      RECT 2.937 0.429 3.003 0.594 ;
      RECT 2.937 0.363 3.102 0.429 ;
      LAYER M2L ;
      RECT 2.97 0.363 5.016 0.429 ;
      VIA 3.036 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END SD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.693 ;
      RECT 5.511 0.693 5.962 0.759 ;
      RECT 5.511 0.616 5.577 0.693 ;
      RECT 5.511 0.297 5.962 0.363 ;
      RECT 5.511 0.363 5.577 0.44 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.726 6.732 0.858 ;
      RECT 6.204 0.858 6.292 0.99 ;
      RECT 6.501 0.363 6.567 0.726 ;
      RECT 6.182 0.297 6.666 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.654 1.023 5.72 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.302 1.023 5.368 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 4.829 0.946 4.895 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.88 0.528 4.334 0.572 ;
    RECT 3.146 0.572 3.63 0.638 ;
    RECT 0 0.528 0.88 0.572 ;
    RECT 4.334 0.528 6.864 0.572 ;
    RECT 0 0.572 3.146 0.638 ;
    RECT 3.63 0.572 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.715 0.099 1.551 0.165 ;
    RECT 2.959 0.132 3.509 0.198 ;
    RECT 5.181 0.132 5.247 0.33 ;
    RECT 3.586 0.143 4.433 0.209 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.451 0.165 0.781 0.231 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.09 0.231 ;
    RECT 2.959 0.198 3.025 0.231 ;
    RECT 3.443 0.198 3.509 0.264 ;
    RECT 3.586 0.209 3.652 0.242 ;
    RECT 4.367 0.209 4.433 0.627 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.715 0.231 0.781 0.825 ;
    RECT 2.882 0.231 3.025 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 3.762 0.275 4.301 0.341 ;
    RECT 1.034 0.297 1.221 0.363 ;
    RECT 1.782 0.297 2.585 0.363 ;
    RECT 1.287 0.33 1.353 0.759 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 5.181 0.33 5.445 0.396 ;
    RECT 4.235 0.341 4.301 0.759 ;
    RECT 1.155 0.363 1.221 0.891 ;
    RECT 3.267 0.396 3.366 0.462 ;
    RECT 5.379 0.396 5.445 0.759 ;
    RECT 3.432 0.418 3.498 0.495 ;
    RECT 3.3 0.462 3.366 0.891 ;
    RECT 5.071 0.462 5.137 0.495 ;
    RECT 3.432 0.495 3.828 0.561 ;
    RECT 5.071 0.495 5.302 0.561 ;
    RECT 6.061 0.495 6.402 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.564 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.793 0.572 ;
    RECT 4.059 0.506 4.125 0.627 ;
    RECT 1.892 0.517 2.365 0.583 ;
    RECT 5.236 0.561 5.302 0.605 ;
    RECT 5.071 0.561 5.137 0.627 ;
    RECT 6.061 0.561 6.127 0.825 ;
    RECT 3.157 0.572 3.223 0.759 ;
    RECT 1.727 0.572 1.793 0.825 ;
    RECT 2.299 0.583 2.365 0.891 ;
    RECT 0.869 0.627 1.056 0.693 ;
    RECT 3.564 0.627 4.125 0.693 ;
    RECT 4.367 0.627 5.137 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 3.696 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.693 0.935 1.056 ;
    RECT 4.367 0.693 4.433 0.891 ;
    RECT 0.297 0.726 0.363 0.825 ;
    RECT 1.287 0.759 1.584 0.825 ;
    RECT 2.508 0.759 3.223 0.825 ;
    RECT 3.487 0.759 4.301 0.825 ;
    RECT 4.554 0.759 5.445 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    RECT 1.452 0.759 2.64 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.473 0.825 0.781 0.891 ;
    RECT 1.727 0.825 2.233 0.891 ;
    RECT 3.487 0.825 3.553 1.023 ;
    RECT 5.379 0.825 6.127 0.891 ;
    RECT 5.005 0.825 5.071 1.056 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 0.473 0.891 0.539 0.99 ;
    RECT 2.299 0.891 3.366 0.957 ;
    RECT 1.727 0.891 1.793 1.023 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 3.916 0.891 4.433 0.957 ;
    RECT 1.023 0.902 1.089 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 1.023 1.023 1.793 1.089 ;
    RECT 2.167 1.023 3.553 1.089 ;
    RECT 3.619 1.023 4.719 1.089 ;
  END
END LDH_FDNRBSB_4
#
# 
MACRO LDH_FDNRBSB_8 FOREIGN C0A07BLDH_FDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.734 0.033 8.8 0.165 ;
      RECT 8.734 0.165 8.866 0.231 ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.264 ;
      RECT 8.382 0.033 8.448 0.165 ;
      RECT 8.382 0.165 8.514 0.231 ;
      RECT 8.03 0.033 8.096 0.165 ;
      RECT 8.03 0.165 8.162 0.231 ;
      RECT 7.711 0.033 7.777 0.264 ;
      RECT 7.326 0.033 7.392 0.165 ;
      RECT 7.326 0.165 7.458 0.231 ;
      RECT 6.974 0.033 7.04 0.165 ;
      RECT 6.974 0.165 7.106 0.231 ;
      RECT 6.688 0.033 6.754 0.165 ;
      RECT 6.622 0.165 6.754 0.231 ;
      RECT 6.303 0.033 6.369 0.264 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 5.005 0.033 5.071 0.242 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.561 ;
      RECT 2.937 0.561 3.135 0.627 ;
      RECT 2.937 0.627 3.003 0.792 ;
      RECT 4.851 0.132 4.917 0.341 ;
      RECT 4.851 0.341 5.038 0.407 ;
      LAYER M2L ;
      RECT 3.135 0.231 4.95 0.297 ;
      RECT 3.135 0.297 3.201 0.363 ;
      RECT 3.036 0.363 3.201 0.429 ;
      VIA 4.884 0.264 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.495 5.368 0.561 ;
      RECT 5.302 0.561 5.368 0.627 ;
      RECT 5.302 0.627 5.434 0.693 ;
      RECT 3.289 0.429 3.355 0.594 ;
      RECT 3.289 0.363 3.454 0.429 ;
      LAYER M2L ;
      RECT 3.3 0.363 4.191 0.429 ;
      RECT 4.125 0.429 4.191 0.495 ;
      RECT 4.125 0.495 5.016 0.561 ;
      VIA 3.366 0.396 V1L2L ;
      VIA 4.95 0.528 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.726 ;
      RECT 0.429 0.33 0.561 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 6.446 0.693 7.634 0.759 ;
      RECT 6.446 0.297 7.634 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.887 0.726 9.108 0.858 ;
      RECT 7.887 0.858 7.953 0.99 ;
      RECT 7.854 0.297 9.042 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.03 1.023 8.096 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.326 1.023 7.392 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.622 1.023 6.688 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 9.119 0.924 9.185 1.155 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.734 0.957 8.866 1.023 ;
      RECT 8.382 1.023 8.448 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 6.974 1.023 7.04 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.181 0.946 5.247 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 2.508 0.528 3.982 0.638 ;
    RECT 5.06 0.528 5.764 0.682 ;
    RECT 0 0.528 2.508 0.638 ;
    RECT 3.982 0.528 5.06 0.638 ;
    RECT 0 0.638 5.06 0.682 ;
    RECT 5.764 0.528 9.24 0.682 ;
    RECT 0 0.682 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.551 0.165 ;
    RECT 3.971 0.099 4.411 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 3.289 0.132 3.861 0.198 ;
    RECT 3.971 0.143 4.785 0.165 ;
    RECT 5.577 0.143 6.028 0.209 ;
    RECT 0.693 0.165 0.759 0.198 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.42 0.231 ;
    RECT 4.345 0.165 4.785 0.209 ;
    RECT 3.971 0.165 4.037 0.242 ;
    RECT 0.451 0.198 0.759 0.264 ;
    RECT 3.289 0.198 3.377 0.231 ;
    RECT 3.795 0.198 3.861 0.264 ;
    RECT 4.719 0.209 4.785 0.627 ;
    RECT 5.577 0.209 5.643 0.33 ;
    RECT 2.871 0.22 2.937 0.297 ;
    RECT 3.234 0.231 3.377 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 4.114 0.253 4.246 0.297 ;
    RECT 0.847 0.264 0.913 0.627 ;
    RECT 1.265 0.264 1.331 0.759 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 5.181 0.264 5.247 0.33 ;
    RECT 6.149 0.264 6.215 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.012 0.297 1.199 0.363 ;
    RECT 1.76 0.297 2.937 0.363 ;
    RECT 4.114 0.297 4.653 0.319 ;
    RECT 4.18 0.319 4.653 0.363 ;
    RECT 3.619 0.33 3.685 0.396 ;
    RECT 5.181 0.33 5.643 0.396 ;
    RECT 5.72 0.341 6.215 0.407 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.133 0.363 1.199 0.759 ;
    RECT 1.76 0.363 1.826 0.396 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 3.619 0.396 3.718 0.462 ;
    RECT 5.72 0.407 5.786 0.825 ;
    RECT 3.784 0.418 3.85 0.495 ;
    RECT 3.652 0.462 3.718 0.891 ;
    RECT 3.784 0.495 4.18 0.561 ;
    RECT 5.94 0.495 7.194 0.561 ;
    RECT 7.755 0.495 8.58 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.96 0.561 ;
    RECT 5.181 0.495 6.27 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.894 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.771 0.572 ;
    RECT 4.411 0.506 4.477 0.627 ;
    RECT 1.87 0.517 2.849 0.583 ;
    RECT 7.755 0.561 7.821 0.825 ;
    LAYER M2L ;
    RECT 5.181 0.561 5.247 0.627 ;
    LAYER M1L ;
    RECT 3.509 0.572 3.575 0.759 ;
    RECT 1.705 0.572 1.771 0.825 ;
    RECT 2.783 0.583 2.849 0.891 ;
    RECT 0.847 0.627 1.034 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 4.719 0.627 5.17 0.693 ;
    LAYER M2L ;
    RECT 0.858 0.627 4.092 0.693 ;
    RECT 4.752 0.627 5.247 0.693 ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.924 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.693 0.913 1.056 ;
    RECT 4.719 0.693 4.785 0.891 ;
    RECT 1.056 0.759 1.199 0.825 ;
    RECT 1.265 0.759 1.584 0.825 ;
    RECT 3.102 0.759 3.575 0.825 ;
    RECT 3.839 0.759 4.653 0.825 ;
    RECT 4.906 0.759 5.533 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.188 0.825 ;
    RECT 1.452 0.759 3.234 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.133 0.825 1.199 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 1.705 0.825 2.717 0.891 ;
    RECT 3.839 0.825 3.905 1.023 ;
    RECT 5.467 0.825 7.821 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 1.133 0.891 1.54 0.957 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 2.783 0.891 3.718 0.957 ;
    RECT 1.705 0.891 1.771 1.023 ;
    RECT 2.651 0.891 2.717 1.023 ;
    RECT 4.268 0.891 4.785 0.957 ;
    RECT 5.467 0.891 5.533 1.056 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 3.971 0.924 4.037 1.023 ;
    RECT 5.005 0.924 5.071 1.023 ;
    RECT 1.001 1.023 1.771 1.089 ;
    RECT 2.651 1.023 3.905 1.089 ;
    RECT 3.971 1.023 5.071 1.089 ;
  END
END LDH_FDNRBSB_8
#
# 
MACRO LDH_FDPCBQ_1 FOREIGN C0A07BLDH_FDPCBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.033 3.465 0.264 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.575 0.198 3.663 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.704 2.211 0.858 ;
      RECT 2.101 0.33 2.211 0.704 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 1.166 0.528 2.574 0.616 ;
    RECT 0 0.528 1.166 0.616 ;
    RECT 2.574 0.528 3.696 0.616 ;
    RECT 0 0.616 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.245 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.319 ;
    RECT 1.947 0.143 2.354 0.209 ;
    RECT 1.155 0.165 1.221 0.363 ;
    RECT 1.342 0.165 1.87 0.231 ;
    RECT 2.475 0.165 2.541 0.418 ;
    RECT 3.179 0.165 3.245 0.77 ;
    RECT 0.055 0.176 0.121 0.286 ;
    RECT 0.429 0.176 0.495 1.023 ;
    RECT 0.583 0.198 0.649 0.891 ;
    RECT 1.947 0.209 2.013 0.759 ;
    RECT 1.804 0.231 1.87 0.341 ;
    RECT 2.684 0.231 2.849 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.254 0.297 ;
    VIA 1.188 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.33 ;
    RECT 2.739 0.297 2.849 0.374 ;
    RECT 2.343 0.308 2.409 0.924 ;
    RECT 0.715 0.319 1.045 0.385 ;
    RECT 1.408 0.33 1.474 0.363 ;
    RECT 1.551 0.33 1.617 0.495 ;
    RECT 2.937 0.33 3.069 0.396 ;
    RECT 1.738 0.341 1.87 0.407 ;
    RECT 1.155 0.363 1.474 0.429 ;
    RECT 2.739 0.374 2.805 1.023 ;
    RECT 0.715 0.385 0.781 0.715 ;
    RECT 3.003 0.396 3.069 0.891 ;
    RECT 2.607 0.462 2.673 0.935 ;
    RECT 3.333 0.462 3.399 1.023 ;
    RECT 0.946 0.495 1.617 0.561 ;
    RECT 1.815 0.506 1.881 0.627 ;
    RECT 2.871 0.528 2.937 0.924 ;
    RECT 1.353 0.561 1.419 0.891 ;
    RECT 1.65 0.627 1.881 0.693 ;
    LAYER M2L ;
    RECT 1.716 0.627 2.97 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.682 1.551 0.759 ;
    RECT 0.715 0.715 1.254 0.781 ;
    RECT 1.485 0.759 2.013 0.825 ;
    RECT 1.947 0.825 2.013 0.88 ;
    RECT 0.583 0.891 1.254 0.957 ;
    RECT 1.353 0.891 1.694 0.957 ;
    RECT 3.003 0.891 3.168 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 3.168 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.102 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.924 1.859 1.023 ;
    RECT 2.508 0.935 2.673 1.001 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.231 1.023 1.859 1.089 ;
    RECT 2.739 1.023 3.399 1.089 ;
  END
END LDH_FDPCBQ_1
#
# 
MACRO LDH_FDPCBQ_2 FOREIGN C0A07BLDH_FDPCBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.1 0.033 1.166 0.187 ;
      RECT 1.1 0.187 1.232 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.301 0.924 4.455 0.99 ;
      RECT 4.301 0.99 4.367 1.056 ;
      RECT 4.301 0.198 4.455 0.264 ;
      RECT 4.301 0.132 4.367 0.198 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.561 ;
      RECT 0.143 0.561 0.693 0.627 ;
      RECT 0.297 0.627 0.363 0.858 ;
      RECT 0.627 0.462 0.693 0.561 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.847 ;
      RECT 2.541 0.847 2.871 0.913 ;
      RECT 2.805 0.913 2.871 0.99 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 0.715 1.045 0.781 1.155 ;
      RECT 0.715 0.979 0.858 1.045 ;
      RECT 1.177 1.045 1.243 1.155 ;
      RECT 1.1 0.979 1.243 1.045 ;
      RECT 0.385 0.924 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.54 0.528 2.398 0.638 ;
    RECT 0 0.528 1.54 0.638 ;
    RECT 2.398 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.816 0.165 ;
    RECT 2.937 0.099 3.168 0.165 ;
    RECT 1.353 0.132 1.419 0.319 ;
    RECT 3.531 0.132 3.641 0.297 ;
    RECT 3.905 0.132 3.971 0.297 ;
    RECT 1.716 0.143 2.222 0.209 ;
    RECT 2.409 0.165 2.475 0.759 ;
    RECT 2.937 0.165 3.003 1.023 ;
    RECT 0.957 0.198 1.023 0.748 ;
    RECT 2.156 0.209 2.222 0.341 ;
    RECT 3.311 0.22 3.377 0.891 ;
    RECT 3.102 0.231 3.234 0.297 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.63 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.707 0.264 3.773 0.495 ;
    RECT 2.805 0.286 2.871 0.748 ;
    RECT 0.352 0.297 0.891 0.363 ;
    RECT 3.168 0.297 3.234 0.693 ;
    RECT 3.476 0.297 3.641 0.363 ;
    RECT 3.905 0.297 4.191 0.363 ;
    RECT 1.089 0.319 1.419 0.385 ;
    RECT 1.826 0.33 1.892 0.363 ;
    RECT 1.969 0.33 2.035 0.495 ;
    RECT 2.156 0.341 2.288 0.407 ;
    RECT 1.518 0.363 1.892 0.429 ;
    RECT 0.825 0.363 0.891 0.847 ;
    RECT 4.125 0.363 4.191 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.65 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.385 1.155 0.671 ;
    RECT 3.465 0.462 3.531 0.792 ;
    RECT 1.32 0.495 2.035 0.561 ;
    RECT 3.707 0.495 4.026 0.561 ;
    RECT 2.244 0.506 2.31 0.605 ;
    RECT 1.617 0.561 1.683 0.891 ;
    RECT 3.707 0.561 3.773 0.891 ;
    RECT 2.09 0.605 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.564 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.671 1.551 0.737 ;
    RECT 3.102 0.693 3.234 0.759 ;
    RECT 1.485 0.737 1.551 0.814 ;
    RECT 1.826 0.759 2.475 0.825 ;
    RECT 3.905 0.759 4.191 0.825 ;
    RECT 2.409 0.825 2.475 1.056 ;
    RECT 3.905 0.825 3.971 1.023 ;
    RECT 0.561 0.847 1.375 0.913 ;
    RECT 1.617 0.891 2.112 0.957 ;
    RECT 3.311 0.891 3.773 0.957 ;
    RECT 0.561 0.913 0.627 0.99 ;
    RECT 1.309 0.913 1.375 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.309 1.023 2.277 1.089 ;
    RECT 2.937 1.023 3.971 1.089 ;
  END
END LDH_FDPCBQ_2
#
# 
MACRO LDH_FDPCBQ_3 FOREIGN C0A07BLDH_FDPCBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 3.267 0.033 3.333 0.264 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.759 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.297 0.33 0.495 0.396 ;
      RECT 0.297 0.396 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.825 ;
      RECT 4.906 0.825 5.379 0.891 ;
      RECT 5.291 0.891 5.379 0.99 ;
      RECT 4.906 0.297 5.379 0.363 ;
      RECT 5.291 0.198 5.379 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 1.221 1.045 1.287 1.155 ;
      RECT 1.144 0.979 1.287 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.708 1.045 4.774 1.155 ;
      RECT 4.708 0.979 4.84 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.454 0.528 4.554 0.572 ;
    RECT 0 0.528 3.454 0.572 ;
    RECT 4.554 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.099 2.761 0.165 ;
    RECT 3.674 0.099 4.609 0.165 ;
    RECT 1.749 0.132 1.815 0.319 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 2.145 0.165 2.211 0.264 ;
    RECT 2.695 0.165 2.761 0.264 ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 2.871 0.165 3.168 0.231 ;
    RECT 4.543 0.165 4.609 0.297 ;
    RECT 1.001 0.198 1.089 0.363 ;
    RECT 0.825 0.231 0.891 0.847 ;
    RECT 2.871 0.231 2.937 1.023 ;
    RECT 3.63 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.99 0.231 3.762 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.264 1.419 0.363 ;
    RECT 2.299 0.264 2.365 0.363 ;
    RECT 2.475 0.264 2.541 0.495 ;
    RECT 3.795 0.297 3.861 0.924 ;
    RECT 4.543 0.297 4.807 0.363 ;
    RECT 1.551 0.319 1.815 0.385 ;
    RECT 1.001 0.363 1.419 0.429 ;
    RECT 1.914 0.363 2.365 0.429 ;
    RECT 3.267 0.363 3.509 0.429 ;
    RECT 4.741 0.363 4.807 0.781 ;
    RECT 3.971 0.363 4.466 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.046 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.385 1.617 0.495 ;
    RECT 2.629 0.396 2.717 0.627 ;
    RECT 1.001 0.429 1.067 0.715 ;
    RECT 3.267 0.429 3.333 0.924 ;
    RECT 4.4 0.429 4.466 0.495 ;
    RECT 3.971 0.429 4.037 1.023 ;
    RECT 4.609 0.462 4.675 0.495 ;
    RECT 1.166 0.495 1.617 0.561 ;
    RECT 1.738 0.495 2.541 0.561 ;
    RECT 4.4 0.495 4.675 0.561 ;
    RECT 4.125 0.528 4.191 0.924 ;
    RECT 1.551 0.561 1.617 0.627 ;
    RECT 2.475 0.561 2.541 0.77 ;
    RECT 4.609 0.561 4.675 0.594 ;
    RECT 1.551 0.627 2.123 0.715 ;
    RECT 2.629 0.627 2.772 0.693 ;
    RECT 3.399 0.627 3.674 0.693 ;
    LAYER M2L ;
    RECT 2.64 0.627 4.224 0.693 ;
    VIA 2.706 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 1.001 0.715 1.452 0.781 ;
    RECT 2.057 0.715 2.123 0.924 ;
    RECT 4.378 0.781 4.807 0.847 ;
    RECT 2.695 0.792 2.761 0.891 ;
    RECT 0.198 0.847 1.617 0.913 ;
    RECT 4.543 0.847 4.609 1.056 ;
    RECT 2.189 0.891 2.761 0.957 ;
    RECT 1.551 0.913 1.617 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 2.189 0.957 2.255 1.023 ;
    RECT 1.551 1.023 2.255 1.089 ;
    RECT 2.376 1.023 3.465 1.089 ;
    RECT 3.619 1.023 4.037 1.089 ;
  END
END LDH_FDPCBQ_3
#
# 
MACRO LDH_FDPCBQ_4 FOREIGN C0A07BLDH_FDPCBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 3.333 0.033 3.399 0.242 ;
      RECT 2.937 0.033 3.003 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.759 0.781 ;
      RECT 0.693 0.462 0.759 0.715 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.429 0.33 0.627 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 5.005 0.726 5.544 0.858 ;
      RECT 5.005 0.858 5.093 0.99 ;
      RECT 5.027 0.297 5.478 0.363 ;
      RECT 5.027 0.22 5.093 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 1.287 1.045 1.353 1.155 ;
      RECT 1.21 0.979 1.353 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.17 1.045 5.236 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.52 0.528 4.62 0.572 ;
    RECT 0 0.528 3.52 0.572 ;
    RECT 4.62 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.099 2.827 0.165 ;
    RECT 3.74 0.099 4.697 0.165 ;
    RECT 1.815 0.132 1.881 0.319 ;
    RECT 2.211 0.165 2.277 0.264 ;
    RECT 2.761 0.165 2.827 0.264 ;
    RECT 0.374 0.165 0.957 0.231 ;
    RECT 3.069 0.165 3.234 0.231 ;
    RECT 4.631 0.165 4.697 0.297 ;
    RECT 1.067 0.198 1.155 0.363 ;
    RECT 3.509 0.198 3.575 0.495 ;
    RECT 0.891 0.231 0.957 0.847 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 3.696 0.231 3.927 0.297 ;
    RECT 4.048 0.231 4.499 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 3.828 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.264 1.485 0.363 ;
    RECT 2.365 0.264 2.431 0.363 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 3.861 0.297 3.927 0.363 ;
    RECT 4.631 0.297 4.939 0.363 ;
    RECT 4.433 0.297 4.499 0.495 ;
    RECT 1.617 0.319 1.881 0.385 ;
    RECT 1.067 0.363 1.485 0.429 ;
    RECT 1.98 0.363 2.431 0.429 ;
    RECT 2.673 0.363 3.135 0.429 ;
    RECT 3.861 0.363 4.356 0.429 ;
    RECT 4.873 0.363 4.939 0.803 ;
    LAYER M2L ;
    RECT 0.858 0.363 2.112 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.385 1.683 0.495 ;
    RECT 1.067 0.429 1.133 0.693 ;
    RECT 2.673 0.429 2.739 0.627 ;
    RECT 4.29 0.429 4.356 0.803 ;
    RECT 4.741 0.462 4.807 0.495 ;
    RECT 1.232 0.495 1.683 0.561 ;
    RECT 1.804 0.495 2.607 0.561 ;
    RECT 2.838 0.495 3.135 0.561 ;
    RECT 3.509 0.495 4.191 0.561 ;
    RECT 4.433 0.495 4.807 0.561 ;
    RECT 1.617 0.561 1.683 0.649 ;
    RECT 2.541 0.561 2.607 0.748 ;
    RECT 3.509 0.561 3.575 0.572 ;
    RECT 4.125 0.561 4.191 0.66 ;
    RECT 3.069 0.561 3.135 0.825 ;
    RECT 4.741 0.561 4.807 0.594 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 3.333 0.572 3.575 0.638 ;
    RECT 2.673 0.627 3.003 0.693 ;
    RECT 3.641 0.627 3.916 0.693 ;
    RECT 3.333 0.638 3.399 0.825 ;
    RECT 1.617 0.649 2.189 0.715 ;
    RECT 1.067 0.693 1.518 0.759 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 3.641 0.693 3.707 0.759 ;
    RECT 2.123 0.715 2.189 0.924 ;
    RECT 4.565 0.726 4.631 0.803 ;
    RECT 3.465 0.759 3.707 0.825 ;
    RECT 3.828 0.803 4.356 0.869 ;
    RECT 4.565 0.803 4.939 0.869 ;
    RECT 2.761 0.814 2.827 0.891 ;
    RECT 3.465 0.825 3.531 0.99 ;
    RECT 3.069 0.825 3.399 0.891 ;
    RECT 0.198 0.847 1.683 0.913 ;
    RECT 4.631 0.869 4.697 1.056 ;
    RECT 2.255 0.891 2.827 0.957 ;
    LAYER M2L ;
    RECT 2.904 0.891 3.564 0.957 ;
    VIA 2.97 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.255 0.957 2.321 1.023 ;
    RECT 3.652 0.957 4.499 1.023 ;
    RECT 1.617 1.023 2.321 1.089 ;
    RECT 2.442 1.023 3.003 1.089 ;
  END
END LDH_FDPCBQ_4
#
# 
MACRO LDH_FDPCBQ_HD_1 FOREIGN C0A07BLDH_FDPCBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.838 0.033 2.904 0.275 ;
      RECT 2.772 0.275 2.904 0.341 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.198 3.399 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.858 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 2.981 0.264 3.047 0.429 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.673 0.429 3.047 0.495 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.19 0.561 ;
    RECT 2.673 0.495 2.739 0.594 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.792 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 2.805 0.594 2.871 0.979 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.638 0.561 0.825 ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.805 0.979 3.014 1.045 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDH_FDPCBQ_HD_1
#
# 
MACRO LDH_FDPCBQ_HD_2 FOREIGN C0A07BLDH_FDPCBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDH_FDPCBQ_HD_2
#
# 
MACRO LDH_FDPCBQ_HD_3 FOREIGN C0A07BLDH_FDPCBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.729 0.759 3.795 0.99 ;
      RECT 3.278 0.693 3.795 0.759 ;
      RECT 3.729 0.198 3.795 0.297 ;
      RECT 3.278 0.297 3.795 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.498 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDH_FDPCBQ_HD_3
#
# 
MACRO LDH_FDPCBQ_HD_4 FOREIGN C0A07BLDH_FDPCBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.168 0.726 3.828 0.858 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 1.023 ;
      RECT 1.628 1.023 1.815 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 1.573 0.099 2.024 0.165 ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 1.573 0.165 1.683 0.264 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 1.617 0.264 1.683 0.616 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.991 0.286 2.057 0.495 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.432 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDH_FDPCBQ_HD_4
#
# 
MACRO LDH_FDPQB_1 FOREIGN C0A07BLDH_FDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.253 ;
      RECT 2.222 0.253 2.354 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.462 ;
      RECT 2.761 0.462 2.871 0.594 ;
      RECT 2.761 0.594 2.827 0.66 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 2.97 0.935 3.135 1.001 ;
      RECT 2.97 0.165 3.135 0.231 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.275 0.88 0.341 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      RECT 1.441 0.902 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.079 0.165 ;
    RECT 0.693 0.165 0.759 0.396 ;
    RECT 2.013 0.165 2.079 0.528 ;
    RECT 2.607 0.198 2.673 0.781 ;
    RECT 2.431 0.22 2.519 0.385 ;
    RECT 0.451 0.231 0.594 0.297 ;
    RECT 0.825 0.231 1.551 0.297 ;
    RECT 1.804 0.231 1.947 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 2.706 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.683 0.726 ;
    RECT 0.451 0.297 0.517 0.759 ;
    RECT 1.485 0.297 1.551 0.594 ;
    RECT 0.825 0.297 0.891 0.737 ;
    RECT 1.881 0.297 1.947 0.627 ;
    RECT 0.033 0.319 0.176 0.385 ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 2.189 0.385 2.519 0.451 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 0.605 0.396 0.759 0.462 ;
    RECT 2.189 0.451 2.255 0.528 ;
    RECT 2.453 0.451 2.519 0.924 ;
    RECT 0.605 0.462 0.671 0.594 ;
    RECT 2.937 0.462 3.003 0.759 ;
    RECT 1.1 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.726 ;
    RECT 0.605 0.594 0.759 0.66 ;
    RECT 1.881 0.627 2.189 0.693 ;
    RECT 2.321 0.638 2.387 0.759 ;
    RECT 0.693 0.66 0.759 0.891 ;
    RECT 2.123 0.693 2.189 0.759 ;
    RECT 1.155 0.726 1.221 1.023 ;
    RECT 1.353 0.726 1.683 0.792 ;
    RECT 0.825 0.737 0.968 0.803 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.451 0.759 0.594 0.825 ;
    RECT 1.749 0.759 2.057 0.825 ;
    RECT 2.123 0.759 2.387 0.825 ;
    RECT 2.772 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 1.914 0.825 ;
    RECT 2.244 0.759 2.904 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.31 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.825 2.057 0.902 ;
    RECT 2.123 0.825 2.189 1.023 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 1.859 0.946 1.925 1.023 ;
    RECT 0.748 1.023 1.221 1.089 ;
    RECT 1.859 1.023 2.189 1.089 ;
  END
END LDH_FDPQB_1
#
# 
MACRO LDH_FDPQB_2 FOREIGN C0A07BLDH_FDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.825 4.026 0.891 ;
      RECT 3.861 0.297 4.026 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.561 2.079 0.858 ;
      RECT 1.914 0.451 2.079 0.561 ;
      RECT 1.914 0.396 1.98 0.451 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.683 0.143 ;
    RECT 0.077 0.099 0.869 0.165 ;
    RECT 1.958 0.099 2.222 0.165 ;
    RECT 2.343 0.099 3.19 0.165 ;
    RECT 3.355 0.099 3.795 0.165 ;
    RECT 1.012 0.143 1.683 0.165 ;
    RECT 1.012 0.165 1.144 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 0.077 0.165 0.143 0.264 ;
    RECT 0.803 0.165 0.869 0.297 ;
    RECT 0.297 0.165 0.363 0.836 ;
    RECT 1.958 0.165 2.024 0.231 ;
    RECT 3.124 0.165 3.19 0.209 ;
    RECT 2.343 0.165 2.409 0.418 ;
    RECT 3.355 0.165 3.421 0.341 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 3.124 0.209 3.256 0.275 ;
    RECT 1.749 0.231 2.024 0.297 ;
    RECT 0.429 0.253 0.66 0.319 ;
    RECT 1.397 0.264 1.463 0.429 ;
    RECT 1.254 0.264 1.32 0.297 ;
    RECT 2.189 0.264 2.255 0.627 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 2.739 0.264 2.805 0.495 ;
    RECT 2.926 0.264 2.992 0.341 ;
    RECT 3.531 0.286 3.597 0.495 ;
    RECT 0.803 0.297 1.32 0.363 ;
    RECT 1.749 0.297 1.815 0.638 ;
    RECT 0.429 0.319 0.495 0.891 ;
    RECT 2.926 0.341 3.421 0.407 ;
    LAYER M2L ;
    RECT 2.508 0.363 3.828 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.429 1.507 0.495 ;
    RECT 1.617 0.462 1.683 0.792 ;
    RECT 0.561 0.495 0.627 0.594 ;
    RECT 1.441 0.495 1.507 0.924 ;
    RECT 2.486 0.495 2.607 0.561 ;
    RECT 2.739 0.495 2.981 0.561 ;
    RECT 3.256 0.495 3.597 0.561 ;
    RECT 2.915 0.561 2.981 0.759 ;
    RECT 3.531 0.561 3.597 0.748 ;
    RECT 1.133 0.572 1.287 0.638 ;
    RECT 2.189 0.627 2.794 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.848 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.638 1.287 0.924 ;
    RECT 1.749 0.638 1.892 0.726 ;
    RECT 2.189 0.693 2.255 1.023 ;
    RECT 2.343 0.759 2.981 0.825 ;
    RECT 1.001 0.77 1.067 0.891 ;
    RECT 1.617 0.792 1.947 0.858 ;
    RECT 2.343 0.825 2.409 0.99 ;
    RECT 0.077 0.836 0.363 0.902 ;
    RECT 1.881 0.858 1.947 1.023 ;
    RECT 0.429 0.891 1.067 0.957 ;
    RECT 2.926 0.891 3.3 0.957 ;
    RECT 2.519 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.891 2.442 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 0.99 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.902 0.143 0.99 ;
    RECT 0.297 0.902 0.363 1.023 ;
    RECT 1.617 0.924 1.749 0.99 ;
    RECT 2.739 0.957 2.805 1.023 ;
    RECT 2.519 0.957 2.585 1.034 ;
    RECT 1.617 0.99 1.683 1.023 ;
    RECT 0.297 1.023 1.683 1.089 ;
    RECT 1.881 1.023 2.255 1.089 ;
    RECT 2.739 1.023 3.795 1.089 ;
  END
END LDH_FDPQB_2
#
# 
MACRO LDH_FDPQB_3 FOREIGN C0A07BLDH_FDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 2.211 0.033 2.277 0.198 ;
      RECT 2.211 0.198 2.321 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.488 0.726 5.049 0.858 ;
      RECT 4.983 0.858 5.049 0.99 ;
      RECT 4.554 0.297 5.082 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.365 0.616 2.475 0.748 ;
      RECT 2.409 0.748 2.475 0.781 ;
      RECT 2.409 0.781 2.508 0.847 ;
      RECT 2.409 0.528 2.475 0.616 ;
      RECT 2.409 0.462 2.519 0.528 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.496 0.528 2.266 0.594 ;
    RECT 0 0.528 1.496 0.594 ;
    RECT 2.266 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 3.113 0.099 3.905 0.165 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 2.937 0.132 3.003 0.627 ;
    RECT 2.431 0.154 2.497 0.33 ;
    RECT 1.43 0.165 2.134 0.231 ;
    RECT 3.839 0.165 3.905 0.264 ;
    RECT 3.113 0.165 3.179 0.33 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 0.583 0.264 1.133 0.33 ;
    RECT 3.311 0.264 3.399 0.528 ;
    RECT 3.509 0.264 3.575 0.495 ;
    RECT 3.663 0.264 3.751 0.363 ;
    RECT 4.191 0.286 4.257 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 1.067 0.33 1.133 0.759 ;
    RECT 0.583 0.33 0.649 0.792 ;
    RECT 1.672 0.33 1.738 0.363 ;
    RECT 1.815 0.33 1.881 0.528 ;
    RECT 1.98 0.33 2.112 0.594 ;
    RECT 2.2 0.33 2.684 0.396 ;
    RECT 1.254 0.363 1.738 0.429 ;
    RECT 3.663 0.363 3.861 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.386 0.429 ;
    RECT 1.98 0.363 3.036 0.429 ;
    RECT 3.3 0.363 3.828 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 1.023 ;
    RECT 2.618 0.396 2.684 0.451 ;
    RECT 2.2 0.396 2.266 0.693 ;
    RECT 3.795 0.429 3.861 1.023 ;
    RECT 2.618 0.451 2.838 0.517 ;
    RECT 0.77 0.495 0.946 0.561 ;
    RECT 3.509 0.495 3.729 0.561 ;
    RECT 3.96 0.495 4.257 0.561 ;
    RECT 4.323 0.495 4.73 0.561 ;
    RECT 1.397 0.528 1.463 0.759 ;
    RECT 1.551 0.528 1.881 0.594 ;
    RECT 0.88 0.561 0.946 0.891 ;
    RECT 3.663 0.561 3.729 0.759 ;
    RECT 4.191 0.561 4.257 0.748 ;
    RECT 4.323 0.561 4.389 1.023 ;
    RECT 1.551 0.594 1.617 0.891 ;
    RECT 2.607 0.627 3.564 0.693 ;
    RECT 1.716 0.693 2.266 0.759 ;
    RECT 2.607 0.693 2.673 0.924 ;
    RECT 1.067 0.759 1.463 0.825 ;
    RECT 2.167 0.759 2.233 0.957 ;
    RECT 2.772 0.759 3.729 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 2.904 0.825 ;
    VIA 1.386 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.825 3.179 0.891 ;
    RECT 1.892 0.858 1.958 0.891 ;
    RECT 0.231 0.858 0.297 1.023 ;
    RECT 0.88 0.891 1.958 0.957 ;
    RECT 3.113 0.891 3.256 0.957 ;
    RECT 2.035 0.924 2.101 1.023 ;
    RECT 2.937 0.924 3.003 1.023 ;
    RECT 3.465 0.924 3.531 1.023 ;
    RECT 2.167 0.957 2.321 1.023 ;
    RECT 0.231 1.023 2.101 1.089 ;
    RECT 2.937 1.023 4.389 1.089 ;
  END
END LDH_FDPQB_3
#
# 
MACRO LDH_FDPQB_4 FOREIGN C0A07BLDH_FDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.125 0.033 4.191 0.264 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.198 2.343 0.528 ;
      RECT 2.233 0.528 2.343 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.17 0.858 ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.664 0.297 5.17 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 1.441 0.528 1.958 0.638 ;
    RECT 0 0.528 1.441 0.638 ;
    RECT 1.958 0.528 5.412 0.638 ;
    RECT 0 0.638 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.375 0.099 2.013 0.165 ;
    RECT 3.223 0.099 4.015 0.165 ;
    RECT 1.375 0.165 1.441 0.264 ;
    RECT 1.947 0.165 2.013 0.264 ;
    RECT 3.223 0.165 3.289 0.22 ;
    RECT 3.949 0.165 4.015 0.264 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.519 0.198 2.585 0.374 ;
    RECT 2.937 0.198 3.003 0.627 ;
    RECT 3.135 0.22 3.289 0.286 ;
    RECT 1.551 0.264 1.617 0.363 ;
    RECT 1.727 0.264 1.793 0.517 ;
    RECT 3.443 0.264 3.509 0.363 ;
    RECT 3.619 0.264 3.685 0.759 ;
    RECT 3.795 0.264 3.861 0.957 ;
    RECT 4.301 0.286 4.367 0.495 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 0.594 0.297 1.078 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 0.594 0.363 0.66 0.759 ;
    RECT 1.188 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.178 0.429 ;
    RECT 3.179 0.363 3.509 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.32 0.429 ;
    RECT 2.046 0.363 3.036 0.429 ;
    RECT 3.366 0.363 3.894 0.429 ;
    VIA 0.462 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.374 2.871 0.44 ;
    RECT 1.947 0.429 2.013 0.55 ;
    RECT 2.805 0.44 2.871 0.506 ;
    RECT 2.519 0.44 2.585 0.66 ;
    RECT 4.07 0.495 4.367 0.561 ;
    RECT 4.433 0.495 4.752 0.561 ;
    RECT 0.77 0.517 1.793 0.583 ;
    RECT 3.465 0.528 3.531 0.627 ;
    RECT 4.301 0.561 4.367 0.748 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 1.573 0.583 1.639 1.023 ;
    RECT 2.717 0.627 3.531 0.693 ;
    RECT 1.705 0.66 2.585 0.726 ;
    RECT 2.717 0.693 2.783 0.902 ;
    RECT 1.705 0.726 1.771 0.792 ;
    RECT 2.321 0.726 2.387 0.924 ;
    RECT 0.594 0.759 1.408 0.825 ;
    RECT 3.168 0.759 3.685 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 3.3 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.024 0.825 2.09 0.891 ;
    RECT 0.231 0.836 0.297 0.924 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.738 0.891 2.09 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.914 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.848 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.902 2.233 1.023 ;
    RECT 0.231 0.924 0.495 0.99 ;
    RECT 3.047 0.957 4.499 1.023 ;
    RECT 1.573 1.023 2.233 1.089 ;
  END
END LDH_FDPQB_4
#
# 
MACRO LDH_FDPQB_HD_1 FOREIGN C0A07BLDH_FDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.198 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.827 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.761 0.462 2.827 0.594 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDH_FDPQB_HD_1
#
# 
MACRO LDH_FDPQB_HD_2 FOREIGN C0A07BLDH_FDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.157 0.033 3.223 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.167 0.033 2.233 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.176 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.563 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.157 0.924 3.223 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.541 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.871 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.431 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.365 0.517 2.431 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.299 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.233 0.682 2.299 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDH_FDPQB_HD_2
#
# 
MACRO LDH_FDPQB_HD_3 FOREIGN C0A07BLDH_FDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 2.882 0.825 3.399 0.891 ;
      RECT 3.311 0.891 3.399 0.99 ;
      RECT 2.937 0.297 3.399 0.363 ;
      RECT 3.311 0.198 3.399 0.297 ;
      RECT 2.937 0.264 3.003 0.297 ;
      RECT 2.893 0.132 3.003 0.264 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.871 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.805 0.429 2.871 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.805 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDH_FDPQB_HD_3
#
# 
MACRO LDH_FDPQB_HD_4 FOREIGN C0A07BLDH_FDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.726 ;
      RECT 2.882 0.726 3.432 0.858 ;
      RECT 2.915 0.319 3.333 0.385 ;
      RECT 3.267 0.242 3.333 0.319 ;
      RECT 2.915 0.132 2.981 0.319 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.849 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.783 0.429 2.849 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.783 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDH_FDPQB_HD_4
#
# 
MACRO LDH_FDPQ_1 FOREIGN C0A07BLDH_FDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.464 0.033 2.53 0.253 ;
      RECT 2.398 0.253 2.53 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.858 ;
      RECT 3.157 0.858 3.267 0.99 ;
      RECT 3.157 0.99 3.223 1.056 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.726 3.003 1.023 ;
      RECT 2.805 1.023 3.003 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 0.297 0.88 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.266 0.165 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 0.671 0.165 0.737 0.891 ;
    RECT 2.783 0.198 2.871 0.781 ;
    RECT 0.803 0.231 1.375 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.904 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.242 2.695 0.385 ;
    RECT 2.002 0.253 2.255 0.319 ;
    RECT 1.441 0.264 1.507 0.495 ;
    RECT 1.793 0.264 1.859 0.693 ;
    RECT 0.495 0.286 0.561 0.748 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 0.803 0.297 0.869 0.737 ;
    RECT 2.189 0.319 2.255 0.627 ;
    RECT 0.033 0.341 0.176 0.407 ;
    RECT 2.321 0.385 2.695 0.451 ;
    RECT 3.069 0.385 3.135 0.726 ;
    RECT 1.925 0.396 1.991 0.495 ;
    RECT 0.033 0.407 0.099 0.891 ;
    RECT 2.321 0.451 2.387 0.528 ;
    RECT 2.629 0.451 2.695 0.924 ;
    RECT 1.133 0.462 1.199 0.77 ;
    RECT 1.441 0.495 1.694 0.561 ;
    RECT 1.925 0.495 2.057 0.561 ;
    RECT 2.497 0.55 2.563 0.627 ;
    RECT 1.441 0.561 1.507 0.77 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.189 0.627 2.563 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.168 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.738 0.693 1.892 0.759 ;
    RECT 2.299 0.693 2.365 1.023 ;
    RECT 0.803 0.737 0.946 0.803 ;
    RECT 0.451 0.748 0.561 0.814 ;
    RECT 1.991 0.759 2.233 0.825 ;
    RECT 1.133 0.77 1.507 0.836 ;
    RECT 1.617 0.825 2.057 0.891 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 0.033 0.891 0.198 0.957 ;
    RECT 0.671 0.891 1.056 0.957 ;
    RECT 0.462 0.891 0.594 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.891 0.594 0.957 ;
    VIA 0.528 0.924 V1L2L ;
    VIA 0.132 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.924 2.695 1.056 ;
    RECT 0.528 0.957 0.594 1.023 ;
    RECT 2.002 0.979 2.156 1.023 ;
    RECT 0.528 1.023 1.683 1.089 ;
    RECT 2.002 1.023 2.365 1.045 ;
    RECT 2.09 1.045 2.365 1.089 ;
  END
END LDH_FDPQ_1
#
# 
MACRO LDH_FDPQ_2 FOREIGN C0A07BLDH_FDPQ_2_R3 0 0 ;
##MACROVERSION "3.0 2008/10/08" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.858 ;
      RECT 3.465 0.462 3.575 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.003 0.946 3.069 1.155 ;
      RECT 1.639 0.858 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.088 0.099 0.671 0.165 ;
    RECT 2.222 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 1.441 0.154 1.507 0.275 ;
    RECT 0.605 0.165 0.671 0.198 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.231 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 3.333 0.198 3.399 0.297 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.781 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 3.432 0.297 ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.264 0.121 0.363 ;
    RECT 1.441 0.275 1.661 0.341 ;
    RECT 0.473 0.286 0.539 0.858 ;
    RECT 1.804 0.297 2.442 0.363 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.429 ;
    RECT 0.055 0.363 0.231 0.429 ;
    RECT 2.145 0.363 2.211 0.759 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 0.165 0.429 0.231 0.759 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 1.595 0.429 1.881 0.495 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 1.815 0.495 1.881 0.594 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 1.584 0.594 1.881 0.66 ;
    RECT 1.155 0.594 1.221 0.671 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.056 0.693 ;
    LAYER M2L ;
    RECT 0.132 0.627 2.574 0.693 ;
    VIA 2.508 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.584 0.66 1.65 0.671 ;
    RECT 1.155 0.671 1.65 0.737 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 0.055 0.759 0.231 0.825 ;
    RECT 1.837 0.759 2.409 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    RECT 0.781 0.781 0.946 0.847 ;
    RECT 0.055 0.825 0.121 0.924 ;
    RECT 2.343 0.825 2.409 0.891 ;
    RECT 1.837 0.825 1.903 0.924 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 2.343 0.891 2.486 0.957 ;
    RECT 2.189 0.924 2.255 1.023 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.189 1.023 2.915 1.089 ;
  END
END LDH_FDPQ_2
#
# 
MACRO LDH_FDPQ_3 FOREIGN C0A07BLDH_FDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.431 0.033 2.497 0.198 ;
      RECT 2.431 0.198 2.541 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.748 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.159 0.759 5.247 0.858 ;
      RECT 4.785 0.693 5.247 0.759 ;
      RECT 4.785 0.759 4.873 0.858 ;
      RECT 5.181 0.363 5.247 0.693 ;
      RECT 4.774 0.297 5.247 0.363 ;
      RECT 5.159 0.198 5.247 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.858 5.049 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.506 ;
    RECT 0 0.506 1.76 0.528 ;
    RECT 2.486 0.506 5.28 0.528 ;
    RECT 1.76 0.506 2.486 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.099 2.343 0.165 ;
    RECT 3.333 0.099 4.125 0.165 ;
    RECT 2.651 0.154 2.717 0.33 ;
    RECT 1.727 0.165 1.793 0.264 ;
    RECT 2.277 0.165 2.343 0.264 ;
    RECT 3.058 0.165 3.201 0.231 ;
    RECT 4.059 0.165 4.125 0.264 ;
    RECT 3.333 0.165 3.399 0.286 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 3.135 0.231 3.201 0.627 ;
    RECT 0.979 0.264 1.045 0.319 ;
    RECT 1.331 0.264 1.397 0.495 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.057 0.264 2.123 0.495 ;
    RECT 3.553 0.264 3.619 0.363 ;
    RECT 3.729 0.264 3.795 0.495 ;
    RECT 3.883 0.264 3.971 0.363 ;
    RECT 4.411 0.286 4.477 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 0.561 0.319 1.045 0.407 ;
    RECT 2.189 0.33 2.277 0.506 ;
    RECT 2.409 0.33 2.904 0.396 ;
    RECT 1.518 0.363 1.947 0.429 ;
    RECT 3.432 0.363 3.619 0.451 ;
    RECT 3.883 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.65 0.429 ;
    RECT 2.178 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.026 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.244 0.396 V1L2L ;
    VIA 3.96 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 0.847 ;
    RECT 2.838 0.396 2.904 0.451 ;
    RECT 2.409 0.396 2.475 0.649 ;
    RECT 0.561 0.407 0.627 0.693 ;
    RECT 4.015 0.429 4.081 1.023 ;
    RECT 2.838 0.451 3.036 0.517 ;
    RECT 0.836 0.495 1.694 0.561 ;
    RECT 1.793 0.495 2.123 0.561 ;
    RECT 3.729 0.495 3.949 0.561 ;
    RECT 4.18 0.495 4.477 0.561 ;
    RECT 4.587 0.495 4.983 0.561 ;
    RECT 2.189 0.506 2.31 0.572 ;
    RECT 1.287 0.561 1.353 0.891 ;
    RECT 1.793 0.561 1.859 0.638 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 4.411 0.561 4.477 0.748 ;
    RECT 4.587 0.561 4.653 1.023 ;
    RECT 2.827 0.627 3.784 0.693 ;
    RECT 1.419 0.638 1.859 0.704 ;
    RECT 1.958 0.649 2.475 0.715 ;
    RECT 0.561 0.693 1.221 0.759 ;
    RECT 2.827 0.693 2.893 0.924 ;
    RECT 1.419 0.704 1.485 0.77 ;
    RECT 1.793 0.704 1.859 0.792 ;
    RECT 2.409 0.715 2.475 0.836 ;
    RECT 1.155 0.759 1.221 0.858 ;
    RECT 3.036 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.168 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.792 2.167 0.858 ;
    RECT 0.231 0.792 0.297 0.891 ;
    RECT 3.333 0.825 3.399 0.891 ;
    RECT 2.277 0.836 2.343 1.023 ;
    RECT 2.409 0.836 2.519 0.968 ;
    RECT 0.429 0.847 1.067 0.891 ;
    RECT 2.101 0.858 2.167 0.924 ;
    RECT 1.287 0.891 1.43 0.957 ;
    RECT 0.231 0.891 1.067 0.913 ;
    RECT 3.333 0.891 3.498 0.957 ;
    RECT 0.231 0.913 0.495 0.957 ;
    RECT 1.001 0.913 1.067 1.023 ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 3.685 0.924 3.751 1.023 ;
    RECT 1.001 1.023 2.343 1.089 ;
    RECT 3.157 1.023 4.653 1.089 ;
  END
END LDH_FDPQ_3
#
# 
MACRO LDH_FDPQ_4 FOREIGN C0A07BLDH_FDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.939 0.033 5.005 0.242 ;
      RECT 4.125 0.033 4.191 0.352 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.115 0.726 ;
      RECT 4.807 0.726 5.28 0.858 ;
      RECT 4.807 0.858 4.873 0.957 ;
      RECT 4.719 0.957 4.873 1.023 ;
      RECT 4.785 0.363 5.115 0.429 ;
      RECT 5.049 0.297 5.214 0.363 ;
      RECT 4.785 0.231 4.873 0.363 ;
      RECT 4.73 0.165 4.873 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.939 0.99 5.005 1.155 ;
      RECT 4.939 0.924 5.049 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.674 0.528 4.246 0.572 ;
    RECT 0 0.528 3.674 0.572 ;
    RECT 4.246 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.739 0.132 2.805 0.363 ;
    RECT 3.091 0.132 3.509 0.198 ;
    RECT 3.597 0.165 3.663 0.495 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.937 0.198 3.003 0.418 ;
    RECT 3.091 0.198 3.157 0.264 ;
    RECT 3.443 0.198 3.509 0.957 ;
    RECT 4.367 0.231 4.433 0.33 ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.297 0.264 0.363 0.66 ;
    RECT 3.234 0.275 3.377 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.165 0.33 0.231 0.528 ;
    RECT 1.155 0.33 1.221 0.462 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 4.257 0.33 4.433 0.396 ;
    RECT 3.311 0.341 3.377 0.825 ;
    RECT 1.815 0.363 1.881 0.594 ;
    RECT 2.343 0.363 2.805 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.356 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.773 0.385 3.982 0.451 ;
    RECT 4.257 0.396 4.323 0.66 ;
    RECT 2.937 0.418 3.047 0.484 ;
    RECT 3.146 0.418 3.245 0.484 ;
    RECT 2.739 0.429 2.805 0.737 ;
    RECT 3.773 0.451 3.839 0.737 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.981 0.484 3.047 0.55 ;
    RECT 3.179 0.484 3.245 0.594 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.675 0.495 4.95 0.561 ;
    RECT 0.099 0.528 0.231 0.594 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 1.947 0.561 2.013 0.693 ;
    RECT 4.675 0.561 4.741 0.825 ;
    RECT 0.099 0.594 0.165 0.671 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.135 0.594 3.245 0.66 ;
    RECT 3.597 0.594 3.663 0.924 ;
    RECT 1.441 0.627 1.584 0.693 ;
    RECT 2.101 0.627 2.244 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 3.696 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.66 0.363 0.726 ;
    RECT 3.135 0.66 3.201 0.726 ;
    RECT 4.257 0.66 4.433 0.726 ;
    RECT 1.683 0.693 2.013 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.231 0.726 0.297 0.858 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 4.367 0.726 4.433 0.792 ;
    RECT 2.31 0.737 2.805 0.803 ;
    RECT 3.773 0.737 3.982 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 1.947 0.759 2.013 0.836 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.739 0.803 2.805 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.739 0.825 3.377 0.891 ;
    RECT 4.521 0.825 4.741 0.891 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.521 0.891 4.587 1.023 ;
    RECT 3.971 0.902 4.037 1.023 ;
    RECT 3.058 0.957 3.509 1.023 ;
    RECT 3.443 1.023 4.587 1.089 ;
  END
END LDH_FDPQ_4
#
# 
MACRO LDH_FDPQ_HD_1 FOREIGN C0A07BLDH_FDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.013 0.033 2.079 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.198 2.871 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.726 2.607 1.023 ;
      RECT 2.409 1.023 2.607 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.517 0.099 1.881 0.165 ;
    RECT 2.387 0.132 2.475 0.781 ;
    RECT 1.815 0.165 1.881 0.341 ;
    RECT 0.517 0.165 0.583 0.693 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    LAYER M2L ;
    RECT 1.782 0.231 2.508 0.297 ;
    VIA 1.848 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.242 2.277 0.451 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.616 ;
    RECT 2.541 0.33 2.607 0.396 ;
    LAYER M2L ;
    RECT 2.178 0.363 2.64 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.541 0.396 2.695 0.462 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 1.892 0.451 2.277 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.629 0.462 2.695 0.594 ;
    RECT 2.211 0.517 2.277 0.924 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.617 0.616 2.123 0.682 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 2.057 0.682 2.123 0.748 ;
    RECT 1.881 0.682 1.947 1.023 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDPQ_HD_1
#
# 
MACRO LDH_FDPQ_HD_2 FOREIGN C0A07BLDH_FDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.748 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 2.475 0.165 ;
    RECT 0.561 0.165 0.627 0.462 ;
    RECT 2.409 0.165 2.475 0.748 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    RECT 1.859 0.231 2.277 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.627 ;
    RECT 1.859 0.297 1.925 0.528 ;
    RECT 2.211 0.297 2.277 0.847 ;
    RECT 2.937 0.33 3.003 0.847 ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 2.079 0.528 2.145 0.627 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 1.617 0.627 2.145 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.211 0.847 3.003 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDPQ_HD_2
#
# 
MACRO LDH_FDPQ_HD_3 FOREIGN C0A07BLDH_FDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 2.805 0.693 3.267 0.759 ;
      RECT 3.179 0.759 3.267 0.858 ;
      RECT 2.805 0.759 2.893 0.858 ;
      RECT 2.794 0.297 3.267 0.363 ;
      RECT 3.179 0.132 3.267 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.858 3.069 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.409 0.198 2.475 0.792 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.343 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.277 0.363 2.343 0.759 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.145 0.462 2.211 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.673 0.495 3.102 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.673 0.561 2.739 0.891 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.211 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 2.178 0.759 2.343 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.277 0.825 2.343 0.891 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.277 0.891 2.739 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDPQ_HD_3
#
# 
MACRO LDH_FDPQ_HD_4 FOREIGN C0A07BLDH_FDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 2.926 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 2.816 0.726 3.3 0.858 ;
      RECT 2.816 0.858 2.882 0.979 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 2.75 0.297 3.234 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.311 0.99 3.377 1.155 ;
      RECT 3.267 0.924 3.377 0.99 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.365 0.198 2.475 0.748 ;
    RECT 2.211 0.198 2.299 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.233 0.363 2.299 0.957 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.101 0.462 2.167 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.684 0.495 2.97 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.684 0.561 2.75 0.847 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.167 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 2.409 0.748 2.475 0.847 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.585 0.847 2.75 0.913 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.585 0.913 2.651 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 2.178 0.957 2.651 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDH_FDPQ_HD_4
#
# 
MACRO LDH_FDPRBQ_1 FOREIGN C0A07BLDH_FDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.231 3.839 0.297 ;
      RECT 3.729 0.297 3.839 0.594 ;
      RECT 1.903 0.297 1.969 0.473 ;
      RECT 1.903 0.473 2.002 0.539 ;
      RECT 1.903 0.231 2.046 0.297 ;
      RECT 0.429 0.165 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.231 3.696 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
      VIA 3.63 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.66 ;
      RECT 0.528 0.66 0.671 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 4.081 0.781 4.587 0.847 ;
      RECT 4.499 0.847 4.587 1.034 ;
      RECT 4.081 0.847 4.147 0.946 ;
      RECT 4.499 0.198 4.587 0.781 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.751 0.858 3.817 1.155 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 4.246 0.979 4.312 1.155 ;
      RECT 4.246 0.913 4.378 0.979 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.695 0.528 3.344 0.638 ;
    RECT 0 0.528 2.695 0.638 ;
    RECT 3.344 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 2.882 0.165 ;
    RECT 3.058 0.099 4.235 0.165 ;
    RECT 0.561 0.132 0.869 0.198 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.957 0.165 1.023 0.902 ;
    RECT 3.058 0.165 3.124 0.275 ;
    RECT 3.377 0.165 3.443 0.616 ;
    RECT 4.169 0.165 4.235 0.649 ;
    RECT 0.561 0.198 0.627 0.286 ;
    RECT 0.803 0.198 0.869 0.528 ;
    RECT 1.287 0.231 1.837 0.297 ;
    RECT 1.089 0.264 1.199 0.55 ;
    RECT 2.992 0.275 3.124 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.771 0.297 1.837 0.605 ;
    RECT 1.287 0.297 1.397 0.77 ;
    RECT 2.486 0.297 2.871 0.363 ;
    RECT 2.123 0.308 2.189 0.429 ;
    RECT 4.037 0.308 4.103 0.649 ;
    RECT 0.297 0.363 0.363 0.847 ;
    RECT 1.507 0.363 1.65 0.429 ;
    RECT 2.805 0.363 2.871 0.407 ;
    RECT 2.519 0.363 2.585 0.924 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    VIA 1.122 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.407 3.311 0.473 ;
    RECT 3.509 0.418 3.575 0.484 ;
    RECT 1.507 0.429 1.573 0.77 ;
    RECT 2.123 0.429 2.453 0.495 ;
    RECT 3.245 0.473 3.311 0.759 ;
    RECT 3.509 0.484 3.663 0.55 ;
    RECT 2.387 0.495 2.453 0.759 ;
    RECT 0.759 0.528 0.869 0.594 ;
    RECT 3.597 0.55 3.663 0.693 ;
    RECT 0.759 0.594 0.825 0.803 ;
    RECT 1.639 0.594 1.705 0.759 ;
    RECT 1.771 0.605 2.288 0.671 ;
    RECT 2.673 0.605 3.146 0.671 ;
    RECT 3.377 0.616 3.509 0.682 ;
    RECT 3.927 0.649 4.103 0.693 ;
    RECT 4.169 0.649 4.312 0.715 ;
    RECT 1.98 0.671 2.046 0.957 ;
    RECT 2.673 0.671 2.739 0.99 ;
    RECT 3.443 0.682 3.509 0.891 ;
    RECT 3.597 0.693 4.103 0.715 ;
    RECT 1.111 0.704 1.177 1.023 ;
    RECT 3.597 0.715 3.993 0.759 ;
    RECT 1.639 0.759 1.848 0.825 ;
    RECT 2.123 0.759 2.453 0.825 ;
    RECT 3.168 0.759 3.311 0.825 ;
    RECT 3.927 0.759 3.993 0.968 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.31 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.528 0.803 0.825 0.869 ;
    RECT 2.123 0.825 2.189 1.056 ;
    RECT 0.231 0.847 0.363 0.913 ;
    RECT 3.575 0.858 3.641 1.023 ;
    RECT 0.759 0.869 0.825 0.99 ;
    RECT 2.992 0.891 3.509 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 2.772 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.551 0.924 1.617 1.023 ;
    RECT 2.805 0.946 2.871 1.023 ;
    RECT 1.892 0.957 2.046 1.023 ;
    RECT 1.111 1.023 1.617 1.089 ;
    RECT 2.805 1.023 3.641 1.089 ;
  END
END LDH_FDPRBQ_1
#
# 
MACRO LDH_FDPRBQ_2 FOREIGN C0A07BLDH_FDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.231 4.587 0.297 ;
      RECT 4.521 0.297 4.587 0.528 ;
      RECT 4.521 0.528 4.62 0.594 ;
      RECT 2.101 0.297 2.211 0.594 ;
      RECT 2.101 0.231 2.244 0.297 ;
      RECT 0.429 0.198 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.231 4.488 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 2.178 0.264 V1L2L ;
      VIA 4.422 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.462 0.759 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.66 ;
      RECT 5.247 0.66 5.379 0.726 ;
      RECT 5.247 0.726 5.313 0.858 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.198 5.313 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.071 0.726 5.137 1.155 ;
      RECT 4.697 0.858 4.763 1.155 ;
      RECT 3.124 1.001 3.19 1.155 ;
      RECT 3.058 0.935 3.19 1.001 ;
      RECT 2.706 1.001 2.772 1.155 ;
      RECT 2.706 0.935 2.838 1.001 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.267 0.528 4.246 0.638 ;
    RECT 0 0.528 3.267 0.638 ;
    RECT 4.246 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 3.63 0.165 ;
    RECT 4.147 0.099 4.983 0.165 ;
    RECT 0.561 0.132 0.649 0.297 ;
    RECT 0.077 0.154 0.143 0.297 ;
    RECT 0.979 0.165 1.045 0.792 ;
    RECT 4.147 0.165 4.213 0.253 ;
    RECT 4.917 0.165 4.983 0.495 ;
    RECT 3.41 0.253 4.213 0.319 ;
    RECT 1.133 0.264 1.221 0.726 ;
    RECT 2.365 0.264 2.431 0.33 ;
    RECT 4.719 0.286 4.785 0.671 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 1.32 0.297 2.035 0.363 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 2.882 0.297 3.014 0.363 ;
    RECT 3.344 0.319 3.476 0.385 ;
    RECT 4.147 0.319 4.213 0.891 ;
    RECT 2.365 0.33 2.662 0.396 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.969 0.363 2.035 0.737 ;
    RECT 1.353 0.363 1.419 0.792 ;
    RECT 0.825 0.363 0.891 1.023 ;
    RECT 2.882 0.363 2.948 0.451 ;
    RECT 3.762 0.385 4.081 0.451 ;
    RECT 2.596 0.396 2.662 0.495 ;
    RECT 4.279 0.418 4.345 0.671 ;
    RECT 2.882 0.451 3.828 0.517 ;
    RECT 4.015 0.451 4.081 0.759 ;
    RECT 2.299 0.462 2.365 0.737 ;
    RECT 1.529 0.495 1.617 0.792 ;
    RECT 2.431 0.495 2.739 0.561 ;
    RECT 4.917 0.495 5.214 0.561 ;
    RECT 1.837 0.506 1.903 0.891 ;
    RECT 2.882 0.517 2.948 0.649 ;
    RECT 2.431 0.561 2.497 0.891 ;
    RECT 3.113 0.605 3.916 0.671 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.65 0.693 ;
    VIA 1.188 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.563 0.638 2.816 0.704 ;
    RECT 2.882 0.649 3.014 0.715 ;
    RECT 3.113 0.671 3.179 0.803 ;
    RECT 4.279 0.671 4.961 0.737 ;
    RECT 1.705 0.704 1.771 0.891 ;
    RECT 2.75 0.704 2.816 0.803 ;
    RECT 2.563 0.704 2.629 1.023 ;
    RECT 0.484 0.715 0.627 0.781 ;
    RECT 1.969 0.737 2.365 0.803 ;
    RECT 4.895 0.737 4.961 0.968 ;
    RECT 3.762 0.759 4.081 0.825 ;
    RECT 3.344 0.759 3.476 0.825 ;
    RECT 0.561 0.781 0.627 1.023 ;
    RECT 3.597 0.792 3.663 0.891 ;
    RECT 2.75 0.803 3.179 0.869 ;
    RECT 3.41 0.825 3.476 1.023 ;
    RECT 1.1 0.847 1.232 0.891 ;
    RECT 4.367 0.858 4.433 1.023 ;
    RECT 1.1 0.891 1.771 0.913 ;
    RECT 1.837 0.891 2.497 0.957 ;
    RECT 3.597 0.891 4.213 0.957 ;
    RECT 1.166 0.913 1.771 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 0.561 1.023 2.629 1.089 ;
    RECT 3.41 1.023 4.433 1.089 ;
  END
END LDH_FDPRBQ_2
#
# 
MACRO LDH_FDPRBQ_3 FOREIGN C0A07BLDH_FDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.775 0.033 5.841 0.308 ;
      RECT 5.049 0.033 5.115 0.418 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.221 0.033 1.287 0.242 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.462 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.198 4.719 0.495 ;
      RECT 4.653 0.495 4.994 0.561 ;
      RECT 2.607 0.264 2.673 0.638 ;
      RECT 0.627 0.33 0.693 0.726 ;
      LAYER M2L ;
      RECT 0.594 0.363 4.752 0.429 ;
      VIA 0.66 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.473 5.907 0.715 ;
      RECT 5.599 0.715 6.039 0.781 ;
      RECT 5.951 0.781 6.039 0.858 ;
      RECT 5.599 0.781 5.665 0.88 ;
      RECT 5.599 0.407 6.039 0.473 ;
      RECT 5.951 0.198 6.039 0.407 ;
      RECT 5.599 0.198 5.665 0.407 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.775 0.88 5.841 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 0.957 0.858 1.023 1.155 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0.44 0.528 1.023 0.605 ;
    RECT 0 0.528 0.44 0.605 ;
    RECT 1.023 0.528 6.072 0.605 ;
    RECT 0 0.605 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 3.201 0.165 ;
    RECT 3.74 0.099 3.927 0.165 ;
    RECT 0.077 0.11 0.517 0.176 ;
    RECT 4.081 0.121 4.543 0.187 ;
    RECT 3.135 0.165 3.201 0.33 ;
    RECT 1.397 0.165 1.463 0.792 ;
    RECT 3.861 0.165 3.927 0.374 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.451 0.176 0.517 0.264 ;
    RECT 4.081 0.187 4.147 0.374 ;
    RECT 4.477 0.187 4.543 0.627 ;
    RECT 0.957 0.198 1.023 0.33 ;
    RECT 1.815 0.231 2.497 0.297 ;
    LAYER M2L ;
    RECT 3.102 0.231 3.96 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.253 0.363 0.319 ;
    RECT 1.573 0.264 1.639 0.627 ;
    RECT 1.815 0.297 1.881 0.363 ;
    RECT 2.431 0.297 2.497 0.737 ;
    RECT 3.3 0.297 3.795 0.363 ;
    RECT 2.937 0.308 3.003 0.495 ;
    RECT 4.257 0.308 4.323 0.473 ;
    RECT 0.297 0.319 0.363 0.627 ;
    RECT 5.214 0.319 5.533 0.385 ;
    RECT 0.759 0.33 1.023 0.396 ;
    RECT 1.815 0.363 1.914 0.429 ;
    RECT 3.729 0.363 3.795 0.473 ;
    RECT 5.467 0.385 5.533 0.891 ;
    RECT 0.759 0.396 0.825 0.693 ;
    RECT 1.848 0.429 1.914 0.759 ;
    RECT 1.991 0.462 2.079 0.792 ;
    RECT 2.783 0.462 2.849 0.55 ;
    RECT 3.729 0.473 4.367 0.539 ;
    RECT 2.937 0.495 3.564 0.561 ;
    RECT 5.115 0.495 5.401 0.561 ;
    RECT 2.222 0.539 2.365 0.605 ;
    RECT 3.729 0.539 3.795 0.693 ;
    RECT 4.301 0.539 4.367 0.759 ;
    RECT 2.739 0.55 2.849 0.616 ;
    RECT 2.937 0.561 3.003 0.891 ;
    RECT 5.335 0.561 5.401 0.616 ;
    RECT 5.115 0.561 5.181 0.627 ;
    RECT 2.299 0.605 2.365 0.891 ;
    RECT 3.861 0.605 4.202 0.693 ;
    RECT 2.739 0.616 2.805 0.737 ;
    RECT 0.297 0.627 0.528 0.693 ;
    RECT 1.573 0.627 1.716 0.693 ;
    RECT 1.089 0.627 1.232 0.693 ;
    RECT 4.477 0.627 5.181 0.693 ;
    LAYER M2L ;
    RECT 0.396 0.627 2.112 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 0.363 0.957 ;
    RECT 0.759 0.693 1.155 0.759 ;
    RECT 3.861 0.693 3.927 0.825 ;
    RECT 3.3 0.693 3.795 0.759 ;
    RECT 4.477 0.693 4.565 0.891 ;
    RECT 2.167 0.704 2.233 0.891 ;
    RECT 2.431 0.737 2.805 0.803 ;
    RECT 1.782 0.759 1.914 0.825 ;
    RECT 0.759 0.759 0.825 0.99 ;
    RECT 1.089 0.759 1.155 1.023 ;
    RECT 4.224 0.759 4.367 0.825 ;
    RECT 4.686 0.759 5.247 0.825 ;
    RECT 1.221 0.792 1.463 0.858 ;
    RECT 3.311 0.825 3.927 0.891 ;
    RECT 5.181 0.825 5.247 0.891 ;
    RECT 1.221 0.858 1.287 0.924 ;
    RECT 1.562 0.891 2.233 0.957 ;
    RECT 2.299 0.891 3.003 0.957 ;
    RECT 3.311 0.891 3.377 1.023 ;
    RECT 5.181 0.891 5.533 0.957 ;
    RECT 4.048 0.891 4.565 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 3.828 0.957 3.96 1.023 ;
    RECT 4.774 0.957 4.906 1.023 ;
    RECT 1.089 1.023 3.377 1.089 ;
    RECT 3.894 1.023 4.84 1.089 ;
  END
END LDH_FDPRBQ_3
#
# 
MACRO LDH_FDPRBQ_4 FOREIGN C0A07BLDH_FDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.215 0.033 6.281 0.264 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.511 0.033 5.577 0.308 ;
      RECT 5.137 0.033 5.203 0.352 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 2.629 0.033 2.695 0.352 ;
      RECT 1.155 0.033 1.221 0.275 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.33 4.719 0.451 ;
      RECT 4.653 0.451 5.082 0.517 ;
      RECT 2.409 0.187 2.475 0.616 ;
      RECT 0.561 0.176 0.627 0.396 ;
      RECT 0.495 0.396 0.627 0.462 ;
      RECT 0.495 0.462 0.561 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.231 2.046 0.297 ;
      RECT 1.98 0.297 2.046 0.363 ;
      RECT 1.98 0.363 4.752 0.429 ;
      VIA 0.594 0.264 V1L2L ;
      VIA 2.442 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.627 ;
      RECT 0.627 0.627 0.891 0.693 ;
      RECT 0.627 0.693 0.693 0.792 ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.858 0.627 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.385 6.171 0.726 ;
      RECT 5.654 0.726 6.204 0.858 ;
      RECT 5.654 0.858 5.72 0.913 ;
      RECT 5.654 0.319 6.171 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 6.215 0.924 6.281 1.155 ;
      RECT 2.629 0.902 2.695 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0.418 0.528 4.774 0.55 ;
    RECT 0.418 0.55 2.86 0.594 ;
    RECT 3.949 0.55 4.774 0.594 ;
    RECT 0.418 0.594 1.54 0.66 ;
    RECT 2.86 0.55 3.949 0.594 ;
    RECT 4.774 0.528 6.336 0.594 ;
    RECT 0 0.528 0.418 0.66 ;
    RECT 1.54 0.594 6.336 0.66 ;
    RECT 0 0.66 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.244 0.165 ;
    RECT 3.729 0.099 4.18 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.627 ;
    RECT 2.178 0.165 2.244 0.231 ;
    RECT 1.353 0.165 1.419 0.891 ;
    RECT 3.729 0.165 3.795 0.33 ;
    RECT 0.055 0.176 0.121 0.264 ;
    RECT 0.429 0.176 0.495 0.264 ;
    RECT 2.805 0.198 2.871 0.495 ;
    RECT 2.178 0.231 2.31 0.297 ;
    LAYER M2L ;
    RECT 2.178 0.231 3.828 0.297 ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.671 ;
    RECT 4.092 0.253 4.587 0.319 ;
    RECT 3.927 0.264 3.993 0.385 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 3.168 0.297 3.652 0.363 ;
    RECT 4.521 0.319 4.587 0.803 ;
    RECT 0.297 0.341 0.363 0.957 ;
    RECT 1.507 0.352 1.595 0.627 ;
    RECT 1.749 0.363 2.343 0.429 ;
    RECT 3.586 0.363 3.652 0.473 ;
    RECT 3.927 0.385 4.433 0.451 ;
    RECT 2.277 0.429 2.343 0.737 ;
    RECT 1.749 0.429 1.815 0.858 ;
    RECT 3.927 0.451 3.993 0.473 ;
    RECT 4.367 0.451 4.433 0.759 ;
    RECT 3.586 0.473 3.993 0.539 ;
    RECT 2.046 0.495 2.211 0.583 ;
    RECT 2.541 0.495 2.684 0.561 ;
    RECT 2.805 0.495 3.432 0.561 ;
    RECT 5.511 0.495 5.94 0.561 ;
    RECT 1.881 0.528 1.947 0.66 ;
    RECT 3.586 0.539 3.652 0.671 ;
    RECT 2.541 0.561 2.607 0.737 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 5.511 0.561 5.577 1.023 ;
    RECT 2.145 0.583 2.211 0.77 ;
    RECT 3.729 0.605 4.268 0.671 ;
    RECT 0.979 0.627 1.21 0.693 ;
    RECT 1.507 0.627 1.65 0.693 ;
    RECT 2.706 0.627 2.871 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.98 0.693 ;
    RECT 2.112 0.627 2.838 0.693 ;
    VIA 1.914 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.881 0.66 1.991 0.726 ;
    RECT 3.729 0.671 3.795 0.825 ;
    RECT 3.168 0.671 3.652 0.737 ;
    RECT 4.774 0.671 5.401 0.737 ;
    RECT 0.979 0.693 1.045 0.759 ;
    RECT 2.805 0.693 2.871 1.056 ;
    RECT 1.925 0.726 1.991 0.891 ;
    RECT 2.937 0.726 3.003 0.825 ;
    RECT 2.277 0.737 2.607 0.803 ;
    RECT 5.335 0.737 5.401 0.88 ;
    RECT 0.759 0.759 1.254 0.825 ;
    RECT 4.29 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.036 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.803 2.541 0.99 ;
    RECT 4.521 0.803 5.203 0.869 ;
    RECT 0.759 0.825 0.825 0.946 ;
    RECT 2.937 0.825 3.795 0.891 ;
    RECT 2.079 0.836 2.145 1.023 ;
    RECT 4.521 0.869 4.587 0.891 ;
    RECT 5.137 0.869 5.203 1.023 ;
    RECT 5.302 0.88 5.401 0.946 ;
    RECT 1.155 0.891 1.419 0.957 ;
    RECT 4.114 0.891 4.587 0.957 ;
    RECT 3.927 0.924 3.993 1.023 ;
    RECT 4.906 0.935 5.038 1.001 ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 1.155 0.957 1.221 1.034 ;
    RECT 4.906 1.001 4.972 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.562 1.023 2.145 1.089 ;
    RECT 3.927 1.023 4.972 1.089 ;
    RECT 5.137 1.023 5.577 1.089 ;
  END
END LDH_FDPRBQ_4
#
# 
MACRO LDH_FDPRBQ_HD_1 FOREIGN C0A07BLDH_FDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.495 3.135 0.561 ;
      RECT 3.069 0.561 3.135 0.726 ;
      RECT 3.069 0.33 3.135 0.495 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.957 ;
      RECT 3.234 0.957 3.399 1.023 ;
      RECT 3.234 0.297 3.399 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.607 0.825 ;
      RECT 2.541 0.825 2.607 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.319 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 2.827 0.319 2.97 0.407 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.827 0.407 2.893 0.693 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 3.201 0.462 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 2.827 0.693 2.97 0.759 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDH_FDPRBQ_HD_1
#
# 
MACRO LDH_FDPRBQ_HD_2 FOREIGN C0A07BLDH_FDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 3.333 0.693 3.531 0.759 ;
      RECT 3.333 0.759 3.399 0.858 ;
      RECT 3.333 0.297 3.531 0.363 ;
      RECT 3.333 0.198 3.399 0.297 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.629 0.825 ;
      RECT 2.563 0.825 2.629 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.531 0.924 3.597 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.201 0.561 3.267 0.957 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.267 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDH_FDPRBQ_HD_2
#
# 
MACRO LDH_FDPRBQ_HD_3 FOREIGN C0A07BLDH_FDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDH_FDPRBQ_HD_3
#
# 
MACRO LDH_FDPRBQ_HD_4 FOREIGN C0A07BLDH_FDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.454 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDH_FDPRBQ_HD_4
#
# 
MACRO LDH_FDPRBSB_1 FOREIGN C0A07BLDH_FDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 3.509 0.033 3.575 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.132 3.729 0.352 ;
      RECT 3.619 0.352 3.729 0.418 ;
      RECT 3.619 0.418 3.685 0.484 ;
      RECT 2.211 0.297 2.277 0.594 ;
      RECT 2.211 0.231 2.376 0.297 ;
      LAYER M2L ;
      RECT 2.244 0.231 3.762 0.297 ;
      VIA 2.31 0.264 V1L2L ;
      VIA 3.696 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.396 4.191 0.77 ;
      RECT 4.015 0.77 4.191 0.858 ;
      RECT 4.015 0.858 4.081 0.913 ;
      RECT 4.015 0.33 4.191 0.396 ;
      RECT 4.015 0.198 4.081 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.374 3.531 0.627 ;
      RECT 3.366 0.627 3.531 0.693 ;
      RECT 2.541 0.594 2.607 0.924 ;
      RECT 2.541 0.924 2.717 0.99 ;
      RECT 2.651 0.99 2.717 1.056 ;
      RECT 2.013 0.33 2.101 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.498 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.432 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.33 4.455 0.858 ;
      RECT 4.345 0.858 4.455 0.99 ;
      RECT 4.345 0.99 4.411 1.056 ;
      RECT 4.345 0.198 4.455 0.33 ;
      RECT 4.345 0.132 4.411 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.509 0.946 3.575 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0.33 0.528 1.078 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 1.078 0.528 4.488 0.66 ;
    RECT 0 0.66 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 0.913 0.165 ;
    RECT 0.979 0.099 2.717 0.165 ;
    RECT 2.783 0.099 3.366 0.165 ;
    RECT 3.839 0.132 3.949 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 0.979 0.165 1.045 0.363 ;
    RECT 2.651 0.165 2.717 0.506 ;
    RECT 2.783 0.165 2.849 0.297 ;
    RECT 3.3 0.165 3.366 0.495 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 2.915 0.231 3.058 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 2.519 0.264 2.585 0.363 ;
    RECT 3.883 0.264 3.949 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.562 0.297 1.837 0.363 ;
    RECT 2.915 0.297 3.003 0.693 ;
    RECT 1.111 0.33 1.287 0.396 ;
    RECT 3.168 0.33 3.234 0.363 ;
    RECT 1.771 0.363 1.837 0.759 ;
    RECT 2.343 0.363 2.585 0.429 ;
    RECT 0.847 0.363 1.045 0.429 ;
    RECT 3.069 0.363 3.234 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 3.234 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.396 1.287 1.023 ;
    RECT 4.257 0.407 4.323 0.759 ;
    RECT 2.343 0.429 2.409 0.891 ;
    RECT 0.847 0.429 0.913 0.946 ;
    RECT 3.069 0.429 3.135 0.627 ;
    RECT 1.595 0.462 1.661 0.891 ;
    RECT 3.751 0.484 3.817 0.605 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.883 0.495 4.026 0.561 ;
    RECT 3.201 0.561 3.267 0.792 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 1.023 0.594 1.089 0.924 ;
    RECT 3.63 0.605 3.817 0.693 ;
    LAYER M2L ;
    RECT 3.597 0.627 4.389 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.915 0.693 3.058 0.759 ;
    RECT 2.706 0.693 2.849 0.759 ;
    LAYER M2L ;
    RECT 3.597 0.693 3.663 0.759 ;
    LAYER M1L ;
    RECT 1.43 0.726 1.518 0.891 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 2.915 0.759 3.003 0.858 ;
    RECT 2.783 0.759 2.849 1.023 ;
    RECT 3.41 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.772 0.825 ;
    RECT 2.904 0.759 3.663 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.792 3.267 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 3.685 0.825 3.751 1.056 ;
    LAYER M2L ;
    RECT 2.706 0.825 2.772 0.891 ;
    LAYER M1L ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.386 0.891 1.518 0.957 ;
    RECT 1.595 0.891 2.409 0.957 ;
    RECT 3.102 0.891 3.267 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 2.706 0.891 3.234 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.924 3.399 1.023 ;
    RECT 1.221 1.023 2.464 1.089 ;
    RECT 2.783 1.023 3.399 1.089 ;
  END
END LDH_FDPRBSB_1
#
# 
MACRO LDH_FDPRBSB_2 FOREIGN C0A07BLDH_FDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 4.059 0.033 4.125 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.191 0.132 4.279 0.341 ;
      RECT 4.147 0.341 4.279 0.407 ;
      RECT 4.147 0.407 4.235 0.506 ;
      RECT 2.585 0.297 2.651 0.594 ;
      RECT 2.508 0.231 2.651 0.297 ;
      LAYER M2L ;
      RECT 2.508 0.231 4.29 0.297 ;
      VIA 2.574 0.264 V1L2L ;
      VIA 4.224 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.693 ;
      RECT 4.708 0.693 4.851 0.759 ;
      RECT 4.741 0.198 4.851 0.264 ;
      RECT 4.741 0.132 4.807 0.198 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.374 4.059 0.627 ;
      RECT 3.894 0.627 4.059 0.693 ;
      RECT 3.003 0.594 3.069 0.858 ;
      RECT 3.003 0.858 3.135 0.924 ;
      RECT 3.069 0.924 3.135 1.056 ;
      RECT 2.409 0.462 2.475 0.792 ;
      RECT 1.617 0.462 1.683 0.792 ;
      LAYER M2L ;
      RECT 1.584 0.627 4.026 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 2.442 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
      VIA 3.96 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.049 0.858 5.159 0.99 ;
      RECT 5.049 0.198 5.159 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.858 4.983 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.565 0.924 4.631 1.155 ;
      RECT 4.411 0.924 4.477 1.155 ;
      RECT 4.059 0.946 4.125 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 5.291 0.858 5.357 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0.33 0.528 1.056 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 1.056 0.528 5.412 0.594 ;
    RECT 0 0.594 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 1.067 0.165 ;
    RECT 2.145 0.099 3.091 0.165 ;
    RECT 3.157 0.099 3.663 0.165 ;
    RECT 4.389 0.132 4.499 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 2.145 0.165 2.211 0.363 ;
    RECT 3.025 0.165 3.091 0.396 ;
    RECT 3.157 0.165 3.223 0.297 ;
    RECT 3.597 0.165 3.663 0.759 ;
    RECT 1.177 0.198 1.243 1.023 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.364 0.231 2.046 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 2.343 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.893 0.264 2.959 0.33 ;
    RECT 3.333 0.264 3.399 0.891 ;
    RECT 4.433 0.264 4.499 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.749 0.297 1.815 0.858 ;
    LAYER M2L ;
    RECT 2.277 0.297 2.343 0.363 ;
    LAYER M1L ;
    RECT 0.825 0.33 0.913 0.946 ;
    RECT 2.717 0.33 2.959 0.396 ;
    RECT 3.465 0.33 3.531 0.66 ;
    RECT 1.309 0.363 1.452 0.429 ;
    RECT 2.046 0.363 2.211 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.178 0.429 ;
    RECT 2.277 0.363 3.564 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.717 0.396 2.783 0.891 ;
    RECT 3.025 0.396 3.267 0.462 ;
    RECT 1.309 0.429 1.375 0.638 ;
    RECT 5.181 0.429 5.247 0.759 ;
    RECT 1.881 0.462 1.947 0.891 ;
    RECT 2.849 0.462 2.948 0.528 ;
    RECT 3.201 0.462 3.267 0.594 ;
    RECT 4.301 0.473 4.367 0.605 ;
    RECT 4.433 0.495 4.576 0.561 ;
    RECT 2.145 0.528 2.211 0.759 ;
    RECT 2.849 0.528 2.915 1.023 ;
    RECT 4.433 0.561 4.499 0.759 ;
    RECT 4.18 0.605 4.367 0.693 ;
    LAYER M2L ;
    RECT 4.125 0.627 5.28 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.66 3.201 0.726 ;
    LAYER M2L ;
    RECT 4.125 0.693 4.191 0.891 ;
    LAYER M1L ;
    RECT 1.001 0.726 1.089 1.034 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 2.145 0.759 2.31 0.825 ;
    RECT 3.498 0.759 3.663 0.825 ;
    RECT 3.729 0.759 3.795 0.891 ;
    RECT 3.96 0.759 4.499 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 3.63 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.792 3.267 1.023 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 4.235 0.825 4.301 1.056 ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.342 0.891 1.672 0.957 ;
    RECT 1.881 0.891 2.783 0.957 ;
    RECT 3.333 0.891 3.795 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 3.63 0.891 4.191 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.883 0.924 3.949 1.023 ;
    RECT 1.177 1.023 2.915 1.089 ;
    RECT 3.201 1.023 3.949 1.089 ;
  END
END LDH_FDPRBSB_2
#
# 
MACRO LDH_FDPRBSB_2RE FOREIGN C0A07BLDH_FDPRBSB_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.61 0.143 5.742 0.209 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.598 0.165 4.906 0.231 ;
      RECT 3.949 0.033 4.059 0.165 ;
      RECT 3.949 0.165 4.103 0.231 ;
      RECT 2.805 0.033 2.871 0.308 ;
      RECT 2.772 0.308 2.871 0.374 ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 0.693 0.033 0.759 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.467 0.297 5.907 0.363 ;
      RECT 5.467 0.363 5.533 0.396 ;
      RECT 5.467 0.132 5.533 0.297 ;
      RECT 5.819 0.22 5.907 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.363 5.379 0.429 ;
      RECT 5.313 0.429 5.379 0.693 ;
      RECT 4.95 0.693 5.379 0.759 ;
      RECT 5.313 0.33 5.379 0.363 ;
      RECT 4.983 0.132 5.049 0.363 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.495 4.158 0.561 ;
      RECT 3.872 0.561 3.938 0.594 ;
      RECT 2.805 0.693 2.871 0.726 ;
      RECT 2.673 0.627 2.871 0.693 ;
      RECT 2.673 0.693 2.739 0.726 ;
      RECT 2.673 0.594 2.739 0.627 ;
      RECT 2.805 0.528 2.871 0.627 ;
      RECT 2.772 0.462 2.871 0.528 ;
      LAYER M2L ;
      RECT 2.64 0.627 3.927 0.693 ;
      RECT 3.861 0.561 3.927 0.627 ;
      RECT 3.861 0.495 4.158 0.561 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
      VIA 4.092 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.693 1.551 0.726 ;
      RECT 1.353 0.627 1.551 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.76 0.561 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.584 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.231 0.528 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.627 4.884 0.693 ;
      RECT 4.653 0.693 4.719 0.726 ;
      RECT 4.653 0.594 4.719 0.627 ;
      RECT 4.565 0.528 4.719 0.594 ;
      RECT 4.565 0.462 4.631 0.528 ;
      RECT 0.693 0.462 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.759 4.323 0.825 ;
      RECT 4.257 0.693 4.323 0.759 ;
      RECT 4.257 0.627 4.884 0.693 ;
      VIA 0.726 0.792 V1L2L ;
      VIA 4.686 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.518 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.906 1.023 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.231 ;
    RECT 2.079 0.132 2.145 0.33 ;
    RECT 3.41 0.132 3.476 0.165 ;
    RECT 4.257 0.132 4.323 0.297 ;
    RECT 2.409 0.143 2.519 0.297 ;
    RECT 3.267 0.154 3.333 0.319 ;
    RECT 0.44 0.165 0.627 0.231 ;
    RECT 1.584 0.165 1.958 0.231 ;
    RECT 2.937 0.165 3.146 0.231 ;
    RECT 3.41 0.165 3.718 0.231 ;
    RECT 2.607 0.198 2.673 0.462 ;
    RECT 2.255 0.209 2.321 0.297 ;
    RECT 0.561 0.231 0.627 0.715 ;
    RECT 0.825 0.231 1.133 0.297 ;
    RECT 2.937 0.231 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.231 2.706 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.067 0.297 1.133 0.396 ;
    RECT 0.825 0.297 0.891 0.704 ;
    RECT 2.255 0.297 2.519 0.363 ;
    RECT 3.729 0.297 4.851 0.363 ;
    RECT 3.223 0.319 3.366 0.385 ;
    RECT 1.881 0.33 1.947 0.363 ;
    RECT 2.013 0.33 2.145 0.396 ;
    RECT 3.465 0.33 3.531 0.462 ;
    RECT 3.597 0.33 3.663 0.462 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.671 ;
    RECT 1.716 0.363 1.947 0.429 ;
    RECT 2.409 0.363 2.519 0.396 ;
    RECT 4.785 0.363 4.851 0.495 ;
    RECT 3.729 0.363 3.795 0.594 ;
    RECT 4.422 0.363 4.488 0.671 ;
    LAYER M2L ;
    RECT 0.396 0.363 3.696 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.223 0.385 3.289 0.693 ;
    RECT 2.013 0.396 2.079 0.693 ;
    RECT 2.409 0.396 2.475 0.66 ;
    RECT 3.069 0.418 3.157 0.649 ;
    RECT 1.881 0.429 1.947 0.594 ;
    RECT 1.001 0.462 1.067 0.583 ;
    RECT 2.145 0.462 2.211 0.55 ;
    RECT 2.277 0.462 2.343 0.55 ;
    RECT 2.541 0.462 2.673 0.528 ;
    RECT 3.377 0.462 3.663 0.528 ;
    RECT 5.709 0.462 5.775 0.495 ;
    RECT 4.257 0.462 4.323 0.693 ;
    RECT 4.785 0.495 5.192 0.561 ;
    RECT 5.445 0.495 5.775 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 3.168 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 0.594 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.528 2.607 0.594 ;
    RECT 3.377 0.528 3.443 0.594 ;
    RECT 2.145 0.55 2.343 0.616 ;
    RECT 5.709 0.561 5.775 0.594 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 1.001 0.583 1.287 0.649 ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.409 0.66 2.519 0.825 ;
    RECT 0.033 0.671 0.143 0.913 ;
    RECT 4.422 0.671 4.554 0.737 ;
    RECT 1.705 0.693 2.178 0.759 ;
    RECT 3.223 0.693 4.323 0.759 ;
    RECT 0.825 0.704 0.957 0.77 ;
    RECT 0.429 0.715 0.627 0.781 ;
    RECT 3.091 0.748 3.157 0.825 ;
    RECT 1.705 0.759 1.771 0.825 ;
    RECT 4.257 0.759 4.323 0.825 ;
    RECT 0.891 0.77 0.957 0.968 ;
    RECT 0.429 0.781 0.495 0.99 ;
    RECT 1.221 0.825 1.771 0.891 ;
    RECT 1.87 0.825 3.003 0.891 ;
    RECT 3.091 0.825 4.07 0.891 ;
    RECT 4.257 0.825 5.511 0.891 ;
    RECT 2.937 0.891 3.003 0.957 ;
    RECT 2.783 0.891 2.849 1.056 ;
    RECT 3.971 0.891 4.037 1.056 ;
    RECT 1.628 0.957 2.354 1.023 ;
    RECT 2.937 0.957 3.542 1.023 ;
  END
END LDH_FDPRBSB_2RE
#
# 
MACRO LDH_FDPRBSB_4 FOREIGN C0A07BLDH_FDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.697 0.033 4.763 0.253 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 0.704 0.033 0.77 0.187 ;
      RECT 0.704 0.187 0.836 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.198 4.917 0.33 ;
      RECT 4.785 0.33 4.917 0.396 ;
      RECT 4.785 0.396 4.851 0.462 ;
      RECT 3.047 0.231 3.234 0.297 ;
      RECT 3.047 0.297 3.113 0.627 ;
      RECT 2.904 0.627 3.113 0.693 ;
      LAYER M2L ;
      RECT 3.102 0.231 4.95 0.297 ;
      VIA 3.168 0.264 V1L2L ;
      VIA 4.884 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.28 0.726 5.83 0.858 ;
      RECT 5.346 0.297 5.841 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.726 ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.171 0.99 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.627 4.675 0.693 ;
      RECT 4.609 0.374 4.675 0.627 ;
      RECT 3.685 0.616 3.894 0.704 ;
      RECT 3.685 0.704 3.773 0.748 ;
      RECT 2.541 0.66 2.607 0.726 ;
      RECT 2.541 0.594 2.805 0.66 ;
      LAYER M2L ;
      RECT 2.508 0.627 4.554 0.693 ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
      VIA 4.488 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.99 6.325 1.155 ;
      RECT 6.259 0.924 6.358 0.99 ;
      RECT 5.907 0.858 5.973 1.155 ;
      RECT 5.181 0.924 5.247 1.155 ;
      RECT 4.697 0.946 4.763 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 2.618 0.528 3.586 0.66 ;
    RECT 0 0.528 2.618 0.66 ;
    RECT 3.586 0.528 6.732 0.66 ;
    RECT 0 0.66 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.099 1.617 0.165 ;
    RECT 2.915 0.099 3.608 0.165 ;
    RECT 3.828 0.099 4.323 0.165 ;
    RECT 5.027 0.132 5.137 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.177 0.286 ;
    RECT 1.551 0.165 1.617 0.891 ;
    RECT 1.683 0.165 2.134 0.231 ;
    RECT 2.915 0.165 2.981 0.429 ;
    RECT 3.762 0.165 3.894 0.231 ;
    RECT 4.257 0.165 4.323 0.627 ;
    RECT 0.561 0.198 0.627 0.319 ;
    RECT 2.607 0.198 2.673 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.683 0.231 1.749 0.759 ;
    RECT 1.287 0.264 1.353 1.056 ;
    RECT 3.399 0.264 3.465 0.847 ;
    RECT 3.971 0.264 4.037 0.297 ;
    RECT 5.071 0.264 5.137 0.495 ;
    RECT 0.957 0.286 1.023 0.858 ;
    RECT 1.826 0.297 2.673 0.363 ;
    RECT 3.542 0.297 4.037 0.363 ;
    RECT 0.561 0.319 0.891 0.385 ;
    RECT 4.125 0.33 4.191 0.495 ;
    RECT 1.419 0.363 1.485 0.726 ;
    RECT 1.826 0.363 1.892 0.396 ;
    RECT 3.971 0.363 4.037 0.396 ;
    RECT 3.542 0.363 3.608 0.847 ;
    LAYER M2L ;
    RECT 0.792 0.363 4.224 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.385 0.891 0.825 ;
    RECT 3.201 0.396 3.267 0.748 ;
    RECT 1.98 0.429 2.981 0.495 ;
    RECT 4.939 0.473 5.005 0.627 ;
    RECT 1.98 0.495 2.046 0.627 ;
    RECT 3.938 0.495 4.191 0.561 ;
    RECT 5.071 0.495 5.467 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    LAYER M2L ;
    RECT 1.254 0.495 3.3 0.561 ;
    VIA 1.32 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.112 0.561 2.409 0.627 ;
    RECT 5.071 0.561 5.137 0.759 ;
    RECT 5.907 0.561 5.973 0.726 ;
    RECT 1.848 0.627 2.046 0.693 ;
    RECT 2.112 0.627 2.178 0.66 ;
    RECT 2.343 0.627 2.409 0.847 ;
    RECT 4.224 0.627 4.323 0.693 ;
    RECT 4.818 0.627 5.005 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 1.98 0.693 ;
    RECT 4.785 0.627 6.006 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.94 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.224 0.693 4.29 0.759 ;
    LAYER M2L ;
    RECT 4.785 0.693 4.851 0.891 ;
    LAYER M1L ;
    RECT 1.089 0.726 1.177 1.056 ;
    RECT 1.683 0.759 2.277 0.825 ;
    RECT 4.158 0.759 4.29 0.825 ;
    RECT 4.554 0.759 5.137 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 4.29 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.782 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.814 4.433 0.891 ;
    RECT 0.561 0.825 0.891 0.891 ;
    RECT 2.211 0.825 2.277 0.946 ;
    RECT 4.873 0.825 4.939 1.056 ;
    RECT 2.343 0.847 3.465 0.913 ;
    RECT 3.542 0.847 4.037 0.891 ;
    RECT 0.033 0.891 0.462 0.957 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 1.452 0.891 1.617 0.957 ;
    RECT 3.542 0.891 4.433 0.913 ;
    LAYER M2L ;
    RECT 0.33 0.891 1.584 0.957 ;
    RECT 4.29 0.891 4.851 0.957 ;
    VIA 0.396 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    VIA 4.356 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.913 4.433 0.957 ;
    RECT 4.521 0.924 4.587 1.023 ;
    RECT 3.762 0.979 3.894 1.023 ;
    RECT 3.762 1.023 4.587 1.045 ;
    RECT 3.828 1.045 4.587 1.089 ;
  END
END LDH_FDPRBSB_4
#
# 
MACRO LDH_FDPSBQ_1 FOREIGN C0A07BLDH_FDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.198 4.851 0.99 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.594 ;
      RECT 0.561 0.594 0.671 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.165 4.587 1.023 ;
      RECT 2.453 1.023 4.587 1.089 ;
      RECT 2.453 0.55 2.519 1.023 ;
      RECT 4.037 0.099 4.587 0.165 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 3.058 0.165 ;
    RECT 3.498 0.099 3.63 0.165 ;
    RECT 0.429 0.165 0.759 0.231 ;
    RECT 1.749 0.165 1.815 0.429 ;
    RECT 0.869 0.165 0.935 0.858 ;
    RECT 3.564 0.165 3.63 0.231 ;
    RECT 0.297 0.198 0.363 0.979 ;
    RECT 3.245 0.198 3.311 0.462 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.429 0.231 0.495 0.737 ;
    RECT 2.684 0.231 3.135 0.297 ;
    RECT 3.564 0.231 3.784 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 3.762 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.253 1.364 0.319 ;
    RECT 1.045 0.264 1.111 0.627 ;
    RECT 4.29 0.275 4.455 0.341 ;
    RECT 3.069 0.297 3.135 0.374 ;
    RECT 2.772 0.297 2.838 0.759 ;
    RECT 1.221 0.319 1.287 0.572 ;
    RECT 1.98 0.319 2.255 0.385 ;
    RECT 0.693 0.33 0.803 0.396 ;
    RECT 4.389 0.341 4.455 0.726 ;
    RECT 2.189 0.385 2.695 0.451 ;
    RECT 0.737 0.396 0.803 0.594 ;
    RECT 1.474 0.429 1.815 0.495 ;
    RECT 2.189 0.451 2.255 0.715 ;
    RECT 2.629 0.451 2.695 0.748 ;
    RECT 3.245 0.462 4.323 0.528 ;
    RECT 1.925 0.506 1.991 0.572 ;
    RECT 4.257 0.528 4.323 0.594 ;
    RECT 3.322 0.528 3.388 0.715 ;
    RECT 1.221 0.572 1.991 0.638 ;
    RECT 1.045 0.627 1.155 0.693 ;
    RECT 1.221 0.638 1.287 0.891 ;
    RECT 3.905 0.66 3.971 0.726 ;
    RECT 3.465 0.682 3.531 0.759 ;
    RECT 1.089 0.693 1.155 0.858 ;
    RECT 1.672 0.715 2.255 0.781 ;
    RECT 3.256 0.715 3.388 0.781 ;
    RECT 0.693 0.726 0.759 0.979 ;
    RECT 3.905 0.726 4.455 0.792 ;
    RECT 0.429 0.737 0.572 0.803 ;
    RECT 1.386 0.737 1.573 0.825 ;
    RECT 2.772 0.759 3.124 0.825 ;
    RECT 3.465 0.759 3.762 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 1.518 0.825 ;
    RECT 2.838 0.759 3.663 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 1.034 ;
    RECT 4.114 0.792 4.18 0.891 ;
    RECT 1.463 0.825 1.573 0.924 ;
    RECT 2.772 0.825 2.838 0.869 ;
    RECT 2.684 0.869 2.838 0.935 ;
    RECT 1.639 0.88 1.705 1.023 ;
    RECT 1.221 0.891 1.364 0.957 ;
    RECT 3.036 0.891 3.762 0.957 ;
    RECT 4.114 0.891 4.246 0.957 ;
    RECT 1.012 0.957 1.144 1.023 ;
    RECT 0.297 0.979 0.759 1.045 ;
    RECT 1.078 1.023 1.705 1.089 ;
  END
END LDH_FDPSBQ_1
#
# 
MACRO LDH_FDPSBQ_2 FOREIGN C0A07BLDH_FDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.401 0.033 5.467 0.264 ;
      RECT 4.257 0.033 4.323 0.209 ;
      RECT 4.257 0.209 4.433 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.33 0.627 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.605 4.323 0.759 ;
      RECT 4.257 0.539 4.719 0.605 ;
      RECT 4.653 0.605 4.719 0.726 ;
      RECT 2.739 0.572 2.805 1.056 ;
      LAYER M2L ;
      RECT 2.706 0.627 4.356 0.693 ;
      VIA 2.772 0.66 V1L2L ;
      VIA 4.29 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.045 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.444 1.045 4.51 1.155 ;
      RECT 4.444 0.979 4.642 1.045 ;
      RECT 5.401 0.924 5.467 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.906 0.979 5.082 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 2.244 0.528 3.476 0.638 ;
    RECT 0 0.528 2.244 0.638 ;
    RECT 3.476 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.099 3.344 0.165 ;
    RECT 3.487 0.099 4.191 0.165 ;
    RECT 0.55 0.165 0.957 0.231 ;
    RECT 1.947 0.165 2.013 0.429 ;
    RECT 3.278 0.165 3.344 0.506 ;
    RECT 1.067 0.165 1.133 0.858 ;
    RECT 3.487 0.165 3.553 0.308 ;
    RECT 4.125 0.165 4.191 0.385 ;
    RECT 3.839 0.165 3.905 0.671 ;
    RECT 4.686 0.209 5.115 0.275 ;
    RECT 0.891 0.231 0.957 0.924 ;
    RECT 1.419 0.253 1.562 0.319 ;
    RECT 1.243 0.264 1.309 0.726 ;
    RECT 3.993 0.264 4.059 0.539 ;
    RECT 3.663 0.264 3.729 0.825 ;
    RECT 5.049 0.275 5.115 0.836 ;
    RECT 0.429 0.286 0.495 0.957 ;
    RECT 3.069 0.297 3.135 0.825 ;
    RECT 1.419 0.319 1.485 0.605 ;
    RECT 2.332 0.363 2.651 0.407 ;
    LAYER M2L ;
    RECT 0.858 0.363 4.092 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.125 0.385 4.983 0.451 ;
    RECT 2.332 0.407 2.981 0.429 ;
    RECT 2.585 0.429 2.981 0.473 ;
    RECT 1.672 0.429 2.013 0.495 ;
    RECT 3.531 0.44 3.597 0.506 ;
    RECT 4.917 0.451 4.983 0.616 ;
    RECT 2.915 0.473 2.981 0.726 ;
    RECT 2.585 0.473 2.651 0.737 ;
    RECT 3.278 0.506 3.597 0.572 ;
    RECT 3.993 0.539 4.158 0.605 ;
    RECT 1.419 0.605 2.222 0.671 ;
    RECT 1.419 0.671 1.485 0.891 ;
    RECT 3.839 0.671 3.993 0.737 ;
    RECT 4.092 0.704 4.158 0.825 ;
    RECT 1.243 0.726 1.353 0.858 ;
    RECT 1.584 0.737 1.771 0.825 ;
    RECT 1.87 0.737 2.651 0.803 ;
    RECT 4.433 0.748 4.499 0.836 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.803 2.255 0.88 ;
    RECT 2.585 0.803 2.651 0.924 ;
    RECT 1.661 0.825 1.771 0.924 ;
    RECT 3.069 0.825 4.158 0.891 ;
    RECT 4.433 0.836 5.115 0.902 ;
    RECT 4.268 0.869 4.334 0.957 ;
    RECT 1.837 0.88 1.969 0.946 ;
    RECT 1.419 0.891 1.562 0.957 ;
    RECT 4.741 0.902 4.807 1.056 ;
    RECT 0.583 0.924 0.957 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.198 0.957 0.495 1.023 ;
    RECT 1.21 0.957 1.342 1.023 ;
    RECT 3.586 0.957 4.334 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.276 1.023 1.903 1.089 ;
  END
END LDH_FDPSBQ_2
#
# 
MACRO LDH_FDPSBQ_4 FOREIGN C0A07BLDH_FDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 0.033 6.226 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.918 0.726 6.479 0.858 ;
      RECT 5.918 0.297 6.402 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 5.643 0.726 5.709 1.023 ;
      RECT 3.113 1.023 5.709 1.089 ;
      RECT 3.113 0.572 3.179 1.023 ;
      RECT 5.247 0.759 5.412 0.825 ;
      RECT 5.247 0.594 5.313 0.759 ;
      LAYER M2L ;
      RECT 5.148 0.759 5.742 0.825 ;
      VIA 5.346 0.792 V1L2L ;
      VIA 5.676 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.44 ;
    RECT 0 0.44 4.466 0.528 ;
    RECT 5.313 0.44 6.6 0.528 ;
    RECT 2.398 0.528 3.938 0.616 ;
    RECT 4.466 0.44 5.313 0.528 ;
    RECT 0 0.528 2.398 0.616 ;
    RECT 3.938 0.528 6.6 0.616 ;
    RECT 0 0.616 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.099 3.817 0.165 ;
    RECT 3.883 0.099 4.983 0.165 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 1.199 0.165 1.265 0.286 ;
    RECT 2.057 0.165 2.123 0.319 ;
    RECT 3.751 0.165 3.817 0.462 ;
    RECT 3.883 0.165 3.949 0.308 ;
    RECT 4.917 0.165 4.983 0.363 ;
    RECT 4.279 0.165 4.345 0.627 ;
    RECT 5.412 0.165 5.577 0.231 ;
    RECT 0.583 0.198 0.957 0.264 ;
    RECT 2.31 0.231 3.157 0.275 ;
    RECT 4.488 0.231 4.642 0.297 ;
    RECT 5.511 0.231 5.577 0.891 ;
    LAYER M2L ;
    RECT 0.858 0.231 4.62 0.297 ;
    VIA 4.554 0.264 V1L2L ;
    VIA 0.924 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.264 0.957 0.715 ;
    RECT 1.375 0.264 1.441 0.693 ;
    RECT 1.551 0.264 1.617 0.451 ;
    RECT 4.059 0.264 4.125 0.759 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 2.31 0.275 3.278 0.297 ;
    RECT 3.498 0.275 3.685 0.341 ;
    RECT 1.023 0.286 1.265 0.352 ;
    RECT 3.091 0.297 3.278 0.341 ;
    RECT 4.576 0.297 4.642 0.495 ;
    RECT 1.804 0.319 2.123 0.385 ;
    RECT 0.363 0.341 0.429 0.847 ;
    RECT 3.619 0.341 3.685 0.759 ;
    RECT 1.023 0.352 1.089 0.792 ;
    RECT 2.574 0.363 3.025 0.407 ;
    RECT 4.917 0.363 5.445 0.429 ;
    RECT 2.574 0.407 3.553 0.429 ;
    RECT 2.959 0.429 3.553 0.473 ;
    RECT 5.379 0.429 5.445 0.594 ;
    RECT 1.551 0.451 2.508 0.517 ;
    RECT 3.751 0.462 3.993 0.528 ;
    RECT 3.487 0.473 3.553 0.726 ;
    RECT 2.959 0.473 3.025 0.748 ;
    RECT 4.51 0.495 4.642 0.561 ;
    RECT 2.442 0.517 2.508 0.539 ;
    RECT 1.991 0.517 2.057 0.869 ;
    RECT 3.927 0.528 3.993 0.594 ;
    RECT 2.442 0.539 2.574 0.605 ;
    RECT 4.719 0.55 4.785 0.627 ;
    RECT 2.2 0.583 2.376 0.649 ;
    RECT 4.279 0.627 4.785 0.693 ;
    RECT 2.31 0.649 2.376 0.748 ;
    RECT 4.994 0.66 5.17 0.792 ;
    RECT 1.221 0.693 1.892 0.759 ;
    RECT 4.279 0.693 4.345 0.792 ;
    RECT 0.55 0.715 0.957 0.781 ;
    RECT 2.167 0.748 2.233 1.023 ;
    RECT 2.31 0.748 3.025 0.814 ;
    RECT 1.76 0.759 1.892 0.803 ;
    RECT 1.221 0.759 1.287 0.891 ;
    RECT 3.619 0.759 4.125 0.825 ;
    RECT 4.444 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.96 0.759 4.62 0.825 ;
    VIA 4.554 0.792 V1L2L ;
    VIA 4.026 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.77 0.297 0.847 ;
    RECT 5.104 0.792 5.17 0.891 ;
    RECT 2.959 0.814 3.025 0.946 ;
    RECT 2.585 0.814 2.651 0.99 ;
    RECT 3.619 0.825 3.685 0.847 ;
    RECT 0.231 0.847 0.759 0.891 ;
    RECT 3.498 0.847 3.685 0.913 ;
    RECT 1.562 0.869 2.057 0.935 ;
    RECT 1.375 0.88 1.441 1.023 ;
    RECT 0.231 0.891 1.287 0.913 ;
    RECT 3.982 0.891 5.005 0.957 ;
    RECT 5.104 0.891 5.577 0.957 ;
    RECT 0.693 0.913 1.287 0.957 ;
    RECT 1.375 1.023 2.233 1.089 ;
  END
END LDH_FDPSBQ_4
#
# 
MACRO LDH_FDPSBQ_HD_1 FOREIGN C0A07BLDH_FDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.396 3.267 0.924 ;
      RECT 3.157 0.924 3.267 1.056 ;
      RECT 3.157 0.264 3.267 0.396 ;
      RECT 3.201 0.198 3.267 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 2.871 0.726 ;
      RECT 2.761 0.462 2.871 0.594 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.199 0.935 1.518 0.957 ;
      RECT 1.199 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 2.948 0.979 3.08 1.045 ;
      RECT 0 1.155 3.3 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 2.607 0.154 2.717 0.286 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 2.607 0.286 2.673 0.297 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.673 0.363 ;
    RECT 2.783 0.297 3.003 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.607 0.363 2.673 0.726 ;
    RECT 2.937 0.363 3.003 0.847 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.475 0.462 2.541 0.539 ;
    RECT 3.069 0.462 3.135 0.858 ;
    RECT 1.837 0.539 2.541 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 2.607 0.726 2.717 0.858 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    RECT 2.574 0.759 3.168 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.783 0.847 3.003 0.913 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.783 0.913 2.849 1.012 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDH_FDPSBQ_HD_1
#
# 
MACRO LDH_FDPSBQ_HD_2 FOREIGN C0A07BLDH_FDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.693 ;
      RECT 3.201 0.693 3.399 0.759 ;
      RECT 3.201 0.759 3.267 0.99 ;
      RECT 3.201 0.297 3.399 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.421 0.924 3.487 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.234 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.924 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.135 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDH_FDPSBQ_HD_2
#
# 
MACRO LDH_FDPSBQ_HD_4 FOREIGN C0A07BLDH_FDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.322 0.165 3.476 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.803 ;
      RECT 3.201 0.803 3.597 0.869 ;
      RECT 3.531 0.869 3.597 0.946 ;
      RECT 3.201 0.869 3.289 0.979 ;
      RECT 3.146 0.979 3.289 1.045 ;
      RECT 3.146 0.297 3.63 0.363 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 3.355 1.012 3.421 1.155 ;
      RECT 3.355 0.946 3.465 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.366 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.836 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.937 0.836 3.135 0.902 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.937 0.902 3.003 0.924 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.003 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDH_FDPSBQ_HD_4
#
# 
MACRO LDH_FDPSB_1 FOREIGN C0A07BLDH_FDPSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.033 3.333 0.396 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.795 0.033 3.861 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.113 0.132 3.201 0.396 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.234 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.168 0.264 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.198 4.059 0.99 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.704 ;
      RECT 3.597 0.704 3.707 0.77 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 2.915 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 2.849 0.165 2.915 0.495 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.421 0.264 3.531 0.396 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 3.465 0.396 3.531 0.759 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 3.839 0.462 3.905 0.847 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 2.849 0.495 3.388 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 3.322 0.561 3.388 0.616 ;
    RECT 2.849 0.561 2.915 0.891 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.531 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 3.531 0.847 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 3.443 0.847 3.905 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 3.443 0.913 3.509 0.99 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDH_FDPSB_1
#
# 
MACRO LDH_FDPSB_2 FOREIGN C0A07BLDH_FDPSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.033 4.037 0.242 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.671 ;
      RECT 3.762 0.671 3.927 0.737 ;
      RECT 3.795 0.319 3.927 0.385 ;
      RECT 3.795 0.242 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.792 ;
      RECT 4.147 0.792 4.323 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.663 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.597 0.165 3.663 0.594 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 4.004 0.495 4.158 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.509 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 4.07 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDH_FDPSB_2
#
# 
MACRO LDH_FDPSB_4 FOREIGN C0A07BLDH_FDPSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.385 4.191 0.671 ;
      RECT 3.762 0.671 4.246 0.737 ;
      RECT 3.795 0.319 4.246 0.385 ;
      RECT 3.795 0.187 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.385 4.983 0.726 ;
      RECT 4.488 0.726 5.016 0.858 ;
      RECT 4.488 0.858 4.576 0.99 ;
      RECT 4.499 0.319 4.983 0.385 ;
      RECT 4.851 0.22 4.917 0.319 ;
      RECT 4.499 0.198 4.565 0.319 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.674 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.608 0.165 3.674 0.495 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 3.608 0.495 3.938 0.561 ;
    RECT 4.345 0.495 4.73 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.345 0.561 4.411 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.564 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.498 0.825 4.411 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDH_FDPSB_4
#
# 
MACRO LDH_FDP_1 FOREIGN C0A07BLDH_FDP_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.715 ;
      RECT 3.069 0.715 3.179 0.781 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.198 3.531 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.772 0.869 2.838 1.155 ;
      RECT 2.706 0.803 2.838 0.869 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 2.541 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.145 0.165 2.211 0.33 ;
    RECT 2.475 0.165 2.541 0.594 ;
    RECT 2.915 0.176 2.981 0.297 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.528 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 2.607 0.297 2.981 0.363 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.607 0.363 2.673 0.484 ;
    RECT 2.915 0.363 2.981 0.847 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.462 2.849 0.594 ;
    RECT 3.311 0.462 3.377 0.847 ;
    RECT 2.2 0.528 2.343 0.594 ;
    RECT 2.475 0.594 2.849 0.66 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 2.475 0.66 2.541 0.671 ;
    RECT 2.31 0.671 2.541 0.737 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 2.915 0.847 3.377 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDH_FDP_1
#
# 
MACRO LDH_FDP_2 FOREIGN C0A07BLDH_FDP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.396 3.399 0.671 ;
      RECT 3.256 0.671 3.399 0.737 ;
      RECT 3.289 0.33 3.399 0.396 ;
      RECT 3.289 0.264 3.355 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.924 ;
      RECT 3.641 0.924 3.795 0.99 ;
      RECT 3.641 0.99 3.707 1.056 ;
      RECT 3.608 0.297 3.795 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.739 0.836 2.805 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 3.223 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.145 0.165 2.211 0.374 ;
    RECT 3.157 0.165 3.223 0.594 ;
    RECT 2.409 0.165 2.475 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.882 0.253 3.025 0.319 ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.495 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.959 0.319 3.025 0.495 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.531 0.462 3.597 0.803 ;
    RECT 2.2 0.495 2.343 0.561 ;
    RECT 2.596 0.495 3.025 0.561 ;
    RECT 2.959 0.561 3.025 0.803 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.31 0.649 2.475 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 2.959 0.803 3.597 0.869 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDH_FDP_2
#
# 
MACRO LDH_FDP_2RE FOREIGN C0A07BLDH_FDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 0.891 0.033 0.957 0.396 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.759 ;
      RECT 4.455 0.759 4.719 0.825 ;
      RECT 4.455 0.825 4.521 1.034 ;
      RECT 4.279 0.297 4.719 0.363 ;
      RECT 4.279 0.363 4.345 0.396 ;
      RECT 4.279 0.132 4.345 0.297 ;
      RECT 4.631 0.22 4.719 0.297 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.341 4.191 0.407 ;
      RECT 4.125 0.407 4.191 0.671 ;
      RECT 3.762 0.671 4.191 0.737 ;
      RECT 3.795 0.132 3.861 0.341 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.726 0.891 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.165 0.462 0.231 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.045 4.29 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.079 0.792 2.145 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.067 0.132 1.309 0.198 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 2.431 0.132 2.497 0.165 ;
    RECT 3.443 0.132 3.509 0.297 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 1.606 0.143 1.958 0.209 ;
    RECT 2.211 0.165 2.497 0.275 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.067 0.198 1.133 0.396 ;
    RECT 1.243 0.198 1.309 0.396 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 1.837 0.209 1.903 0.374 ;
    RECT 2.816 0.231 2.882 0.297 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 2.211 0.275 2.321 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.816 0.297 2.948 0.363 ;
    RECT 3.113 0.297 3.542 0.363 ;
    RECT 0.429 0.33 0.627 0.396 ;
    RECT 1.617 0.33 1.683 0.594 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 2.541 0.33 2.607 0.594 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.033 0.363 0.099 0.737 ;
    RECT 1.969 0.363 2.409 0.429 ;
    RECT 3.476 0.363 3.542 0.495 ;
    RECT 3.113 0.363 3.179 0.594 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 0.594 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.693 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 1.969 0.429 2.035 0.495 ;
    RECT 2.343 0.429 2.409 0.649 ;
    RECT 0.297 0.462 0.495 0.528 ;
    RECT 1.353 0.462 1.419 0.495 ;
    RECT 2.805 0.462 2.871 0.528 ;
    RECT 2.937 0.462 3.003 0.528 ;
    RECT 4.521 0.462 4.587 0.495 ;
    RECT 3.333 0.462 3.399 0.528 ;
    RECT 1.188 0.495 1.419 0.605 ;
    RECT 2.101 0.495 2.244 0.561 ;
    RECT 1.892 0.495 2.035 0.561 ;
    RECT 3.476 0.495 4.004 0.561 ;
    RECT 4.257 0.495 4.587 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 3.036 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 2.97 0.528 V1L2L ;
    VIA 0.462 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.528 0.495 0.594 ;
    RECT 2.805 0.528 3.003 0.594 ;
    RECT 3.245 0.528 3.399 0.594 ;
    RECT 2.101 0.561 2.167 0.627 ;
    RECT 3.476 0.561 3.542 0.693 ;
    RECT 4.521 0.561 4.587 0.594 ;
    RECT 4.257 0.561 4.323 0.825 ;
    RECT 3.245 0.594 3.311 0.693 ;
    RECT 1.749 0.627 2.167 0.693 ;
    RECT 2.233 0.649 2.409 0.715 ;
    RECT 0.429 0.693 0.627 0.759 ;
    RECT 1.386 0.693 1.815 0.759 ;
    RECT 3.41 0.693 3.542 0.759 ;
    RECT 2.574 0.693 3.311 0.759 ;
    RECT 2.233 0.715 2.343 0.825 ;
    RECT 0.033 0.737 0.143 1.001 ;
    RECT 0.429 0.759 0.495 0.968 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.21 0.781 1.276 0.825 ;
    RECT 1.067 0.792 1.133 1.023 ;
    RECT 1.21 0.825 1.969 0.891 ;
    RECT 2.233 0.825 2.882 0.891 ;
    RECT 3.014 0.825 3.146 0.891 ;
    RECT 3.245 0.825 4.323 0.891 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 3.08 0.891 3.146 0.957 ;
    RECT 1.562 0.957 1.694 1.023 ;
    RECT 2.398 0.957 3.146 1.023 ;
    RECT 1.067 1.023 1.628 1.089 ;
  END
END LDH_FDP_2RE
#
# 
MACRO LDH_FDP_4 FOREIGN C0A07BLDH_FDP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.224 0.165 4.356 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.52 0.165 3.652 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.048 0.726 4.62 0.858 ;
      RECT 4.048 0.297 4.587 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 3.795 0.759 ;
      RECT 3.344 0.297 3.795 0.363 ;
      RECT 3.729 0.198 3.795 0.297 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.224 0.957 4.356 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.112 0.165 ;
    RECT 2.211 0.099 3.234 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.211 0.165 2.277 0.374 ;
    RECT 3.168 0.165 3.234 0.495 ;
    RECT 2.541 0.165 2.607 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 1.155 0.286 1.815 0.352 ;
    RECT 1.881 0.286 2.101 0.352 ;
    RECT 3.025 0.286 3.091 0.495 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 1.749 0.352 1.815 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.035 0.352 2.101 0.418 ;
    RECT 1.881 0.352 1.947 0.781 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.508 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.495 2.475 0.561 ;
    RECT 3.168 0.495 3.63 0.561 ;
    RECT 2.706 0.495 3.091 0.561 ;
    RECT 3.861 0.495 4.422 0.561 ;
    RECT 3.025 0.561 3.091 0.825 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.398 0.649 2.607 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.354 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 3.025 0.825 3.927 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDH_FDP_4
#
# 
MACRO LDH_FILL18RE FOREIGN C0A07BLDH_FILL18RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDH_FILL18RE
#
# 
MACRO LDH_FILL36RE FOREIGN C0A07BLDH_FILL36RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
  END
END LDH_FILL36RE
#
# 
MACRO LDH_FILL72RE FOREIGN C0A07BLDH_FILL72RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
  END
END LDH_FILL72RE
#
# 
MACRO LDH_FILL9RE FOREIGN C0A07BLDH_FILL9RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_FILL9RE
#
# 
MACRO LDH_FSDNQ_1 FOREIGN C0A07BLDH_FSDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 2.497 0.462 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.431 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.365 0.165 2.431 0.264 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 3.96 0.209 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 3.894 0.209 4.026 0.275 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.429 ;
    RECT 2.365 0.264 2.475 0.396 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 2.805 0.264 2.871 1.023 ;
    RECT 3.707 0.264 3.773 0.363 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 1.606 0.341 1.672 0.693 ;
    RECT 1.276 0.363 1.342 0.814 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 3.707 0.363 4.037 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.396 2.431 0.726 ;
    RECT 1.925 0.429 2.299 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 3.971 0.429 4.037 0.495 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 2.673 0.462 2.739 0.858 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 2.233 0.495 2.299 0.88 ;
    RECT 3.201 0.495 3.542 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 2.101 0.594 2.167 0.693 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 1.419 0.693 2.167 0.759 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 2.365 0.726 2.475 0.88 ;
    RECT 1.419 0.759 1.485 0.902 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.376 0.759 3.3 0.825 ;
    VIA 2.442 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.937 0.792 3.003 0.891 ;
    RECT 1.232 0.814 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.937 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDH_FSDNQ_1
#
# 
MACRO LDH_FSDNQ_2 FOREIGN C0A07BLDH_FSDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.485 0.363 ;
      RECT 1.419 0.363 1.485 0.462 ;
      RECT 0.187 0.099 0.627 0.165 ;
      RECT 0.187 0.165 0.253 0.462 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.528 ;
      RECT 0.429 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.157 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
      RECT 5.313 0.297 5.478 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.352 1.023 0.495 1.089 ;
      RECT 0.429 0.693 0.957 0.759 ;
      RECT 0.891 0.495 0.957 0.693 ;
      RECT 0.891 0.429 1.32 0.495 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.187 0.913 0.253 1.155 ;
      RECT 0.187 0.847 0.33 0.913 ;
      RECT 5.555 0.924 5.621 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.158 0.528 4.818 0.594 ;
    RECT 0 0.528 4.158 0.594 ;
    RECT 4.818 0.528 5.676 0.594 ;
    RECT 0 0.594 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.112 0.099 3.201 0.165 ;
    RECT 3.905 0.099 4.873 0.165 ;
    RECT 0.055 0.132 0.121 0.627 ;
    RECT 3.509 0.132 3.575 0.231 ;
    RECT 0.77 0.165 1.683 0.231 ;
    RECT 3.135 0.165 3.201 0.297 ;
    RECT 2.112 0.165 2.178 0.495 ;
    RECT 3.905 0.165 3.971 0.242 ;
    RECT 4.807 0.165 4.873 0.352 ;
    RECT 1.749 0.198 1.815 0.594 ;
    RECT 1.617 0.231 1.683 0.627 ;
    RECT 2.783 0.231 2.97 0.297 ;
    RECT 3.509 0.231 3.663 0.297 ;
    RECT 4.07 0.231 4.719 0.297 ;
    LAYER M2L ;
    RECT 1.716 0.231 2.97 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.244 0.264 2.695 0.33 ;
    RECT 4.983 0.286 5.049 0.363 ;
    RECT 2.783 0.297 2.849 0.891 ;
    RECT 3.135 0.297 3.289 0.363 ;
    RECT 3.597 0.297 3.663 0.363 ;
    RECT 4.653 0.297 4.719 0.495 ;
    RECT 1.881 0.308 1.947 0.627 ;
    RECT 2.244 0.33 2.31 0.495 ;
    RECT 2.607 0.33 2.695 0.77 ;
    RECT 3.355 0.363 3.498 0.429 ;
    RECT 3.223 0.363 3.289 0.825 ;
    RECT 3.597 0.363 4.587 0.429 ;
    RECT 4.983 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.498 0.429 ;
    VIA 3.432 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.429 3.421 0.649 ;
    RECT 3.597 0.429 3.663 0.693 ;
    RECT 4.521 0.429 4.587 0.759 ;
    RECT 5.181 0.429 5.247 0.649 ;
    RECT 2.475 0.462 2.541 0.627 ;
    RECT 2.915 0.462 2.981 0.825 ;
    RECT 2.244 0.495 2.376 0.561 ;
    RECT 2.046 0.495 2.178 0.561 ;
    RECT 3.729 0.495 4.07 0.561 ;
    RECT 4.653 0.495 5.016 0.561 ;
    RECT 0.297 0.528 0.363 0.627 ;
    RECT 4.345 0.55 4.411 0.627 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 4.807 0.561 4.873 0.891 ;
    RECT 0.055 0.627 0.363 0.693 ;
    RECT 1.023 0.627 1.683 0.693 ;
    RECT 1.881 0.627 2.541 0.693 ;
    RECT 3.861 0.627 4.411 0.693 ;
    RECT 4.95 0.649 5.247 0.715 ;
    RECT 0.055 0.693 0.121 0.946 ;
    RECT 1.617 0.693 1.815 0.759 ;
    RECT 1.023 0.693 1.089 0.825 ;
    RECT 1.881 0.693 1.947 0.924 ;
    RECT 3.861 0.693 3.927 0.99 ;
    RECT 3.476 0.693 3.663 0.759 ;
    RECT 4.95 0.715 5.016 1.023 ;
    RECT 1.749 0.759 1.815 0.858 ;
    RECT 2.057 0.759 2.31 0.825 ;
    RECT 4.521 0.759 4.686 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.244 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.323 0.792 4.389 0.891 ;
    RECT 1.155 0.825 1.606 0.891 ;
    RECT 0.594 0.825 1.089 0.891 ;
    RECT 2.057 0.825 2.123 0.924 ;
    RECT 2.915 0.825 3.795 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 2.706 0.891 2.849 0.957 ;
    RECT 4.323 0.891 4.873 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.96 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.924 2.299 1.023 ;
    RECT 3.993 0.924 4.059 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.628 0.957 1.76 1.023 ;
    RECT 1.694 1.023 2.299 1.089 ;
    RECT 3.993 1.023 5.016 1.089 ;
  END
END LDH_FSDNQ_2
#
# 
MACRO LDH_FSDNQ_4 FOREIGN C0A07BLDH_FSDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.344 0.033 3.41 0.231 ;
      RECT 3.344 0.231 3.476 0.297 ;
      RECT 2.607 0.033 2.673 0.352 ;
      RECT 2.563 0.352 2.673 0.418 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.55 ;
    RECT 0 0.528 4.752 0.55 ;
    RECT 5.489 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.683 0.143 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.683 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.617 0.165 2.002 0.231 ;
    RECT 2.266 0.165 2.475 0.231 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 3.201 0.198 3.267 0.462 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.826 0.231 1.892 0.847 ;
    RECT 2.409 0.231 2.475 0.352 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.3 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.264 3.663 0.759 ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.145 0.308 2.211 0.495 ;
    RECT 2.794 0.319 3.003 0.385 ;
    RECT 3.795 0.319 3.861 0.495 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 3.894 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.385 3.003 0.748 ;
    RECT 1.991 0.396 2.079 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 3.201 0.462 3.509 0.528 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.145 0.495 2.838 0.561 ;
    RECT 3.795 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 3.443 0.528 3.509 0.957 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.145 0.561 2.211 0.957 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.869 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 2.31 0.627 2.442 0.693 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 5.676 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.682 2.607 0.748 ;
    RECT 2.354 0.693 2.442 0.88 ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.643 0.693 5.709 0.858 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.541 0.748 3.003 0.814 ;
    RECT 3.575 0.759 3.74 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 2.827 0.814 2.893 0.924 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.861 0.825 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.079 0.913 ;
    RECT 5.379 0.869 5.566 0.891 ;
    RECT 3.861 0.891 3.927 0.957 ;
    RECT 4.796 0.891 4.928 0.957 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 2.013 0.913 2.079 0.99 ;
    RECT 2.145 0.957 2.354 1.023 ;
    RECT 3.168 0.957 3.927 1.023 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDH_FSDNQ_4
#
# 
MACRO LDH_FSDNQ_HD_1 FOREIGN C0A07BLDH_FSDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.792 ;
      RECT 3.817 0.792 3.927 0.924 ;
      RECT 3.817 0.132 3.927 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.165 3.663 0.858 ;
      RECT 3.476 0.099 3.663 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 3.267 0.176 3.355 0.363 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.355 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    RECT 3.036 0.363 3.828 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.981 0.429 3.047 0.528 ;
    RECT 3.289 0.429 3.355 0.902 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 3.157 0.55 3.223 0.627 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDH_FSDNQ_HD_1
#
# 
MACRO LDH_FSDNQ_HD_2 FOREIGN C0A07BLDH_FSDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.858 ;
      RECT 3.861 0.33 4.059 0.396 ;
      RECT 3.861 0.198 3.927 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.795 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.891 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.729 0.209 3.795 0.495 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.858 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.353 0.506 1.419 0.682 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.759 ;
    RECT 2.673 0.627 3.223 0.693 ;
    RECT 1.221 0.682 1.419 0.748 ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 1.221 0.748 1.287 0.858 ;
    RECT 2.079 0.759 2.244 0.825 ;
    LAYER M2L ;
    RECT 1.188 0.759 3.564 0.825 ;
    VIA 2.178 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.068 0.891 2.475 0.957 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 2.068 0.957 2.134 0.99 ;
    RECT 0.616 0.979 0.748 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 2.618 0.979 3.003 1.045 ;
    RECT 0.616 1.023 1.738 1.045 ;
    RECT 0.682 1.045 1.672 1.089 ;
  END
END LDH_FSDNQ_HD_2
#
# 
MACRO LDH_FSDNQ_HD_4 FOREIGN C0A07BLDH_FSDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.429 4.191 0.726 ;
      RECT 3.795 0.726 4.356 0.858 ;
      RECT 3.861 0.385 4.191 0.429 ;
      RECT 4.125 0.319 4.29 0.363 ;
      RECT 3.861 0.363 4.29 0.385 ;
      RECT 3.861 0.231 3.949 0.363 ;
      RECT 3.806 0.165 3.949 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.696 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.63 0.209 3.696 0.297 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 3.63 0.297 3.795 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 3.729 0.363 3.795 0.495 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDH_FSDNQ_HD_4
#
# 
MACRO LDH_FSDNRBQ_1 FOREIGN C0A07BLDH_FSDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.198 ;
      RECT 5.654 0.198 5.753 0.264 ;
      RECT 5.159 0.033 5.225 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.297 5.082 0.363 ;
      RECT 5.016 0.363 5.181 0.429 ;
      RECT 4.917 0.231 5.082 0.297 ;
      RECT 3.157 0.297 3.267 0.462 ;
      RECT 3.157 0.462 3.223 0.638 ;
      RECT 3.157 0.231 3.3 0.297 ;
      RECT 1.485 0.198 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.231 5.082 0.297 ;
      VIA 1.518 0.264 V1L2L ;
      VIA 3.234 0.264 V1L2L ;
      VIA 5.016 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.749 0.649 1.815 0.726 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.749 0.462 1.815 0.583 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.528 0.759 0.693 ;
      RECT 0.671 0.693 1.155 0.759 ;
      RECT 1.089 0.759 1.155 0.891 ;
      RECT 1.089 0.891 1.419 0.957 ;
      RECT 1.353 0.594 1.419 0.891 ;
      RECT 0.638 0.462 0.759 0.528 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.396 5.643 0.792 ;
      RECT 5.511 0.792 5.643 0.858 ;
      RECT 5.511 0.858 5.577 0.946 ;
      RECT 5.511 0.33 5.643 0.396 ;
      RECT 5.511 0.264 5.577 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.115 0.946 5.181 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 4.026 0.528 4.598 0.616 ;
    RECT 0 0.528 4.026 0.616 ;
    RECT 4.598 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 1.881 0.099 4.422 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 5.335 0.132 5.401 0.506 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.881 0.165 1.947 0.242 ;
    RECT 0.726 0.187 1.364 0.253 ;
    RECT 2.409 0.231 3.091 0.297 ;
    RECT 1.617 0.242 1.947 0.308 ;
    RECT 2.167 0.264 2.277 0.396 ;
    RECT 2.013 0.264 2.079 1.023 ;
    RECT 4.378 0.275 4.796 0.341 ;
    RECT 3.399 0.286 3.465 0.352 ;
    RECT 3.025 0.297 3.091 0.737 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 1.617 0.308 1.683 0.374 ;
    RECT 1.881 0.308 1.947 1.023 ;
    RECT 0.429 0.319 1.419 0.385 ;
    RECT 4.73 0.341 4.796 0.638 ;
    RECT 3.399 0.352 3.751 0.418 ;
    RECT 2.563 0.363 2.706 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.706 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.385 1.419 0.462 ;
    RECT 0.429 0.385 0.495 0.891 ;
    RECT 2.211 0.396 2.277 0.594 ;
    RECT 3.839 0.407 4.653 0.473 ;
    RECT 3.685 0.418 3.751 0.891 ;
    RECT 2.563 0.429 2.651 0.781 ;
    RECT 4.873 0.44 4.939 0.506 ;
    RECT 4.587 0.473 4.653 0.759 ;
    RECT 3.839 0.473 3.905 0.858 ;
    RECT 3.421 0.484 3.531 0.55 ;
    RECT 2.816 0.506 2.959 0.638 ;
    RECT 4.873 0.506 5.401 0.572 ;
    RECT 3.465 0.55 3.531 0.737 ;
    RECT 4.048 0.55 4.499 0.616 ;
    RECT 5.335 0.572 5.401 1.056 ;
    RECT 4.433 0.616 4.499 0.682 ;
    RECT 4.048 0.616 4.114 1.023 ;
    RECT 2.893 0.638 2.959 0.891 ;
    RECT 4.73 0.638 5.247 0.704 ;
    RECT 2.739 0.704 2.805 0.891 ;
    RECT 5.181 0.704 5.247 0.814 ;
    RECT 4.785 0.704 4.851 0.891 ;
    RECT 3.025 0.737 3.531 0.803 ;
    RECT 2.189 0.748 2.255 0.891 ;
    RECT 4.554 0.759 4.686 0.825 ;
    RECT 0.946 0.858 1.012 0.891 ;
    RECT 0.429 0.891 1.012 0.957 ;
    RECT 2.189 0.891 2.805 0.957 ;
    RECT 2.893 0.891 3.751 0.957 ;
    RECT 4.378 0.891 4.851 0.957 ;
    RECT 4.191 0.924 4.257 1.023 ;
    RECT 4.939 0.946 5.005 1.023 ;
    RECT 1.584 0.957 1.716 1.023 ;
    RECT 0.077 1.023 1.298 1.089 ;
    RECT 1.65 1.023 1.947 1.089 ;
    RECT 2.013 1.023 4.114 1.089 ;
    RECT 4.191 1.023 5.005 1.089 ;
  END
END LDH_FSDNRBQ_1
#
# 
MACRO LDH_FSDNRBQ_2 FOREIGN C0A07BLDH_FSDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 1.749 0.033 1.815 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.819 0.594 ;
      RECT 5.61 0.231 5.819 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.742 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.676 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.594 ;
      RECT 0.957 0.594 1.419 0.682 ;
      RECT 1.353 0.682 1.419 0.858 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.33 0.495 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.341 6.435 0.825 ;
      RECT 6.369 0.825 6.534 0.891 ;
      RECT 6.369 0.275 6.534 0.341 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 1.023 ;
      RECT 1.485 1.023 1.628 1.089 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.781 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 5.841 0.858 5.907 1.155 ;
      RECT 1.727 0.814 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.88 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.947 0.099 4.565 0.165 ;
    RECT 5.423 0.099 6.303 0.143 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.792 0.143 1.496 0.209 ;
    RECT 4.675 0.143 6.303 0.165 ;
    RECT 0.209 0.165 0.693 0.231 ;
    RECT 1.947 0.165 2.013 0.297 ;
    RECT 4.499 0.165 4.565 0.495 ;
    RECT 4.675 0.165 5.489 0.209 ;
    RECT 6.237 0.165 6.303 0.594 ;
    RECT 4.675 0.209 4.741 0.286 ;
    RECT 5.423 0.209 5.489 0.891 ;
    RECT 0.627 0.231 0.693 0.275 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.761 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.33 ;
    RECT 3.729 0.264 3.795 0.363 ;
    RECT 2.365 0.264 2.431 0.462 ;
    RECT 0.627 0.275 1.551 0.341 ;
    RECT 4.851 0.275 5.357 0.341 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 2.761 0.297 2.827 0.77 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 2.541 0.33 2.673 0.396 ;
    RECT 1.485 0.341 1.551 0.462 ;
    RECT 4.29 0.341 4.433 0.407 ;
    RECT 4.851 0.341 4.917 0.627 ;
    RECT 5.291 0.341 5.357 0.66 ;
    RECT 2.915 0.363 3.102 0.429 ;
    RECT 3.729 0.363 4.081 0.429 ;
    RECT 2.233 0.363 2.299 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.102 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.396 2.673 0.594 ;
    RECT 4.367 0.407 4.433 0.627 ;
    RECT 5.555 0.418 5.621 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 4.015 0.429 4.081 0.495 ;
    RECT 2.365 0.462 2.497 0.528 ;
    RECT 5.137 0.462 5.203 0.528 ;
    RECT 3.696 0.495 3.916 0.561 ;
    RECT 3.102 0.495 3.289 0.561 ;
    RECT 4.015 0.495 4.268 0.561 ;
    RECT 4.499 0.495 4.708 0.561 ;
    RECT 5.071 0.528 5.203 0.594 ;
    RECT 2.431 0.528 2.497 0.671 ;
    RECT 3.696 0.561 3.762 0.737 ;
    RECT 3.223 0.561 3.289 0.869 ;
    RECT 4.015 0.561 4.081 0.869 ;
    RECT 5.071 0.594 5.137 0.759 ;
    RECT 4.367 0.627 4.917 0.671 ;
    RECT 5.247 0.66 5.357 0.792 ;
    RECT 2.365 0.671 2.497 0.737 ;
    RECT 4.29 0.671 4.917 0.693 ;
    RECT 4.29 0.693 4.433 0.737 ;
    RECT 5.555 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 2.365 0.737 2.431 1.023 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.499 0.759 5.137 0.825 ;
    RECT 6.039 0.759 6.105 0.99 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 1.914 0.825 2.299 0.891 ;
    RECT 4.268 0.825 4.565 0.891 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 3.223 0.869 4.081 0.935 ;
    RECT 0.209 0.891 1.276 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 4.268 0.891 4.334 1.023 ;
    RECT 5.016 0.891 5.489 0.957 ;
    RECT 4.675 0.924 4.741 1.023 ;
    RECT 0.077 1.023 1.386 1.089 ;
    RECT 2.365 1.023 4.334 1.089 ;
    RECT 4.675 1.023 5.687 1.089 ;
  END
END LDH_FSDNRBQ_2
#
# 
MACRO LDH_FSDNRBQ_4 FOREIGN C0A07BLDH_FSDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.815 0.033 1.881 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.534 0.33 6.908 0.462 ;
      RECT 4.059 0.264 4.125 0.594 ;
      RECT 2.123 0.33 2.211 0.495 ;
      RECT 2.046 0.495 2.211 0.561 ;
      LAYER M2L ;
      RECT 2.112 0.363 6.699 0.429 ;
      VIA 2.178 0.396 V1L2L ;
      VIA 4.092 0.396 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.26 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.869 1.683 0.99 ;
      RECT 1.617 0.803 1.815 0.869 ;
      RECT 1.749 0.66 1.815 0.803 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.707 0.484 8.052 0.528 ;
    RECT 2.442 0.528 2.97 0.638 ;
    RECT 2.97 0.484 3.707 0.528 ;
    RECT 0 0.528 2.442 0.638 ;
    RECT 2.97 0.528 8.052 0.638 ;
    RECT 0 0.638 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.52 0.099 4.323 0.165 ;
    RECT 2.937 0.099 3.322 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 1.991 0.132 2.057 0.198 ;
    RECT 2.343 0.132 2.453 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.849 0.825 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.257 0.165 4.323 0.33 ;
    RECT 3.256 0.165 3.322 0.253 ;
    RECT 2.937 0.165 3.003 0.517 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.947 0.198 2.057 0.264 ;
    RECT 5.379 0.198 5.445 0.473 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 4.411 0.22 4.477 0.297 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 0.033 0.231 0.099 0.671 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.046 0.297 ;
    RECT 2.31 0.231 5.478 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    VIA 4.29 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.256 0.253 3.993 0.319 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 3.113 0.264 3.179 0.385 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.343 0.297 2.717 0.363 ;
    RECT 4.411 0.297 4.587 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.1 0.319 1.419 0.385 ;
    RECT 3.927 0.319 3.993 0.693 ;
    RECT 5.698 0.341 5.786 0.605 ;
    RECT 6.237 0.341 6.303 0.759 ;
    RECT 1.485 0.363 2.013 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.651 0.363 2.717 0.792 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 5.17 0.363 5.258 0.605 ;
    RECT 1.353 0.385 1.419 0.495 ;
    RECT 3.113 0.385 3.575 0.451 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 3.509 0.451 3.575 0.759 ;
    RECT 3.795 0.462 3.861 0.869 ;
    RECT 5.379 0.473 5.588 0.539 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 4.202 0.495 4.4 0.561 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.937 0.517 3.355 0.583 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.202 0.561 4.268 0.693 ;
    RECT 4.521 0.561 4.587 0.671 ;
    RECT 6.501 0.572 6.567 0.693 ;
    RECT 3.289 0.583 3.355 0.726 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.605 5.786 0.671 ;
    RECT 3.663 0.638 3.729 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 3.08 0.649 3.212 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 0.033 0.671 0.176 0.737 ;
    RECT 4.334 0.671 4.587 0.737 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 3.927 0.693 4.268 0.759 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.146 0.715 3.212 0.891 ;
    RECT 0.033 0.737 0.099 1.023 ;
    RECT 4.334 0.737 4.4 0.869 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.357 0.759 5.918 0.825 ;
    RECT 6.028 0.759 6.303 0.825 ;
    RECT 7.029 0.759 7.095 0.99 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.792 2.717 0.858 ;
    RECT 2.783 0.825 3.047 0.891 ;
    RECT 4.466 0.825 5.423 0.891 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.387 0.858 2.453 0.924 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 3.795 0.869 4.4 0.935 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.146 0.891 3.729 0.957 ;
    RECT 2.783 0.891 2.849 1.023 ;
    RECT 4.466 0.891 4.532 1.023 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.783 1.023 4.532 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDH_FSDNRBQ_4
#
# 
MACRO LDH_FSDNRBQ_HD_1 FOREIGN C0A07BLDH_FSDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.165 4.059 0.726 ;
      RECT 3.872 0.099 4.059 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.836 0.605 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.33 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.198 4.323 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.586 0.825 ;
      RECT 3.52 0.825 3.586 0.88 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.674 0.198 3.762 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.905 0.858 ;
    RECT 3.179 0.297 3.762 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.729 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.597 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 3.795 0.858 3.905 0.924 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.894 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.795 0.924 3.861 0.99 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.465 0.979 3.729 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDH_FSDNRBQ_HD_1
#
# 
MACRO LDH_FSDNRBQ_HD_2 FOREIGN C0A07BLDH_FSDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.242 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.847 0.605 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.803 ;
      RECT 4.257 0.803 4.455 0.869 ;
      RECT 4.257 0.869 4.323 0.99 ;
      RECT 4.257 0.319 4.455 0.385 ;
      RECT 4.257 0.198 4.323 0.319 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.477 0.946 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.861 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 4.015 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 4.015 0.891 4.081 0.979 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.476 0.979 4.081 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDH_FSDNRBQ_HD_2
#
# 
MACRO LDH_FSDNRBQ_HD_4 FOREIGN C0A07BLDH_FSDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.001 0.528 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.279 0.726 4.752 0.858 ;
      RECT 4.279 0.858 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.235 0.297 4.686 0.363 ;
      RECT 4.235 0.22 4.301 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.99 4.477 1.155 ;
      RECT 4.411 0.924 4.521 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.957 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.147 0.495 4.422 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.147 0.561 4.213 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 3.993 0.825 4.213 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDH_FSDNRBQ_HD_4
#
# 
MACRO LDH_FSDNRBSB_1 FOREIGN C0A07BLDH_FSDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.379 0.033 5.445 0.242 ;
      RECT 4.642 0.033 4.708 0.253 ;
      RECT 4.642 0.253 4.774 0.319 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075988 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.308 ;
      RECT 5.181 0.308 5.379 0.374 ;
      RECT 5.313 0.374 5.379 0.528 ;
      RECT 5.236 0.528 5.379 0.594 ;
      RECT 5.236 0.594 5.302 0.671 ;
      RECT 5.17 0.671 5.302 0.737 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.198 4.521 0.418 ;
      RECT 4.455 0.418 4.631 0.484 ;
      RECT 4.565 0.484 4.631 0.55 ;
      RECT 2.904 0.231 3.091 0.297 ;
      RECT 3.025 0.297 3.091 0.594 ;
      LAYER M2L ;
      RECT 2.904 0.231 4.554 0.297 ;
      VIA 2.97 0.264 V1L2L ;
      VIA 4.488 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 0.957 0.495 1.287 0.561 ;
      VIA 1.122 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.33 5.643 0.792 ;
      RECT 5.533 0.792 5.643 0.924 ;
      RECT 5.577 0.924 5.643 0.99 ;
      RECT 5.533 0.198 5.643 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.671 ;
      RECT 0.693 0.671 1.419 0.737 ;
      RECT 1.353 0.737 1.419 0.99 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.737 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.649 1.551 0.858 ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.485 0.583 1.683 0.649 ;
      RECT 1.617 0.462 1.683 0.583 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.418 4.829 0.627 ;
      RECT 4.642 0.627 4.829 0.693 ;
      RECT 3.201 0.33 3.267 0.748 ;
      LAYER M2L ;
      RECT 3.168 0.627 4.818 0.693 ;
      VIA 3.234 0.66 V1L2L ;
      VIA 4.752 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.045 5.478 1.155 ;
      RECT 5.346 0.979 5.478 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 4.675 0.946 4.741 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.432 0.528 4.136 0.55 ;
    RECT 0 0.528 3.432 0.55 ;
    RECT 4.136 0.528 5.676 0.55 ;
    RECT 0 0.55 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 3.938 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.859 0.165 1.925 0.242 ;
    RECT 3.927 0.231 4.367 0.297 ;
    RECT 1.419 0.242 1.925 0.308 ;
    RECT 5.027 0.242 5.093 0.462 ;
    RECT 1.991 0.264 2.079 1.023 ;
    RECT 2.145 0.264 2.211 0.594 ;
    RECT 3.399 0.264 3.465 0.594 ;
    RECT 3.575 0.264 3.641 0.693 ;
    RECT 2.673 0.275 2.739 0.891 ;
    RECT 3.729 0.286 3.795 0.825 ;
    RECT 2.321 0.297 2.475 0.363 ;
    RECT 3.927 0.297 3.993 0.374 ;
    RECT 4.301 0.297 4.367 0.891 ;
    RECT 1.419 0.308 1.485 0.374 ;
    RECT 1.859 0.308 1.925 0.957 ;
    RECT 0.429 0.319 1.353 0.385 ;
    RECT 2.541 0.33 2.607 0.77 ;
    RECT 2.409 0.363 2.475 0.671 ;
    RECT 4.092 0.363 4.235 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 2.64 0.429 ;
    RECT 3.696 0.363 4.224 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.385 1.353 0.462 ;
    RECT 0.429 0.385 0.495 0.847 ;
    RECT 4.169 0.429 4.235 0.693 ;
    RECT 2.849 0.462 2.915 0.715 ;
    RECT 4.895 0.462 5.159 0.528 ;
    RECT 5.445 0.462 5.511 0.66 ;
    LAYER M2L ;
    RECT 2.376 0.495 3.498 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 2.442 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.517 4.07 0.583 ;
    RECT 5.093 0.528 5.159 0.594 ;
    RECT 4.895 0.528 4.961 0.781 ;
    RECT 3.938 0.583 4.026 0.759 ;
    RECT 5.401 0.66 5.511 0.726 ;
    RECT 2.332 0.671 2.475 0.737 ;
    RECT 4.433 0.682 4.499 0.781 ;
    RECT 3.333 0.693 3.641 0.759 ;
    RECT 4.092 0.693 4.235 0.759 ;
    RECT 2.849 0.715 3.124 0.781 ;
    RECT 5.401 0.726 5.467 0.803 ;
    RECT 5.027 0.748 5.093 0.803 ;
    RECT 3.333 0.759 3.399 0.847 ;
    RECT 3.894 0.759 4.026 0.825 ;
    RECT 4.092 0.759 4.158 0.792 ;
    LAYER M2L ;
    RECT 1.98 0.759 4.026 0.825 ;
    VIA 3.96 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.77 2.211 0.891 ;
    RECT 3.058 0.781 3.124 0.847 ;
    RECT 4.433 0.781 4.961 0.847 ;
    RECT 5.027 0.803 5.467 0.869 ;
    RECT 3.465 0.825 3.795 0.891 ;
    RECT 0.429 0.847 1.1 0.913 ;
    RECT 3.058 0.847 3.399 0.913 ;
    RECT 4.851 0.847 4.917 1.056 ;
    RECT 5.027 0.869 5.115 0.99 ;
    RECT 2.145 0.891 2.959 0.957 ;
    RECT 3.465 0.891 3.531 0.99 ;
    RECT 3.916 0.891 4.367 0.957 ;
    LAYER M2L ;
    RECT 2.772 0.891 3.564 0.957 ;
    RECT 4.224 0.891 5.148 0.957 ;
    VIA 2.838 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    VIA 4.29 0.924 V1L2L ;
    VIA 5.082 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.913 3.399 1.034 ;
    RECT 4.499 0.946 4.565 1.023 ;
    RECT 1.562 0.957 1.925 1.023 ;
    RECT 2.893 0.957 2.959 1.034 ;
    RECT 3.696 0.957 3.828 1.023 ;
    RECT 0.077 1.023 1.276 1.089 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.762 1.023 4.565 1.089 ;
  END
END LDH_FSDNRBSB_1
#
# 
MACRO LDH_FSDNRBSB_2 FOREIGN C0A07BLDH_FSDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.478 0.033 5.544 0.143 ;
      RECT 5.412 0.143 5.544 0.209 ;
      RECT 3.751 0.033 3.817 0.242 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 1.375 0.033 1.441 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.33 3.729 0.517 ;
      RECT 3.52 0.517 3.729 0.583 ;
      RECT 5.181 0.198 5.247 0.374 ;
      RECT 5.181 0.374 5.401 0.44 ;
      RECT 5.335 0.44 5.401 0.528 ;
      LAYER M2L ;
      RECT 3.696 0.231 5.28 0.297 ;
      RECT 3.696 0.297 3.762 0.363 ;
      RECT 3.63 0.363 3.762 0.429 ;
      VIA 5.214 0.264 V1L2L ;
      VIA 3.696 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.605 ;
      RECT 0.957 0.605 1.1 0.671 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.396 6.699 0.792 ;
      RECT 6.567 0.792 6.699 0.858 ;
      RECT 6.567 0.858 6.633 0.924 ;
      RECT 6.567 0.33 6.699 0.396 ;
      RECT 6.567 0.264 6.633 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.275 5.643 0.473 ;
      RECT 5.5 0.473 5.643 0.539 ;
      RECT 3.927 0.209 3.993 0.462 ;
      RECT 3.85 0.462 3.993 0.594 ;
      LAYER M2L ;
      RECT 3.894 0.363 5.676 0.429 ;
      VIA 3.96 0.396 V1L2L ;
      VIA 5.61 0.396 V1L2L ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.198 1.683 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.325 0.671 ;
      RECT 6.182 0.671 6.325 0.737 ;
      RECT 6.182 0.286 6.248 0.319 ;
      RECT 6.182 0.319 6.325 0.385 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.396 1.551 0.726 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 5.94 0.979 6.072 1.045 ;
      RECT 5.467 0.946 5.533 1.155 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 1.958 0.979 2.024 1.155 ;
      RECT 1.892 0.913 2.024 0.979 ;
      RECT 1.529 0.836 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.858 0.528 1.738 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.738 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.749 0.099 2.75 0.165 ;
    RECT 2.871 0.099 3.289 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 3.553 0.132 3.619 0.198 ;
    RECT 4.719 0.154 4.785 0.231 ;
    RECT 0.187 0.165 1.287 0.231 ;
    RECT 1.749 0.165 1.815 0.297 ;
    RECT 3.223 0.165 3.289 0.286 ;
    RECT 2.871 0.165 2.937 0.759 ;
    RECT 4.312 0.165 4.587 0.231 ;
    RECT 3.509 0.198 3.619 0.264 ;
    RECT 5.885 0.198 5.951 0.363 ;
    RECT 1.221 0.231 1.287 0.462 ;
    RECT 0.187 0.231 0.253 0.891 ;
    RECT 4.521 0.231 4.587 0.759 ;
    RECT 4.719 0.231 5.027 0.297 ;
    RECT 2.508 0.242 2.607 0.308 ;
    RECT 2.145 0.264 2.211 0.462 ;
    RECT 2.299 0.264 2.409 0.396 ;
    RECT 3.047 0.264 3.113 0.385 ;
    RECT 3.509 0.264 3.575 0.385 ;
    RECT 1.749 0.297 2.079 0.363 ;
    RECT 4.081 0.297 4.268 0.363 ;
    RECT 4.961 0.297 5.027 0.627 ;
    RECT 2.541 0.308 2.607 0.891 ;
    RECT 2.673 0.33 2.739 0.396 ;
    RECT 2.013 0.363 2.079 0.77 ;
    RECT 4.081 0.363 4.147 0.759 ;
    RECT 4.389 0.363 4.455 0.792 ;
    RECT 5.885 0.363 6.083 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.772 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.047 0.385 3.575 0.451 ;
    RECT 2.343 0.396 2.409 0.594 ;
    RECT 2.673 0.396 2.783 0.462 ;
    RECT 4.785 0.396 4.851 0.627 ;
    RECT 6.017 0.429 6.083 0.847 ;
    RECT 2.145 0.462 2.277 0.528 ;
    RECT 2.717 0.462 2.783 0.792 ;
    RECT 4.213 0.462 4.279 0.891 ;
    RECT 6.501 0.462 6.567 0.528 ;
    RECT 5.786 0.495 5.918 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 4.884 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.124 0.517 3.421 0.583 ;
    RECT 2.211 0.528 2.277 0.671 ;
    RECT 6.435 0.528 6.567 0.594 ;
    RECT 5.786 0.561 5.852 0.627 ;
    RECT 3.355 0.583 3.421 0.759 ;
    RECT 6.435 0.594 6.501 0.847 ;
    RECT 4.686 0.627 4.851 0.693 ;
    RECT 4.961 0.627 5.852 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.488 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.671 2.277 0.737 ;
    RECT 4.961 0.693 5.027 0.891 ;
    RECT 2.145 0.737 2.211 0.924 ;
    RECT 0.418 0.759 1.078 0.825 ;
    RECT 2.871 0.759 3.289 0.825 ;
    RECT 3.355 0.759 4.147 0.825 ;
    RECT 4.521 0.759 4.84 0.825 ;
    RECT 5.17 0.759 5.731 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.686 0.825 ;
    VIA 3.168 0.792 V1L2L ;
    VIA 4.62 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.77 2.079 0.836 ;
    RECT 1.177 0.792 1.243 0.891 ;
    RECT 3.223 0.825 3.289 0.99 ;
    RECT 2.871 0.825 2.937 1.023 ;
    RECT 5.665 0.825 5.731 0.847 ;
    RECT 1.749 0.836 1.815 0.902 ;
    RECT 5.665 0.847 6.501 0.913 ;
    RECT 2.299 0.88 2.365 1.023 ;
    RECT 0.187 0.891 1.243 0.957 ;
    RECT 2.541 0.891 2.772 0.957 ;
    RECT 3.432 0.891 4.279 0.957 ;
    RECT 4.532 0.891 5.027 0.957 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.564 0.957 ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.902 4.411 1.023 ;
    RECT 5.665 0.913 5.731 1.056 ;
    RECT 5.269 0.924 5.335 1.023 ;
    RECT 0.055 1.023 1.364 1.089 ;
    RECT 2.299 1.023 2.937 1.089 ;
    RECT 4.345 1.023 5.335 1.089 ;
  END
END LDH_FSDNRBSB_2
#
# 
MACRO LDH_FSDNRBSB_4 FOREIGN C0A07BLDH_FSDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.108 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.108 0.033 ;
      RECT 8.987 0.033 9.053 0.264 ;
      RECT 8.602 0.033 8.668 0.165 ;
      RECT 8.602 0.165 8.734 0.231 ;
      RECT 8.283 0.033 8.349 0.264 ;
      RECT 7.964 0.033 8.03 0.165 ;
      RECT 7.898 0.165 8.03 0.231 ;
      RECT 6.71 0.033 6.776 0.143 ;
      RECT 6.644 0.143 6.776 0.209 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.356 0.165 4.488 0.231 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.803 0.033 0.869 0.231 ;
      RECT 0.77 0.231 0.869 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 9.108 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.732 0 V1L2L ;
      VIA 7.26 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.316 0 V1L2L ;
      VIA 8.844 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.173 0.693 ;
      RECT 7.755 0.693 8.173 0.759 ;
      RECT 7.755 0.616 7.821 0.693 ;
      RECT 7.755 0.297 8.173 0.363 ;
      RECT 7.755 0.363 7.821 0.44 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.644 0.429 ;
      RECT 6.369 0.198 6.435 0.363 ;
      RECT 4.389 0.33 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.356 0.363 6.534 0.429 ;
      VIA 4.422 0.396 V1L2L ;
      VIA 6.468 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.426 0.726 8.976 0.858 ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 8.426 0.297 8.91 0.363 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.675 0.759 4.95 0.825 ;
      RECT 4.675 0.66 4.741 0.759 ;
      RECT 6.336 0.627 7.007 0.693 ;
      RECT 6.941 0.693 7.007 0.858 ;
      LAYER M2L ;
      RECT 4.818 0.759 6.171 0.825 ;
      RECT 6.105 0.693 6.171 0.759 ;
      RECT 6.105 0.627 6.468 0.693 ;
      VIA 6.402 0.66 V1L2L ;
      VIA 4.884 0.792 V1L2L ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.792 1.683 0.99 ;
      RECT 1.617 0.704 1.771 0.792 ;
      RECT 1.683 0.66 1.771 0.704 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.108 1.221 ;
      RECT 8.602 1.023 8.668 1.155 ;
      RECT 8.602 0.957 8.734 1.023 ;
      RECT 8.316 1.023 8.382 1.155 ;
      RECT 8.25 0.957 8.382 1.023 ;
      RECT 7.546 1.045 7.612 1.155 ;
      RECT 7.546 0.979 7.678 1.045 ;
      RECT 6.655 0.946 6.721 1.155 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 8.987 0.924 9.053 1.155 ;
      RECT 7.898 1.023 7.964 1.155 ;
      RECT 7.898 0.957 8.03 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.108 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.732 1.188 V1L2L ;
      VIA 7.26 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.316 1.188 V1L2L ;
      VIA 8.844 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.108 0.528 ;
    RECT 4.268 0.528 4.785 0.638 ;
    RECT 6.534 0.528 7.051 0.77 ;
    RECT 0 0.528 4.268 0.638 ;
    RECT 4.785 0.528 6.534 0.638 ;
    RECT 0 0.638 6.534 0.77 ;
    RECT 7.051 0.528 9.108 0.77 ;
    RECT 0 0.77 9.108 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 2.563 0.099 3.014 0.165 ;
    RECT 4.653 0.099 5.335 0.165 ;
    RECT 5.445 0.121 6.237 0.187 ;
    RECT 0.957 0.143 1.892 0.165 ;
    RECT 6.952 0.143 7.48 0.209 ;
    RECT 1.111 0.165 1.892 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 2.563 0.165 2.629 0.264 ;
    RECT 2.926 0.165 3.014 0.759 ;
    RECT 5.269 0.165 5.335 0.242 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 3.333 0.165 3.784 0.231 ;
    RECT 0.473 0.176 0.539 0.363 ;
    RECT 5.445 0.187 5.511 0.264 ;
    RECT 5.951 0.187 6.017 0.264 ;
    RECT 6.171 0.187 6.237 0.495 ;
    RECT 2.013 0.198 2.079 0.297 ;
    RECT 4.213 0.22 4.279 0.297 ;
    RECT 0.033 0.231 0.099 0.737 ;
    RECT 3.333 0.231 3.399 0.825 ;
    RECT 2.409 0.242 2.475 0.528 ;
    RECT 5.06 0.253 5.192 0.319 ;
    RECT 5.588 0.253 5.72 0.319 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 7.15 0.275 7.689 0.341 ;
    RECT 2.013 0.297 2.343 0.363 ;
    RECT 3.476 0.297 4.279 0.363 ;
    RECT 2.783 0.308 2.849 0.891 ;
    RECT 5.126 0.319 5.192 0.891 ;
    RECT 5.588 0.319 5.654 0.759 ;
    RECT 1.353 0.341 1.419 0.759 ;
    RECT 5.302 0.341 5.368 0.495 ;
    RECT 7.623 0.341 7.689 0.825 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.476 0.363 3.542 0.396 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 7.491 0.462 7.557 0.495 ;
    RECT 4.521 0.495 4.95 0.561 ;
    RECT 5.302 0.495 5.478 0.561 ;
    RECT 5.874 0.495 6.05 0.561 ;
    RECT 6.171 0.495 7.557 0.561 ;
    RECT 8.261 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 2.244 0.495 5.478 0.561 ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 5.412 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.586 0.517 4.059 0.583 ;
    RECT 2.409 0.528 2.673 0.594 ;
    RECT 4.521 0.561 4.587 0.759 ;
    RECT 5.302 0.561 5.368 0.66 ;
    RECT 5.874 0.561 5.94 0.627 ;
    RECT 7.491 0.561 7.557 0.594 ;
    RECT 6.171 0.561 6.237 0.891 ;
    RECT 8.261 0.561 8.327 0.825 ;
    RECT 3.993 0.583 4.059 0.891 ;
    RECT 2.607 0.594 2.673 0.726 ;
    RECT 2.409 0.594 2.475 0.99 ;
    RECT 5.808 0.627 5.94 0.693 ;
    LAYER M2L ;
    RECT 2.574 0.627 5.94 0.693 ;
    VIA 5.874 0.66 V1L2L ;
    VIA 2.64 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.726 3.267 0.891 ;
    RECT 0.033 0.737 0.176 0.803 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.926 0.759 3.058 0.825 ;
    RECT 4.158 0.759 4.587 0.825 ;
    RECT 5.313 0.759 6.05 0.825 ;
    RECT 6.336 0.759 6.853 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.29 0.825 ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.803 0.099 1.023 ;
    RECT 2.013 0.825 2.343 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 5.313 0.825 5.379 1.023 ;
    RECT 7.392 0.825 8.327 0.891 ;
    RECT 6.787 0.825 6.853 0.957 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.563 0.858 2.629 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 2.013 0.891 2.079 1.012 ;
    RECT 2.783 0.891 3.267 0.957 ;
    RECT 3.993 0.891 5.192 0.957 ;
    RECT 3.333 0.891 3.399 1.023 ;
    RECT 3.861 0.891 3.927 1.023 ;
    RECT 5.742 0.891 6.237 0.957 ;
    RECT 7.392 0.891 7.458 0.957 ;
    RECT 5.445 0.924 5.511 1.023 ;
    RECT 6.479 0.946 6.545 1.023 ;
    RECT 6.787 0.957 7.458 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.563 1.023 3.399 1.089 ;
    RECT 3.861 1.023 5.379 1.089 ;
    RECT 5.445 1.023 6.545 1.089 ;
  END
END LDH_FSDNRBSB_4
#
# 
MACRO LDH_FSDNRBSB_8 FOREIGN C0A07BLDH_FSDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 10.956 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.956 0.033 ;
      RECT 10.835 0.033 10.901 0.264 ;
      RECT 10.45 0.033 10.516 0.165 ;
      RECT 10.45 0.165 10.582 0.231 ;
      RECT 10.098 0.033 10.164 0.165 ;
      RECT 10.098 0.165 10.23 0.231 ;
      RECT 9.746 0.033 9.812 0.165 ;
      RECT 9.746 0.165 9.878 0.231 ;
      RECT 9.427 0.033 9.493 0.264 ;
      RECT 9.042 0.033 9.108 0.165 ;
      RECT 9.042 0.165 9.174 0.231 ;
      RECT 8.69 0.033 8.756 0.165 ;
      RECT 8.69 0.165 8.822 0.231 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 8.019 0.033 8.085 0.264 ;
      RECT 7.084 0.033 7.15 0.143 ;
      RECT 7.084 0.143 7.216 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.666 0.143 6.798 0.209 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.529 0.033 1.595 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 10.956 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.693 ;
      RECT 8.162 0.693 9.35 0.759 ;
      RECT 8.162 0.297 9.35 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 6.567 0.33 6.633 0.583 ;
      RECT 6.567 0.583 6.71 0.649 ;
      RECT 6.644 0.649 6.71 0.682 ;
      RECT 4.521 0.462 4.587 0.627 ;
      RECT 4.444 0.693 4.51 0.759 ;
      RECT 4.444 0.627 4.587 0.693 ;
      LAYER M2L ;
      RECT 4.488 0.495 5.841 0.561 ;
      RECT 5.775 0.429 5.841 0.495 ;
      RECT 5.775 0.363 6.666 0.429 ;
      VIA 4.554 0.528 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.035 0.528 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.603 0.726 10.824 0.858 ;
      RECT 9.603 0.858 9.669 0.99 ;
      RECT 10.593 0.363 10.659 0.726 ;
      RECT 9.57 0.297 10.758 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
      RECT 0.693 0.528 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.716 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.070664 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.759 5.214 0.825 ;
      RECT 4.873 0.66 4.939 0.759 ;
      RECT 6.798 0.627 7.216 0.715 ;
      RECT 6.798 0.484 6.864 0.627 ;
      RECT 6.765 0.418 6.864 0.484 ;
      RECT 6.765 0.308 6.831 0.418 ;
      LAYER M2L ;
      RECT 5.082 0.759 6.567 0.825 ;
      RECT 6.501 0.693 6.567 0.759 ;
      RECT 6.501 0.627 6.93 0.693 ;
      VIA 6.864 0.66 V1L2L ;
      VIA 5.148 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.956 1.221 ;
      RECT 10.45 1.023 10.516 1.155 ;
      RECT 10.45 0.957 10.582 1.023 ;
      RECT 10.098 1.023 10.164 1.155 ;
      RECT 10.098 0.957 10.23 1.023 ;
      RECT 9.746 1.023 9.812 1.155 ;
      RECT 9.746 0.957 9.878 1.023 ;
      RECT 9.46 1.023 9.526 1.155 ;
      RECT 9.394 0.957 9.526 1.023 ;
      RECT 9.042 1.023 9.108 1.155 ;
      RECT 9.042 0.957 9.174 1.023 ;
      RECT 8.69 1.023 8.756 1.155 ;
      RECT 8.69 0.957 8.822 1.023 ;
      RECT 8.338 1.023 8.404 1.155 ;
      RECT 8.338 0.957 8.47 1.023 ;
      RECT 7.986 1.045 8.052 1.155 ;
      RECT 7.986 0.979 8.118 1.045 ;
      RECT 6.897 0.946 6.963 1.155 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 2.145 0.825 2.211 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 10.835 0.924 10.901 1.155 ;
      RECT 5.137 0.946 5.203 1.155 ;
      RECT 3.619 0.924 3.685 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 10.956 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 10.956 0.528 ;
    RECT 3.828 0.528 5.126 0.638 ;
    RECT 6.754 0.528 7.502 0.682 ;
    RECT 0 0.528 3.828 0.638 ;
    RECT 5.126 0.528 6.754 0.638 ;
    RECT 0 0.638 6.754 0.682 ;
    RECT 7.502 0.528 10.956 0.682 ;
    RECT 0 0.682 10.956 1.221 ;
    LAYER M1L ;
    RECT 1.683 0.099 1.826 0.165 ;
    RECT 3.674 0.099 4.191 0.165 ;
    RECT 4.917 0.099 5.577 0.165 ;
    RECT 5.665 0.099 6.149 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.897 0.154 6.963 0.286 ;
    RECT 0.748 0.165 1.408 0.231 ;
    RECT 1.683 0.165 1.771 0.363 ;
    RECT 2.618 0.165 2.805 0.231 ;
    RECT 3.212 0.165 3.74 0.231 ;
    RECT 4.125 0.165 4.191 0.297 ;
    RECT 5.511 0.165 5.577 0.264 ;
    RECT 4.917 0.165 4.983 0.297 ;
    RECT 6.083 0.165 6.149 0.198 ;
    RECT 5.665 0.165 5.731 0.264 ;
    RECT 7.458 0.165 7.909 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 1.925 0.176 2.013 0.33 ;
    RECT 2.871 0.198 2.937 0.495 ;
    RECT 6.083 0.198 6.501 0.264 ;
    RECT 4.543 0.22 4.609 0.297 ;
    RECT 0.66 0.231 0.814 0.297 ;
    RECT 2.739 0.231 2.805 0.627 ;
    RECT 3.894 0.231 4.026 0.297 ;
    RECT 5.258 0.231 5.401 0.297 ;
    RECT 5.797 0.231 5.94 0.297 ;
    RECT 7.843 0.231 7.909 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.782 0.297 ;
    RECT 1.914 0.231 3.762 0.297 ;
    RECT 3.894 0.231 5.94 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 3.96 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 5.874 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.242 2.387 0.627 ;
    RECT 3.014 0.242 3.08 0.297 ;
    RECT 2.475 0.264 2.541 0.396 ;
    RECT 6.435 0.264 6.501 0.715 ;
    RECT 6.897 0.286 7.117 0.319 ;
    RECT 3.014 0.297 3.96 0.363 ;
    RECT 4.125 0.297 4.609 0.363 ;
    RECT 5.335 0.297 5.401 0.858 ;
    RECT 5.797 0.297 5.863 0.891 ;
    LAYER M2L ;
    RECT 3.696 0.297 3.762 0.363 ;
    LAYER M1L ;
    RECT 0.891 0.319 1.419 0.363 ;
    RECT 6.897 0.319 7.766 0.352 ;
    RECT 1.925 0.33 2.255 0.396 ;
    RECT 7.051 0.352 7.766 0.385 ;
    RECT 0.451 0.363 1.419 0.385 ;
    RECT 3.267 0.363 3.333 0.693 ;
    RECT 5.522 0.363 5.687 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.574 0.429 ;
    RECT 3.696 0.363 5.676 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 5.61 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.385 0.957 0.429 ;
    RECT 1.353 0.385 1.419 0.792 ;
    RECT 7.7 0.385 7.766 0.429 ;
    RECT 2.189 0.396 2.255 0.66 ;
    RECT 2.475 0.396 2.651 0.462 ;
    RECT 5.951 0.396 6.017 0.495 ;
    RECT 0.891 0.429 0.957 0.759 ;
    RECT 5.621 0.429 5.687 0.66 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 2.585 0.462 2.651 0.759 ;
    RECT 2.871 0.495 3.014 0.561 ;
    RECT 4.719 0.495 5.236 0.561 ;
    RECT 5.951 0.495 6.237 0.561 ;
    RECT 8.008 0.495 8.932 0.561 ;
    RECT 9.471 0.495 10.45 0.561 ;
    LAYER M2L ;
    RECT 6.006 0.495 6.138 0.561 ;
    RECT 6.369 0.495 8.382 0.561 ;
    VIA 6.072 0.528 V1L2L ;
    VIA 8.118 0.528 V1L2L ;
    VIA 8.316 0.528 V1L2L ;
    VIA 6.468 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.517 4.114 0.583 ;
    RECT 4.719 0.561 4.785 0.759 ;
    RECT 9.471 0.561 9.537 0.825 ;
    LAYER M2L ;
    RECT 6.006 0.561 6.072 0.627 ;
    RECT 6.369 0.561 6.435 0.627 ;
    LAYER M1L ;
    RECT 4.048 0.583 4.114 0.649 ;
    RECT 6.303 0.594 6.369 0.715 ;
    RECT 2.321 0.627 2.519 0.693 ;
    RECT 2.739 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 6.072 0.693 ;
    RECT 6.27 0.627 6.435 0.693 ;
    VIA 6.336 0.66 V1L2L ;
    VIA 2.442 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.048 0.649 4.367 0.715 ;
    RECT 2.013 0.66 2.255 0.726 ;
    RECT 2.453 0.693 2.519 0.781 ;
    RECT 2.321 0.693 2.387 0.946 ;
    RECT 3.135 0.693 3.201 0.891 ;
    RECT 3.267 0.693 3.883 0.759 ;
    RECT 4.301 0.715 4.367 0.891 ;
    RECT 5.962 0.715 6.501 0.781 ;
    RECT 2.013 0.726 2.079 0.957 ;
    RECT 0.891 0.759 1.056 0.825 ;
    RECT 2.585 0.759 2.97 0.825 ;
    RECT 3.817 0.759 3.883 0.847 ;
    RECT 3.267 0.759 3.333 1.023 ;
    RECT 4.62 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.752 0.825 ;
    VIA 4.686 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.589 0.781 7.161 0.825 ;
    RECT 1.309 0.792 1.419 0.858 ;
    RECT 1.166 0.825 1.232 0.891 ;
    RECT 6.589 0.825 9.537 0.847 ;
    RECT 3.817 0.847 4.235 0.913 ;
    RECT 7.095 0.847 9.537 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 5.335 0.858 5.445 0.924 ;
    RECT 2.475 0.88 2.541 1.023 ;
    RECT 0.418 0.891 1.232 0.957 ;
    RECT 2.64 0.891 3.201 0.957 ;
    RECT 4.301 0.891 5.016 0.957 ;
    RECT 5.797 0.891 6.27 0.957 ;
    RECT 7.095 0.891 7.161 0.99 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.478 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.412 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.169 0.913 4.235 0.99 ;
    RECT 5.379 0.924 5.445 1.056 ;
    RECT 5.665 0.924 5.731 1.023 ;
    RECT 1.892 0.957 2.079 1.023 ;
    RECT 6.369 0.979 6.798 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.475 1.023 3.333 1.089 ;
    RECT 5.665 1.023 6.798 1.045 ;
    RECT 5.665 1.045 6.435 1.089 ;
  END
END LDH_FSDNRBSB_8
#
# 
MACRO LDH_FSDNSB_1 FOREIGN C0A07BLDH_FSDNSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.66 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.137 0.792 5.247 0.858 ;
      RECT 5.137 0.858 5.203 0.924 ;
      RECT 5.137 0.33 5.247 0.396 ;
      RECT 5.137 0.198 5.203 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.198 4.851 0.704 ;
      RECT 4.785 0.704 4.884 0.77 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 1.045 4.994 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.928 0.979 5.06 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 3.036 0.528 4.587 0.572 ;
    RECT 0 0.528 3.036 0.572 ;
    RECT 4.587 0.528 5.28 0.572 ;
    RECT 0 0.572 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 3.85 0.099 4.675 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.609 0.165 4.675 0.462 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.189 0.462 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.849 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.385 2.849 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 4.477 0.462 4.543 0.759 ;
    RECT 2.651 0.484 2.717 0.825 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 2.475 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.983 0.528 5.093 0.594 ;
    RECT 4.609 0.594 4.675 0.924 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.783 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.543 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.651 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.477 0.825 4.543 1.023 ;
    RECT 4.796 0.847 5.049 0.913 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 4.796 0.913 4.862 1.023 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.1 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
    RECT 4.477 1.023 4.862 1.089 ;
  END
END LDH_FSDNSB_1
#
# 
MACRO LDH_FSDNSB_2 FOREIGN C0A07BLDH_FSDNSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.301 0.297 ;
      RECT 4.235 0.297 4.301 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.385 4.994 0.693 ;
      RECT 4.851 0.693 4.994 0.759 ;
      RECT 4.862 0.319 4.994 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.792 ;
      RECT 5.247 0.792 5.379 0.858 ;
      RECT 5.247 0.858 5.313 0.946 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.264 5.313 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.124 0.528 3.828 0.572 ;
    RECT 0 0.528 3.124 0.572 ;
    RECT 3.828 0.528 5.544 0.572 ;
    RECT 0 0.572 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.363 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.924 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.583 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.871 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 4.565 0.363 4.664 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.385 2.871 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.598 0.429 4.664 0.495 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.433 0.44 4.499 0.506 ;
    RECT 5.159 0.462 5.225 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.598 0.495 4.796 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 4.367 0.506 4.499 0.572 ;
    RECT 2.453 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 5.115 0.528 5.225 0.594 ;
    RECT 4.598 0.561 4.664 0.693 ;
    RECT 4.367 0.572 4.433 0.759 ;
    RECT 5.115 0.594 5.181 0.825 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 4.532 0.693 4.664 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.924 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.367 0.825 5.181 0.891 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 1.529 0.924 1.859 0.99 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.122 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDH_FSDNSB_2
#
# 
MACRO LDH_FSDNSB_4 FOREIGN C0A07BLDH_FSDNSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 5.874 0.033 5.94 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.445 0.033 5.511 0.264 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 4.741 0.033 4.807 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.594 ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.462 0.759 0.682 ;
      RECT 0.671 0.682 1.375 0.748 ;
      RECT 1.287 0.594 1.375 0.682 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.884 0.693 5.379 0.759 ;
      RECT 4.884 0.297 5.379 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.632 0.726 6.204 0.858 ;
      RECT 5.588 0.297 6.138 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      RECT 1.397 0.814 1.463 1.155 ;
      RECT 5.874 1.023 5.94 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.146 0.528 3.85 0.572 ;
    RECT 0 0.528 3.146 0.572 ;
    RECT 3.85 0.528 6.336 0.572 ;
    RECT 0 0.572 6.336 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.815 0.099 3.674 0.165 ;
    RECT 4.092 0.099 4.653 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 1.353 0.165 1.419 0.33 ;
    RECT 1.518 0.165 1.881 0.231 ;
    RECT 4.587 0.165 4.653 0.495 ;
    RECT 1.815 0.231 1.881 0.847 ;
    RECT 2.101 0.231 2.244 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.244 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.264 2.013 1.023 ;
    RECT 0.429 0.297 1.023 0.363 ;
    RECT 2.101 0.297 2.167 0.539 ;
    RECT 2.321 0.308 2.871 0.374 ;
    RECT 3.267 0.363 3.41 0.429 ;
    RECT 3.586 0.363 4.103 0.429 ;
    RECT 2.805 0.374 2.871 0.693 ;
    RECT 2.321 0.374 2.387 0.792 ;
    RECT 3.267 0.429 3.333 0.759 ;
    RECT 4.037 0.429 4.103 0.759 ;
    RECT 4.433 0.462 4.499 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.587 0.495 5.148 0.561 ;
    RECT 5.445 0.495 5.874 0.561 ;
    RECT 3.135 0.506 3.201 0.693 ;
    RECT 3.685 0.528 3.751 0.627 ;
    RECT 4.389 0.528 4.499 0.594 ;
    RECT 4.62 0.561 4.686 0.693 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 2.475 0.594 2.563 0.858 ;
    RECT 4.389 0.594 4.455 0.759 ;
    RECT 3.432 0.627 3.751 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.66 2.167 0.891 ;
    RECT 2.805 0.693 3.201 0.759 ;
    RECT 4.554 0.693 4.686 0.759 ;
    RECT 0.429 0.726 0.495 0.825 ;
    RECT 3.267 0.759 3.938 0.825 ;
    RECT 4.037 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 0.396 0.759 2.574 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 1.012 0.891 ;
    RECT 2.673 0.825 3.333 0.891 ;
    RECT 4.037 0.825 4.103 0.891 ;
    RECT 4.389 0.825 5.511 0.891 ;
    RECT 1.551 0.847 1.881 0.913 ;
    RECT 2.101 0.891 2.343 0.957 ;
    RECT 3.63 0.891 4.103 0.957 ;
    RECT 1.551 0.913 1.617 0.99 ;
    RECT 3.443 0.924 3.509 1.023 ;
    RECT 4.191 0.946 4.257 1.023 ;
    RECT 2.277 0.957 2.75 1.023 ;
    RECT 0.077 1.023 1.122 1.089 ;
    RECT 1.947 1.023 2.156 1.089 ;
    RECT 2.684 1.023 2.75 1.056 ;
    RECT 3.443 1.023 4.257 1.089 ;
  END
END LDH_FSDNSB_4
#
# 
MACRO LDH_FSDNSB_8 FOREIGN C0A07BLDH_FSDNSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.656 0.165 7.788 0.231 ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 8.063 0.033 8.129 0.264 ;
      RECT 7.37 0.033 7.436 0.165 ;
      RECT 7.304 0.165 7.436 0.231 ;
      RECT 7.018 0.033 7.084 0.165 ;
      RECT 6.952 0.165 7.084 0.231 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.456 0.165 5.588 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.104 0.165 5.236 0.231 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.297 4.323 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 2.937 0.297 3.003 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.418 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.884 0.726 6.204 0.858 ;
      RECT 4.928 0.297 6.116 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 7.821 0.363 7.887 0.726 ;
      RECT 6.732 0.726 8.063 0.858 ;
      RECT 6.776 0.297 7.964 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.456 0.957 5.588 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.37 1.023 7.436 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.104 0.957 5.236 1.023 ;
      RECT 4.796 1.023 4.862 1.155 ;
      RECT 4.73 0.957 4.862 1.023 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 7.656 0.957 7.788 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 3.256 0.528 3.828 0.572 ;
    RECT 0 0.528 3.256 0.572 ;
    RECT 3.828 0.528 8.184 0.572 ;
    RECT 0 0.572 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.407 0.132 0.473 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.496 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.495 ;
    RECT 6.413 0.22 6.479 0.495 ;
    RECT 1.496 0.231 1.562 0.264 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 2.299 0.231 2.871 0.297 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.539 ;
    RECT 0.407 0.297 0.99 0.363 ;
    RECT 2.805 0.297 2.871 0.693 ;
    RECT 2.299 0.297 2.365 0.792 ;
    RECT 3.245 0.363 3.498 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.432 0.429 3.498 0.462 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 3.564 0.429 3.63 0.462 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 2.673 0.462 2.739 0.825 ;
    RECT 4.411 0.462 4.477 0.759 ;
    RECT 4.565 0.495 5.742 0.561 ;
    RECT 6.413 0.495 7.722 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.565 0.561 4.631 0.891 ;
    RECT 6.413 0.561 6.479 0.946 ;
    RECT 2.453 0.594 2.541 0.858 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.638 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.891 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.477 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 0.561 0.891 0.99 0.957 ;
    RECT 2.079 0.891 2.266 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.946 4.235 1.023 ;
    RECT 2.2 0.957 2.728 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDH_FSDNSB_8
#
# 
MACRO LDH_FSDN_1 FOREIGN C0A07BLDH_FSDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.33 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.264 4.587 0.924 ;
      RECT 4.477 0.924 4.587 0.99 ;
      RECT 4.477 0.99 4.543 1.056 ;
      RECT 4.477 0.198 4.587 0.264 ;
      RECT 4.477 0.132 4.543 0.198 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.301 0.858 4.367 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.62 0.627 ;
    RECT 0 0.627 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.264 3.817 0.33 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.531 0.33 3.619 0.594 ;
    RECT 3.751 0.33 4.059 0.396 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.63 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.465 0.451 ;
    RECT 3.993 0.396 4.059 0.825 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.399 0.451 3.465 0.693 ;
    RECT 3.762 0.462 3.883 0.528 ;
    RECT 4.367 0.462 4.455 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.795 0.528 3.883 0.693 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.245 0.561 3.333 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.488 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.399 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDH_FSDN_1
#
# 
MACRO LDH_FSDN_2 FOREIGN C0A07BLDH_FSDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.609 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.719 0.858 4.785 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.884 0.627 ;
    RECT 0 0.627 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.059 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.993 0.363 4.059 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 4.697 0.462 4.785 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.818 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDH_FSDN_2
#
# 
MACRO LDH_FSDN_4 FOREIGN C0A07BLDH_FSDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.103 0.825 4.554 0.891 ;
      RECT 4.103 0.726 4.191 0.825 ;
      RECT 4.103 0.297 4.554 0.363 ;
      RECT 4.103 0.22 4.169 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.752 0.726 5.412 0.858 ;
      RECT 4.796 0.297 5.346 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 5.544 0.627 ;
    RECT 0 0.627 5.544 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.037 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.971 0.363 4.037 0.495 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.971 0.495 4.29 0.561 ;
    RECT 4.587 0.495 5.082 0.561 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.971 0.561 4.037 0.825 ;
    RECT 4.587 0.561 4.653 0.726 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.686 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.62 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.037 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDH_FSDN_4
#
# 
MACRO LDH_FSDN_8 FOREIGN C0A07BLDH_FSDN_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.165 ;
      RECT 6.886 0.165 7.018 0.231 ;
      RECT 6.6 0.033 6.666 0.165 ;
      RECT 6.534 0.165 6.666 0.231 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 2.057 0.033 2.123 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.254 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.698 0.363 5.786 0.693 ;
      RECT 4.598 0.693 5.786 0.759 ;
      RECT 4.631 0.297 5.786 0.363 ;
      RECT 4.631 0.22 4.697 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.039 0.726 7.26 0.858 ;
      RECT 6.039 0.858 6.105 0.99 ;
      RECT 6.006 0.297 7.194 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.605 2.607 0.858 ;
      RECT 2.541 0.539 2.695 0.605 ;
      RECT 2.607 0.462 2.695 0.539 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.554 1.023 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 3.014 0.528 3.542 0.627 ;
    RECT 0 0.528 3.014 0.627 ;
    RECT 3.542 0.528 7.392 0.627 ;
    RECT 0 0.627 7.392 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 3.003 0.165 ;
    RECT 3.564 0.132 3.63 0.165 ;
    RECT 1.617 0.165 1.991 0.231 ;
    RECT 2.937 0.165 3.003 0.429 ;
    RECT 2.233 0.165 2.299 0.77 ;
    RECT 3.278 0.165 3.63 0.231 ;
    RECT 4.235 0.209 4.301 0.825 ;
    RECT 3.883 0.22 3.949 0.297 ;
    RECT 0.847 0.231 1.518 0.297 ;
    RECT 1.925 0.231 1.991 0.363 ;
    RECT 1.617 0.231 1.683 0.693 ;
    RECT 3.278 0.231 3.344 0.385 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.387 0.264 2.475 0.77 ;
    RECT 2.783 0.264 2.871 1.023 ;
    RECT 0.847 0.297 0.913 0.374 ;
    RECT 3.883 0.297 4.125 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.749 0.33 1.815 0.825 ;
    RECT 3.575 0.33 3.663 0.594 ;
    RECT 3.135 0.352 3.201 0.429 ;
    RECT 1.32 0.363 1.551 0.429 ;
    RECT 1.925 0.363 2.145 0.429 ;
    RECT 4.059 0.363 4.125 0.759 ;
    LAYER M2L ;
    RECT 1.386 0.363 3.696 0.429 ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.278 0.385 3.454 0.451 ;
    RECT 1.485 0.429 1.551 0.594 ;
    RECT 2.079 0.429 2.145 0.594 ;
    RECT 2.937 0.429 3.201 0.495 ;
    RECT 3.388 0.451 3.454 0.693 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 2.937 0.495 3.003 1.023 ;
    RECT 3.729 0.495 3.916 0.561 ;
    RECT 4.389 0.495 5.544 0.561 ;
    RECT 5.863 0.495 6.688 0.561 ;
    RECT 1.353 0.561 1.419 0.594 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 3.245 0.561 3.311 0.671 ;
    RECT 3.729 0.561 3.795 0.693 ;
    RECT 4.389 0.561 4.455 0.726 ;
    RECT 5.863 0.561 5.929 0.825 ;
    RECT 3.069 0.594 3.135 0.924 ;
    LAYER M2L ;
    RECT 3.036 0.627 4.488 0.693 ;
    VIA 4.092 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.671 3.311 0.737 ;
    RECT 1.386 0.693 1.683 0.759 ;
    RECT 3.388 0.693 3.795 0.759 ;
    RECT 3.201 0.737 3.267 0.858 ;
    RECT 3.388 0.759 3.454 0.792 ;
    RECT 3.883 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.892 0.77 2.299 0.858 ;
    RECT 3.355 0.792 3.454 0.858 ;
    RECT 1.155 0.825 1.815 0.891 ;
    RECT 3.883 0.825 3.949 0.99 ;
    RECT 4.235 0.825 5.929 0.891 ;
    RECT 1.892 0.858 1.958 0.902 ;
    RECT 3.355 0.858 3.421 0.924 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 4.235 0.891 4.301 0.99 ;
    RECT 3.531 0.924 3.597 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.749 1.023 2.871 1.089 ;
    RECT 2.937 1.023 3.597 1.089 ;
  END
END LDH_FSDN_8
#
# 
MACRO LDH_FSDPC1BQ_1 FOREIGN C0A07BLDH_FSDPC1BQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 3.157 0.033 3.223 0.308 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.825 0.033 0.891 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.814 0.462 ;
      RECT 0.671 0.198 0.759 0.374 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.375 0.429 1.441 0.726 ;
      RECT 1.375 0.363 1.551 0.429 ;
      RECT 1.485 0.297 1.65 0.363 ;
      LAYER M2L ;
      RECT 1.386 0.363 1.782 0.429 ;
      VIA 1.452 0.396 V1L2L ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.341 4.719 0.671 ;
      RECT 4.653 0.671 4.829 0.737 ;
      RECT 4.763 0.737 4.829 0.814 ;
      RECT 4.653 0.275 4.851 0.341 ;
      RECT 4.763 0.198 4.851 0.275 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.693 3.003 0.891 ;
      RECT 2.937 0.627 3.124 0.693 ;
      LAYER M2L ;
      RECT 2.838 0.627 3.234 0.693 ;
      VIA 3.036 0.66 V1L2L ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.587 0.946 4.653 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 4.587 0.88 4.763 0.946 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 3.927 0.099 4.587 0.143 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.65 0.209 ;
    RECT 3.927 0.143 4.664 0.165 ;
    RECT 4.521 0.165 4.664 0.209 ;
    RECT 3.927 0.165 3.993 0.792 ;
    RECT 2.409 0.176 2.475 0.297 ;
    RECT 2.959 0.176 3.025 0.484 ;
    RECT 1.837 0.198 1.903 0.275 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 1.243 0.209 1.309 0.825 ;
    RECT 4.521 0.209 4.587 0.594 ;
    RECT 4.059 0.231 4.224 0.297 ;
    RECT 2.805 0.242 2.871 1.023 ;
    RECT 3.377 0.264 3.465 0.792 ;
    RECT 1.749 0.275 2.343 0.341 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.059 0.297 4.125 1.023 ;
    RECT 3.597 0.308 3.685 0.561 ;
    RECT 3.795 0.308 3.861 0.66 ;
    RECT 4.367 0.308 4.455 0.77 ;
    RECT 2.277 0.341 2.343 0.495 ;
    RECT 1.749 0.341 1.815 0.979 ;
    RECT 2.651 0.363 2.717 0.66 ;
    LAYER M2L ;
    RECT 3.564 0.363 4.488 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.191 0.396 4.279 0.671 ;
    RECT 1.947 0.44 2.167 0.506 ;
    RECT 1.617 0.462 1.683 0.616 ;
    RECT 2.959 0.484 3.289 0.55 ;
    RECT 2.277 0.495 2.486 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 4.29 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 1.98 0.528 V1L2L ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.506 2.013 0.66 ;
    RECT 3.223 0.55 3.289 0.891 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.573 0.616 1.683 0.748 ;
    RECT 2.167 0.66 2.717 0.726 ;
    RECT 3.542 0.66 3.861 0.726 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 2.167 0.726 2.233 0.792 ;
    RECT 2.409 0.726 2.475 0.902 ;
    RECT 3.542 0.726 3.608 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 1.881 0.759 2.079 0.825 ;
    RECT 4.191 0.77 4.455 0.836 ;
    RECT 3.883 0.792 3.993 0.924 ;
    RECT 0.44 0.825 0.957 0.891 ;
    RECT 1.056 0.825 1.529 0.891 ;
    RECT 1.881 0.825 1.947 0.902 ;
    RECT 2.013 0.825 2.079 1.056 ;
    RECT 4.191 0.836 4.257 0.902 ;
    RECT 0.891 0.891 0.957 0.979 ;
    RECT 1.463 0.891 1.529 0.99 ;
    RECT 3.102 0.891 3.608 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 3.234 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.924 3.795 1.023 ;
    RECT 0.891 0.979 1.364 1.045 ;
    RECT 1.672 0.979 1.815 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.805 1.023 4.125 1.089 ;
  END
END LDH_FSDPC1BQ_1
#
# 
MACRO LDH_FSDPC1BQ_2 FOREIGN C0A07BLDH_FSDPC1BQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.566 0.033 5.632 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 3.828 0.033 3.894 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.355 0.033 3.421 0.33 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 0.946 0.033 1.012 0.209 ;
      RECT 0.88 0.209 1.012 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 5.148 0.726 5.544 0.858 ;
      RECT 5.313 0.297 5.511 0.363 ;
      RECT 5.313 0.165 5.379 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.517 3.399 0.858 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.148 0.957 5.28 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.748 0.528 2.42 0.638 ;
    RECT 0 0.528 0.748 0.638 ;
    RECT 2.42 0.528 5.676 0.638 ;
    RECT 0 0.638 5.676 1.221 ;
    LAYER M1L ;
    RECT 4.521 0.099 4.972 0.143 ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 3.971 0.132 4.037 0.198 ;
    RECT 4.191 0.132 4.279 0.528 ;
    RECT 4.521 0.143 5.214 0.165 ;
    RECT 0.473 0.154 0.539 0.22 ;
    RECT 4.906 0.165 5.214 0.209 ;
    RECT 4.521 0.165 4.587 0.748 ;
    RECT 3.575 0.176 3.641 0.319 ;
    RECT 3.971 0.198 4.125 0.264 ;
    RECT 5.148 0.209 5.214 0.495 ;
    RECT 0.473 0.22 0.627 0.286 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 4.653 0.231 4.818 0.297 ;
    RECT 3.179 0.242 3.245 1.023 ;
    RECT 1.749 0.264 1.815 0.847 ;
    RECT 4.059 0.264 4.125 0.495 ;
    RECT 2.079 0.275 2.64 0.341 ;
    RECT 0.561 0.286 0.627 0.583 ;
    RECT 2.783 0.297 3.091 0.363 ;
    RECT 4.653 0.297 4.719 1.023 ;
    RECT 4.389 0.308 4.455 0.374 ;
    RECT 4.961 0.308 5.049 0.77 ;
    RECT 3.575 0.319 3.894 0.363 ;
    RECT 2.574 0.341 2.64 0.495 ;
    RECT 2.079 0.341 2.145 0.979 ;
    RECT 1.947 0.352 2.013 0.726 ;
    RECT 3.025 0.363 3.091 0.671 ;
    RECT 3.575 0.363 3.96 0.385 ;
    LAYER M2L ;
    RECT 4.158 0.363 5.082 0.429 ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.224 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.374 4.455 0.44 ;
    RECT 3.828 0.385 3.96 0.429 ;
    RECT 4.785 0.396 4.873 0.671 ;
    RECT 3.828 0.429 3.894 0.891 ;
    RECT 2.277 0.44 2.42 0.506 ;
    RECT 4.345 0.44 4.411 0.627 ;
    RECT 2.574 0.495 2.838 0.561 ;
    RECT 3.96 0.495 4.125 0.561 ;
    RECT 5.148 0.495 5.28 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 4.884 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.506 2.343 0.693 ;
    RECT 3.96 0.561 4.048 0.792 ;
    RECT 0.561 0.583 1.199 0.649 ;
    RECT 4.136 0.627 4.411 0.693 ;
    RECT 1.133 0.649 1.199 0.847 ;
    RECT 2.486 0.671 3.091 0.737 ;
    RECT 4.136 0.693 4.202 0.891 ;
    RECT 0.077 0.715 1.034 0.781 ;
    RECT 4.477 0.748 4.587 0.88 ;
    RECT 4.785 0.77 5.049 0.836 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.244 0.803 2.805 0.869 ;
    RECT 4.785 0.836 4.851 0.902 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 1.133 0.847 1.936 0.913 ;
    RECT 2.739 0.869 2.805 1.056 ;
    RECT 3.498 0.891 4.202 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.63 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.564 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.979 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 0.891 0.979 1.76 1.045 ;
    RECT 2.079 0.979 2.222 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 3.179 1.023 4.719 1.089 ;
  END
END LDH_FSDPC1BQ_2
#
# 
MACRO LDH_FSDPC1BQ_3 FOREIGN C0A07BLDH_FSDPC1BQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.512 0.165 6.644 0.231 ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 4.972 0.033 5.038 0.143 ;
      RECT 4.972 0.143 5.104 0.209 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.872 0.143 4.004 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      RECT 0.935 0.033 1.001 0.209 ;
      RECT 0.858 0.209 1.001 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 4.488 0.594 ;
      RECT 4.257 0.33 4.323 0.462 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.452 0.594 1.716 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.363 6.567 0.825 ;
      RECT 6.204 0.825 6.831 0.891 ;
      RECT 6.765 0.891 6.831 0.99 ;
      RECT 6.336 0.297 6.787 0.363 ;
      RECT 6.721 0.22 6.787 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 1.023 6.644 1.155 ;
      RECT 6.512 0.957 6.644 1.023 ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.16 0.957 6.292 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.764 0.957 5.896 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.872 1.045 3.938 1.155 ;
      RECT 3.872 0.979 4.004 1.045 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.462 ;
    RECT 0 0.462 5.06 0.528 ;
    RECT 5.588 0.462 6.864 0.528 ;
    RECT 2.42 0.528 2.97 0.638 ;
    RECT 5.06 0.462 5.588 0.528 ;
    RECT 0 0.528 2.42 0.638 ;
    RECT 2.97 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 4.829 0.132 4.895 0.594 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 2.365 0.143 2.662 0.209 ;
    RECT 5.346 0.143 6.226 0.209 ;
    RECT 0.473 0.176 0.539 0.242 ;
    RECT 1.089 0.187 1.155 0.429 ;
    RECT 4.433 0.198 4.499 0.308 ;
    RECT 4.081 0.198 4.147 0.275 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 6.16 0.209 6.226 0.495 ;
    RECT 5.39 0.209 5.456 0.726 ;
    RECT 3.333 0.22 3.399 0.297 ;
    RECT 0.473 0.242 0.627 0.308 ;
    RECT 2.497 0.275 3.19 0.341 ;
    RECT 3.696 0.275 4.147 0.341 ;
    RECT 5.533 0.275 5.72 0.341 ;
    RECT 1.43 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.333 0.297 3.553 0.363 ;
    RECT 0.561 0.308 0.627 0.583 ;
    RECT 4.433 0.308 4.763 0.374 ;
    RECT 5.247 0.308 5.313 0.374 ;
    RECT 5.973 0.308 6.039 0.803 ;
    RECT 5.038 0.33 5.148 0.462 ;
    RECT 3.124 0.341 3.19 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.048 0.341 4.114 0.847 ;
    RECT 5.533 0.341 5.599 0.957 ;
    RECT 1.43 0.363 1.496 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.487 0.363 3.553 0.495 ;
    LAYER M2L ;
    RECT 5.016 0.363 6.072 0.429 ;
    VIA 5.082 0.396 V1L2L ;
    VIA 6.006 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.214 0.374 5.313 0.44 ;
    RECT 4.697 0.374 4.763 0.715 ;
    RECT 5.808 0.407 5.874 0.583 ;
    RECT 1.089 0.429 1.496 0.495 ;
    RECT 3.124 0.429 3.3 0.495 ;
    RECT 5.214 0.44 5.28 0.825 ;
    RECT 2.343 0.451 2.563 0.517 ;
    RECT 5.038 0.462 5.104 0.693 ;
    RECT 6.325 0.462 6.391 0.495 ;
    RECT 2.629 0.473 2.97 0.539 ;
    RECT 3.234 0.495 3.388 0.561 ;
    RECT 3.487 0.495 3.916 0.561 ;
    RECT 6.16 0.495 6.391 0.561 ;
    RECT 2.343 0.517 2.409 0.946 ;
    RECT 2.629 0.539 2.695 0.583 ;
    RECT 3.487 0.561 3.553 0.693 ;
    RECT 6.325 0.561 6.391 0.594 ;
    RECT 0.561 0.583 1.287 0.649 ;
    RECT 2.475 0.583 2.695 0.649 ;
    RECT 5.742 0.583 5.874 0.693 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 4.829 0.594 4.939 0.726 ;
    LAYER M2L ;
    RECT 2.442 0.627 5.874 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.808 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.475 0.649 2.541 0.77 ;
    RECT 2.871 0.682 2.937 0.748 ;
    RECT 3.069 0.693 3.553 0.759 ;
    RECT 0.077 0.715 1.122 0.781 ;
    RECT 2.64 0.715 2.761 0.781 ;
    RECT 4.389 0.715 4.763 0.781 ;
    RECT 4.829 0.726 4.895 0.792 ;
    RECT 5.357 0.726 5.456 0.792 ;
    RECT 2.871 0.748 3.003 0.814 ;
    RECT 3.333 0.759 3.399 0.902 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.64 0.781 2.706 0.891 ;
    RECT 4.697 0.781 4.763 0.891 ;
    RECT 5.357 0.792 5.423 0.858 ;
    RECT 5.698 0.803 6.039 0.869 ;
    RECT 2.937 0.814 3.003 1.056 ;
    RECT 1.221 0.825 2.277 0.891 ;
    RECT 4.994 0.825 5.28 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.696 0.847 4.488 0.913 ;
    RECT 5.973 0.869 6.039 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.706 0.957 ;
    RECT 4.62 0.891 5.06 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.904 0.891 4.752 0.957 ;
    VIA 2.64 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    VIA 2.244 0.924 V1L2L ;
    VIA 4.686 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.422 0.913 4.488 1.023 ;
    RECT 2.783 0.924 2.849 1.023 ;
    RECT 2.343 0.946 2.453 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.148 0.957 5.599 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.343 1.023 2.849 1.089 ;
    RECT 4.422 1.023 5.214 1.089 ;
  END
END LDH_FSDPC1BQ_3
#
# 
MACRO LDH_FSDPC1BQ_4 FOREIGN C0A07BLDH_FSDPC1BQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 7.139 0.033 7.205 0.264 ;
      RECT 6.754 0.033 6.82 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.594 1.551 0.66 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.33 0.759 0.528 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.587 0.528 ;
      RECT 4.389 0.33 4.455 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.468 0.726 7.128 0.858 ;
      RECT 6.611 0.297 7.062 0.363 ;
      RECT 6.611 0.22 6.677 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.374 ;
    RECT 0 0.374 5.17 0.528 ;
    RECT 5.698 0.374 7.26 0.528 ;
    RECT 5.698 0.528 6.226 0.616 ;
    RECT 2.464 0.528 3.014 0.638 ;
    RECT 5.17 0.374 5.698 0.528 ;
    RECT 3.014 0.528 5.698 0.616 ;
    RECT 6.226 0.528 7.26 0.616 ;
    RECT 0 0.528 2.464 0.638 ;
    RECT 3.014 0.616 7.26 0.638 ;
    RECT 0 0.638 7.26 1.221 ;
    LAYER M1L ;
    RECT 6.072 0.099 6.523 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 4.939 0.132 5.005 0.627 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 1.056 0.143 1.199 0.209 ;
    RECT 2.365 0.143 2.706 0.209 ;
    RECT 0.451 0.165 0.957 0.231 ;
    RECT 5.5 0.165 6.138 0.231 ;
    RECT 6.457 0.165 6.523 0.495 ;
    RECT 4.543 0.198 4.609 0.275 ;
    RECT 1.133 0.209 1.199 0.363 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 3.399 0.22 3.465 0.297 ;
    RECT 0.891 0.231 0.957 0.275 ;
    RECT 0.451 0.231 0.517 0.407 ;
    RECT 5.5 0.231 5.566 0.506 ;
    RECT 0.891 0.275 1.056 0.341 ;
    RECT 2.497 0.275 3.256 0.341 ;
    RECT 4.543 0.275 4.873 0.341 ;
    RECT 3.762 0.275 4.213 0.341 ;
    RECT 6.193 0.286 6.281 0.363 ;
    RECT 1.397 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.399 0.297 3.619 0.363 ;
    RECT 5.357 0.308 5.423 0.374 ;
    RECT 5.181 0.33 5.247 0.693 ;
    RECT 5.863 0.33 5.929 0.396 ;
    RECT 0.99 0.341 1.056 0.561 ;
    RECT 3.19 0.341 3.256 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.807 0.341 4.873 0.671 ;
    RECT 4.147 0.341 4.213 0.847 ;
    RECT 1.133 0.363 1.463 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.553 0.363 3.619 0.495 ;
    RECT 6.193 0.363 6.336 0.429 ;
    LAYER M2L ;
    RECT 5.148 0.363 6.336 0.429 ;
    VIA 5.214 0.396 V1L2L ;
    VIA 6.27 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.324 0.374 5.423 0.44 ;
    RECT 6.006 0.374 6.072 0.583 ;
    RECT 5.775 0.396 5.929 0.462 ;
    RECT 3.19 0.429 3.366 0.495 ;
    RECT 6.193 0.429 6.281 0.803 ;
    RECT 5.324 0.44 5.39 0.825 ;
    RECT 2.387 0.451 2.563 0.517 ;
    RECT 2.673 0.462 3.036 0.55 ;
    RECT 5.775 0.462 5.841 0.957 ;
    RECT 3.3 0.495 3.454 0.561 ;
    RECT 3.553 0.495 3.982 0.561 ;
    RECT 6.402 0.495 6.798 0.561 ;
    RECT 5.467 0.506 5.566 0.572 ;
    RECT 2.387 0.517 2.453 1.023 ;
    RECT 2.673 0.55 2.739 0.583 ;
    RECT 0.99 0.561 1.386 0.627 ;
    RECT 3.553 0.561 3.619 0.693 ;
    RECT 5.467 0.572 5.533 0.638 ;
    RECT 2.519 0.583 2.739 0.649 ;
    RECT 5.94 0.583 6.072 0.693 ;
    RECT 3.135 0.594 3.201 0.693 ;
    RECT 1.32 0.627 1.386 0.825 ;
    RECT 4.939 0.627 5.082 0.693 ;
    LAYER M2L ;
    RECT 2.508 0.627 6.072 0.693 ;
    VIA 5.016 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.649 2.607 0.77 ;
    RECT 4.499 0.671 4.873 0.737 ;
    RECT 0.077 0.693 1.188 0.759 ;
    RECT 3.135 0.693 3.619 0.759 ;
    RECT 4.939 0.693 5.005 0.792 ;
    RECT 2.673 0.715 2.805 0.781 ;
    RECT 2.904 0.715 3.069 0.781 ;
    RECT 4.807 0.737 4.873 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 3.399 0.759 3.465 0.88 ;
    RECT 2.673 0.781 2.739 0.891 ;
    RECT 3.003 0.781 3.069 1.056 ;
    RECT 5.94 0.803 6.281 0.869 ;
    RECT 1.32 0.825 2.277 0.891 ;
    RECT 5.104 0.825 5.39 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.762 0.847 4.598 0.913 ;
    RECT 6.215 0.869 6.281 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.739 0.957 ;
    RECT 4.752 0.891 5.17 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.97 0.891 4.884 0.957 ;
    VIA 2.244 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    VIA 4.818 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.532 0.913 4.598 1.023 ;
    RECT 2.827 0.924 2.893 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.258 0.957 5.841 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.387 1.023 2.893 1.089 ;
    RECT 4.532 1.023 5.368 1.089 ;
  END
END LDH_FSDPC1BQ_4
#
# 
MACRO LDH_FSDPC1BQ_HD_1 FOREIGN C0A07BLDH_FSDPC1BQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
      RECT 4.477 0.726 4.587 0.858 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.103 0.198 4.213 0.33 ;
    RECT 1.474 0.209 1.54 0.242 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 1.617 0.231 1.683 0.638 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.726 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.103 0.33 4.169 0.528 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.583 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.937 0.495 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 4.367 0.462 4.433 0.528 ;
    RECT 2.871 0.495 2.937 0.891 ;
    RECT 2.277 0.506 2.343 0.583 ;
    RECT 4.103 0.528 4.433 0.594 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 2.079 0.583 2.343 0.649 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.103 0.594 4.169 0.858 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.573 0.638 1.683 0.858 ;
    RECT 1.881 0.638 1.947 1.056 ;
    RECT 3.003 0.649 3.069 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 2.145 0.726 2.497 0.792 ;
    RECT 3.883 0.748 3.949 0.858 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 2.145 0.792 2.211 0.858 ;
    RECT 2.431 0.792 2.497 1.023 ;
    RECT 1.034 0.825 1.507 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 3.883 0.858 4.169 0.924 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.441 0.891 1.507 0.968 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 2.772 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDH_FSDPC1BQ_HD_1
#
# 
MACRO LDH_FSDPC1BQ_HD_2 FOREIGN C0A07BLDH_FSDPC1BQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 4.125 0.132 4.191 0.528 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 4.389 0.462 4.455 0.528 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.661 0.858 ;
    RECT 4.125 0.528 4.455 0.594 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 4.125 0.594 4.191 0.836 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.056 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDH_FSDPC1BQ_HD_2
#
# 
MACRO LDH_FSDPC1BQ_HD_3 FOREIGN C0A07BLDH_FSDPC1BQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 4.488 0.825 4.983 0.891 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 4.488 0.297 4.983 0.363 ;
      RECT 4.873 0.198 4.983 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.686 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDH_FSDPC1BQ_HD_3
#
# 
MACRO LDH_FSDPC1BQ_HD_4 FOREIGN C0A07BLDH_FSDPC1BQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.356 0.726 5.016 0.858 ;
      RECT 4.477 0.297 4.928 0.363 ;
      RECT 4.477 0.22 4.543 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.664 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDH_FSDPC1BQ_HD_4
#
# 
MACRO LDH_FSDPC1B_1 FOREIGN C0A07BLDH_FSDPC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.924 ;
      RECT 4.741 0.924 4.851 1.056 ;
      RECT 4.741 0.132 4.851 0.264 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.682 ;
      RECT 4.389 0.682 4.488 0.748 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.125 0.165 4.29 0.231 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 4.125 0.231 4.191 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.881 0.638 1.947 0.891 ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 3.861 0.748 3.927 0.825 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.825 4.675 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDH_FSDPC1B_1
#
# 
MACRO LDH_FSDPC1B_2 FOREIGN C0A07BLDH_FSDPC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.653 0.033 4.719 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.422 0.693 4.587 0.759 ;
      RECT 4.422 0.297 4.587 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.693 ;
      RECT 4.785 0.693 4.983 0.759 ;
      RECT 4.785 0.759 4.851 0.858 ;
      RECT 4.785 0.297 4.983 0.363 ;
      RECT 4.785 0.198 4.851 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.664 1.045 4.73 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.268 1.045 4.334 1.155 ;
      RECT 4.202 0.979 4.334 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.653 0.495 4.818 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.653 0.561 4.719 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.719 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDH_FSDPC1B_2
#
# 
MACRO LDH_FSDPC1B_4 FOREIGN C0A07BLDH_FSDPC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.851 0.033 4.917 0.264 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.741 0.693 ;
      RECT 4.29 0.693 4.741 0.759 ;
      RECT 4.29 0.297 4.741 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.994 0.693 5.511 0.759 ;
      RECT 4.994 0.297 5.478 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.466 0.979 4.598 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.829 0.495 5.214 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.829 0.561 4.895 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.895 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDH_FSDPC1B_4
#
# 
MACRO LDH_FSDPC1B_8 FOREIGN C0A07BLDH_FSDPC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.535 0.033 7.601 0.264 ;
      RECT 6.798 0.033 6.864 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 5.742 0.033 5.808 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.233 0.033 2.299 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.528 0.66 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.66 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.693 ;
      RECT 4.862 0.693 6.039 0.759 ;
      RECT 4.862 0.297 6.039 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 7.293 0.759 7.359 0.858 ;
      RECT 6.237 0.693 7.458 0.759 ;
      RECT 7.029 0.759 7.095 0.858 ;
      RECT 6.765 0.759 6.831 0.858 ;
      RECT 6.501 0.759 6.567 0.858 ;
      RECT 6.237 0.759 6.303 0.858 ;
      RECT 6.27 0.297 7.458 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.216 1.023 7.282 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 6.864 1.023 6.93 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.535 0.924 7.601 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.465 0.165 ;
    RECT 0.297 0.132 0.363 0.792 ;
    RECT 3.531 0.132 3.597 0.891 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.046 0.231 ;
    RECT 2.53 0.165 2.739 0.231 ;
    RECT 3.399 0.165 3.465 0.715 ;
    RECT 3.663 0.165 3.85 0.231 ;
    RECT 4.103 0.198 4.191 0.363 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 2.673 0.231 2.739 0.363 ;
    RECT 3.135 0.231 3.3 0.297 ;
    RECT 2.904 0.231 3.047 0.297 ;
    RECT 3.663 0.231 3.729 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.036 0.297 ;
    RECT 3.168 0.231 4.224 0.297 ;
    VIA 2.97 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.466 0.275 4.763 0.341 ;
    RECT 2.409 0.286 2.475 0.759 ;
    RECT 3.135 0.297 3.201 0.484 ;
    RECT 2.959 0.297 3.047 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.697 0.341 4.763 0.495 ;
    RECT 2.673 0.363 2.871 0.429 ;
    RECT 3.795 0.363 4.356 0.429 ;
    RECT 2.079 0.385 2.145 0.506 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.429 2.871 0.891 ;
    RECT 4.29 0.429 4.356 0.495 ;
    RECT 3.795 0.429 3.861 0.814 ;
    RECT 3.267 0.484 3.333 0.583 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 3.927 0.495 4.158 0.561 ;
    RECT 4.697 0.495 5.786 0.561 ;
    RECT 4.29 0.495 4.598 0.561 ;
    RECT 6.105 0.495 7.194 0.561 ;
    RECT 2.079 0.506 2.343 0.572 ;
    RECT 3.927 0.561 3.993 0.99 ;
    RECT 4.697 0.561 4.763 0.693 ;
    RECT 4.29 0.561 4.356 0.825 ;
    RECT 6.105 0.561 6.171 0.825 ;
    RECT 2.277 0.572 2.343 0.638 ;
    RECT 2.959 0.583 3.333 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    RECT 2.959 0.649 3.025 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 4.466 0.693 4.763 0.759 ;
    RECT 3.168 0.715 3.465 0.781 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 2.563 0.759 2.629 0.891 ;
    RECT 2.09 0.759 2.475 0.825 ;
    RECT 0.077 0.792 0.803 0.858 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.409 0.825 2.475 1.023 ;
    RECT 4.103 0.825 6.171 0.891 ;
    RECT 0.077 0.858 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.563 0.891 2.871 0.957 ;
    RECT 3.278 0.891 3.597 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.706 0.957 ;
    RECT 3.432 0.891 4.026 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.924 3.179 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 2.409 1.023 3.729 1.089 ;
  END
END LDH_FSDPC1B_8
#
# 
MACRO LDH_FSDPHBC1B_1 FOREIGN C0A07BLDH_FSDPHBC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.957 ;
      RECT 6.292 0.957 6.435 1.023 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.396 6.171 0.693 ;
      RECT 5.929 0.693 6.171 0.759 ;
      RECT 5.973 0.33 6.171 0.396 ;
      RECT 5.973 0.198 6.039 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.048 0.528 5.632 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.632 0.528 6.468 0.55 ;
    RECT 0 0.55 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.302 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.577 0.198 5.643 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.313 0.242 5.379 0.473 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 5.577 0.275 5.907 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.137 0.297 5.203 0.374 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 5.841 0.341 5.907 0.495 ;
    RECT 5.577 0.341 5.643 0.891 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.237 0.44 6.303 0.825 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.445 0.462 5.511 0.605 ;
    RECT 5.709 0.462 5.775 0.825 ;
    RECT 5.049 0.473 5.379 0.539 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.841 0.495 5.984 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.808 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 5.049 0.539 5.115 0.748 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.214 0.605 5.511 0.671 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.671 5.511 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.379 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.544 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    VIA 5.478 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.313 0.814 5.379 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.709 0.825 6.303 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDH_FSDPHBC1B_1
#
# 
MACRO LDH_FSDPHBC1B_2 FOREIGN C0A07BLDH_FSDPHBC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.231 6.567 0.957 ;
      RECT 6.38 0.957 6.567 1.023 ;
      RECT 6.38 1.023 6.446 1.056 ;
      RECT 6.38 0.165 6.567 0.231 ;
      RECT 6.38 0.132 6.446 0.165 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.396 6.303 0.693 ;
      RECT 6.006 0.693 6.303 0.759 ;
      RECT 6.039 0.33 6.303 0.396 ;
      RECT 6.039 0.264 6.105 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.048 0.528 5.698 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.698 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.368 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.643 0.198 5.709 0.297 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.225 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.379 0.242 5.445 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.159 0.297 5.225 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.159 0.308 5.28 0.374 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.369 0.429 6.435 0.825 ;
    RECT 5.049 0.451 5.445 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.138 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.28 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.445 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.379 0.814 5.445 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.435 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.258 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.61 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDH_FSDPHBC1B_2
#
# 
MACRO LDH_FSDPHBC1B_4 FOREIGN C0A07BLDH_FSDPHBC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.143 ;
      RECT 6.886 0.143 7.018 0.209 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 6.732 0.726 7.26 0.858 ;
      RECT 6.732 0.858 6.82 0.99 ;
      RECT 6.71 0.297 7.194 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.693 ;
      RECT 6.006 0.693 6.49 0.759 ;
      RECT 6.039 0.297 6.49 0.363 ;
      RECT 6.039 0.22 6.105 0.297 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.886 1.023 6.952 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 7.392 0.55 ;
    RECT 0 0.55 7.392 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.324 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.785 0.264 4.851 0.792 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.137 0.297 5.203 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.137 0.308 5.236 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.049 0.451 5.401 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    RECT 6.589 0.495 6.93 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 6.589 0.561 6.655 0.825 ;
    RECT 5.214 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.401 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.335 0.814 5.401 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.655 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDH_FSDPHBC1B_4
#
# 
MACRO LDH_FSDPHBC1B_8 FOREIGN C0A07BLDH_FSDPHBC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 8.778 0.033 8.844 0.143 ;
      RECT 8.712 0.143 8.844 0.209 ;
      RECT 8.426 0.033 8.492 0.143 ;
      RECT 8.36 0.143 8.492 0.209 ;
      RECT 8.074 0.033 8.14 0.143 ;
      RECT 8.008 0.143 8.14 0.209 ;
      RECT 7.689 0.033 7.755 0.264 ;
      RECT 7.37 0.033 7.436 0.143 ;
      RECT 7.304 0.143 7.436 0.209 ;
      RECT 7.018 0.033 7.084 0.143 ;
      RECT 6.952 0.143 7.084 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.6 0.143 6.732 0.209 ;
      RECT 6.226 0.033 6.292 0.143 ;
      RECT 6.226 0.143 6.358 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.852 0.143 5.984 0.209 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.496 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 6.424 0.693 7.612 0.759 ;
      RECT 6.457 0.297 7.612 0.363 ;
      RECT 6.457 0.22 6.523 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.865 0.726 9.108 0.858 ;
      RECT 7.865 0.858 7.931 0.99 ;
      RECT 7.832 0.297 9.02 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.712 1.023 8.778 1.155 ;
      RECT 8.712 0.957 8.844 1.023 ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.36 1.023 8.426 1.155 ;
      RECT 8.36 0.957 8.492 1.023 ;
      RECT 8.008 1.023 8.074 1.155 ;
      RECT 8.008 0.957 8.14 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 5.885 0.924 5.951 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 9.24 0.55 ;
    RECT 0 0.55 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.66 0.165 ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.478 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 0.429 0.165 0.495 0.451 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.709 0.198 5.775 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 5.071 0.231 5.357 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.214 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.873 0.242 5.005 0.308 ;
    RECT 5.489 0.242 5.555 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 5.709 0.275 6.391 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.291 0.297 5.357 0.308 ;
    RECT 5.071 0.297 5.137 0.891 ;
    RECT 4.917 0.308 5.005 0.924 ;
    RECT 5.291 0.308 5.39 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 6.325 0.341 6.391 0.495 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.203 0.451 5.555 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.643 0.462 5.709 0.583 ;
    RECT 6.171 0.462 6.237 0.627 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 6.325 0.495 7.194 0.561 ;
    RECT 7.733 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 6.27 0.561 ;
    VIA 4.95 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.517 5.269 0.759 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 7.733 0.561 7.799 0.825 ;
    RECT 5.368 0.583 5.709 0.693 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    RECT 6.171 0.627 6.325 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    RECT 4.983 0.627 5.544 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    VIA 5.478 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.259 0.693 6.325 0.825 ;
    LAYER M2L ;
    RECT 4.983 0.693 5.049 0.759 ;
    LAYER M1L ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 3.718 0.759 4.125 0.825 ;
    RECT 5.203 0.759 5.555 0.825 ;
    RECT 5.676 0.759 6.16 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.049 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.489 0.825 5.555 0.902 ;
    RECT 6.259 0.825 7.799 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 5.071 0.891 5.39 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.698 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDH_FSDPHBC1B_8
#
# 
MACRO LDH_FSDPHBQ_1 FOREIGN C0A07BLDH_FSDPHBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.264 5.907 0.858 ;
      RECT 5.797 0.858 5.907 0.99 ;
      RECT 5.797 0.132 5.907 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.599 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.533 0.165 5.599 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.401 0.264 5.467 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.467 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.709 0.462 5.775 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.775 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHBQ_1
#
# 
MACRO LDH_FSDPHBQ_2 FOREIGN C0A07BLDH_FSDPHBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.803 ;
      RECT 5.709 0.803 5.907 0.869 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 3.322 0.528 4.004 0.55 ;
    RECT 0 0.528 3.322 0.55 ;
    RECT 4.004 0.528 6.072 0.55 ;
    RECT 0 0.55 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHBQ_2
#
# 
MACRO LDH_FSDPHBQ_4 FOREIGN C0A07BLDH_FSDPHBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.94 0.033 6.006 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.764 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.445 0.198 5.555 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.489 0.33 5.555 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHBQ_4
#
# 
MACRO LDH_FSDPHBQ_8 FOREIGN C0A07BLDH_FSDPHBQ_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.71 0.033 6.776 0.165 ;
      RECT 6.71 0.165 6.842 0.231 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 6.006 0.165 6.138 0.231 ;
      RECT 5.665 0.033 5.731 0.33 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.407 ;
      RECT 2.541 0.407 2.739 0.473 ;
      RECT 2.541 0.473 2.607 0.594 ;
      RECT 2.673 0.198 2.739 0.407 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.693 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 5.797 0.726 7.128 0.858 ;
      RECT 5.83 0.297 7.095 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.594 0.693 ;
      RECT 0.429 0.33 0.539 0.627 ;
      RECT 0.165 0.33 0.231 0.726 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.71 0.957 6.842 1.023 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.467 0.198 5.577 0.33 ;
    RECT 0.825 0.231 0.891 0.759 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.511 0.33 5.577 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.511 0.495 6.82 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.511 0.561 5.577 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.577 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.825 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 0.66 0.825 0.726 0.858 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHBQ_8
#
# 
MACRO LDH_FSDPHB_1 FOREIGN C0A07BLDH_FSDPHB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.858 ;
      RECT 6.325 0.858 6.435 0.99 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.676 0.858 5.94 0.99 ;
      RECT 5.819 0.363 5.885 0.858 ;
      RECT 5.709 0.297 5.885 0.363 ;
      RECT 5.709 0.165 5.775 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.577 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.144 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.511 0.165 5.577 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.379 0.264 5.445 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 5.951 0.308 6.259 0.374 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.445 0.429 ;
    RECT 6.193 0.374 6.259 0.594 ;
    RECT 5.951 0.374 6.017 0.748 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.687 0.462 5.753 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.753 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHB_1
#
# 
MACRO LDH_FSDPHB_2 FOREIGN C0A07BLDH_FSDPHB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.325 0.033 6.391 0.264 ;
      RECT 5.973 0.033 6.039 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.825 ;
      RECT 5.709 0.825 5.907 0.891 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.198 6.567 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 3.311 0.528 4.004 0.55 ;
    RECT 0 0.528 3.311 0.55 ;
    RECT 4.004 0.528 6.864 0.55 ;
    RECT 0 0.55 6.864 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.171 0.198 6.237 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 6.171 0.495 6.402 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 6.171 0.561 6.237 0.924 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHB_2
#
# 
MACRO LDH_FSDPHB_4 FOREIGN C0A07BLDH_FSDPHB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.524 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.524 0.033 ;
      RECT 6.996 0.033 7.062 0.165 ;
      RECT 6.996 0.165 7.128 0.231 ;
      RECT 6.677 0.033 6.743 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.292 0.165 6.424 0.231 ;
      RECT 5.918 0.033 5.984 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.524 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.742 0.297 6.303 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.726 ;
      RECT 6.732 0.726 7.392 0.858 ;
      RECT 6.82 0.297 7.359 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.524 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.996 1.023 7.062 1.155 ;
      RECT 6.996 0.957 7.128 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.644 0.957 6.776 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.292 0.957 6.424 1.023 ;
      RECT 5.918 1.023 5.984 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.524 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.524 0.528 ;
    RECT 0 0.528 7.524 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.523 0.198 6.589 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.489 0.396 5.555 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 6.523 0.495 7.194 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 6.523 0.561 6.589 0.858 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDH_FSDPHB_4
#
# 
MACRO LDH_FSDPHB_8 FOREIGN C0A07BLDH_FSDPHB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.976 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.976 0.033 ;
      RECT 8.855 0.033 8.921 0.264 ;
      RECT 8.536 0.033 8.602 0.165 ;
      RECT 8.47 0.165 8.602 0.231 ;
      RECT 8.096 0.033 8.162 0.165 ;
      RECT 8.096 0.165 8.25 0.231 ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.722 0.165 7.876 0.231 ;
      RECT 7.381 0.033 7.447 0.264 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.556 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.336 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.467 0.033 5.533 0.33 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.976 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.198 2.607 0.418 ;
      RECT 2.409 0.418 2.607 0.484 ;
      RECT 2.409 0.484 2.497 0.594 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.792 ;
      RECT 0.957 0.33 1.023 0.66 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.638 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.638 ;
      RECT 0.297 0.33 0.396 0.396 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.363 6.831 0.726 ;
      RECT 5.621 0.726 6.996 0.858 ;
      RECT 5.654 0.297 6.886 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.363 8.547 0.726 ;
      RECT 7.524 0.726 8.844 0.858 ;
      RECT 7.546 0.297 8.778 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.627 1.914 0.693 ;
      RECT 0.506 0.33 0.594 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.914 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
      VIA 1.848 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.976 1.221 ;
      RECT 8.558 1.023 8.624 1.155 ;
      RECT 8.47 0.957 8.624 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.096 0.957 8.25 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.722 0.957 7.876 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.556 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.336 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.467 1.023 5.533 1.155 ;
      RECT 5.467 0.957 5.61 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 8.855 0.924 8.921 1.155 ;
      RECT 7.381 0.924 7.447 1.155 ;
      RECT 6.985 0.99 7.051 1.155 ;
      RECT 6.952 0.924 7.051 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 8.976 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.976 0.528 ;
    RECT 0 0.528 8.976 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 3.553 0.165 ;
    RECT 4.521 0.099 5.225 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.398 0.132 2.464 0.165 ;
    RECT 3.773 0.132 3.861 0.572 ;
    RECT 3.619 0.132 3.685 0.726 ;
    RECT 4.367 0.132 4.455 0.462 ;
    RECT 1.034 0.143 1.98 0.209 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 2.145 0.165 2.464 0.231 ;
    RECT 3.487 0.165 3.553 0.55 ;
    RECT 2.739 0.165 2.805 0.561 ;
    RECT 5.159 0.165 5.225 0.594 ;
    RECT 4.521 0.165 4.587 0.792 ;
    RECT 5.291 0.198 5.357 0.495 ;
    RECT 7.183 0.198 7.249 0.495 ;
    RECT 0.825 0.209 0.891 0.737 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 3.124 0.231 3.289 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.355 0.264 3.421 0.847 ;
    RECT 4.851 0.264 4.917 0.77 ;
    RECT 1.089 0.275 1.584 0.341 ;
    RECT 1.683 0.275 2.211 0.341 ;
    RECT 3.949 0.275 4.301 0.341 ;
    RECT 3.201 0.297 3.289 0.715 ;
    RECT 4.983 0.33 5.049 0.869 ;
    RECT 1.089 0.341 1.155 0.759 ;
    RECT 1.683 0.341 1.749 0.407 ;
    RECT 2.145 0.341 2.211 0.957 ;
    RECT 3.949 0.341 4.015 0.44 ;
    RECT 4.235 0.341 4.301 0.924 ;
    LAYER M2L ;
    RECT 3.168 0.363 5.082 0.429 ;
    VIA 3.234 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.653 0.374 4.719 1.023 ;
    RECT 1.848 0.407 2.079 0.473 ;
    RECT 1.419 0.407 1.749 0.473 ;
    RECT 1.221 0.44 1.309 0.627 ;
    RECT 2.013 0.473 2.079 1.023 ;
    RECT 1.419 0.473 1.485 0.594 ;
    RECT 5.291 0.495 6.578 0.561 ;
    RECT 7.183 0.495 8.228 0.561 ;
    LAYER M2L ;
    RECT 1.188 0.495 2.079 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.081 0.506 4.147 0.726 ;
    RECT 2.607 0.561 3.058 0.627 ;
    RECT 5.291 0.561 5.357 1.023 ;
    RECT 7.183 0.561 7.249 0.924 ;
    LAYER M2L ;
    RECT 2.013 0.561 2.079 0.627 ;
    LAYER M1L ;
    RECT 4.367 0.594 4.433 1.023 ;
    RECT 1.221 0.627 1.342 0.693 ;
    RECT 2.607 0.627 2.673 0.759 ;
    LAYER M2L ;
    RECT 2.013 0.627 4.95 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.904 0.715 3.289 0.781 ;
    RECT 2.739 0.726 2.805 0.847 ;
    RECT 3.619 0.726 4.147 0.792 ;
    RECT 0.649 0.737 0.891 0.759 ;
    RECT 0.649 0.759 1.155 0.825 ;
    RECT 1.276 0.759 1.749 0.825 ;
    RECT 2.508 0.759 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.838 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 3.619 0.792 3.685 0.979 ;
    RECT 0.649 0.825 0.715 0.88 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 1.683 0.825 1.749 0.891 ;
    RECT 2.607 0.825 2.673 0.99 ;
    RECT 2.739 0.847 3.454 0.913 ;
    RECT 1.87 0.858 1.936 0.891 ;
    RECT 3.773 0.858 3.905 0.924 ;
    RECT 4.807 0.869 5.049 0.935 ;
    RECT 0.792 0.891 1.584 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.683 0.891 1.936 0.957 ;
    LAYER M2L ;
    RECT 2.574 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.773 0.924 3.861 1.023 ;
    RECT 4.807 0.935 4.873 1.012 ;
    RECT 2.145 0.957 2.464 1.023 ;
    RECT 3.102 0.979 3.685 1.045 ;
    RECT 0.506 1.023 2.079 1.089 ;
    RECT 3.773 1.023 4.719 1.089 ;
    RECT 4.95 1.023 5.357 1.089 ;
  END
END LDH_FSDPHB_8
#
# 
MACRO LDH_FSDPQB_1 FOREIGN C0A07BLDH_FSDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.673 0.033 2.739 0.33 ;
      RECT 2.145 0.033 2.211 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.803 ;
      RECT 0.297 0.803 0.627 0.869 ;
      RECT 0.297 0.726 0.363 0.803 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.858 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.693 0.891 0.858 ;
      RECT 0.825 0.627 1.023 0.693 ;
      RECT 0.957 0.462 1.023 0.627 ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.275 0.528 ;
      LAYER M2L ;
      RECT 0.132 0.627 0.99 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.924 0.66 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 1.023 ;
      RECT 2.552 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.145 0.946 2.211 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 2.354 0.528 3.674 0.55 ;
    RECT 0 0.528 2.354 0.55 ;
    RECT 3.674 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.729 0.165 ;
    RECT 1.551 0.132 1.617 0.231 ;
    RECT 1.727 0.132 1.793 0.363 ;
    RECT 3.091 0.165 3.157 0.264 ;
    RECT 3.663 0.165 3.729 0.352 ;
    RECT 2.343 0.198 2.409 0.759 ;
    RECT 2.475 0.198 2.563 0.924 ;
    RECT 0.836 0.231 1.617 0.297 ;
    RECT 3.432 0.231 3.597 0.297 ;
    RECT 1.089 0.297 1.155 0.759 ;
    RECT 3.531 0.297 3.597 0.363 ;
    RECT 3.267 0.308 3.333 0.363 ;
    RECT 3.828 0.308 3.916 0.891 ;
    RECT 0.033 0.319 0.495 0.385 ;
    RECT 2.893 0.33 2.959 0.396 ;
    RECT 3.993 0.33 4.059 0.396 ;
    RECT 1.518 0.363 2.255 0.429 ;
    RECT 3.432 0.363 3.597 0.429 ;
    RECT 3.102 0.363 3.333 0.429 ;
    LAYER M2L ;
    RECT 2.31 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.092 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.385 0.495 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    RECT 1.386 0.396 1.452 0.627 ;
    RECT 2.893 0.396 3.003 0.462 ;
    RECT 3.993 0.396 4.125 0.462 ;
    RECT 2.189 0.429 2.255 0.55 ;
    RECT 1.518 0.429 1.584 0.759 ;
    RECT 3.267 0.429 3.333 0.495 ;
    RECT 2.937 0.462 3.003 0.627 ;
    RECT 3.696 0.462 3.762 0.495 ;
    RECT 4.059 0.462 4.125 1.023 ;
    RECT 1.771 0.495 1.903 0.561 ;
    RECT 3.267 0.495 3.531 0.561 ;
    RECT 3.597 0.495 3.762 0.561 ;
    RECT 2.805 0.528 2.871 0.858 ;
    RECT 1.771 0.561 1.837 0.759 ;
    RECT 3.465 0.561 3.531 0.792 ;
    RECT 3.597 0.561 3.663 0.66 ;
    RECT 1.276 0.627 1.452 0.693 ;
    RECT 2.937 0.627 3.399 0.693 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.696 0.693 ;
    VIA 1.386 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.66 3.729 0.726 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 3.333 0.693 3.399 0.792 ;
    RECT 2.937 0.693 3.003 0.957 ;
    RECT 0.957 0.759 1.452 0.825 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 1.518 0.759 1.65 0.825 ;
    RECT 2.057 0.759 2.409 0.825 ;
    RECT 3.102 0.759 3.267 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.036 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.792 3.729 0.858 ;
    RECT 1.386 0.825 1.452 0.891 ;
    RECT 0.957 0.825 1.023 0.979 ;
    RECT 3.201 0.825 3.267 1.056 ;
    RECT 3.663 0.858 3.729 0.924 ;
    RECT 1.386 0.891 1.826 0.957 ;
    RECT 3.828 0.891 3.96 0.957 ;
    LAYER M2L ;
    RECT 3.168 0.891 3.96 0.957 ;
    VIA 3.234 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 0.99 ;
    RECT 1.243 0.924 1.309 1.023 ;
    RECT 1.947 0.946 2.013 1.023 ;
    RECT 2.86 0.957 3.003 1.023 ;
    RECT 3.41 0.957 3.542 1.023 ;
    RECT 0.638 0.979 1.023 1.045 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 1.243 1.023 2.013 1.089 ;
    RECT 3.476 1.023 4.125 1.089 ;
  END
END LDH_FSDPQB_1
#
# 
MACRO LDH_FSDPQB_2 FOREIGN C0A07BLDH_FSDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.467 0.033 5.533 0.264 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.819 0.033 5.885 0.264 ;
      RECT 3.707 0.033 3.773 0.33 ;
      RECT 2.673 0.033 2.739 0.242 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.429 1.419 0.682 ;
      RECT 1.254 0.363 1.419 0.429 ;
      RECT 0.231 0.33 0.297 0.396 ;
      RECT 0.165 0.396 0.297 0.462 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.198 0.363 1.386 0.429 ;
      VIA 0.264 0.396 V1L2L ;
      VIA 1.32 0.396 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.528 1.023 0.66 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.396 5.775 0.792 ;
      RECT 5.643 0.792 5.775 0.858 ;
      RECT 5.643 0.858 5.709 0.924 ;
      RECT 5.643 0.33 5.775 0.396 ;
      RECT 5.643 0.264 5.709 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.363 0.495 0.726 ;
      RECT 0.407 0.297 0.891 0.363 ;
      RECT 0.825 0.165 0.891 0.297 ;
      RECT 0.825 0.099 1.21 0.165 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.924 5.511 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.353 0.946 1.419 1.155 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 4.246 0.528 5.082 0.572 ;
    RECT 0.484 0.528 1.232 0.638 ;
    RECT 1.232 0.528 4.246 0.572 ;
    RECT 5.082 0.528 5.94 0.572 ;
    RECT 0 0.528 0.484 0.638 ;
    RECT 1.232 0.572 5.94 0.638 ;
    RECT 0 0.638 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.134 0.143 ;
    RECT 3.069 0.099 3.641 0.165 ;
    RECT 4.235 0.099 5.137 0.165 ;
    RECT 2.321 0.132 2.387 0.275 ;
    RECT 1.705 0.143 2.2 0.165 ;
    RECT 0.033 0.165 0.506 0.231 ;
    RECT 2.068 0.165 2.2 0.209 ;
    RECT 1.705 0.165 1.771 0.231 ;
    RECT 3.575 0.165 3.641 0.517 ;
    RECT 3.069 0.165 3.135 0.825 ;
    RECT 4.235 0.165 4.301 0.264 ;
    RECT 5.071 0.165 5.137 0.341 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 1.001 0.231 1.771 0.297 ;
    RECT 1.87 0.231 2.002 0.275 ;
    RECT 4.554 0.231 5.005 0.297 ;
    RECT 3.883 0.242 3.949 0.517 ;
    RECT 3.443 0.264 3.509 0.33 ;
    RECT 1.87 0.275 2.387 0.297 ;
    RECT 2.86 0.275 3.003 0.341 ;
    RECT 5.247 0.286 5.313 0.363 ;
    RECT 1.001 0.297 1.067 0.363 ;
    RECT 1.705 0.297 1.771 0.407 ;
    RECT 1.936 0.297 2.387 0.341 ;
    RECT 4.939 0.297 5.005 0.495 ;
    RECT 3.399 0.33 3.509 0.396 ;
    RECT 2.321 0.341 2.387 0.451 ;
    RECT 2.937 0.341 3.003 0.693 ;
    RECT 1.001 0.363 1.155 0.429 ;
    RECT 4.081 0.363 4.873 0.429 ;
    RECT 5.247 0.363 5.577 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.396 3.465 0.913 ;
    RECT 1.705 0.407 2.2 0.473 ;
    RECT 1.089 0.429 1.155 0.825 ;
    RECT 4.807 0.429 4.873 0.759 ;
    RECT 5.511 0.429 5.577 0.627 ;
    RECT 2.321 0.451 2.838 0.517 ;
    RECT 2.134 0.473 2.2 0.715 ;
    RECT 4.939 0.495 5.412 0.561 ;
    RECT 2.321 0.517 2.387 0.627 ;
    RECT 3.575 0.517 4.4 0.583 ;
    RECT 4.653 0.55 4.719 0.616 ;
    RECT 4.983 0.561 5.049 0.891 ;
    RECT 1.727 0.572 1.815 0.759 ;
    RECT 2.53 0.583 2.706 0.649 ;
    RECT 3.663 0.583 3.729 0.858 ;
    RECT 4.499 0.616 4.719 0.649 ;
    RECT 2.277 0.627 2.387 0.693 ;
    RECT 5.247 0.627 5.577 0.693 ;
    RECT 2.64 0.649 2.706 0.693 ;
    RECT 3.861 0.649 4.719 0.682 ;
    RECT 3.861 0.682 4.565 0.715 ;
    RECT 2.277 0.693 2.343 0.891 ;
    RECT 2.64 0.693 3.003 0.759 ;
    RECT 5.247 0.693 5.313 1.023 ;
    RECT 2.068 0.715 2.2 0.781 ;
    RECT 3.861 0.715 3.927 1.023 ;
    RECT 2.431 0.748 2.497 0.825 ;
    RECT 1.727 0.759 1.914 0.825 ;
    RECT 4.73 0.759 4.873 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.498 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.432 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.781 1.551 0.847 ;
    RECT 4.136 0.781 4.455 0.847 ;
    RECT 4.565 0.814 4.631 0.891 ;
    RECT 0.616 0.825 1.155 0.891 ;
    RECT 2.431 0.825 3.135 0.891 ;
    RECT 1.485 0.847 1.551 0.924 ;
    RECT 1.221 0.847 1.287 0.957 ;
    RECT 4.389 0.847 4.455 1.023 ;
    RECT 0.033 0.869 0.176 0.935 ;
    RECT 1.892 0.891 2.343 0.957 ;
    RECT 4.565 0.891 5.049 0.957 ;
    RECT 3.234 0.913 3.465 0.979 ;
    RECT 1.485 0.924 1.595 0.99 ;
    RECT 1.705 0.946 1.771 1.023 ;
    RECT 0.792 0.957 1.287 1.023 ;
    RECT 2.42 0.979 2.552 1.023 ;
    RECT 3.399 0.979 3.465 1.023 ;
    RECT 1.529 0.99 1.595 1.056 ;
    RECT 1.705 1.023 2.552 1.045 ;
    RECT 3.399 1.023 3.927 1.089 ;
    RECT 4.389 1.023 5.313 1.089 ;
    RECT 1.705 1.045 2.486 1.089 ;
  END
END LDH_FSDPQB_2
#
# 
MACRO LDH_FSDPQB_3 FOREIGN C0A07BLDH_FSDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.248 0.165 6.38 0.231 ;
      RECT 5.929 0.033 5.995 0.264 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.693 ;
      RECT 6.105 0.693 6.567 0.759 ;
      RECT 6.479 0.759 6.567 0.99 ;
      RECT 6.105 0.759 6.171 0.858 ;
      RECT 6.072 0.297 6.567 0.363 ;
      RECT 6.479 0.198 6.567 0.297 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.396 3.927 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.913 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.847 1.331 0.913 ;
      RECT 1.265 0.726 1.331 0.847 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.4 0.935 4.466 1.155 ;
      RECT 4.4 0.869 4.532 0.935 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.281 0.88 6.347 1.155 ;
      RECT 5.907 0.924 5.973 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.763 0.528 5.61 0.561 ;
    RECT 0 0.528 4.763 0.561 ;
    RECT 5.61 0.528 6.6 0.561 ;
    RECT 0 0.561 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.254 0.143 ;
    RECT 2.101 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.367 0.165 ;
    RECT 4.697 0.099 5.599 0.165 ;
    RECT 0.825 0.143 1.32 0.165 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.188 0.165 1.32 0.209 ;
    RECT 0.825 0.165 0.891 0.275 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.101 0.165 2.167 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.301 0.165 4.367 0.605 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.697 0.165 4.763 0.242 ;
    RECT 5.533 0.165 5.599 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 3.531 0.198 3.597 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.894 0.231 4.059 0.297 ;
    RECT 4.862 0.231 5.467 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.597 0.341 ;
    RECT 5.709 0.286 5.775 0.363 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.993 0.297 4.059 1.023 ;
    RECT 5.401 0.297 5.467 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.531 0.341 3.597 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 4.488 0.363 5.335 0.429 ;
    RECT 5.709 0.363 5.973 0.429 ;
    LAYER M2L ;
    RECT 3.498 0.363 4.62 0.429 ;
    VIA 3.564 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.269 0.429 5.335 0.759 ;
    RECT 5.907 0.429 5.973 0.627 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.401 0.495 5.808 0.561 ;
    RECT 4.961 0.528 5.027 0.605 ;
    RECT 1.837 0.561 1.903 0.627 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.891 ;
    RECT 5.137 0.572 5.203 0.737 ;
    RECT 4.125 0.605 5.027 0.671 ;
    RECT 1.837 0.627 2.31 0.693 ;
    RECT 5.709 0.627 5.973 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.092 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 4.125 0.671 4.191 0.814 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.63 0.759 ;
    RECT 5.709 0.693 5.775 1.023 ;
    RECT 4.257 0.737 5.203 0.803 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 5.269 0.759 5.412 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 4.257 0.803 4.323 1.023 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 2.134 0.858 2.2 0.891 ;
    RECT 1.991 0.858 2.057 1.023 ;
    RECT 2.134 0.891 2.629 0.957 ;
    RECT 5.082 0.891 5.577 0.957 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 4.829 0.946 4.895 1.023 ;
    RECT 3.674 0.957 3.806 1.023 ;
    RECT 0.814 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 3.74 1.023 4.323 1.089 ;
    RECT 4.829 1.023 5.775 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDH_FSDPQB_3
#
# 
MACRO LDH_FSDPQB_4 FOREIGN C0A07BLDH_FSDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.149 1.012 ;
      RECT 6.501 0.385 6.567 0.726 ;
      RECT 6.05 0.319 6.567 0.385 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.902 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.836 1.331 0.902 ;
      RECT 1.265 0.726 1.331 0.836 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.73 0.528 5.522 0.55 ;
    RECT 0 0.528 4.73 0.55 ;
    RECT 5.522 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.389 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 5.676 0.132 5.764 0.891 ;
    RECT 0.825 0.143 1.298 0.209 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.189 0.165 2.255 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.323 0.165 4.389 0.517 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.719 0.165 4.785 0.264 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 0.825 0.209 0.891 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.861 0.231 4.257 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.663 0.341 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.861 0.297 3.927 0.792 ;
    RECT 4.191 0.297 4.257 1.023 ;
    RECT 4.895 0.297 4.961 0.374 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.597 0.341 3.663 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 5.082 0.363 5.313 0.429 ;
    LAYER M2L ;
    RECT 3.564 0.363 5.214 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 5.148 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.247 0.429 5.313 0.671 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.379 0.495 5.577 0.561 ;
    RECT 5.907 0.495 6.402 0.561 ;
    RECT 4.323 0.517 5.06 0.583 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.803 ;
    RECT 5.907 0.561 5.973 1.023 ;
    RECT 4.323 0.583 4.389 0.858 ;
    RECT 1.958 0.627 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.96 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 5.247 0.671 5.39 0.737 ;
    RECT 4.906 0.682 4.972 0.891 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.663 0.759 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 5.082 0.803 5.577 0.869 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 5.511 0.869 5.577 1.023 ;
    RECT 2.178 0.891 2.629 0.957 ;
    RECT 4.708 0.891 4.972 0.957 ;
    RECT 5.676 0.891 5.808 0.957 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.808 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.902 2.057 1.023 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 0.792 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 4.191 1.023 5.39 1.089 ;
    RECT 5.511 1.023 5.973 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDH_FSDPQB_4
#
# 
MACRO LDH_FSDPQB_HD_1 FOREIGN C0A07BLDH_FSDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.619 0.033 3.685 0.275 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.594 3.663 0.726 ;
      RECT 3.553 0.462 3.663 0.594 ;
      RECT 3.597 0.374 3.663 0.462 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.924 ;
      RECT 3.817 0.924 3.927 0.99 ;
      RECT 3.817 0.99 3.883 1.056 ;
      RECT 3.784 0.297 3.927 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.123 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.638 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.572 0.165 0.704 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.057 0.165 2.123 0.275 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 2.431 0.198 2.497 0.759 ;
    RECT 3.245 0.198 3.333 0.396 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 3.399 0.22 3.487 0.99 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.057 0.275 2.365 0.341 ;
    RECT 1.793 0.275 1.859 0.792 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.341 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.498 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.925 0.374 1.991 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.925 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.696 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 3.663 0.792 3.795 0.858 ;
    LAYER M2L ;
    RECT 3.63 0.825 3.696 0.891 ;
    LAYER M1L ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 3.663 0.858 3.729 0.99 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.498 0.957 ;
    RECT 3.63 0.891 3.861 0.957 ;
    VIA 3.432 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDH_FSDPQB_HD_1
#
# 
MACRO LDH_FSDPQB_HD_2 FOREIGN C0A07BLDH_FSDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.825 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.814 ;
      RECT 3.861 0.814 4.059 0.88 ;
      RECT 3.861 0.88 3.927 0.99 ;
      RECT 3.85 0.297 4.059 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.081 1.012 4.147 1.155 ;
      RECT 4.048 0.946 4.147 1.012 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 2.431 0.22 2.497 0.759 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.795 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDH_FSDPQB_HD_2
#
# 
MACRO LDH_FSDPQB_HD_3 FOREIGN C0A07BLDH_FSDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.883 0.693 4.29 0.759 ;
      RECT 3.883 0.759 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.015 0.858 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDH_FSDPQB_HD_3
#
# 
MACRO LDH_FSDPQB_HD_4 FOREIGN C0A07BLDH_FSDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.407 3.663 0.803 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.883 0.726 4.356 0.858 ;
      RECT 3.883 0.858 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDH_FSDPQB_HD_4
#
# 
MACRO LDH_FSDPQ_1 FOREIGN C0A07BLDH_FSDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.497 0.462 2.607 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.871 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.805 0.165 2.871 0.88 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 4.026 0.231 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 2.387 0.231 2.739 0.297 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.495 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 3.707 0.264 3.773 0.33 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.387 0.297 2.453 0.374 ;
    RECT 2.673 0.297 2.739 1.023 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 3.707 0.33 4.037 0.396 ;
    RECT 1.606 0.341 1.672 0.627 ;
    RECT 1.276 0.363 1.342 0.858 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.396 4.037 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.892 0.495 2.299 0.561 ;
    RECT 3.201 0.495 3.608 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 2.233 0.561 2.299 0.88 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 1.419 0.627 2.167 0.693 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 2.101 0.693 2.167 0.77 ;
    RECT 1.419 0.693 1.485 0.946 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.387 0.792 2.453 1.023 ;
    RECT 1.232 0.858 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.948 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDH_FSDPQ_1
#
# 
MACRO LDH_FSDPQ_2 FOREIGN C0A07BLDH_FSDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.533 0.033 5.599 0.264 ;
      RECT 3.861 0.033 3.927 0.264 ;
      RECT 3.487 0.033 3.553 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.396 1.287 0.462 ;
      RECT 0.825 0.33 1.287 0.396 ;
      RECT 0.825 0.198 0.891 0.33 ;
      RECT 0.297 0.132 0.891 0.198 ;
      RECT 0.297 0.198 0.363 0.264 ;
      RECT 0.209 0.264 0.363 0.33 ;
      RECT 0.209 0.33 0.275 0.44 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.495 ;
      RECT 0.693 0.495 1.078 0.561 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.198 5.401 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.737 0.495 0.803 ;
      RECT 0.429 0.803 0.495 0.858 ;
      RECT 0.429 0.693 0.495 0.737 ;
      RECT 0.429 0.66 1.287 0.693 ;
      RECT 1.221 0.693 1.287 0.726 ;
      RECT 0.429 0.627 1.419 0.66 ;
      RECT 1.221 0.594 1.419 0.627 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.429 0.594 0.495 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.135 0.99 ;
      RECT 3.025 0.462 3.135 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.42 0.957 2.552 1.023 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.253 0.891 0.319 1.155 ;
      RECT 5.533 0.924 5.599 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.07 0.528 4.686 0.605 ;
    RECT 0 0.528 4.07 0.605 ;
    RECT 4.686 0.528 5.676 0.605 ;
    RECT 0 0.605 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.099 3.399 0.165 ;
    RECT 0.055 0.132 0.121 0.572 ;
    RECT 3.663 0.132 3.729 0.231 ;
    RECT 4.026 0.143 4.774 0.209 ;
    RECT 0.99 0.165 1.705 0.231 ;
    RECT 3.333 0.165 3.399 0.825 ;
    RECT 1.639 0.231 1.705 0.33 ;
    RECT 1.485 0.231 1.551 0.726 ;
    RECT 2.42 0.231 2.739 0.297 ;
    RECT 3.663 0.231 3.795 0.297 ;
    RECT 1.815 0.275 1.958 0.341 ;
    RECT 2.871 0.275 3.267 0.341 ;
    RECT 4.257 0.275 4.741 0.341 ;
    RECT 4.939 0.286 5.005 0.363 ;
    RECT 2.673 0.297 2.739 0.781 ;
    RECT 3.729 0.297 3.795 0.363 ;
    RECT 1.815 0.341 1.881 0.451 ;
    RECT 2.871 0.341 2.937 0.858 ;
    RECT 3.201 0.341 3.267 0.858 ;
    RECT 4.257 0.341 4.323 0.363 ;
    RECT 4.675 0.341 4.741 0.924 ;
    RECT 3.498 0.363 3.663 0.429 ;
    RECT 3.729 0.363 4.323 0.429 ;
    RECT 4.939 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.64 0.363 3.63 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 4.554 0.473 ;
    RECT 3.597 0.429 3.663 0.55 ;
    RECT 3.729 0.429 3.795 0.693 ;
    RECT 5.181 0.429 5.247 0.638 ;
    RECT 1.815 0.451 2.508 0.517 ;
    RECT 4.389 0.473 4.455 1.023 ;
    RECT 4.807 0.495 5.082 0.561 ;
    RECT 0.297 0.506 0.363 0.572 ;
    RECT 1.617 0.506 1.683 0.858 ;
    RECT 1.815 0.517 1.881 0.891 ;
    RECT 3.531 0.55 3.663 0.616 ;
    RECT 4.807 0.561 4.873 0.88 ;
    RECT 0.055 0.572 0.363 0.638 ;
    RECT 4.521 0.572 4.587 0.924 ;
    RECT 3.861 0.583 4.246 0.649 ;
    RECT 2.277 0.616 2.343 0.781 ;
    RECT 1.98 0.627 2.123 0.693 ;
    LAYER M2L ;
    RECT 1.419 0.627 2.112 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.638 0.121 1.056 ;
    RECT 4.939 0.638 5.247 0.704 ;
    RECT 3.861 0.649 3.927 0.825 ;
    RECT 2.035 0.693 2.123 0.88 ;
    RECT 3.63 0.693 3.795 0.759 ;
    LAYER M2L ;
    RECT 1.419 0.693 1.485 0.759 ;
    LAYER M1L ;
    RECT 4.939 0.704 5.005 0.77 ;
    RECT 5.115 0.704 5.181 1.001 ;
    RECT 4.037 0.748 4.125 1.001 ;
    RECT 0.605 0.759 1.001 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 1.485 0.825 ;
    RECT 1.584 0.759 2.97 0.825 ;
    RECT 3.102 0.759 4.62 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.781 2.739 0.847 ;
    RECT 0.935 0.825 1.001 0.924 ;
    RECT 0.605 0.825 0.671 1.012 ;
    RECT 1.078 0.825 1.529 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 2.651 0.847 2.739 0.924 ;
    RECT 4.807 0.88 4.961 0.946 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 1.078 0.891 1.144 1.023 ;
    RECT 1.815 0.891 1.958 0.957 ;
    LAYER M2L ;
    RECT 4.026 0.891 5.214 0.957 ;
    VIA 4.092 0.924 V1L2L ;
    VIA 5.148 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 4.895 0.946 4.961 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 0.759 1.023 1.144 1.089 ;
    RECT 1.606 1.023 2.277 1.045 ;
    RECT 4.389 1.023 4.961 1.089 ;
    RECT 1.672 1.045 2.277 1.089 ;
  END
END LDH_FSDPQ_2
#
# 
MACRO LDH_FSDPQ_3 FOREIGN C0A07BLDH_FSDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.619 0.033 3.685 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.495 ;
      RECT 0.561 0.495 1.056 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.094 0.825 6.567 0.891 ;
      RECT 6.479 0.891 6.567 0.99 ;
      RECT 6.127 0.319 6.567 0.385 ;
      RECT 6.479 0.198 6.567 0.319 ;
      RECT 6.127 0.242 6.193 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.748 ;
      RECT 0.165 0.594 0.363 0.726 ;
      RECT 0.165 0.33 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.848 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.693 0.627 1.023 ;
      RECT 0.396 1.023 0.627 1.089 ;
      RECT 0.561 0.627 1.419 0.693 ;
      RECT 1.353 0.33 1.419 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.44 3.267 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.355 0.946 3.421 1.155 ;
      RECT 2.805 1.023 2.871 1.155 ;
      RECT 2.728 0.957 2.871 1.023 ;
      RECT 0.231 0.935 0.297 1.155 ;
      RECT 0.231 0.869 0.374 0.935 ;
      RECT 5.929 0.924 5.995 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.785 0.528 5.544 0.561 ;
    RECT 0.352 0.528 1.276 0.594 ;
    RECT 1.276 0.528 4.785 0.561 ;
    RECT 5.544 0.528 6.6 0.561 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 1.276 0.561 6.6 0.594 ;
    RECT 0 0.594 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.199 0.099 1.551 0.165 ;
    RECT 2.266 0.099 3.553 0.165 ;
    RECT 4.774 0.099 5.621 0.143 ;
    RECT 0.033 0.132 0.385 0.198 ;
    RECT 4.708 0.143 5.621 0.165 ;
    RECT 3.971 0.154 4.037 0.22 ;
    RECT 0.693 0.165 0.759 0.264 ;
    RECT 1.067 0.165 1.133 0.264 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 1.199 0.165 1.265 0.363 ;
    RECT 3.487 0.165 3.553 0.495 ;
    RECT 4.708 0.165 4.84 0.209 ;
    RECT 5.555 0.165 5.621 0.352 ;
    RECT 0.033 0.198 0.143 0.264 ;
    RECT 0.319 0.198 0.385 0.44 ;
    RECT 3.927 0.22 4.037 0.286 ;
    RECT 0.858 0.231 0.99 0.297 ;
    RECT 1.969 0.231 2.035 0.308 ;
    RECT 1.485 0.231 1.551 0.759 ;
    RECT 4.312 0.231 4.455 0.297 ;
    RECT 4.95 0.231 5.489 0.275 ;
    RECT 0.033 0.264 0.099 0.814 ;
    RECT 2.937 0.264 3.003 0.792 ;
    RECT 3.795 0.264 3.861 0.495 ;
    RECT 3.069 0.264 3.421 0.33 ;
    RECT 4.884 0.275 5.489 0.297 ;
    RECT 2.189 0.286 2.871 0.352 ;
    RECT 3.927 0.286 3.993 0.715 ;
    RECT 5.731 0.286 5.797 0.363 ;
    RECT 0.924 0.297 0.99 0.363 ;
    RECT 4.389 0.297 4.455 0.407 ;
    RECT 4.884 0.297 5.016 0.341 ;
    RECT 5.423 0.297 5.489 0.495 ;
    RECT 4.125 0.33 4.213 0.616 ;
    RECT 3.355 0.33 3.421 0.627 ;
    RECT 3.069 0.33 3.135 0.957 ;
    RECT 2.805 0.352 2.871 0.594 ;
    RECT 2.189 0.352 2.255 0.792 ;
    RECT 0.924 0.363 1.265 0.429 ;
    RECT 5.082 0.363 5.357 0.407 ;
    RECT 5.731 0.363 6.061 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 5.357 0.429 ;
    RECT 2.013 0.418 2.079 0.77 ;
    RECT 4.389 0.429 5.148 0.473 ;
    RECT 5.291 0.429 5.357 0.759 ;
    RECT 5.995 0.429 6.061 0.627 ;
    RECT 4.389 0.473 4.455 0.715 ;
    RECT 2.508 0.495 2.739 0.561 ;
    RECT 3.487 0.495 3.861 0.561 ;
    RECT 5.423 0.495 5.896 0.561 ;
    RECT 4.521 0.539 4.928 0.605 ;
    RECT 2.673 0.561 2.739 0.792 ;
    RECT 3.795 0.561 3.861 0.891 ;
    RECT 5.533 0.561 5.599 0.891 ;
    RECT 5.159 0.572 5.225 0.671 ;
    RECT 4.521 0.605 4.587 0.726 ;
    RECT 3.355 0.627 3.553 0.693 ;
    RECT 5.731 0.627 6.061 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.498 0.693 ;
    RECT 3.762 0.627 4.62 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.554 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.66 2.431 0.924 ;
    RECT 4.818 0.671 5.225 0.737 ;
    RECT 2.541 0.682 2.607 1.023 ;
    RECT 3.487 0.693 3.553 1.023 ;
    RECT 5.731 0.693 5.797 1.023 ;
    RECT 3.927 0.715 4.455 0.781 ;
    RECT 4.818 0.737 4.884 0.847 ;
    RECT 0.715 0.759 1.551 0.825 ;
    RECT 5.291 0.759 5.434 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.442 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.792 3.003 0.858 ;
    RECT 0.033 0.814 0.143 0.946 ;
    RECT 3.619 0.814 3.685 0.891 ;
    RECT 5.071 0.814 5.203 0.88 ;
    RECT 0.715 0.825 0.781 0.902 ;
    RECT 3.971 0.847 4.884 0.913 ;
    RECT 1.793 0.88 1.859 0.957 ;
    RECT 1.969 0.88 2.035 1.023 ;
    RECT 5.137 0.88 5.203 0.891 ;
    RECT 3.619 0.891 3.861 0.957 ;
    RECT 5.137 0.891 5.599 0.957 ;
    RECT 3.971 0.913 4.037 1.023 ;
    RECT 0.858 0.957 1.859 1.023 ;
    RECT 3.069 0.957 3.234 1.023 ;
    RECT 1.969 1.023 2.607 1.089 ;
    RECT 3.487 1.023 4.037 1.089 ;
    RECT 4.642 1.023 5.797 1.089 ;
  END
END LDH_FSDPQ_3
#
# 
MACRO LDH_FSDPQ_4 FOREIGN C0A07BLDH_FSDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.462 1.023 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.561 ;
    RECT 0 0.528 4.752 0.561 ;
    RECT 5.489 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.859 0.143 ;
    RECT 2.915 0.099 3.905 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.859 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.793 0.165 1.859 0.231 ;
    RECT 2.2 0.165 2.409 0.231 ;
    RECT 2.915 0.165 2.981 0.319 ;
    RECT 3.839 0.165 3.905 0.495 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.33 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.793 0.231 2.035 0.297 ;
    RECT 2.343 0.231 2.409 0.363 ;
    RECT 3.047 0.231 3.487 0.297 ;
    RECT 3.553 0.231 3.696 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 3.696 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 1.969 0.297 2.035 0.847 ;
    RECT 3.399 0.297 3.487 0.726 ;
    RECT 3.047 0.297 3.113 0.924 ;
    RECT 3.553 0.297 3.641 0.836 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.123 0.308 2.189 0.495 ;
    RECT 2.684 0.319 2.981 0.385 ;
    RECT 1.078 0.341 1.144 0.374 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    RECT 2.915 0.385 2.981 0.759 ;
    RECT 1.815 0.396 1.881 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.123 0.495 2.794 0.561 ;
    RECT 3.839 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.123 0.561 2.189 0.704 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.891 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 5.676 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.544 0.693 5.61 0.759 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.123 0.704 2.255 0.77 ;
    RECT 2.486 0.759 2.981 0.825 ;
    RECT 5.544 0.759 5.676 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.553 0.836 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.398 0.913 ;
    RECT 3.553 0.891 4.928 0.902 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 4.796 0.902 4.928 0.957 ;
    RECT 3.047 0.924 3.157 0.99 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 1.87 0.979 2.574 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 3.091 0.99 3.157 1.056 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDH_FSDPQ_4
#
# 
MACRO LDH_FSDPQ_HD_1 FOREIGN C0A07BLDH_FSDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.924 ;
      RECT 3.817 0.924 3.927 1.056 ;
      RECT 3.817 0.198 3.927 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.979 ;
      RECT 3.498 0.979 3.663 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 3.289 0.176 3.355 0.297 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 3.443 0.264 3.531 0.858 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.462 ;
    RECT 3.267 0.363 3.355 0.924 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.135 0.55 3.201 0.627 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 3.234 0.627 3.828 0.693 ;
    VIA 3.3 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.891 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.342 0.891 1.551 0.957 ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDH_FSDPQ_HD_1
#
# 
MACRO LDH_FSDPQ_HD_2 FOREIGN C0A07BLDH_FSDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.99 ;
      RECT 3.806 0.297 4.059 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.968 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.795 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDH_FSDPQ_HD_2
#
# 
MACRO LDH_FSDPQ_HD_3 FOREIGN C0A07BLDH_FSDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 4.257 0.759 4.323 0.99 ;
      RECT 3.861 0.693 4.323 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDH_FSDPQ_HD_3
#
# 
MACRO LDH_FSDPQ_HD_4 FOREIGN C0A07BLDH_FSDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.861 0.693 4.29 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDH_FSDPQ_HD_4
#
# 
MACRO LDH_FSDPRBQ_1 FOREIGN C0A07BLDH_FSDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.264 4.939 0.594 ;
      RECT 3.069 0.264 3.135 0.726 ;
      RECT 1.419 0.264 1.485 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.363 4.95 0.429 ;
      VIA 1.452 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
      VIA 4.884 0.396 V1L2L ;
    END
  END RD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.555 0.198 5.643 1.034 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.759 0.726 ;
      RECT 0.671 0.726 1.419 0.792 ;
      RECT 1.353 0.66 1.419 0.726 ;
      RECT 0.627 0.308 0.759 0.374 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.946 5.005 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.905 0.528 4.554 0.616 ;
    RECT 0 0.528 3.905 0.616 ;
    RECT 4.554 0.528 5.676 0.616 ;
    RECT 0 0.616 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.099 1.298 0.143 ;
    RECT 2.057 0.099 4.158 0.165 ;
    RECT 4.268 0.099 4.62 0.165 ;
    RECT 4.697 0.099 5.203 0.165 ;
    RECT 1.661 0.132 1.727 0.297 ;
    RECT 0.792 0.143 1.364 0.165 ;
    RECT 1.232 0.165 1.364 0.209 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.396 0.165 0.528 0.231 ;
    RECT 2.057 0.165 2.123 1.023 ;
    RECT 4.268 0.165 4.334 0.275 ;
    RECT 4.554 0.165 4.62 0.627 ;
    RECT 4.697 0.165 4.763 0.55 ;
    RECT 5.137 0.165 5.203 1.056 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 0.462 0.231 0.528 0.869 ;
    RECT 2.475 0.231 2.981 0.297 ;
    RECT 2.211 0.275 2.354 0.341 ;
    RECT 4.202 0.275 4.334 0.341 ;
    RECT 3.333 0.286 3.399 0.352 ;
    RECT 1.661 0.297 1.991 0.363 ;
    RECT 2.915 0.297 2.981 0.825 ;
    RECT 2.475 0.297 2.541 0.924 ;
    RECT 0.88 0.319 1.353 0.385 ;
    RECT 3.729 0.319 4.081 0.385 ;
    RECT 2.211 0.341 2.277 0.924 ;
    RECT 3.333 0.352 3.641 0.418 ;
    RECT 1.925 0.363 1.991 0.858 ;
    RECT 1.287 0.385 1.353 0.594 ;
    RECT 4.015 0.385 4.081 0.407 ;
    RECT 3.729 0.385 3.795 0.99 ;
    RECT 2.783 0.396 2.849 0.957 ;
    RECT 4.015 0.407 4.477 0.473 ;
    RECT 3.575 0.418 3.641 0.748 ;
    RECT 1.551 0.462 1.617 0.682 ;
    RECT 4.411 0.473 4.477 0.759 ;
    LAYER M2L ;
    RECT 1.254 0.495 2.31 0.561 ;
    VIA 1.584 0.528 V1L2L ;
    VIA 2.244 0.528 V1L2L ;
    VIA 1.32 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.517 2.673 0.99 ;
    RECT 3.201 0.517 3.41 0.583 ;
    RECT 3.861 0.55 4.323 0.616 ;
    RECT 3.201 0.583 3.267 0.825 ;
    RECT 2.343 0.616 2.409 1.023 ;
    RECT 4.257 0.616 4.323 0.682 ;
    RECT 3.861 0.616 3.927 0.99 ;
    RECT 4.554 0.627 4.686 0.693 ;
    RECT 1.485 0.682 1.617 0.748 ;
    RECT 4.62 0.693 4.686 0.781 ;
    RECT 5.005 0.704 5.071 0.781 ;
    RECT 1.485 0.748 1.551 0.869 ;
    RECT 3.333 0.748 3.641 0.814 ;
    RECT 4.378 0.759 4.51 0.825 ;
    RECT 4.62 0.781 5.071 0.847 ;
    RECT 3.333 0.814 3.399 0.957 ;
    RECT 2.915 0.825 3.267 0.891 ;
    RECT 1.617 0.836 1.683 1.023 ;
    RECT 4.62 0.847 4.686 0.891 ;
    RECT 1.881 0.858 1.991 0.924 ;
    RECT 0.462 0.869 1.551 0.935 ;
    RECT 4.202 0.891 4.686 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 3.96 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.015 0.902 4.081 1.023 ;
    RECT 1.881 0.924 1.947 1.023 ;
    RECT 4.763 0.946 4.829 1.023 ;
    RECT 2.783 0.957 3.399 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
    RECT 2.057 1.023 2.409 1.089 ;
    RECT 4.015 1.023 4.829 1.089 ;
  END
END LDH_FSDPRBQ_1
#
# 
MACRO LDH_FSDPRBQ_2 FOREIGN C0A07BLDH_FSDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.771 0.033 1.837 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.797 0.594 ;
      RECT 5.709 0.231 5.874 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.874 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.808 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.605 ;
      RECT 1.089 0.605 1.254 0.671 ;
      RECT 0.693 0.429 1.155 0.495 ;
      RECT 0.693 0.198 0.759 0.429 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.803 ;
      RECT 6.369 0.803 6.567 0.869 ;
      RECT 6.369 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.969 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 0.847 ;
      RECT 1.485 0.847 1.595 0.913 ;
      RECT 1.529 0.913 1.595 1.023 ;
      RECT 1.529 1.023 1.672 1.089 ;
      RECT 0.726 0.583 0.99 0.693 ;
      LAYER M2L ;
      RECT 0.858 0.627 1.584 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 1.771 0.858 1.837 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.924 6.325 1.155 ;
      RECT 5.841 0.858 5.907 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.869 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.365 0.099 4.477 0.165 ;
    RECT 5.401 0.099 6.281 0.143 ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.947 0.132 2.013 0.297 ;
    RECT 4.62 0.143 6.281 0.165 ;
    RECT 0.825 0.165 1.496 0.231 ;
    RECT 0.209 0.165 0.572 0.231 ;
    RECT 4.411 0.165 4.477 0.495 ;
    RECT 2.365 0.165 2.431 0.924 ;
    RECT 4.62 0.165 5.467 0.209 ;
    RECT 6.215 0.165 6.281 0.594 ;
    RECT 0.055 0.209 0.143 1.023 ;
    RECT 5.401 0.209 5.467 0.891 ;
    RECT 0.825 0.231 0.891 0.264 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.717 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.594 ;
    RECT 3.751 0.264 3.817 0.462 ;
    RECT 4.202 0.275 4.345 0.341 ;
    RECT 4.796 0.275 5.313 0.341 ;
    RECT 0.968 0.297 1.419 0.363 ;
    RECT 2.717 0.297 2.783 0.561 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 4.279 0.341 4.345 0.627 ;
    RECT 4.862 0.341 4.928 0.627 ;
    RECT 5.247 0.341 5.313 0.77 ;
    RECT 1.353 0.363 1.419 0.891 ;
    RECT 2.882 0.363 3.058 0.429 ;
    RECT 2.233 0.363 2.299 1.023 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.533 0.418 5.599 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 3.751 0.462 4.103 0.528 ;
    RECT 3.223 0.462 3.289 0.891 ;
    RECT 5.115 0.462 5.181 0.759 ;
    RECT 4.411 0.495 4.697 0.561 ;
    RECT 4.037 0.528 4.103 0.891 ;
    RECT 2.717 0.561 2.827 0.77 ;
    RECT 3.696 0.605 3.916 0.671 ;
    RECT 4.279 0.627 4.928 0.693 ;
    RECT 3.696 0.671 3.762 0.737 ;
    RECT 4.202 0.693 4.345 0.759 ;
    RECT 5.533 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.455 0.759 5.181 0.825 ;
    RECT 6.039 0.759 6.105 0.968 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 4.455 0.825 4.521 1.023 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 0.209 0.891 1.419 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 3.223 0.891 4.103 0.957 ;
    RECT 4.928 0.891 5.467 0.957 ;
    RECT 1.947 0.924 2.013 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 0.055 1.023 1.43 1.089 ;
    RECT 1.947 1.023 4.521 1.089 ;
    RECT 4.653 1.023 5.687 1.089 ;
  END
END LDH_FSDPRBQ_2
#
# 
MACRO LDH_FSDPRBQ_3 FOREIGN C0A07BLDH_FSDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 6.49 0.429 6.578 0.594 ;
      RECT 6.446 0.363 6.644 0.429 ;
      RECT 4.114 0.308 4.202 0.594 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.6 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.158 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 7.161 0.693 7.623 0.759 ;
      RECT 7.535 0.759 7.623 0.99 ;
      RECT 7.161 0.759 7.249 0.88 ;
      RECT 7.15 0.297 7.623 0.363 ;
      RECT 7.535 0.198 7.623 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.359 0.858 7.425 1.155 ;
      RECT 6.611 0.858 6.677 1.155 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 2.937 0.099 3.674 0.165 ;
    RECT 6.149 0.099 7.018 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.409 0.132 2.475 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.313 0.143 7.018 0.165 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 2.937 0.165 3.003 0.231 ;
    RECT 5.313 0.165 6.215 0.209 ;
    RECT 6.952 0.165 7.018 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.115 0.198 5.181 0.451 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.313 0.209 5.379 0.286 ;
    RECT 6.149 0.209 6.215 0.891 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 2.805 0.231 3.003 0.297 ;
    RECT 3.289 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.838 0.231 5.214 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.587 0.242 4.653 0.308 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 2.013 0.264 2.079 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 4.378 0.275 4.51 0.341 ;
    RECT 5.478 0.275 6.083 0.341 ;
    RECT 3.113 0.286 3.179 0.418 ;
    RECT 2.805 0.297 2.871 0.792 ;
    RECT 3.96 0.297 4.026 0.715 ;
    RECT 3.289 0.297 3.355 0.748 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.587 0.308 5.005 0.374 ;
    RECT 6.787 0.308 6.875 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 4.444 0.341 4.51 0.495 ;
    RECT 5.478 0.341 5.566 0.583 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 1.485 0.363 2.079 0.429 ;
    RECT 0.473 0.363 0.979 0.429 ;
    RECT 2.651 0.363 2.717 0.55 ;
    RECT 4.939 0.374 5.005 0.671 ;
    RECT 2.937 0.418 3.179 0.484 ;
    RECT 6.281 0.418 6.347 0.693 ;
    RECT 0.913 0.429 0.979 0.759 ;
    RECT 5.115 0.451 5.379 0.517 ;
    RECT 4.301 0.462 4.367 0.715 ;
    RECT 3.795 0.462 3.861 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.444 0.495 4.818 0.561 ;
    RECT 6.952 0.495 7.326 0.561 ;
    RECT 2.563 0.55 2.717 0.616 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.444 0.561 4.51 0.891 ;
    RECT 5.632 0.583 5.918 0.649 ;
    RECT 5.148 0.583 5.566 0.649 ;
    RECT 2.563 0.616 2.629 1.023 ;
    RECT 3.113 0.638 3.179 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.632 0.649 5.698 0.759 ;
    RECT 5.148 0.649 5.214 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.73 0.671 5.214 0.737 ;
    RECT 6.281 0.693 6.875 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.715 4.367 0.781 ;
    RECT 3.663 0.748 3.729 0.891 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.346 0.759 5.698 0.803 ;
    RECT 5.808 0.759 6.083 0.825 ;
    RECT 6.809 0.759 6.875 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.675 0.803 5.698 0.825 ;
    RECT 4.675 0.825 5.412 0.869 ;
    RECT 6.369 0.858 6.435 1.023 ;
    RECT 4.675 0.869 4.741 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.729 0.957 ;
    RECT 3.795 0.891 4.51 0.957 ;
    RECT 5.5 0.891 6.215 0.957 ;
    RECT 2.409 0.924 2.475 1.023 ;
    RECT 5.258 0.935 5.39 1.001 ;
    RECT 5.324 1.001 5.39 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.409 1.023 4.741 1.089 ;
    RECT 5.324 1.023 6.435 1.089 ;
  END
END LDH_FSDPRBQ_3
#
# 
MACRO LDH_FSDPRBQ_4 FOREIGN C0A07BLDH_FSDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.429 6.699 0.594 ;
      RECT 6.633 0.363 6.831 0.429 ;
      RECT 4.125 0.429 4.191 0.594 ;
      RECT 4.125 0.363 4.29 0.429 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.798 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
      VIA 6.732 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.37 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.227 0.924 7.293 1.155 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.001 5.434 1.155 ;
      RECT 5.302 0.935 5.434 1.001 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.729 0.484 8.052 0.528 ;
    RECT 2.97 0.484 3.729 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.542 0.099 4.158 0.165 ;
    RECT 2.937 0.099 3.421 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.365 0.132 2.431 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.871 0.792 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.092 0.165 4.158 0.231 ;
    RECT 3.333 0.165 3.421 0.231 ;
    RECT 2.937 0.165 3.003 0.308 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.379 0.198 5.445 0.451 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 4.092 0.231 4.224 0.297 ;
    RECT 3.333 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.772 0.231 5.478 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    VIA 0.792 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 3.08 0.275 3.212 0.341 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.013 0.286 2.101 0.363 ;
    RECT 3.333 0.297 3.421 0.627 ;
    RECT 3.96 0.297 4.026 0.737 ;
    RECT 4.378 0.297 4.587 0.363 ;
    RECT 2.365 0.297 2.717 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 3.08 0.341 3.146 0.418 ;
    RECT 5.698 0.341 5.786 0.583 ;
    RECT 6.237 0.341 6.303 0.737 ;
    RECT 1.485 0.363 2.101 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 2.651 0.363 2.717 0.528 ;
    RECT 5.17 0.363 5.258 0.583 ;
    RECT 2.937 0.418 3.146 0.484 ;
    RECT 6.501 0.418 6.567 0.693 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 5.379 0.451 5.588 0.517 ;
    RECT 4.389 0.462 4.455 0.737 ;
    RECT 3.817 0.462 3.883 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.563 0.528 2.717 0.594 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.521 0.561 4.587 0.891 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.583 5.786 0.649 ;
    RECT 2.563 0.594 2.629 1.023 ;
    RECT 3.113 0.616 3.179 0.891 ;
    RECT 3.278 0.627 3.421 0.693 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 5.17 0.649 5.258 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 3.685 0.704 3.751 0.891 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.737 4.455 0.803 ;
    RECT 6.028 0.737 6.303 0.803 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.412 0.759 5.918 0.803 ;
    RECT 7.029 0.759 7.095 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.63 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.653 0.803 5.918 0.825 ;
    RECT 4.653 0.825 5.478 0.869 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 4.653 0.869 4.719 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.751 0.957 ;
    RECT 3.817 0.891 4.587 0.957 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.365 1.023 4.719 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDH_FSDPRBQ_4
#
# 
MACRO LDH_FSDPRBQ_HD_1 FOREIGN C0A07BLDH_FSDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 1.023 ;
      RECT 3.872 1.023 4.059 1.089 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.553 0.847 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 3.685 0.132 3.751 0.297 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 3.839 0.33 3.905 0.858 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.751 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 2.871 0.627 3.597 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 3.751 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDH_FSDPRBQ_HD_1
#
# 
MACRO LDH_FSDPRBQ_HD_2 FOREIGN C0A07BLDH_FSDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.224 0.165 4.455 0.231 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDH_FSDPRBQ_HD_2
#
# 
MACRO LDH_FSDPRBQ_HD_3 FOREIGN C0A07BLDH_FSDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.825 ;
      RECT 4.257 0.825 4.719 0.891 ;
      RECT 4.653 0.891 4.719 0.99 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.257 0.297 4.719 0.363 ;
      RECT 4.653 0.198 4.719 0.297 ;
      RECT 4.257 0.198 4.323 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.752 0.55 ;
    RECT 0 0.55 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDH_FSDPRBQ_HD_3
#
# 
MACRO LDH_FSDPRBQ_HD_4 FOREIGN C0A07BLDH_FSDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.884 0.55 ;
    RECT 0 0.55 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    RECT 3.993 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDH_FSDPRBQ_HD_4
#
# 
MACRO LDH_FSDPRBSBQ_1 FOREIGN C0A07BLDH_FSDPRBSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.609 0.033 4.675 0.33 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.231 0.033 0.297 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.165 4.455 0.429 ;
      RECT 4.389 0.429 4.587 0.539 ;
      RECT 2.937 0.099 4.455 0.165 ;
      RECT 2.937 0.165 3.003 0.594 ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.363 1.507 0.429 ;
      RECT 1.441 0.429 1.507 0.495 ;
      RECT 1.441 0.561 1.507 0.594 ;
      RECT 1.32 0.495 1.507 0.561 ;
      RECT 1.353 0.297 1.419 0.363 ;
      RECT 1.188 0.231 1.419 0.297 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.686 0.429 4.851 0.539 ;
      RECT 4.785 0.33 4.851 0.429 ;
      RECT 3.201 0.264 3.267 0.462 ;
      RECT 3.157 0.462 3.267 0.528 ;
      RECT 3.157 0.528 3.223 0.594 ;
      LAYER M2L ;
      RECT 3.168 0.363 4.884 0.429 ;
      VIA 3.234 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.363 1.188 0.429 ;
      RECT 1.056 0.429 1.122 0.495 ;
      RECT 0.902 0.495 1.122 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.181 0.792 5.357 0.858 ;
      RECT 5.291 0.858 5.357 1.056 ;
      RECT 5.181 0.33 5.357 0.396 ;
      RECT 5.291 0.132 5.357 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.693 1.287 0.858 ;
      RECT 0.66 0.627 1.364 0.693 ;
      RECT 0.66 0.561 0.726 0.627 ;
      RECT 0.594 0.495 0.726 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.609 0.946 4.675 1.155 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 1.397 0.836 1.463 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 2.541 0.165 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.607 0.154 2.673 0.847 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 0.869 0.165 0.935 0.363 ;
    RECT 2.475 0.165 2.541 0.88 ;
    RECT 4.939 0.187 5.049 0.319 ;
    RECT 0.055 0.22 0.121 0.957 ;
    RECT 1.518 0.231 1.661 0.297 ;
    RECT 2.211 0.231 2.354 0.297 ;
    RECT 3.828 0.231 3.96 0.297 ;
    LAYER M2L ;
    RECT 1.518 0.231 3.96 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.363 ;
    RECT 4.07 0.275 4.279 0.341 ;
    RECT 1.727 0.286 1.793 0.363 ;
    RECT 3.333 0.286 3.399 0.616 ;
    RECT 3.487 0.286 3.553 0.682 ;
    RECT 3.619 0.286 3.729 0.418 ;
    RECT 1.573 0.297 1.661 0.495 ;
    RECT 2.211 0.297 2.277 0.891 ;
    RECT 3.894 0.297 3.96 0.495 ;
    RECT 4.983 0.319 5.049 0.33 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 4.213 0.341 4.279 0.616 ;
    RECT 1.727 0.363 2.145 0.429 ;
    RECT 0.429 0.363 0.935 0.429 ;
    RECT 2.343 0.396 2.409 0.726 ;
    RECT 5.049 0.396 5.115 0.748 ;
    RECT 3.619 0.418 3.685 0.759 ;
    RECT 2.079 0.429 2.145 0.627 ;
    RECT 0.429 0.429 0.495 0.803 ;
    RECT 2.761 0.462 2.827 0.715 ;
    RECT 4.917 0.462 4.983 0.616 ;
    RECT 3.751 0.484 3.817 0.627 ;
    RECT 1.573 0.495 1.98 0.561 ;
    RECT 3.894 0.495 4.026 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 3.432 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 3.366 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.573 0.561 1.639 0.902 ;
    RECT 4.213 0.616 4.983 0.682 ;
    RECT 1.727 0.627 2.145 0.693 ;
    RECT 3.751 0.627 3.938 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.894 0.693 ;
    VIA 3.828 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.682 3.553 0.715 ;
    RECT 4.081 0.682 4.147 0.759 ;
    RECT 4.213 0.682 4.279 0.891 ;
    RECT 1.727 0.693 1.793 0.902 ;
    RECT 2.761 0.715 3.553 0.748 ;
    RECT 2.761 0.748 3.465 0.781 ;
    RECT 4.367 0.748 5.115 0.814 ;
    RECT 3.619 0.759 4.147 0.825 ;
    RECT 0.429 0.803 1.122 0.869 ;
    RECT 4.367 0.814 4.433 0.88 ;
    RECT 4.785 0.814 4.851 1.056 ;
    RECT 3.52 0.825 3.685 0.891 ;
    RECT 2.607 0.847 3.3 0.891 ;
    RECT 2.211 0.891 2.398 0.957 ;
    RECT 2.607 0.891 3.586 0.913 ;
    RECT 3.872 0.891 4.279 0.957 ;
    RECT 3.234 0.913 3.586 0.957 ;
    RECT 2.607 0.913 2.673 1.023 ;
    RECT 2.079 0.924 2.145 1.023 ;
    RECT 4.433 0.946 4.499 1.023 ;
    RECT 0.055 0.957 1.21 1.023 ;
    RECT 3.652 0.957 3.784 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
    RECT 1.078 1.023 1.21 1.067 ;
    RECT 2.079 1.023 2.673 1.089 ;
    RECT 3.718 1.023 4.499 1.089 ;
  END
END LDH_FSDPRBSBQ_1
#
# 
MACRO LDH_FSDPRBSBQ_2 FOREIGN C0A07BLDH_FSDPRBSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.264 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 3.685 0.033 3.751 0.242 ;
      RECT 3.333 0.033 3.399 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.165 5.643 0.517 ;
      RECT 5.5 0.517 5.643 0.583 ;
      RECT 3.894 0.099 5.676 0.165 ;
      RECT 3.894 0.165 3.96 0.495 ;
      RECT 3.828 0.495 3.96 0.561 ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.429 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.353 0.594 1.551 0.66 ;
      RECT 1.485 0.66 1.551 0.726 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.517 ;
      RECT 5.181 0.517 5.39 0.583 ;
      RECT 3.597 0.33 3.685 0.517 ;
      RECT 3.41 0.517 3.685 0.583 ;
      LAYER M2L ;
      RECT 3.564 0.363 5.28 0.429 ;
      VIA 3.63 0.396 V1L2L ;
      VIA 5.214 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.561 ;
      RECT 0.561 0.561 1.122 0.627 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.671 ;
      RECT 6.171 0.737 6.237 0.902 ;
      RECT 6.138 0.671 6.303 0.737 ;
      RECT 6.171 0.154 6.237 0.319 ;
      RECT 6.138 0.319 6.303 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.841 0.946 5.907 1.155 ;
      RECT 5.423 0.946 5.489 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 6.347 0.792 6.413 1.155 ;
      RECT 5.995 0.946 6.061 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.356 0.528 5.852 0.55 ;
    RECT 0.858 0.528 1.661 0.638 ;
    RECT 1.661 0.528 4.356 0.55 ;
    RECT 5.852 0.528 6.468 0.55 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.661 0.55 6.468 0.638 ;
    RECT 0 0.638 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.761 0.165 ;
    RECT 2.827 0.099 3.245 0.165 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 3.509 0.132 3.575 0.198 ;
    RECT 5.841 0.132 5.907 0.363 ;
    RECT 1.617 0.154 1.947 0.22 ;
    RECT 0.418 0.165 1.045 0.231 ;
    RECT 2.233 0.165 2.299 0.231 ;
    RECT 2.695 0.165 2.761 0.572 ;
    RECT 3.179 0.165 3.245 0.286 ;
    RECT 2.827 0.165 2.893 0.693 ;
    RECT 3.465 0.198 3.575 0.264 ;
    RECT 1.617 0.22 1.683 0.286 ;
    RECT 1.881 0.22 1.947 0.363 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.112 0.231 2.299 0.297 ;
    RECT 4.29 0.231 4.433 0.297 ;
    RECT 4.499 0.231 4.939 0.297 ;
    LAYER M2L ;
    RECT 2.112 0.231 4.422 0.297 ;
    VIA 2.178 0.264 V1L2L ;
    VIA 4.356 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.264 2.453 0.825 ;
    RECT 3.003 0.264 3.069 0.385 ;
    RECT 3.465 0.264 3.531 0.385 ;
    RECT 2.563 0.286 2.629 0.462 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 2.233 0.297 2.299 0.693 ;
    RECT 4.026 0.297 4.224 0.363 ;
    RECT 4.367 0.297 4.433 0.506 ;
    RECT 4.873 0.297 4.939 0.352 ;
    RECT 4.499 0.297 4.565 0.44 ;
    RECT 4.873 0.352 5.049 0.418 ;
    RECT 1.881 0.363 2.167 0.429 ;
    RECT 1.485 0.363 1.551 0.385 ;
    RECT 4.026 0.363 4.092 0.671 ;
    RECT 4.664 0.363 4.807 0.429 ;
    RECT 5.841 0.363 6.039 0.429 ;
    RECT 1.485 0.385 1.683 0.451 ;
    RECT 3.003 0.385 3.531 0.451 ;
    RECT 4.983 0.418 5.049 0.649 ;
    RECT 2.101 0.429 2.167 0.561 ;
    RECT 4.741 0.429 4.807 0.484 ;
    RECT 5.973 0.429 6.039 0.781 ;
    RECT 1.617 0.451 1.683 0.825 ;
    RECT 2.519 0.462 2.629 0.594 ;
    RECT 4.169 0.462 4.257 0.627 ;
    RECT 4.741 0.484 4.917 0.55 ;
    RECT 5.742 0.495 5.874 0.561 ;
    LAYER M2L ;
    RECT 2.508 0.495 4.29 0.561 ;
    VIA 4.224 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.506 4.477 0.572 ;
    RECT 2.992 0.517 3.256 0.583 ;
    RECT 4.565 0.539 4.675 0.627 ;
    RECT 4.851 0.55 4.917 0.759 ;
    RECT 2.013 0.561 2.167 0.627 ;
    RECT 5.742 0.561 5.808 0.649 ;
    RECT 4.411 0.572 4.477 0.66 ;
    RECT 3.19 0.583 3.256 0.671 ;
    RECT 1.221 0.594 1.287 0.693 ;
    RECT 2.563 0.594 2.629 0.693 ;
    RECT 2.013 0.627 2.079 0.891 ;
    RECT 4.169 0.627 4.301 0.693 ;
    RECT 4.565 0.627 4.752 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.752 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.983 0.649 5.808 0.715 ;
    RECT 3.19 0.671 4.092 0.737 ;
    RECT 0.561 0.693 1.287 0.759 ;
    RECT 2.563 0.693 2.706 0.759 ;
    RECT 2.178 0.693 2.299 0.759 ;
    RECT 2.827 0.693 3.069 0.759 ;
    RECT 4.983 0.715 5.049 0.891 ;
    RECT 0.561 0.759 0.627 0.825 ;
    RECT 3.003 0.759 3.069 0.803 ;
    RECT 4.169 0.759 4.917 0.803 ;
    RECT 5.115 0.781 6.039 0.847 ;
    RECT 3.003 0.803 4.917 0.825 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.77 0.825 1.683 0.891 ;
    RECT 2.189 0.825 2.882 0.891 ;
    RECT 3.003 0.825 4.235 0.869 ;
    RECT 5.115 0.847 5.181 0.891 ;
    RECT 5.665 0.847 5.731 1.056 ;
    RECT 3.003 0.869 3.069 0.902 ;
    RECT 3.355 0.869 3.421 1.034 ;
    RECT 0.055 0.891 0.121 0.935 ;
    RECT 1.782 0.891 2.079 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    RECT 2.189 0.891 2.255 1.023 ;
    RECT 4.488 0.891 5.049 0.957 ;
    RECT 2.97 0.902 3.069 0.968 ;
    RECT 4.301 0.924 4.367 1.023 ;
    RECT 5.225 0.946 5.291 1.023 ;
    RECT 0.418 0.957 1.078 1.023 ;
    RECT 2.354 0.957 2.486 1.023 ;
    RECT 2.97 0.968 3.036 1.023 ;
    RECT 1.617 1.023 2.255 1.089 ;
    RECT 2.42 1.023 3.036 1.089 ;
    RECT 4.301 1.023 5.291 1.089 ;
  END
END LDH_FSDPRBSBQ_2
#
# 
MACRO LDH_FSDPRBSBQ_4 FOREIGN C0A07BLDH_FSDPRBSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.396 ;
      RECT 7.975 0.033 8.041 0.396 ;
      RECT 6.919 0.033 6.985 0.242 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.837 0.033 1.903 0.286 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.781 0.033 0.847 0.231 ;
      RECT 0.748 0.231 0.847 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.363 6.644 0.429 ;
      RECT 6.435 0.198 6.501 0.363 ;
      RECT 4.389 0.363 4.884 0.429 ;
      RECT 4.389 0.429 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.62 0.363 6.6 0.429 ;
      VIA 4.686 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.495 1.32 0.561 ;
      RECT 1.221 0.561 1.287 0.627 ;
      RECT 1.056 0.627 1.32 0.693 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.799 0.495 8.217 0.561 ;
      RECT 8.151 0.561 8.217 0.891 ;
      RECT 7.799 0.561 7.887 0.891 ;
      RECT 8.151 0.176 8.217 0.495 ;
      RECT 7.799 0.176 7.887 0.495 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.178 0.517 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 0.726 0.561 0.792 0.759 ;
      RECT 0.528 0.759 0.792 0.825 ;
      RECT 0.66 0.495 0.792 0.561 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.716 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 0.726 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.697 0.759 5.016 0.825 ;
      RECT 4.697 0.66 4.763 0.759 ;
      RECT 6.402 0.627 7.084 0.693 ;
      LAYER M2L ;
      RECT 4.752 0.759 6.468 0.825 ;
      RECT 6.402 0.693 6.468 0.759 ;
      RECT 6.402 0.627 6.666 0.693 ;
      VIA 6.6 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
      VIA 4.818 0.792 V1L2L ;
      VIA 4.95 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.946 7.689 1.155 ;
      RECT 3.707 0.814 3.773 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 8.327 0.792 8.393 1.155 ;
      RECT 7.975 0.792 8.041 1.155 ;
      RECT 7.447 0.946 7.513 1.155 ;
      RECT 6.743 0.946 6.809 1.155 ;
      RECT 2.453 0.924 2.519 1.155 ;
      RECT 2.057 0.814 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.099 1.309 0.165 ;
    RECT 2.607 0.099 3.003 0.165 ;
    RECT 4.631 0.099 5.401 0.165 ;
    RECT 5.511 0.121 6.303 0.187 ;
    RECT 7.095 0.121 7.513 0.187 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.743 0.132 6.809 0.352 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 1.243 0.165 1.309 0.297 ;
    RECT 2.607 0.165 2.673 0.264 ;
    RECT 2.937 0.165 3.003 0.759 ;
    RECT 4.631 0.165 4.697 0.242 ;
    RECT 5.335 0.165 5.401 0.242 ;
    RECT 4.983 0.165 5.049 0.264 ;
    RECT 3.355 0.165 3.806 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 5.511 0.187 5.577 0.264 ;
    RECT 6.039 0.187 6.105 0.264 ;
    RECT 6.237 0.187 6.303 0.495 ;
    RECT 7.447 0.187 7.513 0.264 ;
    RECT 7.095 0.187 7.161 0.352 ;
    RECT 2.453 0.198 2.541 0.495 ;
    RECT 1.683 0.22 1.749 0.297 ;
    RECT 4.235 0.22 4.301 0.297 ;
    RECT 3.355 0.231 3.421 0.649 ;
    RECT 5.126 0.253 5.258 0.319 ;
    RECT 5.643 0.253 5.786 0.319 ;
    RECT 1.111 0.264 1.177 0.363 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 7.271 0.286 7.337 0.363 ;
    RECT 1.243 0.297 1.749 0.363 ;
    RECT 2.024 0.297 2.387 0.363 ;
    RECT 3.487 0.297 4.301 0.363 ;
    RECT 2.805 0.308 2.871 0.891 ;
    RECT 5.126 0.319 5.192 0.561 ;
    RECT 5.643 0.319 5.709 0.759 ;
    RECT 6.743 0.352 7.161 0.418 ;
    RECT 0.451 0.363 1.177 0.429 ;
    RECT 2.321 0.363 2.387 0.627 ;
    RECT 3.487 0.363 3.553 0.418 ;
    RECT 7.271 0.363 7.733 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 3.036 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.374 5.511 0.66 ;
    RECT 0.869 0.429 0.935 0.759 ;
    RECT 7.667 0.429 7.733 0.781 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 6.039 0.462 6.105 0.627 ;
    RECT 2.453 0.495 2.706 0.561 ;
    RECT 4.543 0.495 5.016 0.561 ;
    RECT 6.237 0.495 7.568 0.561 ;
    LAYER M2L ;
    RECT 2.442 0.495 5.544 0.561 ;
    VIA 3.234 0.528 V1L2L ;
    VIA 2.64 0.528 V1L2L ;
    VIA 2.508 0.528 V1L2L ;
    VIA 5.478 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.608 0.517 4.081 0.583 ;
    RECT 2.453 0.561 2.541 0.759 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 5.126 0.561 5.225 0.627 ;
    RECT 6.237 0.561 6.303 0.891 ;
    RECT 4.015 0.583 4.081 0.891 ;
    RECT 1.881 0.627 2.387 0.693 ;
    RECT 5.159 0.627 5.225 0.891 ;
    RECT 5.808 0.627 6.105 0.693 ;
    LAYER M2L ;
    RECT 2.112 0.627 6.072 0.693 ;
    VIA 2.178 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 5.874 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.649 3.949 0.715 ;
    RECT 1.881 0.693 1.947 0.825 ;
    RECT 3.531 0.715 3.597 1.023 ;
    RECT 3.883 0.715 3.949 1.023 ;
    RECT 3.201 0.726 3.289 0.891 ;
    RECT 0.869 0.759 1.386 0.825 ;
    RECT 2.277 0.759 2.541 0.825 ;
    RECT 2.937 0.759 3.102 0.825 ;
    RECT 4.224 0.759 4.609 0.825 ;
    RECT 5.379 0.759 6.138 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.488 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.422 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.424 0.781 7.733 0.847 ;
    RECT 1.837 0.825 1.947 0.891 ;
    RECT 2.277 0.825 2.343 1.034 ;
    RECT 5.379 0.825 5.445 1.023 ;
    RECT 6.919 0.847 6.985 1.056 ;
    RECT 7.271 0.847 7.337 1.056 ;
    RECT 2.607 0.858 2.673 1.023 ;
    RECT 0.418 0.891 1.21 0.957 ;
    RECT 1.837 0.891 1.903 1.012 ;
    RECT 2.772 0.891 3.289 0.957 ;
    RECT 4.015 0.891 5.258 0.957 ;
    RECT 5.742 0.891 6.369 0.957 ;
    RECT 5.511 0.924 5.577 1.023 ;
    RECT 6.567 0.946 6.633 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.607 1.023 3.597 1.089 ;
    RECT 3.883 1.023 5.445 1.089 ;
    RECT 5.511 1.023 6.633 1.089 ;
  END
END LDH_FSDPRBSBQ_4
#
# 
MACRO LDH_FSDPSBQ_1 FOREIGN C0A07BLDH_FSDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.858 ;
      RECT 5.137 0.858 5.247 0.99 ;
      RECT 5.137 0.198 5.247 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.649 0.22 0.715 ;
      RECT 0.033 0.715 0.099 0.792 ;
      RECT 0.033 0.462 0.099 0.649 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.99 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.737 4.752 0.847 ;
      RECT 3.091 0.726 3.201 0.858 ;
      RECT 3.091 0.594 3.157 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 4.554 0.825 ;
      VIA 3.168 0.792 V1L2L ;
      VIA 4.488 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.946 4.499 1.155 ;
      RECT 3.553 0.88 3.619 1.155 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.739 0.902 2.805 1.155 ;
      RECT 0.385 0.99 0.451 1.155 ;
      RECT 0.385 0.924 0.495 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.099 3.85 0.165 ;
    RECT 0.231 0.132 0.297 0.484 ;
    RECT 1.397 0.132 1.749 0.198 ;
    RECT 3.927 0.132 3.993 0.495 ;
    RECT 4.125 0.132 4.191 0.363 ;
    RECT 4.752 0.143 4.983 0.209 ;
    RECT 0.385 0.165 1.287 0.231 ;
    RECT 2.431 0.165 2.497 0.429 ;
    RECT 3.784 0.165 3.85 0.495 ;
    RECT 1.815 0.165 1.881 0.77 ;
    RECT 1.397 0.198 1.463 0.264 ;
    RECT 1.683 0.198 1.749 0.594 ;
    RECT 4.917 0.209 4.983 0.319 ;
    RECT 0.385 0.231 0.451 0.418 ;
    RECT 1.221 0.231 1.287 0.418 ;
    LAYER M2L ;
    RECT 1.65 0.231 4.224 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.253 2.266 0.319 ;
    RECT 1.947 0.264 2.035 0.858 ;
    RECT 0.539 0.297 1.155 0.363 ;
    RECT 3.421 0.297 3.674 0.363 ;
    RECT 2.101 0.319 2.167 0.572 ;
    RECT 2.728 0.319 3.355 0.385 ;
    RECT 4.334 0.319 4.983 0.385 ;
    RECT 0.539 0.363 0.605 0.462 ;
    RECT 1.089 0.363 1.155 0.957 ;
    RECT 3.421 0.363 3.487 0.627 ;
    RECT 4.092 0.363 4.191 0.429 ;
    RECT 2.959 0.385 3.025 0.715 ;
    RECT 3.289 0.385 3.355 0.726 ;
    RECT 4.917 0.385 4.983 0.913 ;
    RECT 2.266 0.429 2.497 0.495 ;
    RECT 0.231 0.484 0.385 0.55 ;
    RECT 3.652 0.495 3.85 0.561 ;
    RECT 3.927 0.495 4.818 0.561 ;
    RECT 2.827 0.506 2.893 0.572 ;
    RECT 0.319 0.55 0.385 0.792 ;
    RECT 3.927 0.561 3.993 0.814 ;
    RECT 2.101 0.572 2.893 0.638 ;
    RECT 1.617 0.594 1.749 0.66 ;
    RECT 3.421 0.627 3.762 0.693 ;
    RECT 4.103 0.627 4.29 0.693 ;
    LAYER M2L ;
    RECT 3.63 0.627 4.29 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.638 2.211 0.891 ;
    RECT 1.617 0.66 1.683 0.825 ;
    RECT 3.421 0.693 3.487 0.869 ;
    RECT 4.103 0.693 4.213 0.814 ;
    RECT 2.574 0.715 3.025 0.781 ;
    RECT 2.31 0.737 2.475 0.825 ;
    RECT 0.935 0.748 1.001 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.771 0.77 1.881 0.902 ;
    RECT 2.959 0.781 3.025 1.034 ;
    RECT 0.231 0.792 0.66 0.825 ;
    RECT 0.231 0.825 1.001 0.858 ;
    RECT 1.397 0.825 1.683 0.891 ;
    RECT 2.387 0.825 2.475 0.924 ;
    RECT 0.594 0.858 1.001 0.891 ;
    RECT 0.231 0.858 0.297 1.056 ;
    RECT 3.377 0.869 3.487 0.935 ;
    RECT 3.707 0.88 3.773 0.99 ;
    RECT 1.397 0.891 1.463 0.968 ;
    RECT 2.145 0.891 2.288 0.957 ;
    RECT 2.541 0.902 2.607 1.023 ;
    RECT 4.609 0.913 4.983 0.979 ;
    RECT 4.257 0.924 4.323 0.99 ;
    RECT 3.377 0.935 3.443 1.012 ;
    RECT 0.77 0.957 1.155 1.023 ;
    RECT 1.936 0.957 2.068 1.023 ;
    RECT 4.609 0.979 4.675 1.056 ;
    RECT 3.707 0.99 4.323 1.056 ;
    RECT 2.002 1.023 2.607 1.089 ;
  END
END LDH_FSDPSBQ_1
#
# 
MACRO LDH_FSDPSBQ_2 FOREIGN C0A07BLDH_FSDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.396 1.573 0.528 ;
      RECT 1.353 0.528 1.573 0.594 ;
      RECT 1.353 0.44 1.419 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.385 6.699 0.693 ;
      RECT 6.633 0.693 6.798 0.759 ;
      RECT 6.633 0.319 6.798 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.594 2.211 0.726 ;
      RECT 2.145 0.33 2.211 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.693 ;
      RECT 0.825 0.693 1.771 0.759 ;
      RECT 1.705 0.605 1.771 0.693 ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.726 6.567 1.023 ;
      RECT 4.169 1.023 6.567 1.089 ;
      RECT 4.169 0.572 4.235 1.023 ;
      RECT 6.105 0.759 6.27 0.825 ;
      RECT 6.105 0.561 6.171 0.759 ;
      RECT 6.006 0.495 6.171 0.561 ;
      LAYER M2L ;
      RECT 6.072 0.759 6.6 0.825 ;
      VIA 6.204 0.792 V1L2L ;
      VIA 6.534 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 6.875 0.924 6.941 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 3.674 0.528 4.906 0.638 ;
    RECT 0 0.528 3.674 0.638 ;
    RECT 4.906 0.528 6.996 0.638 ;
    RECT 0 0.638 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 1.672 0.165 ;
    RECT 2.497 0.099 4.774 0.165 ;
    RECT 4.917 0.099 5.379 0.165 ;
    RECT 1.155 0.165 1.221 0.572 ;
    RECT 0.077 0.165 0.143 0.968 ;
    RECT 1.969 0.165 2.409 0.231 ;
    RECT 3.377 0.165 3.443 0.429 ;
    RECT 4.708 0.165 4.774 0.506 ;
    RECT 2.497 0.165 2.563 0.858 ;
    RECT 4.917 0.165 4.983 0.308 ;
    RECT 5.313 0.165 5.379 0.517 ;
    RECT 5.445 0.176 5.511 0.385 ;
    RECT 2.343 0.231 2.409 0.594 ;
    RECT 1.969 0.231 2.035 0.847 ;
    RECT 0.44 0.231 0.759 0.297 ;
    RECT 1.408 0.231 1.903 0.297 ;
    RECT 6.292 0.231 6.435 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 5.544 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 5.478 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.849 0.253 2.992 0.319 ;
    RECT 2.673 0.264 2.739 0.858 ;
    RECT 4.422 0.275 4.598 0.341 ;
    RECT 5.093 0.286 5.159 0.649 ;
    RECT 0.693 0.297 0.759 0.847 ;
    RECT 1.837 0.297 1.903 0.847 ;
    RECT 6.369 0.297 6.435 0.891 ;
    RECT 2.849 0.319 2.915 0.605 ;
    RECT 4.532 0.341 4.598 0.759 ;
    RECT 3.762 0.363 4.081 0.407 ;
    RECT 5.841 0.363 6.303 0.429 ;
    RECT 5.445 0.385 5.61 0.451 ;
    RECT 3.762 0.407 4.411 0.429 ;
    RECT 4.015 0.429 4.411 0.473 ;
    RECT 3.102 0.429 3.443 0.495 ;
    RECT 5.841 0.429 5.907 0.517 ;
    RECT 6.237 0.429 6.303 0.594 ;
    RECT 4.961 0.44 5.027 0.506 ;
    RECT 4.345 0.473 4.411 0.726 ;
    RECT 4.015 0.473 4.081 0.737 ;
    RECT 4.708 0.506 5.027 0.572 ;
    RECT 5.313 0.517 5.907 0.583 ;
    RECT 5.313 0.583 5.379 0.781 ;
    RECT 2.849 0.605 3.652 0.671 ;
    RECT 4.895 0.649 5.159 0.715 ;
    RECT 5.907 0.66 5.973 0.891 ;
    RECT 2.849 0.671 2.915 0.891 ;
    RECT 5.478 0.682 5.566 0.759 ;
    RECT 4.895 0.715 4.961 0.759 ;
    RECT 2.343 0.726 2.409 0.99 ;
    RECT 3.014 0.737 3.201 0.825 ;
    RECT 3.3 0.737 4.081 0.803 ;
    RECT 4.532 0.759 4.961 0.825 ;
    RECT 5.478 0.759 5.764 0.825 ;
    LAYER M2L ;
    RECT 2.277 0.759 3.168 0.825 ;
    RECT 4.62 0.759 5.676 0.825 ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    VIA 4.686 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.473 0.803 0.539 0.979 ;
    RECT 3.619 0.803 3.685 0.902 ;
    RECT 4.015 0.803 4.081 0.924 ;
    RECT 5.049 0.814 5.115 0.891 ;
    RECT 3.091 0.825 3.201 0.924 ;
    RECT 4.532 0.825 4.598 0.847 ;
    RECT 4.895 0.825 4.961 0.902 ;
    RECT 1.969 0.847 2.112 0.913 ;
    RECT 0.693 0.847 1.903 0.913 ;
    RECT 4.422 0.847 4.598 0.913 ;
    RECT 3.267 0.88 3.399 0.946 ;
    RECT 2.849 0.891 2.992 0.957 ;
    RECT 5.049 0.891 5.764 0.957 ;
    RECT 5.907 0.891 6.435 0.957 ;
    RECT 1.815 0.913 1.903 0.99 ;
    RECT 1.463 0.913 1.529 1.012 ;
    RECT 3.267 0.946 3.333 1.023 ;
    RECT 2.64 0.957 2.772 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 1.815 0.99 2.409 1.056 ;
    RECT 2.706 1.023 3.333 1.089 ;
  END
END LDH_FSDPSBQ_2
#
# 
MACRO LDH_FSDPSBQ_4 FOREIGN C0A07BLDH_FSDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.264 ;
      RECT 8.008 0.033 8.074 0.143 ;
      RECT 7.942 0.143 8.074 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.151 0.726 ;
      RECT 7.766 0.726 8.316 0.858 ;
      RECT 7.766 0.297 8.25 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.495 1.683 0.605 ;
      RECT 1.353 0.429 1.683 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.308 2.343 0.66 ;
      RECT 2.277 0.66 2.376 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.495 0.759 0.66 ;
      RECT 0.616 0.429 0.759 0.495 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.44 1.947 0.891 ;
      RECT 1.782 0.891 1.947 0.957 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 0.429 0.825 0.792 0.891 ;
      RECT 0.429 0.528 0.495 0.825 ;
      RECT 0.385 0.33 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.726 0.891 1.914 0.957 ;
      VIA 0.792 0.924 V1L2L ;
      VIA 1.848 0.924 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.99 ;
      RECT 4.521 0.616 4.587 0.99 ;
      RECT 4.521 0.55 4.741 0.616 ;
      LAYER M2L ;
      RECT 4.488 0.891 7.26 0.957 ;
      VIA 4.554 0.924 V1L2L ;
      VIA 7.194 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.924 7.689 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 8.327 0.924 8.393 1.155 ;
      RECT 7.942 1.023 8.008 1.155 ;
      RECT 7.942 0.957 8.074 1.023 ;
      RECT 5.907 0.836 5.973 1.155 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.448 0.44 ;
    RECT 0 0.44 6.49 0.528 ;
    RECT 7.26 0.44 8.448 0.528 ;
    RECT 3.938 0.528 5.94 0.616 ;
    RECT 6.49 0.44 7.26 0.528 ;
    RECT 0 0.528 3.938 0.616 ;
    RECT 5.94 0.528 8.448 0.616 ;
    RECT 0 0.616 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 5.808 0.165 ;
    RECT 5.907 0.099 7.656 0.165 ;
    RECT 1.199 0.143 1.694 0.209 ;
    RECT 2.101 0.143 2.673 0.209 ;
    RECT 0.473 0.154 0.715 0.22 ;
    RECT 3.597 0.165 3.663 0.319 ;
    RECT 5.742 0.165 5.808 0.528 ;
    RECT 2.739 0.165 2.805 0.715 ;
    RECT 6.303 0.165 6.369 0.286 ;
    RECT 5.907 0.165 5.973 0.308 ;
    RECT 7.59 0.165 7.656 0.495 ;
    RECT 6.743 0.165 6.809 0.825 ;
    RECT 0.077 0.198 0.143 0.759 ;
    RECT 1.881 0.198 1.947 0.275 ;
    RECT 1.199 0.209 1.265 0.275 ;
    RECT 2.607 0.209 2.673 0.594 ;
    RECT 2.145 0.209 2.211 0.792 ;
    RECT 0.627 0.22 0.715 0.33 ;
    RECT 3.85 0.231 4.532 0.275 ;
    RECT 6.468 0.231 6.666 0.297 ;
    RECT 6.941 0.231 7.491 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    RECT 2.574 0.231 6.6 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 6.534 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.847 ;
    RECT 3.113 0.264 3.179 0.451 ;
    RECT 6.072 0.264 6.182 0.396 ;
    RECT 0.814 0.275 1.265 0.341 ;
    RECT 1.386 0.275 2.079 0.341 ;
    RECT 3.85 0.275 4.818 0.297 ;
    RECT 5.038 0.275 5.654 0.341 ;
    RECT 4.466 0.297 4.818 0.341 ;
    RECT 6.6 0.297 6.666 0.495 ;
    RECT 6.941 0.297 7.007 0.594 ;
    RECT 7.403 0.297 7.491 0.99 ;
    RECT 3.344 0.319 3.663 0.385 ;
    RECT 2.013 0.341 2.079 1.023 ;
    RECT 5.588 0.341 5.654 0.759 ;
    RECT 4.114 0.363 4.389 0.407 ;
    RECT 6.116 0.396 6.182 0.671 ;
    RECT 4.114 0.407 5.467 0.429 ;
    RECT 1.023 0.429 1.188 0.495 ;
    RECT 4.323 0.429 5.467 0.473 ;
    RECT 1.749 0.44 1.815 0.715 ;
    RECT 3.113 0.451 4.048 0.517 ;
    RECT 5.973 0.462 6.039 0.528 ;
    RECT 4.323 0.473 4.389 0.671 ;
    RECT 5.401 0.473 5.467 0.726 ;
    RECT 1.023 0.495 1.089 0.715 ;
    RECT 6.534 0.495 6.666 0.561 ;
    RECT 7.59 0.495 7.942 0.561 ;
    RECT 3.982 0.517 4.048 0.539 ;
    RECT 3.113 0.517 3.179 0.671 ;
    RECT 5.742 0.528 6.039 0.594 ;
    RECT 3.982 0.539 4.114 0.605 ;
    RECT 3.52 0.583 3.85 0.649 ;
    RECT 3.784 0.649 3.85 0.671 ;
    RECT 3.113 0.671 3.256 0.737 ;
    RECT 3.784 0.671 4.389 0.737 ;
    RECT 5.764 0.671 6.622 0.737 ;
    RECT 1.023 0.715 1.815 0.781 ;
    RECT 2.53 0.715 2.805 0.781 ;
    RECT 3.487 0.726 3.619 0.792 ;
    RECT 3.905 0.737 3.971 0.902 ;
    RECT 4.323 0.737 4.389 0.924 ;
    RECT 5.764 0.737 5.83 0.759 ;
    RECT 0.077 0.759 0.264 0.825 ;
    RECT 5.588 0.759 5.83 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.122 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.77 3.399 0.847 ;
    RECT 1.023 0.781 1.089 0.858 ;
    RECT 2.145 0.792 2.255 0.924 ;
    RECT 3.487 0.792 3.553 1.023 ;
    RECT 0.077 0.825 0.143 1.056 ;
    RECT 5.588 0.825 5.654 0.847 ;
    RECT 6.27 0.825 6.809 0.891 ;
    RECT 1.21 0.847 1.683 0.913 ;
    RECT 2.739 0.847 3.399 0.913 ;
    RECT 4.862 0.847 5.654 0.913 ;
    RECT 6.897 0.858 6.963 0.957 ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.739 0.913 2.805 1.023 ;
    RECT 6.05 0.957 6.963 1.023 ;
    RECT 0.44 0.979 0.572 1.023 ;
    RECT 0.99 0.979 1.518 1.023 ;
    RECT 2.904 0.979 3.036 1.023 ;
    RECT 0.44 1.023 1.518 1.045 ;
    RECT 1.617 1.023 2.805 1.089 ;
    RECT 2.904 1.023 3.553 1.045 ;
    RECT 6.05 1.023 6.116 1.056 ;
    RECT 0.506 1.045 1.056 1.089 ;
    RECT 2.97 1.045 3.553 1.089 ;
  END
END LDH_FSDPSBQ_4
#
# 
MACRO LDH_FSDPSBQ_HD_1 FOREIGN C0A07BLDH_FSDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 1.023 ;
      RECT 3.828 1.023 4.059 1.089 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 3.685 0.132 3.773 0.297 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.77 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.685 0.363 3.773 0.759 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.553 0.462 3.619 0.539 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.619 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    RECT 3.63 0.759 3.773 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.696 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDH_FSDPSBQ_HD_1
#
# 
MACRO LDH_FSDPSBQ_HD_2 FOREIGN C0A07BLDH_FSDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.246 0.165 4.455 0.231 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.858 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.792 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.663 0.792 3.773 0.957 ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 3.663 0.957 4.191 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDH_FSDPSBQ_HD_2
#
# 
MACRO LDH_FSDPSBQ_HD_4 FOREIGN C0A07BLDH_FSDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.836 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 3.993 0.825 4.191 0.891 ;
    RECT 3.663 0.836 3.773 0.924 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 3.993 0.891 4.059 0.924 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 3.663 0.924 4.059 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDH_FSDPSBQ_HD_4
#
# 
MACRO LDH_INV_0P5 FOREIGN C0A07BLDH_INV_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 0.22 0.165 0.363 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDH_INV_0P5
#
# 
MACRO LDH_INV_1 FOREIGN C0A07BLDH_INV_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.825 ;
      RECT 0.22 0.825 0.363 0.891 ;
      RECT 0.253 0.132 0.363 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDH_INV_1
#
# 
MACRO LDH_INV_10 FOREIGN C0A07BLDH_INV_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 1.606 0.594 ;
      RECT 0.396 0.462 1.606 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.726 ;
      RECT 0.22 0.726 1.848 0.858 ;
      RECT 0.22 0.275 1.815 0.341 ;
      RECT 0.22 0.341 0.308 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDH_INV_10
#
# 
MACRO LDH_INV_12 FOREIGN C0A07BLDH_INV_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 2.013 0.594 ;
      RECT 0.396 0.462 2.013 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.726 ;
      RECT 0.242 0.726 2.244 0.858 ;
      RECT 0.242 0.275 2.211 0.341 ;
      RECT 0.242 0.341 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDH_INV_12
#
# 
MACRO LDH_INV_12RE FOREIGN C0A07BLDH_INV_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.102 0.462 3.399 0.495 ;
      RECT 0.132 0.528 3.168 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.201 0.693 3.267 0.759 ;
      RECT 0.462 0.627 3.267 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 0.231 0.363 3.531 0.385 ;
      RECT 2.97 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 0.231 0.385 3.036 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.805 0.792 2.871 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.881 0.814 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDH_INV_12RE
#
# 
MACRO LDH_INV_14 FOREIGN C0A07BLDH_INV_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.433664 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.528 ;
      RECT 0.033 0.33 0.132 0.396 ;
      RECT 0.033 0.528 2.002 0.594 ;
      RECT 0.396 0.462 2.002 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.517 0.726 2.508 0.858 ;
      RECT 0.231 0.66 0.583 0.726 ;
      RECT 0.231 0.726 0.297 0.792 ;
      RECT 0.231 0.275 2.442 0.341 ;
      RECT 0.231 0.341 0.297 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.385 0.913 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
  END
END LDH_INV_14
#
# 
MACRO LDH_INV_16 FOREIGN C0A07BLDH_INV_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 2.145 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 2.079 0.462 2.145 0.561 ;
      RECT 1.881 0.462 1.947 0.561 ;
      RECT 1.617 0.462 1.683 0.561 ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.089 0.462 1.155 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.198 0.726 2.904 0.858 ;
      RECT 0.198 0.297 2.794 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
  END
END LDH_INV_16
#
# 
MACRO LDH_INV_18 FOREIGN C0A07BLDH_INV_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 2.398 0.594 ;
      RECT 0.396 0.462 2.398 0.506 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.836352 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.385 2.607 0.726 ;
      RECT 0.242 0.726 3.19 0.858 ;
      RECT 1.188 0.341 2.607 0.385 ;
      RECT 0.242 0.275 3.19 0.341 ;
      RECT 0.242 0.341 0.33 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
  END
END LDH_INV_18
#
# 
MACRO LDH_INV_1P5 FOREIGN C0A07BLDH_INV_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.374 0.198 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_INV_1P5
#
# 
MACRO LDH_INV_1RE FOREIGN C0A07BLDH_INV_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.803 ;
      RECT 0.033 0.803 0.143 1.045 ;
      RECT 0.033 0.143 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.407 0.792 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_INV_1RE
#
# 
MACRO LDH_INV_2 FOREIGN C0A07BLDH_INV_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.231 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_INV_2
#
# 
MACRO LDH_INV_20 FOREIGN C0A07BLDH_INV_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.61952 ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.462 3.036 0.594 ;
      RECT 0.792 0.462 1.749 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.495 2.442 0.561 ;
      VIA 1.452 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.92928 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.385 1.958 0.726 ;
      RECT 0.132 0.726 3.564 0.858 ;
      RECT 0.198 0.275 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
  END
END LDH_INV_20
#
# 
MACRO LDH_INV_24 FOREIGN C0A07BLDH_INV_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.475 0.462 3.696 0.594 ;
      RECT 0.924 0.462 2.145 0.594 ;
      LAYER M2L ;
      RECT 1.551 0.495 2.904 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.848 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.11514 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.385 2.365 0.726 ;
      RECT 0.132 0.726 4.356 0.858 ;
      RECT 0.242 0.275 4.246 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
  END
END LDH_INV_24
#
# 
MACRO LDH_INV_2RE FOREIGN C0A07BLDH_INV_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.429 0.033 0.495 0.33 ;
      RECT 0.429 0.33 0.528 0.396 ;
      RECT 0.033 0.033 0.143 0.187 ;
      RECT 0.033 0.187 0.187 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.759 ;
      RECT 0.033 0.759 0.297 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 0.033 0.319 0.33 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.539 0.726 ;
      RECT 0.165 0.462 0.539 0.572 ;
      RECT 0.165 0.572 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.385 0.825 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_INV_2RE
#
# 
MACRO LDH_INV_3 FOREIGN C0A07BLDH_INV_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.363 0.627 ;
      RECT 0.297 0.462 0.363 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.22 0.726 0.715 0.858 ;
      RECT 0.649 0.858 0.715 0.99 ;
      RECT 0.22 0.297 0.715 0.363 ;
      RECT 0.649 0.22 0.715 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_INV_3
#
# 
MACRO LDH_INV_32 FOREIGN C0A07BLDH_INV_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.368 0.033 5.434 0.165 ;
      RECT 5.302 0.165 5.434 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.991232 ;
    PORT
      LAYER M1L ;
      RECT 3.135 0.462 5.148 0.594 ;
      RECT 0.66 0.462 2.805 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.495 3.96 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
      VIA 3.3 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
      VIA 3.696 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.48685 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 5.676 0.858 ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 0.198 0.319 5.61 0.385 ;
      RECT 2.145 0.275 3.663 0.319 ;
      RECT 2.904 0.385 3.036 0.726 ;
      RECT 0.429 0.385 0.495 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
  END
END LDH_INV_32
#
# 
MACRO LDH_INV_4 FOREIGN C0A07BLDH_INV_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.495 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.22 0.726 0.792 0.858 ;
      RECT 0.22 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDH_INV_4
#
# 
MACRO LDH_INV_4RE FOREIGN C0A07BLDH_INV_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.726 0.462 1.023 0.495 ;
      RECT 0.132 0.528 0.792 0.561 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.825 0.693 0.891 0.759 ;
      RECT 0.462 0.627 0.891 0.693 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.198 0.319 1.155 0.385 ;
      RECT 0.198 0.132 0.308 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_INV_4RE
#
# 
MACRO LDH_INV_5 FOREIGN C0A07BLDH_INV_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.836 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.352 0.462 0.836 0.506 ;
      RECT 0.033 0.462 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.255552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.693 ;
      RECT 0.198 0.693 1.023 0.759 ;
      RECT 0.935 0.759 1.023 0.99 ;
      RECT 0.198 0.297 1.023 0.363 ;
      RECT 0.198 0.363 0.286 0.407 ;
      RECT 0.935 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.88 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDH_INV_5
#
# 
MACRO LDH_INV_6 FOREIGN C0A07BLDH_INV_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.99 0.594 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.396 0.462 0.99 0.528 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.242 0.726 1.188 0.858 ;
      RECT 0.242 0.297 1.155 0.363 ;
      RECT 0.242 0.363 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDH_INV_6
#
# 
MACRO LDH_INV_8 FOREIGN C0A07BLDH_INV_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 1.023 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 0.957 0.462 1.023 0.561 ;
      RECT 0.825 0.462 0.891 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.198 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDH_INV_8
#
# 
MACRO LDH_INV_8RE FOREIGN C0A07BLDH_INV_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 0.132 0.528 1.98 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 2.013 0.693 2.079 0.759 ;
      RECT 0.462 0.627 2.079 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 0.231 0.363 2.343 0.385 ;
      RECT 1.749 0.319 2.343 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.231 0.385 1.815 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDH_INV_8RE
#
# 
MACRO LDH_INV_S_0P5 FOREIGN C0A07BLDH_INV_S_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03025 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDH_INV_S_0P5
#
# 
MACRO LDH_INV_S_1 FOREIGN C0A07BLDH_INV_S_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.056628 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDH_INV_S_1
#
# 
MACRO LDH_INV_S_10 FOREIGN C0A07BLDH_INV_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.232 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.572 0.297 1.419 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDH_INV_S_10
#
# 
MACRO LDH_INV_S_12 FOREIGN C0A07BLDH_INV_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.302016 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.606 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.726 ;
      RECT 0.132 0.726 2.244 0.858 ;
      RECT 0.946 0.297 2.134 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDH_INV_S_12
#
# 
MACRO LDH_INV_S_16 FOREIGN C0A07BLDH_INV_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.21 0.143 1.342 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.398816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.594 ;
      RECT 0.297 0.407 2.002 0.473 ;
      RECT 1.936 0.473 2.002 0.627 ;
      RECT 0.297 0.198 0.363 0.407 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.660176 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.132 0.726 2.772 0.858 ;
      RECT 0.671 0.275 2.629 0.341 ;
      RECT 2.541 0.198 2.629 0.275 ;
      RECT 2.167 0.132 2.233 0.275 ;
      RECT 1.793 0.198 1.859 0.275 ;
      RECT 1.419 0.198 1.485 0.275 ;
      RECT 1.045 0.198 1.111 0.275 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 2.332 0.957 2.464 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.44 ;
    RECT 0 0.44 0.33 0.528 ;
    RECT 2.574 0.44 2.904 0.528 ;
    RECT 0.33 0.44 2.574 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
  END
END LDH_INV_S_16
#
# 
MACRO LDH_INV_S_1P5 FOREIGN C0A07BLDH_INV_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.067276 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.231 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.22 0.165 0.495 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.605 ;
      RECT 0.165 0.605 0.363 0.671 ;
      RECT 0.165 0.33 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_INV_S_1P5
#
# 
MACRO LDH_INV_S_2 FOREIGN C0A07BLDH_INV_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.803 ;
      RECT 0.231 0.803 0.363 0.869 ;
      RECT 0.231 0.869 0.297 0.946 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.132 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_INV_S_2
#
# 
MACRO LDH_INV_S_20 FOREIGN C0A07BLDH_INV_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.948 0.143 3.08 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.506264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.099 0.726 ;
      RECT 0.033 0.429 2.541 0.495 ;
      RECT 2.475 0.495 2.541 0.627 ;
      RECT 0.033 0.198 0.099 0.429 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789162 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.341 2.739 0.726 ;
      RECT 0.242 0.726 3.432 0.858 ;
      RECT 0.275 0.275 3.267 0.341 ;
      RECT 3.179 0.198 3.267 0.275 ;
      RECT 0.275 0.132 0.363 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 3.234 0.451 3.564 0.528 ;
    RECT 0.33 0.451 3.234 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDH_INV_S_20
#
# 
MACRO LDH_INV_S_24 FOREIGN C0A07BLDH_INV_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.3 0.143 3.432 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.605 ;
    PORT
      LAYER M1L ;
      RECT 2.519 0.495 2.607 0.594 ;
      RECT 2.519 0.429 3.542 0.495 ;
      RECT 2.013 0.495 2.101 0.594 ;
      RECT 1.078 0.429 2.101 0.495 ;
      LAYER M2L ;
      RECT 1.98 0.495 2.64 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 2.574 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.946946 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.341 2.376 0.726 ;
      RECT 0.132 0.726 4.092 0.858 ;
      RECT 0.671 0.275 3.982 0.341 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.451 ;
    RECT 0 0.451 0.462 0.528 ;
    RECT 3.894 0.451 4.224 0.528 ;
    RECT 0.462 0.451 3.894 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
  END
END LDH_INV_S_24
#
# 
MACRO LDH_INV_S_3 FOREIGN C0A07BLDH_INV_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.130438 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.242 0.825 0.759 0.891 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_INV_S_3
#
# 
MACRO LDH_INV_S_32 FOREIGN C0A07BLDH_INV_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.312 0.143 4.444 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.797632 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.506 4.323 0.594 ;
      RECT 4.257 0.418 5.016 0.506 ;
      RECT 3.861 0.506 3.949 0.594 ;
      RECT 2.761 0.418 3.949 0.506 ;
      RECT 2.761 0.506 2.871 0.594 ;
      RECT 2.277 0.506 2.387 0.594 ;
      RECT 1.287 0.418 2.387 0.506 ;
      RECT 1.287 0.506 1.353 0.594 ;
      RECT 0.891 0.506 0.957 0.594 ;
      RECT 0.264 0.418 0.957 0.506 ;
      LAYER M2L ;
      RECT 0.858 0.495 4.356 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.32 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.29 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23952 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.341 2.64 0.726 ;
      RECT 0.033 0.726 5.28 0.792 ;
      RECT 0.374 0.792 5.28 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 4.081 0.341 4.191 0.726 ;
      RECT 0.55 0.275 4.642 0.341 ;
      RECT 1.089 0.341 1.199 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 4.862 0.957 4.994 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.451 ;
    RECT 0 0.451 0.418 0.528 ;
    RECT 5.082 0.451 5.412 0.528 ;
    RECT 0.418 0.451 5.082 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
  END
END LDH_INV_S_32
#
# 
MACRO LDH_INV_S_4 FOREIGN C0A07BLDH_INV_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.160446 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.803 0.198 0.891 0.297 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDH_INV_S_4
#
# 
MACRO LDH_INV_S_40 FOREIGN C0A07BLDH_INV_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.286 ;
      RECT 6.204 0.033 6.27 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.444 0.033 4.51 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.64 0.033 2.706 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.232 0.033 1.298 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 1.01253 ;
    PORT
      LAYER M1L ;
      RECT 5.346 0.418 6.303 0.495 ;
      RECT 5.148 0.495 6.303 0.506 ;
      RECT 5.148 0.506 5.412 0.561 ;
      RECT 4.488 0.506 4.752 0.561 ;
      RECT 3.96 0.418 4.554 0.495 ;
      RECT 3.564 0.495 4.752 0.506 ;
      RECT 3.564 0.506 4.026 0.561 ;
      RECT 2.904 0.506 3.168 0.561 ;
      RECT 2.332 0.418 2.97 0.495 ;
      RECT 2.178 0.495 3.168 0.506 ;
      RECT 2.178 0.506 2.442 0.561 ;
      RECT 1.584 0.506 1.848 0.561 ;
      RECT 0.264 0.495 1.848 0.506 ;
      RECT 0.264 0.418 1.65 0.495 ;
      LAYER M2L ;
      RECT 1.584 0.495 5.412 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.782 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 3.828 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
      VIA 4.554 0.528 V1L2L ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.214 0.528 V1L2L ;
      VIA 5.346 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.59042 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.341 3.432 0.726 ;
      RECT 0.132 0.726 6.6 0.858 ;
      RECT 4.873 0.341 4.983 0.726 ;
      RECT 0.99 0.275 6.457 0.341 ;
      RECT 1.969 0.341 2.079 0.726 ;
      RECT 6.369 0.198 6.457 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.74 1.045 3.806 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.852 1.023 5.918 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.181 1.023 5.247 1.155 ;
      RECT 5.082 0.957 5.247 1.023 ;
      RECT 4.829 1.023 4.895 1.155 ;
      RECT 4.73 0.957 4.895 1.023 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 6.402 0.451 6.732 0.528 ;
    RECT 0.33 0.451 6.402 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
  END
END LDH_INV_S_40
#
# 
MACRO LDH_INV_S_5 FOREIGN C0A07BLDH_INV_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.212718 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.033 0.726 0.924 0.792 ;
      RECT 0.363 0.792 0.924 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDH_INV_S_5
#
# 
MACRO LDH_INV_S_6 FOREIGN C0A07BLDH_INV_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.726 ;
      RECT 0.132 0.726 1.188 0.858 ;
      RECT 0.572 0.275 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDH_INV_S_6
#
# 
MACRO LDH_INV_S_8 FOREIGN C0A07BLDH_INV_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.55 0.297 1.353 0.363 ;
      RECT 1.287 0.198 1.353 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDH_INV_S_8
#
# 
MACRO LDH_ISHEB_1 FOREIGN C0A07BLDH_ISHEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDH_ISHEB_1
#
# 
MACRO LDH_ISHEB_2 FOREIGN C0A07BLDH_ISHEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDH_ISHEB_2
#
# 
MACRO LDH_ISHEB_4 FOREIGN C0A07BLDH_ISHEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDH_ISHEB_4
#
# 
MACRO LDH_ISHEB_8 FOREIGN C0A07BLDH_ISHEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_ISHEB_8
#
# 
MACRO LDH_ISHEN_1 FOREIGN C0A07BLDH_ISHEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.869 0.033 0.979 0.363 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.649 0.594 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.792 1.155 1.056 ;
      RECT 1.089 0.396 1.155 0.792 ;
      RECT 1.045 0.132 1.155 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.363 0.264 ;
    RECT 0.638 0.165 0.803 0.231 ;
    RECT 0.737 0.231 0.803 0.693 ;
    RECT 0.297 0.264 0.363 0.957 ;
    RECT 0.913 0.462 0.979 0.957 ;
    RECT 0.429 0.594 0.495 0.693 ;
    RECT 0.429 0.693 0.803 0.759 ;
    RECT 0.066 0.957 0.979 1.023 ;
  END
END LDH_ISHEN_1
#
# 
MACRO LDH_ISHEN_2 FOREIGN C0A07BLDH_ISHEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.33 0.231 0.594 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.627 1.221 0.693 ;
      RECT 1.045 0.462 1.155 0.627 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.66 1.551 0.726 ;
      RECT 1.419 0.726 1.485 0.924 ;
      RECT 1.485 0.396 1.551 0.66 ;
      RECT 1.419 0.33 1.551 0.396 ;
      RECT 1.419 0.132 1.485 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.353 0.231 ;
    RECT 0.407 0.209 0.473 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 1.287 0.231 1.353 0.594 ;
    RECT 0.913 0.297 1.122 0.363 ;
    RECT 0.407 0.297 0.847 0.363 ;
    RECT 0.913 0.363 0.979 0.495 ;
    RECT 0.407 0.363 0.473 0.66 ;
    RECT 0.539 0.462 0.605 0.495 ;
    RECT 0.539 0.495 0.979 0.561 ;
    RECT 0.539 0.561 0.605 0.594 ;
    RECT 0.913 0.561 0.979 0.759 ;
    RECT 0.231 0.66 0.473 0.726 ;
    RECT 0.231 0.726 0.297 0.913 ;
    RECT 0.913 0.759 1.122 0.825 ;
    RECT 0.407 0.792 0.825 0.858 ;
    RECT 0.055 0.792 0.121 1.023 ;
    RECT 0.759 0.858 0.825 0.924 ;
    RECT 0.407 0.858 0.473 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDH_ISHEN_2
#
# 
MACRO LDH_ISHEN_4 FOREIGN C0A07BLDH_ISHEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.299 0.374 ;
      RECT 1.881 0.033 1.947 0.242 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.759 0.033 0.825 0.242 ;
      RECT 0.583 0.033 0.649 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.495 ;
      RECT 1.408 0.495 1.584 0.561 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.759 2.123 0.825 ;
      RECT 2.013 0.825 2.123 0.902 ;
      RECT 1.705 0.825 1.771 1.034 ;
      RECT 2.013 0.627 2.123 0.759 ;
      RECT 2.013 0.407 2.079 0.627 ;
      RECT 1.672 0.341 2.123 0.407 ;
      RECT 2.057 0.132 2.123 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 2.233 0.814 2.299 1.155 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.132 1.419 0.363 ;
    RECT 0.407 0.176 0.473 0.341 ;
    RECT 0.935 0.198 1.001 0.341 ;
    RECT 0.407 0.341 1.001 0.407 ;
    RECT 1.243 0.363 1.419 0.429 ;
    RECT 0.407 0.407 0.473 0.627 ;
    RECT 1.243 0.429 1.309 0.495 ;
    RECT 1.683 0.473 1.947 0.561 ;
    RECT 0.836 0.495 1.309 0.561 ;
    RECT 1.243 0.561 1.309 0.671 ;
    RECT 1.837 0.561 1.947 0.605 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 0.407 0.627 1.177 0.693 ;
    RECT 1.573 0.627 1.749 0.693 ;
    RECT 1.243 0.671 1.452 0.737 ;
    RECT 1.111 0.693 1.177 0.803 ;
    RECT 1.573 0.693 1.639 0.803 ;
    RECT 0.407 0.693 0.473 0.836 ;
    RECT 0.583 0.759 1.001 0.825 ;
    RECT 1.111 0.803 1.639 0.869 ;
    RECT 0.583 0.825 0.649 0.979 ;
    RECT 0.935 0.825 1.001 1.034 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDH_ISHEN_4
#
# 
MACRO LDH_ISHEN_8 FOREIGN C0A07BLDH_ISHEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.396 ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 3.377 0.033 3.443 0.242 ;
      RECT 3.025 0.033 3.091 0.242 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 1.903 0.033 1.969 0.242 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.275 0.033 0.341 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.495 ;
      RECT 0.396 0.495 0.792 0.561 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.495 ;
      RECT 2.244 0.495 2.486 0.561 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.849 0.627 3.971 0.715 ;
      RECT 3.905 0.715 3.971 0.902 ;
      RECT 3.553 0.715 3.619 0.902 ;
      RECT 3.201 0.715 3.267 0.902 ;
      RECT 2.849 0.715 2.915 0.902 ;
      RECT 3.861 0.407 3.971 0.627 ;
      RECT 2.816 0.341 4.015 0.407 ;
      RECT 3.905 0.132 4.015 0.341 ;
      RECT 3.553 0.154 3.619 0.341 ;
      RECT 3.201 0.154 3.267 0.341 ;
      RECT 2.849 0.154 2.915 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.377 0.814 3.443 1.155 ;
      RECT 3.025 0.814 3.091 1.155 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 4.103 0.792 4.169 1.155 ;
      RECT 3.729 0.814 3.795 1.155 ;
      RECT 2.321 0.99 2.387 1.155 ;
      RECT 2.321 0.924 2.464 0.99 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.563 0.165 ;
    RECT 2.068 0.165 2.563 0.231 ;
    RECT 0.759 0.176 0.825 0.341 ;
    RECT 1.111 0.176 1.177 0.341 ;
    RECT 1.463 0.176 1.529 0.341 ;
    RECT 2.497 0.231 2.563 0.341 ;
    RECT 2.068 0.231 2.134 0.495 ;
    RECT 2.497 0.341 2.651 0.407 ;
    RECT 0.726 0.341 1.562 0.407 ;
    RECT 2.585 0.407 2.651 0.649 ;
    RECT 1.089 0.407 1.177 0.693 ;
    RECT 1.738 0.495 2.134 0.561 ;
    RECT 2.717 0.495 3.432 0.561 ;
    RECT 2.717 0.561 2.783 0.781 ;
    RECT 2.464 0.649 2.651 0.715 ;
    RECT 0.198 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.781 ;
    RECT 2.299 0.781 2.783 0.847 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.968 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.407 0.891 0.473 1.056 ;
    RECT 0.759 0.891 0.825 1.056 ;
    RECT 1.111 0.891 1.177 1.056 ;
    RECT 1.815 0.891 1.881 1.056 ;
  END
END LDH_ISHEN_8
#
# 
MACRO LDH_ISLEB_1 FOREIGN C0A07BLDH_ISLEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.396 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.297 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.792 ;
      RECT 0.913 0.792 1.023 1.056 ;
      RECT 0.913 0.132 1.023 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.792 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.583 0.132 0.693 0.264 ;
    RECT 0.033 0.264 0.099 0.693 ;
    RECT 0.627 0.264 0.693 0.495 ;
    RECT 0.627 0.495 0.792 0.561 ;
    RECT 0.627 0.561 0.693 0.891 ;
    RECT 0.033 0.693 0.396 0.759 ;
    RECT 0.033 0.759 0.099 0.88 ;
    RECT 0.033 0.88 0.143 1.012 ;
    RECT 0.374 0.891 0.693 0.957 ;
    RECT 0.374 0.957 0.44 1.012 ;
  END
END LDH_ISLEB_1
#
# 
MACRO LDH_ISLEB_2 FOREIGN C0A07BLDH_ISLEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.924 1.023 0.99 ;
      RECT 0.825 0.858 1.023 0.924 ;
      RECT 0.825 0.792 0.891 0.858 ;
      RECT 0.825 0.726 1.001 0.792 ;
      RECT 0.935 0.462 1.001 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.924 0.759 0.99 ;
      RECT 0.627 0.858 0.759 0.924 ;
      RECT 0.627 0.748 0.693 0.858 ;
      RECT 0.627 0.682 0.759 0.748 ;
      RECT 0.671 0.594 0.803 0.66 ;
      RECT 0.671 0.66 0.759 0.682 ;
      RECT 0.715 0.396 0.803 0.594 ;
      RECT 0.671 0.33 0.803 0.396 ;
      RECT 0.671 0.264 0.737 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.133 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.539 0.165 0.605 0.341 ;
    RECT 1.067 0.165 1.133 0.77 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.341 0.341 0.605 0.407 ;
    RECT 0.341 0.407 0.407 0.594 ;
    RECT 0.473 0.473 0.605 0.583 ;
    RECT 0.473 0.583 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDH_ISLEB_2
#
# 
MACRO LDH_ISLEB_4 FOREIGN C0A07BLDH_ISLEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.583 0.033 0.649 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.495 ;
      RECT 1.012 0.495 1.155 0.605 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.627 1.727 0.836 ;
      RECT 1.309 0.836 1.727 0.902 ;
      RECT 1.309 0.902 1.375 0.968 ;
      RECT 1.617 0.385 1.683 0.627 ;
      RECT 1.661 0.154 1.727 0.319 ;
      RECT 1.276 0.319 1.76 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.473 0.165 ;
    RECT 0.957 0.132 1.023 0.33 ;
    RECT 0.715 0.165 0.858 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.407 0.165 0.473 0.341 ;
    RECT 0.715 0.231 0.781 0.341 ;
    RECT 0.231 0.264 0.297 0.33 ;
    RECT 0.847 0.33 1.023 0.396 ;
    RECT 0.165 0.33 0.297 0.396 ;
    RECT 0.407 0.341 0.781 0.407 ;
    RECT 0.847 0.396 0.913 0.495 ;
    RECT 0.165 0.396 0.231 0.759 ;
    RECT 0.484 0.495 0.913 0.561 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 0.847 0.561 0.913 0.671 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.847 0.671 1.056 0.737 ;
    RECT 1.177 0.693 1.287 0.759 ;
    RECT 0.165 0.759 0.649 0.825 ;
    RECT 1.177 0.759 1.243 0.825 ;
    RECT 0.583 0.825 1.243 0.891 ;
    RECT 0.231 0.825 0.297 0.99 ;
    RECT 0.583 0.891 0.649 1.034 ;
  END
END LDH_ISLEB_4
#
# 
MACRO LDH_ISLEB_8 FOREIGN C0A07BLDH_ISLEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.396 ;
      RECT 3.069 0.033 3.135 0.242 ;
      RECT 2.717 0.033 2.783 0.242 ;
      RECT 2.365 0.033 2.431 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.584 0.495 1.826 0.561 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.132 0.495 0.396 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.189 0.627 3.311 0.715 ;
      RECT 3.245 0.715 3.311 0.902 ;
      RECT 2.893 0.715 2.959 0.902 ;
      RECT 2.541 0.715 2.607 0.902 ;
      RECT 2.189 0.715 2.255 0.902 ;
      RECT 3.201 0.407 3.311 0.627 ;
      RECT 2.156 0.341 3.355 0.407 ;
      RECT 3.245 0.132 3.355 0.341 ;
      RECT 2.893 0.154 2.959 0.341 ;
      RECT 2.541 0.154 2.607 0.341 ;
      RECT 2.189 0.154 2.255 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.069 0.814 3.135 1.155 ;
      RECT 2.717 0.814 2.783 1.155 ;
      RECT 2.365 0.814 2.431 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.595 1.045 1.661 1.155 ;
      RECT 1.496 0.979 1.76 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.242 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.132 1.529 0.352 ;
    RECT 1.837 0.132 1.903 0.341 ;
    RECT 0.055 0.143 0.825 0.209 ;
    RECT 1.111 0.154 1.177 0.352 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.759 0.209 0.825 0.352 ;
    RECT 0.198 0.319 0.682 0.385 ;
    RECT 1.837 0.341 1.991 0.407 ;
    RECT 0.759 0.352 1.529 0.418 ;
    RECT 0.616 0.385 0.682 0.825 ;
    RECT 1.925 0.407 1.991 0.693 ;
    RECT 1.144 0.495 1.419 0.561 ;
    RECT 2.057 0.495 2.772 0.561 ;
    RECT 1.353 0.561 1.419 0.693 ;
    RECT 2.057 0.561 2.123 0.825 ;
    RECT 1.353 0.693 1.991 0.759 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.123 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 1.287 0.891 1.353 1.056 ;
  END
END LDH_ISLEB_8
#
# 
MACRO LDH_ISLEN_1 FOREIGN C0A07BLDH_ISLEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDH_ISLEN_1
#
# 
MACRO LDH_ISLEN_2 FOREIGN C0A07BLDH_ISLEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDH_ISLEN_2
#
# 
MACRO LDH_ISLEN_4 FOREIGN C0A07BLDH_ISLEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDH_ISLEN_4
#
# 
MACRO LDH_ISLEN_8 FOREIGN C0A07BLDH_ISLEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDH_ISLEN_8
#
# 
MACRO LDH_ISQEB_1 FOREIGN C0A07BLDH_ISQEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END EB
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDH_ISQEB_1
#
# 
MACRO LDH_ISQEB_2 FOREIGN C0A07BLDH_ISQEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END EB
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDH_ISQEB_2
#
# 
MACRO LDH_ISQEB_4 FOREIGN C0A07BLDH_ISQEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END EB
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDH_ISQEB_4
#
# 
MACRO LDH_ISQEN_1 FOREIGN C0A07BLDH_ISQEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDH_ISQEN_1
#
# 
MACRO LDH_ISQEN_2 FOREIGN C0A07BLDH_ISQEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDH_ISQEN_2
#
# 
MACRO LDH_ISQEN_4 FOREIGN C0A07BLDH_ISQEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDH_ISQEN_4
#
# 
MACRO LDH_LDNQ_1 FOREIGN C0A07BLDH_LDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDH_LDNQ_1
#
# 
MACRO LDH_LDNQ_2 FOREIGN C0A07BLDH_LDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END G
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDH_LDNQ_2
#
# 
MACRO LDH_LDNQ_4 FOREIGN C0A07BLDH_LDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDH_LDNQ_4
#
# 
MACRO LDH_LDNRBQ_1 FOREIGN C0A07BLDH_LDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.507 0.033 1.573 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.211 0.759 ;
      RECT 2.145 0.759 2.211 0.99 ;
      RECT 2.013 0.297 2.211 0.363 ;
      RECT 2.145 0.132 2.211 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.66 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.825 ;
      RECT 0.297 0.825 1.023 0.891 ;
      RECT 0.297 0.792 0.363 0.825 ;
      RECT 0.242 0.726 0.363 0.792 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.386 0.979 1.518 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.231 1.287 0.297 ;
    RECT 0.077 0.264 0.143 0.594 ;
    RECT 1.221 0.297 1.287 0.825 ;
    RECT 1.705 0.308 1.771 0.693 ;
    RECT 0.759 0.407 1.155 0.473 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.759 0.473 0.825 0.693 ;
    RECT 1.089 0.473 1.155 0.902 ;
    RECT 0.077 0.594 0.495 0.66 ;
    RECT 0.429 0.66 0.495 0.693 ;
    RECT 0.077 0.66 0.143 1.056 ;
    RECT 0.429 0.693 0.825 0.759 ;
    RECT 1.386 0.693 1.771 0.759 ;
    RECT 1.221 0.825 1.947 0.891 ;
    RECT 1.221 0.891 1.287 1.023 ;
    RECT 1.661 0.891 1.727 1.056 ;
    RECT 0.88 0.979 1.012 1.023 ;
    RECT 0.88 1.023 1.287 1.045 ;
    RECT 0.946 1.045 1.287 1.089 ;
  END
END LDH_LDNRBQ_1
#
# 
MACRO LDH_LDNRBQ_2 FOREIGN C0A07BLDH_LDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.827 0.033 2.893 0.242 ;
      RECT 2.409 0.033 2.475 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 0.297 0.429 0.55 0.495 ;
      RECT 0.297 0.308 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.376 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.55 ;
      RECT 0.825 0.55 1.023 0.616 ;
      RECT 0.957 0.462 1.023 0.55 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.693 ;
      RECT 2.97 0.693 3.135 0.759 ;
      RECT 2.97 0.319 3.135 0.385 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.781 0.495 0.825 ;
      RECT 0.429 0.825 1.331 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.265 0.737 1.331 0.825 ;
      RECT 1.265 0.649 1.683 0.737 ;
      RECT 1.617 0.583 1.848 0.649 ;
      RECT 0.352 0.715 0.495 0.781 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.044 1.045 0.11 1.155 ;
      RECT 0.044 0.979 0.176 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.705 0.143 ;
    RECT 0.055 0.132 0.121 0.561 ;
    RECT 2.607 0.132 2.673 0.693 ;
    RECT 1.859 0.132 1.925 0.308 ;
    RECT 0.858 0.143 1.705 0.165 ;
    RECT 1.639 0.165 1.705 0.176 ;
    RECT 0.858 0.165 0.99 0.209 ;
    RECT 1.243 0.165 1.309 0.242 ;
    RECT 1.639 0.176 1.738 0.242 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 1.43 0.231 1.562 0.297 ;
    RECT 0.473 0.275 1.166 0.341 ;
    RECT 1.496 0.297 1.562 0.308 ;
    RECT 1.496 0.308 2.189 0.374 ;
    RECT 2.123 0.374 2.189 0.825 ;
    RECT 1.133 0.451 2.013 0.517 ;
    RECT 2.75 0.495 2.97 0.561 ;
    RECT 1.133 0.517 1.518 0.561 ;
    RECT 1.947 0.517 2.013 0.704 ;
    RECT 0.055 0.561 0.627 0.627 ;
    RECT 1.133 0.561 1.199 0.693 ;
    RECT 2.75 0.561 2.816 0.825 ;
    RECT 0.561 0.627 0.627 0.693 ;
    RECT 0.055 0.627 0.121 0.847 ;
    RECT 0.561 0.693 1.199 0.759 ;
    RECT 2.288 0.693 2.673 0.759 ;
    RECT 1.947 0.704 2.057 0.77 ;
    RECT 1.991 0.77 2.057 0.902 ;
    RECT 2.123 0.825 2.816 0.891 ;
    RECT 0.055 0.847 0.363 0.913 ;
    RECT 1.43 0.847 1.903 0.913 ;
    RECT 2.123 0.891 2.189 1.001 ;
    RECT 2.563 0.891 2.629 1.056 ;
    RECT 0.297 0.913 0.363 1.034 ;
    RECT 1.837 0.913 1.903 1.001 ;
    RECT 0.638 0.979 1.738 1.045 ;
    RECT 1.837 1.001 2.189 1.067 ;
  END
END LDH_LDNRBQ_2
#
# 
MACRO LDH_LDNRBQ_4 FOREIGN C0A07BLDH_LDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.33 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.396 3.069 0.66 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 0.363 0.198 0.429 0.462 ;
      RECT 0.363 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.231 3.168 0.297 ;
      VIA 0.396 0.264 V1L2L ;
      VIA 2.574 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.311 0.693 3.762 0.759 ;
      RECT 3.311 0.759 3.399 0.924 ;
      RECT 3.278 0.297 3.729 0.363 ;
      RECT 3.663 0.22 3.729 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.781 0.462 1.1 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.693 2.211 0.858 ;
      RECT 2.013 0.627 2.211 0.693 ;
      RECT 0.165 0.429 0.253 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 2.178 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 2.112 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.913 3.553 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 2.915 0.132 2.981 0.198 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 0.495 0.198 0.561 0.297 ;
    RECT 0.033 0.198 0.143 0.33 ;
    RECT 2.871 0.198 2.981 0.264 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 2.871 0.264 2.937 0.506 ;
    RECT 0.495 0.297 1.298 0.363 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.033 0.33 0.099 0.847 ;
    RECT 1.738 0.374 1.804 0.781 ;
    RECT 2.233 0.396 2.299 0.462 ;
    RECT 1.221 0.462 1.628 0.594 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.498 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.221 0.594 1.287 0.704 ;
    RECT 0.33 0.704 1.287 0.77 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.33 0.77 0.396 0.847 ;
    RECT 1.452 0.781 1.804 0.847 ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.495 0.836 1.265 0.902 ;
    RECT 0.033 0.847 0.396 0.913 ;
    RECT 1.452 0.847 1.518 0.869 ;
    RECT 1.738 0.847 1.804 0.869 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.386 0.869 1.518 0.935 ;
    RECT 1.738 0.869 1.87 0.935 ;
    RECT 0.847 0.902 0.913 0.968 ;
    RECT 0.495 0.902 0.561 0.99 ;
    RECT 1.199 0.902 1.265 1.023 ;
    RECT 0.033 0.913 0.121 1.056 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 1.595 0.946 1.661 1.023 ;
    RECT 2.178 0.979 2.431 1.045 ;
    RECT 1.199 1.023 2.057 1.089 ;
  END
END LDH_LDNRBQ_4
#
# 
MACRO LDH_LDN_1 FOREIGN C0A07BLDH_LDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.22 0.231 0.396 0.297 ;
      RECT 0.22 0.297 0.286 0.44 ;
      RECT 0.165 0.44 0.286 0.506 ;
      RECT 0.165 0.506 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.231 0.924 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 0.858 0.264 V1L2L ;
    END
  END G
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091476 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.837 0.924 1.947 0.99 ;
      RECT 1.837 0.99 1.903 1.056 ;
      RECT 1.837 0.198 1.947 0.264 ;
      RECT 1.837 0.132 1.903 0.198 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.386 0.693 1.551 0.759 ;
      RECT 1.419 0.297 1.551 0.363 ;
      RECT 1.419 0.22 1.485 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.034 0.979 1.166 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.605 0.165 ;
    RECT 1.276 0.132 1.342 0.165 ;
    RECT 0.033 0.165 0.143 0.33 ;
    RECT 0.539 0.165 0.605 0.506 ;
    RECT 1.199 0.165 1.342 0.231 ;
    RECT 0.671 0.198 0.759 0.924 ;
    RECT 1.199 0.231 1.265 0.363 ;
    RECT 0.033 0.33 0.099 0.77 ;
    RECT 1.056 0.363 1.265 0.429 ;
    RECT 1.056 0.429 1.122 0.539 ;
    RECT 1.705 0.462 1.771 0.825 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 0.968 0.539 1.122 0.605 ;
    RECT 1.221 0.561 1.287 0.726 ;
    RECT 1.056 0.605 1.122 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.32 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.77 0.143 0.836 ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 1.056 0.825 1.771 0.891 ;
    RECT 0.077 0.836 0.143 1.023 ;
    RECT 1.243 0.891 1.309 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
  END
END LDH_LDN_1
#
# 
MACRO LDH_LDN_2 FOREIGN C0A07BLDH_LDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.198 ;
      RECT 2.739 0.198 2.849 0.264 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.727 0.033 1.793 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.198 2.343 0.682 ;
      RECT 2.222 0.682 2.343 0.748 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.396 2.871 0.759 ;
      RECT 2.607 0.759 2.871 0.825 ;
      RECT 2.607 0.825 2.673 0.902 ;
      RECT 2.607 0.33 2.871 0.396 ;
      RECT 2.607 0.264 2.673 0.33 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.682 1.199 0.748 ;
      RECT 1.089 0.561 1.155 0.682 ;
      RECT 1.089 0.495 1.408 0.561 ;
      RECT 0.165 0.627 0.33 0.715 ;
      RECT 0.165 0.462 0.253 0.627 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.188 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.727 0.946 1.793 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.783 1.001 2.849 1.155 ;
      RECT 2.739 0.913 2.849 1.001 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.484 0.099 1.265 0.143 ;
    RECT 1.903 0.132 1.969 0.198 ;
    RECT 0.418 0.143 1.265 0.165 ;
    RECT 1.375 0.154 1.441 0.363 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 1.199 0.165 1.265 0.264 ;
    RECT 0.847 0.165 0.913 0.286 ;
    RECT 1.903 0.198 2.013 0.264 ;
    RECT 0.033 0.22 0.33 0.286 ;
    RECT 1.023 0.264 1.089 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 0.264 0.286 0.33 0.297 ;
    RECT 0.033 0.286 0.143 0.352 ;
    RECT 0.264 0.297 0.66 0.363 ;
    RECT 0.033 0.352 0.099 0.792 ;
    RECT 0.594 0.363 0.825 0.429 ;
    RECT 0.913 0.363 1.881 0.429 ;
    RECT 1.947 0.363 2.123 0.429 ;
    RECT 0.759 0.429 0.825 0.858 ;
    RECT 1.815 0.429 1.881 0.495 ;
    RECT 0.913 0.429 0.979 0.825 ;
    RECT 2.057 0.429 2.123 0.627 ;
    RECT 1.815 0.495 1.958 0.561 ;
    RECT 1.562 0.495 1.749 0.561 ;
    RECT 2.431 0.495 2.706 0.561 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 2.431 0.561 2.497 0.825 ;
    RECT 1.683 0.627 2.123 0.693 ;
    RECT 1.452 0.693 1.617 0.759 ;
    RECT 2.057 0.693 2.123 0.825 ;
    RECT 1.551 0.759 1.617 0.924 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.65 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.792 0.143 0.924 ;
    RECT 0.913 0.825 1.441 0.891 ;
    RECT 1.903 0.825 2.497 0.891 ;
    RECT 1.375 0.891 1.441 1.056 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 0.418 0.957 1.298 1.023 ;
    RECT 1.232 1.023 1.298 1.056 ;
  END
END LDH_LDN_2
#
# 
MACRO LDH_LDN_4 FOREIGN C0A07BLDH_LDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.352 3.267 0.671 ;
      RECT 2.816 0.671 3.3 0.737 ;
      RECT 2.849 0.286 3.267 0.352 ;
      RECT 3.201 0.198 3.267 0.286 ;
      RECT 2.849 0.22 2.915 0.286 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.407 3.927 0.693 ;
      RECT 3.553 0.693 4.004 0.759 ;
      RECT 3.553 0.759 3.619 0.924 ;
      RECT 3.553 0.341 3.927 0.407 ;
      RECT 3.861 0.33 3.927 0.341 ;
      RECT 3.861 0.198 3.971 0.33 ;
      RECT 3.553 0.198 3.663 0.341 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.638 1.705 0.726 ;
      RECT 1.617 0.561 1.705 0.638 ;
      RECT 1.617 0.495 2.024 0.561 ;
      RECT 0.209 0.594 0.319 0.726 ;
      RECT 0.209 0.462 0.275 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.716 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.65 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.759 0.649 ;
      RECT 0.693 0.649 0.759 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.081 0.913 4.147 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.859 0.165 ;
    RECT 2.497 0.132 2.563 0.198 ;
    RECT 1.969 0.154 2.035 0.363 ;
    RECT 0.902 0.165 1.034 0.209 ;
    RECT 1.364 0.165 1.496 0.209 ;
    RECT 0.451 0.165 0.539 0.242 ;
    RECT 1.793 0.165 1.859 0.242 ;
    RECT 2.497 0.198 2.607 0.264 ;
    RECT 1.166 0.231 1.298 0.297 ;
    RECT 1.562 0.231 1.694 0.297 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 0.033 0.275 0.385 0.341 ;
    RECT 1.232 0.297 1.298 0.308 ;
    RECT 1.562 0.297 1.628 0.308 ;
    RECT 1.232 0.308 1.628 0.363 ;
    RECT 0.319 0.341 1.045 0.407 ;
    RECT 0.033 0.341 0.143 0.418 ;
    RECT 1.232 0.363 2.475 0.374 ;
    RECT 2.541 0.363 2.717 0.429 ;
    RECT 1.562 0.374 2.475 0.429 ;
    RECT 1.232 0.374 1.298 0.825 ;
    RECT 0.957 0.407 1.045 0.451 ;
    RECT 0.033 0.418 0.099 0.726 ;
    RECT 2.409 0.429 2.475 0.495 ;
    RECT 2.651 0.429 2.717 0.627 ;
    RECT 0.957 0.451 1.1 0.517 ;
    RECT 2.409 0.495 2.552 0.561 ;
    RECT 2.156 0.495 2.343 0.561 ;
    RECT 3.399 0.495 3.762 0.561 ;
    RECT 0.957 0.517 1.045 0.858 ;
    RECT 2.277 0.561 2.343 0.627 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 2.277 0.627 2.717 0.693 ;
    RECT 2.046 0.693 2.211 0.759 ;
    RECT 2.651 0.693 2.717 0.825 ;
    RECT 0.033 0.726 0.143 0.858 ;
    RECT 2.145 0.759 2.211 0.924 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.166 0.825 2.035 0.891 ;
    RECT 2.497 0.825 3.465 0.891 ;
    RECT 1.969 0.891 2.035 1.056 ;
    RECT 2.497 0.891 2.563 1.056 ;
    RECT 0.418 0.957 1.892 1.023 ;
    RECT 1.826 1.023 1.892 1.056 ;
  END
END LDH_LDN_4
#
# 
MACRO LDH_LDPQ_1 FOREIGN C0A07BLDH_LDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDH_LDPQ_1
#
# 
MACRO LDH_LDPQ_2 FOREIGN C0A07BLDH_LDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDH_LDPQ_2
#
# 
MACRO LDH_LDPQ_4 FOREIGN C0A07BLDH_LDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDH_LDPQ_4
#
# 
MACRO LDH_LDPRBQ_1 FOREIGN C0A07BLDH_LDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.352 0.451 0.495 0.517 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 1.353 0.165 1.419 0.462 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.991 0.198 2.079 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.693 ;
      RECT 0.231 0.693 0.759 0.759 ;
      RECT 0.231 0.616 0.297 0.693 ;
      RECT 0.693 0.407 1.023 0.473 ;
      RECT 0.957 0.473 1.023 0.902 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.231 1.155 0.297 ;
    RECT 0.077 0.242 0.143 0.825 ;
    RECT 1.089 0.297 1.155 0.825 ;
    RECT 1.595 0.308 1.661 0.693 ;
    RECT 1.749 0.462 1.815 0.825 ;
    RECT 0.825 0.572 0.891 0.825 ;
    RECT 1.276 0.693 1.661 0.759 ;
    RECT 0.077 0.825 0.891 0.891 ;
    RECT 1.089 0.825 1.815 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 1.573 0.891 1.639 1.056 ;
    RECT 0.814 0.979 0.946 1.023 ;
    RECT 0.814 1.023 1.155 1.045 ;
    RECT 0.88 1.045 1.155 1.089 ;
  END
END LDH_LDPRBQ_1
#
# 
MACRO LDH_LDPRBQ_2 FOREIGN C0A07BLDH_LDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.211 0.209 2.299 0.462 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.297 0.528 0.495 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.31 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.244 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.693 0.44 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.871 0.792 3.003 0.858 ;
      RECT 2.871 0.858 2.937 0.924 ;
      RECT 2.871 0.33 3.003 0.396 ;
      RECT 2.871 0.264 2.937 0.33 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.902 ;
      RECT 1.023 0.451 1.947 0.517 ;
      RECT 1.023 0.517 1.089 0.693 ;
      RECT 0.22 0.693 1.089 0.759 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.639 0.143 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 1.793 0.132 1.859 0.308 ;
    RECT 0.792 0.143 1.639 0.165 ;
    RECT 1.573 0.165 1.639 0.176 ;
    RECT 0.792 0.165 0.924 0.209 ;
    RECT 1.177 0.165 1.243 0.242 ;
    RECT 1.573 0.176 1.672 0.242 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.364 0.231 1.496 0.297 ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.43 0.297 1.496 0.308 ;
    RECT 2.475 0.308 2.541 0.693 ;
    RECT 1.43 0.308 2.079 0.374 ;
    RECT 2.013 0.374 2.079 0.825 ;
    RECT 2.618 0.495 2.772 0.561 ;
    RECT 2.618 0.561 2.684 0.825 ;
    RECT 1.584 0.583 1.782 0.649 ;
    RECT 2.189 0.616 2.255 0.693 ;
    RECT 1.199 0.649 1.65 0.715 ;
    RECT 2.189 0.693 2.541 0.759 ;
    RECT 1.199 0.715 1.265 0.825 ;
    RECT 0.055 0.825 1.265 0.891 ;
    RECT 1.364 0.825 1.815 0.891 ;
    RECT 2.013 0.825 2.684 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 2.013 0.891 2.079 1.023 ;
    RECT 2.431 0.891 2.497 1.056 ;
    RECT 0.616 0.957 1.672 1.023 ;
    RECT 1.606 1.023 1.672 1.056 ;
    RECT 1.749 1.023 2.079 1.089 ;
  END
END LDH_LDPRBQ_2
#
# 
MACRO LDH_LDPRBQ_4 FOREIGN C0A07BLDH_LDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.33 3.069 0.66 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.297 0.495 0.66 0.561 ;
      RECT 0.528 0.561 0.66 0.605 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.102 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
      VIA 3.036 0.396 V1L2L ;
    END
  END RD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 1.628 0.594 ;
      RECT 1.287 0.594 1.353 0.671 ;
      RECT 0.165 0.671 1.353 0.693 ;
      RECT 0.352 0.693 1.353 0.737 ;
      RECT 0.165 0.627 0.418 0.671 ;
      RECT 0.165 0.506 0.231 0.627 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.1 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.385 3.531 0.671 ;
      RECT 3.311 0.671 3.762 0.737 ;
      RECT 3.311 0.737 3.399 0.858 ;
      RECT 3.278 0.319 3.762 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 3.96 0.55 ;
    RECT 0 0.55 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 2.871 0.165 3.014 0.231 ;
    RECT 2.871 0.231 2.937 0.506 ;
    RECT 0.495 0.264 0.561 0.341 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 0.033 0.286 0.143 0.418 ;
    RECT 0.66 0.297 1.298 0.341 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.495 0.341 1.298 0.363 ;
    RECT 0.495 0.363 0.726 0.407 ;
    RECT 1.738 0.374 1.804 0.847 ;
    RECT 0.033 0.418 0.099 0.759 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.355 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 2.233 0.528 2.299 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.958 0.693 2.211 0.759 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 2.277 0.825 ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 0.132 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 1.386 0.814 1.452 0.847 ;
    RECT 0.033 0.825 0.121 0.99 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.451 0.847 1.265 0.913 ;
    RECT 1.386 0.847 1.87 0.913 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.199 0.913 1.265 0.979 ;
    RECT 0.451 0.913 0.517 0.99 ;
    RECT 1.199 0.979 2.046 1.045 ;
    RECT 2.145 0.979 2.431 1.045 ;
  END
END LDH_LDPRBQ_4
#
# 
MACRO LDH_LDPRBSB_1 FOREIGN C0A07BLDH_LDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.639 0.033 1.705 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.33 ;
      RECT 3.157 0.198 3.399 0.264 ;
      RECT 3.157 0.264 3.223 0.726 ;
      RECT 3.157 0.726 3.399 0.792 ;
      RECT 3.333 0.792 3.399 0.858 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.825 ;
      RECT 2.618 0.825 2.805 0.891 ;
      RECT 1.474 0.198 1.562 0.462 ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.363 2.838 0.429 ;
      VIA 0.462 0.396 V1L2L ;
      VIA 1.518 0.396 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.561 ;
      RECT 0.561 0.561 0.759 0.627 ;
      RECT 0.693 0.627 0.759 0.726 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.858 ;
      RECT 0.561 0.858 0.891 0.924 ;
      RECT 0.561 0.759 0.627 0.858 ;
      RECT 0.165 0.693 0.627 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.825 0.374 0.891 0.429 ;
      RECT 0.748 0.429 0.891 0.495 ;
      RECT 0.825 0.308 1.199 0.374 ;
      RECT 1.133 0.374 1.199 0.44 ;
    END
  END G
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.792 2.211 0.858 ;
      RECT 2.145 0.594 2.211 0.792 ;
      RECT 2.013 0.726 2.079 0.792 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.891 3.234 0.957 ;
      RECT 3.003 0.264 3.069 0.891 ;
      LAYER M2L ;
      RECT 2.772 0.891 3.168 0.957 ;
      VIA 3.102 0.924 V1L2L ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.793 0.99 1.859 1.155 ;
      RECT 1.793 0.924 1.892 0.99 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.463 0.88 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.937 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.793 0.132 1.859 0.297 ;
    RECT 0.836 0.165 1.331 0.231 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 2.871 0.165 2.937 1.023 ;
    RECT 1.265 0.231 1.331 0.891 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 2.585 0.286 2.651 0.429 ;
    RECT 1.793 0.297 2.475 0.363 ;
    RECT 3.553 0.308 3.619 0.528 ;
    RECT 1.628 0.363 1.859 0.429 ;
    RECT 1.947 0.429 2.651 0.495 ;
    RECT 1.628 0.429 1.694 0.605 ;
    RECT 3.311 0.462 3.377 0.528 ;
    RECT 1.793 0.495 2.013 0.561 ;
    RECT 3.311 0.528 3.619 0.594 ;
    RECT 2.343 0.561 2.607 0.627 ;
    RECT 1.793 0.561 1.859 0.792 ;
    RECT 0.957 0.594 1.023 0.99 ;
    RECT 3.553 0.594 3.619 0.792 ;
    RECT 1.397 0.605 1.694 0.671 ;
    RECT 2.541 0.627 2.607 0.748 ;
    RECT 2.343 0.627 2.409 0.891 ;
    RECT 1.397 0.671 1.463 0.792 ;
    RECT 1.639 0.792 1.859 0.858 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.639 0.858 1.705 1.012 ;
    RECT 3.487 0.88 3.553 1.023 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.089 0.891 1.331 0.957 ;
    RECT 2.343 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.508 0.957 ;
    VIA 2.442 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.089 0.957 1.155 1.056 ;
    RECT 0.429 0.99 1.023 1.056 ;
    RECT 2.211 1.023 3.553 1.089 ;
  END
END LDH_LDPRBSB_1
#
# 
MACRO LDH_LDPRBSB_2 FOREIGN C0A07BLDH_LDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.257 0.033 4.323 0.264 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.264 3.465 0.594 ;
      RECT 2.145 0.396 2.343 0.462 ;
      RECT 2.277 0.33 2.343 0.396 ;
      RECT 2.145 0.198 2.211 0.396 ;
      RECT 0.495 0.33 0.561 0.495 ;
      RECT 0.495 0.495 0.715 0.561 ;
      LAYER M2L ;
      RECT 0.462 0.363 3.498 0.429 ;
      VIA 0.528 0.396 V1L2L ;
      VIA 2.178 0.396 V1L2L ;
      VIA 3.432 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.88 0.451 1.023 0.539 ;
      RECT 0.957 0.539 1.023 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.389 0.825 4.532 0.891 ;
      RECT 4.389 0.297 4.532 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.803 ;
      RECT 3.707 0.803 3.927 0.869 ;
      RECT 3.707 0.869 3.795 0.99 ;
      RECT 3.707 0.297 3.927 0.363 ;
      RECT 3.707 0.198 3.795 0.297 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 2.871 0.495 ;
      RECT 2.805 0.495 2.871 0.594 ;
    END
  END SD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.891 0.693 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 1.089 0.528 1.155 0.825 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.66 ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.231 1.419 0.66 ;
      RECT 1.353 0.165 1.947 0.231 ;
      RECT 1.881 0.231 1.947 0.594 ;
      RECT 0.297 0.693 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.561 0.924 0.627 1.155 ;
      RECT 4.257 0.924 4.323 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.034 0.528 1.738 0.605 ;
    RECT 0 0.528 1.034 0.605 ;
    RECT 1.738 0.528 4.752 0.605 ;
    RECT 0 0.605 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.597 0.165 ;
    RECT 0.418 0.143 1.078 0.209 ;
    RECT 3.091 0.165 3.157 0.297 ;
    RECT 3.531 0.165 3.597 0.495 ;
    RECT 0.055 0.176 0.121 0.957 ;
    RECT 2.519 0.198 2.585 0.297 ;
    RECT 4.103 0.198 4.169 0.495 ;
    RECT 0.77 0.275 1.254 0.341 ;
    RECT 3.267 0.286 3.333 0.429 ;
    RECT 1.485 0.297 1.815 0.363 ;
    RECT 2.409 0.297 3.157 0.363 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 1.485 0.363 1.551 0.825 ;
    RECT 2.409 0.363 2.475 0.627 ;
    RECT 2.937 0.429 3.333 0.495 ;
    RECT 1.617 0.462 1.683 0.858 ;
    RECT 2.541 0.462 2.607 0.825 ;
    RECT 2.937 0.495 3.003 0.825 ;
    RECT 3.531 0.495 3.762 0.561 ;
    RECT 4.103 0.495 4.29 0.561 ;
    RECT 3.531 0.561 3.597 0.957 ;
    RECT 4.103 0.561 4.169 0.858 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 2.024 0.627 2.475 0.693 ;
    RECT 3.069 0.693 3.41 0.759 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 1.749 0.759 2.244 0.825 ;
    RECT 3.069 0.759 3.135 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.716 0.825 ;
    RECT 2.112 0.759 3.168 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 0.495 0.957 ;
    RECT 1.342 0.825 1.551 0.891 ;
    RECT 1.749 0.825 1.815 1.056 ;
    RECT 2.343 0.825 3.003 0.891 ;
    RECT 2.343 0.891 2.409 0.99 ;
    RECT 0.055 0.957 0.495 1.023 ;
    RECT 0.946 0.957 1.65 1.023 ;
    RECT 2.838 0.957 3.597 1.023 ;
  END
END LDH_LDPRBSB_2
#
# 
MACRO LDH_LDPRBSB_4 FOREIGN C0A07BLDH_LDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.649 ;
      RECT 2.673 0.429 2.739 0.594 ;
      RECT 2.541 0.363 2.739 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.429 0.627 0.495 ;
      RECT 0.561 0.495 0.627 0.594 ;
      RECT 0.297 0.33 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.96 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 3.894 0.396 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.148 0.726 5.72 0.858 ;
      RECT 5.236 0.297 5.72 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.32 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.495 3.135 0.858 ;
      RECT 3.069 0.429 3.267 0.495 ;
      RECT 3.201 0.495 3.267 0.594 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.693 ;
      RECT 4.125 0.693 4.719 0.759 ;
      RECT 4.125 0.759 4.191 0.99 ;
      RECT 4.125 0.297 4.719 0.363 ;
      RECT 4.125 0.198 4.191 0.297 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.473 1.947 0.726 ;
      RECT 1.881 0.407 2.343 0.473 ;
      RECT 2.277 0.473 2.343 0.594 ;
      RECT 0.165 0.418 0.231 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.98 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 5.797 0.913 5.863 1.155 ;
      RECT 5.071 0.924 5.137 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.586 1.045 3.652 1.155 ;
      RECT 3.52 0.979 3.652 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 5.412 0.957 5.544 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 5.94 0.55 ;
    RECT 0 0.55 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.099 2.475 0.165 ;
    RECT 3.531 0.099 4.059 0.165 ;
    RECT 0.99 0.143 1.87 0.209 ;
    RECT 1.969 0.165 2.035 0.275 ;
    RECT 2.409 0.165 2.475 0.957 ;
    RECT 3.531 0.165 3.597 0.297 ;
    RECT 3.993 0.165 4.059 0.495 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 4.873 0.198 4.939 0.495 ;
    RECT 0.033 0.22 0.143 0.352 ;
    RECT 0.473 0.275 1.32 0.341 ;
    RECT 1.562 0.275 2.035 0.341 ;
    RECT 3.707 0.286 3.773 0.429 ;
    RECT 2.805 0.297 3.597 0.363 ;
    RECT 0.033 0.352 0.099 0.847 ;
    RECT 2.805 0.363 2.871 0.693 ;
    RECT 3.333 0.429 3.773 0.495 ;
    RECT 2.937 0.462 3.003 0.99 ;
    RECT 3.333 0.495 3.399 0.693 ;
    RECT 3.993 0.495 4.532 0.561 ;
    RECT 4.873 0.495 5.456 0.561 ;
    RECT 3.465 0.561 3.608 0.627 ;
    RECT 3.993 0.561 4.059 0.847 ;
    RECT 4.873 0.561 4.939 0.924 ;
    RECT 2.541 0.594 2.607 0.693 ;
    RECT 3.465 0.627 3.531 0.715 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.564 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 1.782 0.759 ;
    RECT 3.201 0.693 3.399 0.759 ;
    RECT 2.541 0.693 2.871 0.759 ;
    RECT 3.465 0.715 3.85 0.781 ;
    RECT 0.297 0.759 0.363 0.847 ;
    RECT 3.201 0.759 3.267 0.99 ;
    RECT 0.033 0.847 0.363 0.913 ;
    RECT 0.473 0.847 1.287 0.913 ;
    RECT 1.386 0.847 2.211 0.913 ;
    RECT 3.333 0.847 4.059 0.913 ;
    RECT 2.783 0.88 2.849 0.99 ;
    RECT 0.033 0.913 0.121 0.99 ;
    RECT 1.221 0.913 1.287 0.979 ;
    RECT 0.473 0.913 0.539 0.99 ;
    RECT 2.145 0.913 2.211 0.957 ;
    RECT 3.333 0.913 3.399 0.99 ;
    RECT 2.145 0.957 2.475 1.023 ;
    RECT 1.221 0.979 2.046 1.045 ;
    RECT 2.783 0.99 3.267 1.056 ;
  END
END LDH_LDPRBSB_4
#
# 
MACRO LDH_LDP_2RE FOREIGN C0A07BLDH_LDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.135 0.275 ;
      RECT 2.827 0.033 2.893 0.264 ;
      RECT 2.431 0.033 2.497 0.396 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.671 0.033 0.737 0.396 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.363 3.003 0.429 ;
      RECT 2.937 0.429 3.003 0.759 ;
      RECT 2.607 0.759 3.003 0.825 ;
      RECT 2.607 0.825 2.673 1.034 ;
      RECT 2.607 0.154 2.673 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.132 0.462 0.231 0.528 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 3.234 0.319 3.531 0.385 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 0.209 1.023 0.319 1.155 ;
      RECT 0.209 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.924 3.135 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 1.023 0.759 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.243 0.132 1.309 0.33 ;
    RECT 1.606 0.132 1.672 0.165 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 1.606 0.165 1.936 0.231 ;
    RECT 0.858 0.297 1.155 0.33 ;
    RECT 1.925 0.297 2.365 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.429 0.33 0.561 0.396 ;
    RECT 0.858 0.33 1.309 0.363 ;
    RECT 1.617 0.33 1.815 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 1.089 0.363 1.309 0.396 ;
    RECT 1.925 0.363 1.991 0.594 ;
    RECT 2.277 0.363 2.365 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.848 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.462 ;
    RECT 0.495 0.396 0.561 0.66 ;
    RECT 1.089 0.396 1.155 0.759 ;
    RECT 1.749 0.396 1.815 0.462 ;
    RECT 1.617 0.396 1.683 0.594 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.221 0.462 1.419 0.528 ;
    RECT 2.145 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.495 ;
    RECT 3.201 0.462 3.399 0.495 ;
    RECT 2.442 0.495 2.816 0.561 ;
    RECT 3.069 0.495 3.399 0.528 ;
    LAYER M2L ;
    RECT 0.462 0.495 1.452 0.561 ;
    RECT 2.244 0.495 3.3 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 0.528 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.528 1.287 0.594 ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 2.057 0.528 2.211 0.594 ;
    RECT 3.069 0.528 3.267 0.561 ;
    RECT 3.333 0.528 3.399 0.594 ;
    RECT 2.442 0.561 2.508 0.825 ;
    RECT 3.069 0.561 3.135 0.594 ;
    RECT 3.201 0.561 3.267 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 2.057 0.594 2.123 0.693 ;
    RECT 0.429 0.66 0.561 0.726 ;
    RECT 2.222 0.693 2.365 0.759 ;
    RECT 1.386 0.693 2.123 0.759 ;
    RECT 0.429 0.726 0.495 0.924 ;
    RECT 0.891 0.759 1.287 0.825 ;
    RECT 2.057 0.759 2.123 0.825 ;
    RECT 0.033 0.792 0.143 0.825 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.034 ;
    RECT 1.826 0.825 1.958 0.891 ;
    RECT 2.057 0.825 2.508 0.891 ;
    RECT 0.033 0.891 0.143 1.045 ;
    RECT 1.892 0.891 1.958 0.957 ;
    RECT 1.21 0.957 1.958 1.023 ;
    RECT 1.21 1.023 1.276 1.056 ;
  END
END LDH_LDP_2RE
#
# 
MACRO LDH_MAJ3B_2 FOREIGN C0A07BLDH_MAJ3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.563 0.033 2.629 0.198 ;
      RECT 2.563 0.198 2.673 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.2 0.693 2.838 0.759 ;
      RECT 2.2 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.475 0.165 ;
    RECT 1.045 0.132 1.111 0.198 ;
    RECT 1.705 0.165 1.771 0.264 ;
    RECT 2.057 0.165 2.123 0.264 ;
    RECT 2.409 0.165 2.475 0.33 ;
    RECT 0.231 0.198 0.297 0.429 ;
    RECT 0.957 0.198 1.111 0.264 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 0.957 0.264 1.023 0.671 ;
    RECT 1.375 0.264 1.441 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.739 0.264 2.805 0.33 ;
    RECT 0.385 0.297 0.627 0.363 ;
    RECT 2.409 0.33 2.805 0.396 ;
    RECT 1.122 0.363 1.287 0.429 ;
    RECT 1.375 0.363 1.947 0.429 ;
    RECT 0.561 0.363 0.627 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.363 1.254 0.429 ;
    VIA 0.264 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.429 0.297 0.495 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.123 0.462 2.189 0.561 ;
    RECT 0.055 0.495 0.121 0.792 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 1.485 0.495 1.936 0.561 ;
    RECT 1.485 0.561 1.551 0.627 ;
    RECT 2.035 0.561 2.189 0.627 ;
    RECT 1.089 0.627 1.551 0.671 ;
    RECT 1.672 0.627 2.101 0.693 ;
    RECT 0.957 0.671 1.551 0.693 ;
    RECT 0.957 0.693 1.155 0.737 ;
    RECT 1.672 0.693 1.738 0.759 ;
    RECT 1.221 0.759 1.738 0.825 ;
    RECT 0.957 0.825 1.287 0.891 ;
    RECT 1.881 0.825 2.981 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 2.915 0.891 2.981 0.99 ;
    RECT 1.881 0.891 1.947 1.023 ;
    RECT 1.375 0.924 1.441 1.023 ;
    RECT 0.561 0.957 1.023 1.023 ;
    RECT 1.375 1.023 1.947 1.089 ;
  END
END LDH_MAJ3B_2
#
# 
MACRO LDH_MAJ3B_4 FOREIGN C0A07BLDH_MAJ3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.284592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 4.323 0.759 ;
      RECT 4.235 0.825 4.686 0.891 ;
      RECT 4.235 0.759 4.323 0.825 ;
      RECT 3.344 0.297 3.795 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0.814 0.528 1.474 0.682 ;
    RECT 0 0.528 0.814 0.682 ;
    RECT 1.474 0.528 4.884 0.682 ;
    RECT 0 0.682 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.056 0.165 ;
    RECT 2.497 0.132 2.882 0.165 ;
    RECT 0.99 0.165 1.122 0.231 ;
    RECT 0.561 0.165 0.627 0.264 ;
    RECT 2.497 0.165 3.971 0.198 ;
    RECT 1.419 0.198 1.485 0.627 ;
    RECT 2.816 0.198 3.971 0.231 ;
    RECT 2.497 0.198 2.563 0.264 ;
    RECT 0.231 0.22 0.297 0.33 ;
    RECT 0.693 0.231 0.902 0.297 ;
    RECT 3.905 0.231 3.971 0.363 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.782 0.297 2.266 0.363 ;
    RECT 2.64 0.297 3.124 0.363 ;
    RECT 4.202 0.297 4.686 0.363 ;
    RECT 0.231 0.33 0.363 0.396 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 2.2 0.363 2.706 0.429 ;
    RECT 3.905 0.363 4.268 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.825 ;
    RECT 1.617 0.495 2.112 0.561 ;
    RECT 2.211 0.495 3.014 0.561 ;
    RECT 3.179 0.495 3.564 0.561 ;
    RECT 2.211 0.561 2.277 0.627 ;
    RECT 3.179 0.561 3.245 0.627 ;
    RECT 1.419 0.627 2.277 0.693 ;
    RECT 2.442 0.627 3.245 0.693 ;
    RECT 1.419 0.693 1.485 0.924 ;
    RECT 2.442 0.693 2.508 0.891 ;
    RECT 0.198 0.825 0.363 0.891 ;
    RECT 0.55 0.825 1.089 0.891 ;
    RECT 1.782 0.825 2.233 0.891 ;
    RECT 2.673 0.825 4.158 0.891 ;
    RECT 1.023 0.891 1.089 1.056 ;
    RECT 2.376 0.891 2.508 0.957 ;
    RECT 4.092 0.891 4.158 0.979 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 2.673 0.891 2.739 1.023 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.508 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.763 0.924 4.829 1.023 ;
    RECT 4.092 0.979 4.51 1.023 ;
    RECT 4.092 1.023 4.829 1.045 ;
    RECT 2.167 1.023 2.739 1.089 ;
    RECT 4.444 1.045 4.829 1.089 ;
  END
END LDH_MAJ3B_4
#
# 
MACRO LDH_MAJ3_0P5 FOREIGN C0A07BLDH_MAJ3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.187 ;
      RECT 0.374 0.187 0.506 0.253 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.671 ;
      RECT 0.121 0.671 0.759 0.737 ;
      RECT 0.121 0.594 0.187 0.671 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 1.089 0.594 1.287 0.66 ;
      RECT 1.221 0.66 1.287 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.979 0.165 1.045 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.176 0.297 0.33 ;
    RECT 0.77 0.231 0.902 0.297 ;
    RECT 0.836 0.297 0.902 0.462 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 1.221 0.396 1.287 0.462 ;
    RECT 0.836 0.462 1.287 0.528 ;
    RECT 0.836 0.528 0.902 0.891 ;
    RECT 0.231 0.803 0.671 0.869 ;
    RECT 0.605 0.869 0.671 1.023 ;
    RECT 0.231 0.869 0.297 1.056 ;
    RECT 0.77 0.891 0.902 0.957 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 0.605 1.023 1.045 1.089 ;
  END
END LDH_MAJ3_0P5
#
# 
MACRO LDH_MAJ3_1 FOREIGN C0A07BLDH_MAJ3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.121 0.66 0.759 0.726 ;
      RECT 0.121 0.594 0.187 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 0.957 0.594 1.155 0.66 ;
      RECT 0.957 0.66 1.023 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.198 1.419 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.001 0.506 1.155 ;
      RECT 0.374 0.935 0.506 1.001 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.067 0.165 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 0.77 0.231 0.913 0.297 ;
    RECT 0.825 0.297 0.913 0.396 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 0.825 0.396 1.287 0.462 ;
    RECT 1.221 0.462 1.287 0.594 ;
    RECT 0.825 0.462 0.891 0.88 ;
    RECT 0.198 0.803 0.66 0.869 ;
    RECT 0.594 0.869 0.66 1.023 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 0.594 1.023 1.067 1.089 ;
  END
END LDH_MAJ3_1
#
# 
MACRO LDH_MAJ3_2 FOREIGN C0A07BLDH_MAJ3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.462 1.056 0.594 ;
      RECT 0.825 0.33 0.891 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.616 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 2.244 0.726 2.508 0.858 ;
      RECT 2.31 0.319 2.475 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.507 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.616 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.254 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.188 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 2.079 0.231 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 0.583 0.231 0.649 0.88 ;
    RECT 1.254 0.297 1.738 0.363 ;
    RECT 2.013 0.495 2.189 0.561 ;
    RECT 2.013 0.561 2.079 0.825 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 1.782 0.792 1.848 0.825 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 1.782 0.825 2.079 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.407 0.913 0.473 0.979 ;
    RECT 1.639 0.957 2.09 1.023 ;
    RECT 0.407 0.979 0.858 1.045 ;
    RECT 2.024 1.023 2.09 1.056 ;
  END
END LDH_MAJ3_2
#
# 
MACRO LDH_MAJ3_3 FOREIGN C0A07BLDH_MAJ3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.385 2.871 0.693 ;
      RECT 2.805 0.759 2.871 0.858 ;
      RECT 2.354 0.693 2.871 0.759 ;
      RECT 2.805 0.198 2.871 0.319 ;
      RECT 2.354 0.319 2.871 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.496 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.452 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.386 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.121 0.825 0.187 ;
    RECT 1.628 0.143 2.112 0.209 ;
    RECT 0.759 0.187 0.825 0.264 ;
    RECT 0.407 0.187 0.473 0.286 ;
    RECT 0.935 0.198 1.001 0.275 ;
    RECT 1.628 0.209 1.694 0.275 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.55 0.275 0.682 0.341 ;
    RECT 0.935 0.275 1.694 0.341 ;
    RECT 1.804 0.275 2.079 0.341 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.55 0.341 0.638 0.671 ;
    RECT 2.013 0.341 2.079 0.495 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.112 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.495 2.64 0.561 ;
    RECT 2.013 0.561 2.079 0.693 ;
    RECT 0.55 0.671 0.682 0.737 ;
    RECT 1.804 0.693 2.079 0.759 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.902 0.825 2.112 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
  END
END LDH_MAJ3_3
#
# 
MACRO LDH_MAJ3_4 FOREIGN C0A07BLDH_MAJ3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.012 0.462 1.716 0.594 ;
      RECT 1.221 0.198 1.287 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.256 0.726 3.828 0.858 ;
      RECT 3.256 0.297 3.74 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.594 2.739 0.726 ;
      RECT 1.881 0.462 2.739 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.22 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.772 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 2.376 0.165 2.86 0.231 ;
    RECT 0.572 0.231 0.638 0.297 ;
    RECT 2.376 0.231 2.442 0.297 ;
    RECT 0.198 0.297 0.638 0.363 ;
    RECT 1.628 0.297 2.442 0.363 ;
    RECT 2.552 0.297 2.871 0.363 ;
    RECT 0.748 0.319 0.891 0.385 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.825 0.385 0.891 0.693 ;
    RECT 3.091 0.495 3.498 0.561 ;
    RECT 3.091 0.561 3.157 0.825 ;
    RECT 0.748 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 0.198 0.825 1.056 0.891 ;
    RECT 1.309 0.825 2.475 0.891 ;
    RECT 2.541 0.825 3.157 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.409 0.957 2.86 1.023 ;
  END
END LDH_MAJ3_4
#
# 
MACRO LDH_MAJ3_6 FOREIGN C0A07BLDH_MAJ3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 2.409 0.462 3.267 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.132 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.363 3.3 0.429 ;
      VIA 0.198 0.396 V1L2L ;
      VIA 3.234 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 2.167 0.594 ;
      RECT 1.485 0.198 1.551 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.092 0.726 5.016 0.858 ;
      RECT 4.114 0.297 4.95 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.971 0.946 4.037 1.155 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 4.642 0.979 4.774 1.045 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.232 0.231 ;
    RECT 3.058 0.165 3.718 0.231 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 3.058 0.231 3.124 0.297 ;
    RECT 1.309 0.242 1.375 0.319 ;
    RECT 0.374 0.297 0.814 0.363 ;
    RECT 1.98 0.297 3.124 0.363 ;
    RECT 3.388 0.297 3.927 0.363 ;
    RECT 0.924 0.319 1.375 0.385 ;
    RECT 3.861 0.363 3.927 0.495 ;
    RECT 1.089 0.385 1.155 0.693 ;
    RECT 3.861 0.495 4.686 0.561 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 0.924 0.693 3.267 0.759 ;
    RECT 3.201 0.759 3.267 0.825 ;
    RECT 0.055 0.825 1.551 0.891 ;
    RECT 1.661 0.825 3.135 0.891 ;
    RECT 3.201 0.825 3.927 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.485 0.891 1.551 0.968 ;
    RECT 3.069 0.891 3.135 0.957 ;
    RECT 1.661 0.891 1.727 0.968 ;
    RECT 3.069 0.957 3.894 1.023 ;
    RECT 3.828 1.023 3.894 1.056 ;
  END
END LDH_MAJ3_6
#
# 
MACRO LDH_MAJI3_0P5 FOREIGN C0A07BLDH_MAJI3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.671 ;
      RECT 0.033 0.671 0.759 0.737 ;
      RECT 0.693 0.462 0.759 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.297 0.891 0.847 ;
      RECT 0.825 0.847 0.968 0.913 ;
      RECT 0.825 0.231 0.968 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.067 0.165 1.133 0.286 ;
    RECT 0.693 0.165 0.759 0.297 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 0.275 0.297 0.759 0.363 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDH_MAJI3_0P5
#
# 
MACRO LDH_MAJI3_1 FOREIGN C0A07BLDH_MAJI3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.352 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.957 0.462 1.067 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.891 ;
      RECT 0.825 0.891 0.968 0.957 ;
      RECT 0.825 0.297 0.968 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.154 1.133 0.22 ;
    RECT 0.616 0.22 0.682 0.275 ;
    RECT 1.067 0.22 1.133 0.286 ;
    RECT 0.242 0.275 0.682 0.341 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDH_MAJI3_1
#
# 
MACRO LDH_MAJI3_2 FOREIGN C0A07BLDH_MAJI3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.627 ;
      RECT 1.254 0.627 1.419 0.693 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.386 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.858 1.881 0.924 ;
      RECT 1.815 0.792 1.947 0.858 ;
      RECT 1.881 0.396 1.947 0.792 ;
      RECT 1.815 0.33 1.947 0.396 ;
      RECT 1.815 0.264 1.881 0.33 ;
      RECT 0.561 0.264 0.649 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.98 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 1.914 0.792 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 1.639 0.099 2.057 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 1.991 0.165 2.057 0.264 ;
    RECT 1.639 0.165 1.705 0.297 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.902 0.297 1.705 0.363 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 1.023 ;
    RECT 0.407 0.913 0.473 0.957 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 1.639 1.023 2.057 1.089 ;
  END
END LDH_MAJI3_2
#
# 
MACRO LDH_MAJI3_3 FOREIGN C0A07BLDH_MAJI3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33759 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.847 ;
      RECT 2.541 0.847 3.003 0.913 ;
      RECT 2.937 0.913 3.003 0.99 ;
      RECT 2.541 0.297 3.003 0.363 ;
      RECT 2.937 0.198 3.003 0.297 ;
      RECT 0.825 0.385 0.891 0.671 ;
      RECT 0.748 0.671 1.243 0.737 ;
      RECT 0.748 0.319 1.199 0.385 ;
      RECT 1.133 0.242 1.199 0.319 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.64 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.716 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.871 0.572 ;
      RECT 2.805 0.572 2.871 0.726 ;
      RECT 2.673 0.572 2.739 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.881 0.462 2.376 0.594 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 1.98 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.056 0.209 ;
    RECT 2.365 0.165 2.816 0.231 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.572 0.209 0.638 0.275 ;
    RECT 2.365 0.231 2.431 0.275 ;
    RECT 0.198 0.275 0.638 0.341 ;
    RECT 1.309 0.275 2.431 0.341 ;
    RECT 0.198 0.825 0.638 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.572 0.891 0.638 0.979 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.365 0.891 2.431 0.979 ;
    RECT 0.572 0.979 1.056 1.045 ;
    RECT 2.365 0.979 2.816 1.045 ;
  END
END LDH_MAJI3_3
#
# 
MACRO LDH_MAJI3_4 FOREIGN C0A07BLDH_MAJI3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.363 3.333 0.825 ;
      RECT 3.267 0.825 3.718 0.891 ;
      RECT 3.267 0.297 3.718 0.363 ;
      RECT 0.957 0.385 1.023 0.726 ;
      RECT 0.924 0.726 1.419 0.858 ;
      RECT 0.924 0.319 1.419 0.385 ;
      LAYER M2L ;
      RECT 0.924 0.363 3.366 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 3.3 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 2.167 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.594 2.409 0.726 ;
      RECT 2.343 0.462 3.036 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.264 0.462 0.792 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.442 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.376 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.143 3.883 0.209 ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 3.817 0.209 3.883 0.286 ;
    RECT 3.091 0.209 3.157 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 0.055 0.297 0.814 0.363 ;
    RECT 1.65 0.297 3.157 0.363 ;
    RECT 0.055 0.737 0.121 0.825 ;
    RECT 0.055 0.825 0.814 0.891 ;
    RECT 1.65 0.825 3.157 0.891 ;
    RECT 0.748 0.891 0.814 0.957 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 3.85 0.924 3.916 0.957 ;
    RECT 0.748 0.957 1.584 1.023 ;
    RECT 3.091 0.957 3.916 1.023 ;
  END
END LDH_MAJI3_4
#
# 
MACRO LDH_MAJI3_6 FOREIGN C0A07BLDH_MAJI3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 5.544 0.594 ;
      RECT 5.445 0.594 5.511 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.462 2.904 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.276 0.726 4.719 0.737 ;
      RECT 4.653 0.737 4.719 0.825 ;
      RECT 4.653 0.825 5.456 0.891 ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 4.62 0.297 5.456 0.363 ;
      RECT 2.046 0.671 4.719 0.726 ;
      RECT 1.276 0.737 2.112 0.858 ;
      RECT 1.276 0.319 2.112 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 3.696 0.462 4.851 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 1.056 0.627 4.884 0.693 ;
      VIA 1.122 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.143 2.255 0.209 ;
    RECT 4.455 0.143 5.621 0.209 ;
    RECT 0.055 0.187 0.121 0.275 ;
    RECT 2.343 0.198 2.409 0.275 ;
    RECT 1.1 0.209 1.166 0.275 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 4.455 0.209 4.521 0.275 ;
    RECT 5.555 0.209 5.621 0.286 ;
    RECT 0.055 0.275 1.166 0.341 ;
    RECT 2.343 0.275 4.521 0.341 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 2.343 0.825 4.521 0.891 ;
    RECT 0.055 0.847 1.166 0.913 ;
    RECT 2.343 0.891 2.409 0.968 ;
    RECT 4.455 0.891 4.521 0.979 ;
    RECT 2.189 0.902 2.255 0.979 ;
    RECT 5.555 0.902 5.621 0.979 ;
    RECT 1.1 0.913 1.166 0.979 ;
    RECT 1.1 0.979 2.255 1.045 ;
    RECT 4.455 0.979 5.621 1.045 ;
  END
END LDH_MAJI3_6
#
# 
MACRO LDH_MUX2_0P5 FOREIGN C0A07BLDH_MUX2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 0.99 ;
      RECT 1.705 0.99 1.771 1.056 ;
      RECT 1.705 0.198 1.815 0.264 ;
      RECT 1.705 0.132 1.771 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.473 1.551 0.649 ;
      RECT 1.353 0.407 1.551 0.473 ;
      RECT 1.353 0.473 1.419 0.649 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.584 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.518 0.528 V1L2L ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.726 ;
      RECT 0.693 0.561 1.023 0.627 ;
      RECT 0.693 0.44 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.529 0.946 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.671 0.099 1.309 0.165 ;
    RECT 0.495 0.132 0.561 0.286 ;
    RECT 0.099 0.132 0.165 0.297 ;
    RECT 1.221 0.165 1.309 0.209 ;
    RECT 0.671 0.165 0.737 0.264 ;
    RECT 1.221 0.209 1.386 0.297 ;
    RECT 1.089 0.264 1.155 0.825 ;
    RECT 0.803 0.275 1.023 0.341 ;
    RECT 0.451 0.286 0.561 0.352 ;
    RECT 0.099 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.287 0.924 ;
    RECT 1.617 0.33 1.683 0.781 ;
    RECT 0.957 0.341 1.023 0.462 ;
    RECT 0.451 0.352 0.517 0.693 ;
    RECT 0.297 0.363 0.363 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.716 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.693 0.858 0.759 ;
    RECT 1.397 0.781 1.683 0.847 ;
    RECT 0.055 0.825 1.155 0.891 ;
    RECT 1.397 0.847 1.463 1.023 ;
    RECT 0.055 0.891 0.121 1.034 ;
    RECT 0.715 0.891 0.781 1.056 ;
    RECT 0.88 0.957 1.155 1.023 ;
    RECT 1.089 1.023 1.463 1.089 ;
  END
END LDH_MUX2_0P5
#
# 
MACRO LDH_MUX2_1 FOREIGN C0A07BLDH_MUX2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.924 ;
      RECT 1.573 0.924 1.683 1.056 ;
      RECT 1.573 0.132 1.683 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.858 0.891 1.023 ;
      RECT 0.429 1.023 0.946 1.089 ;
      LAYER M2L ;
      RECT 0.594 0.891 0.99 0.957 ;
      VIA 0.858 0.924 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 1.485 0.165 ;
    RECT 0.055 0.154 0.121 0.231 ;
    RECT 0.605 0.154 0.671 0.363 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 1.419 0.165 1.485 0.33 ;
    RECT 0.451 0.22 0.517 0.495 ;
    RECT 0.055 0.231 0.363 0.297 ;
    RECT 0.924 0.231 1.089 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.199 0.264 1.265 0.33 ;
    RECT 0.297 0.297 0.363 0.836 ;
    RECT 0.924 0.297 0.99 0.462 ;
    RECT 1.155 0.33 1.265 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 0.605 0.363 0.836 0.429 ;
    RECT 1.155 0.396 1.221 0.561 ;
    RECT 1.485 0.396 1.551 0.792 ;
    RECT 0.77 0.429 0.836 0.561 ;
    RECT 0.451 0.495 0.66 0.561 ;
    RECT 0.451 0.561 0.517 0.792 ;
    RECT 0.77 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.221 0.77 ;
    RECT 0.737 0.693 1.023 0.759 ;
    RECT 0.605 0.726 0.671 0.891 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 0.957 0.759 1.023 0.891 ;
    RECT 1.419 0.792 1.551 0.858 ;
    RECT 0.055 0.836 0.363 0.891 ;
    RECT 1.419 0.858 1.485 0.891 ;
    RECT 0.055 0.891 0.671 0.902 ;
    RECT 0.957 0.891 1.485 0.957 ;
    RECT 0.297 0.902 0.671 0.957 ;
    RECT 0.055 0.902 0.121 0.968 ;
  END
END LDH_MUX2_1
#
# 
MACRO LDH_MUX2_2 FOREIGN C0A07BLDH_MUX2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.924 ;
      RECT 0.561 0.924 0.693 0.99 ;
      RECT 0.627 0.99 0.693 1.056 ;
      RECT 0.561 0.198 0.693 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.561 2.046 0.627 ;
      RECT 1.98 0.627 2.046 0.693 ;
      RECT 1.881 0.396 1.947 0.561 ;
      RECT 1.221 0.418 1.331 0.627 ;
      LAYER M2L ;
      RECT 1.188 0.495 1.98 0.561 ;
      VIA 1.254 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.221 0.792 1.287 1.155 ;
      RECT 0.803 0.836 0.869 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.132 1.859 0.198 ;
    RECT 1.947 0.132 2.057 0.33 ;
    RECT 1.023 0.198 1.089 0.33 ;
    RECT 1.749 0.198 1.859 0.264 ;
    RECT 0.231 0.22 0.297 0.286 ;
    LAYER M2L ;
    RECT 0.99 0.231 2.046 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.242 1.683 0.825 ;
    RECT 1.749 0.264 1.815 0.693 ;
    RECT 1.386 0.275 1.551 0.341 ;
    RECT 0.231 0.286 0.495 0.352 ;
    RECT 0.693 0.33 0.759 0.66 ;
    RECT 1.023 0.33 1.155 0.396 ;
    RECT 1.485 0.341 1.551 0.693 ;
    RECT 0.429 0.352 0.495 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.848 0.429 ;
    VIA 0.726 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.396 1.155 0.825 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 1.749 0.693 1.892 0.759 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.99 0.825 1.155 0.891 ;
    RECT 1.617 0.825 2.035 0.891 ;
    RECT 1.485 0.858 1.551 0.957 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.089 0.891 1.155 0.99 ;
    RECT 1.969 0.891 2.035 0.968 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.584 0.957 ;
    VIA 1.122 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.957 1.716 1.023 ;
  END
END LDH_MUX2_2
#
# 
MACRO LDH_MUX2_2RE FOREIGN C0A07BLDH_MUX2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.88 1.683 1.155 ;
      RECT 1.617 0.814 1.716 0.88 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.88 1.947 1.155 ;
      RECT 1.848 0.814 1.947 0.88 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.837 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.969 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.837 0.528 1.903 0.671 ;
    RECT 0.858 0.671 1.903 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDH_MUX2_2RE
#
# 
MACRO LDH_MUX2_3 FOREIGN C0A07BLDH_MUX2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.046 0.693 2.53 0.759 ;
      RECT 2.079 0.297 2.53 0.363 ;
      RECT 2.079 0.22 2.145 0.297 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.308 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.794 0.539 3.135 0.605 ;
      RECT 3.069 0.605 3.135 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.683 0.682 1.815 0.748 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.848 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.121 1.98 0.209 ;
    RECT 1.914 0.209 1.98 0.495 ;
    RECT 1.177 0.209 1.243 1.023 ;
    RECT 0.407 0.264 0.473 0.363 ;
    RECT 1.551 0.275 1.815 0.363 ;
    RECT 1.32 0.275 1.452 0.341 ;
    RECT 2.629 0.275 2.926 0.341 ;
    RECT 0.77 0.319 1.111 0.385 ;
    RECT 1.32 0.341 1.386 0.561 ;
    RECT 2.629 0.341 2.695 0.847 ;
    RECT 0.407 0.363 0.594 0.429 ;
    RECT 1.551 0.363 1.617 0.462 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.65 0.429 ;
    VIA 0.528 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.385 1.111 0.957 ;
    RECT 0.407 0.429 0.473 0.759 ;
    RECT 1.914 0.495 2.178 0.561 ;
    RECT 1.32 0.561 1.584 0.627 ;
    RECT 1.518 0.627 1.584 0.847 ;
    RECT 1.331 0.726 1.441 0.924 ;
    RECT 0.407 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.452 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.518 0.847 3.245 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.179 0.913 3.245 0.99 ;
    RECT 0.77 0.957 1.111 1.023 ;
    RECT 1.496 0.979 1.98 1.023 ;
    RECT 1.177 1.023 1.98 1.045 ;
    RECT 1.177 1.045 1.562 1.089 ;
  END
END LDH_MUX2_3
#
# 
MACRO LDH_MUX2_4 FOREIGN C0A07BLDH_MUX2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.825 ;
      RECT 2.783 0.825 3.234 0.891 ;
      RECT 2.783 0.891 2.849 0.968 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.64 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.561 1.881 0.627 ;
      RECT 1.694 0.627 1.881 0.693 ;
      RECT 1.694 0.495 1.881 0.561 ;
      RECT 0.693 0.44 0.759 0.627 ;
      RECT 0.594 0.627 0.759 0.693 ;
      LAYER M2L ;
      RECT 0.594 0.627 1.848 0.693 ;
      VIA 0.66 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.099 1.947 0.165 ;
    RECT 2.079 0.154 2.145 0.22 ;
    RECT 1.133 0.165 1.199 0.264 ;
    RECT 1.881 0.165 1.947 0.264 ;
    RECT 1.573 0.165 1.639 0.308 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.035 0.22 2.145 0.319 ;
    RECT 1.309 0.231 1.452 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.178 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.264 1.815 0.363 ;
    RECT 0.77 0.275 0.902 0.341 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 1.529 0.308 1.639 0.374 ;
    RECT 2.035 0.319 2.53 0.385 ;
    RECT 0.836 0.341 0.902 0.495 ;
    RECT 0.429 0.363 0.594 0.429 ;
    RECT 1.705 0.363 1.936 0.429 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.914 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.374 1.595 1.023 ;
    RECT 2.035 0.385 2.101 0.671 ;
    RECT 0.429 0.429 0.495 0.759 ;
    RECT 0.836 0.495 1.166 0.561 ;
    RECT 2.772 0.495 2.948 0.561 ;
    RECT 0.836 0.561 0.902 0.759 ;
    RECT 2.772 0.561 2.838 0.682 ;
    RECT 1.958 0.671 2.53 0.737 ;
    RECT 2.629 0.682 2.838 0.748 ;
    RECT 0.99 0.693 1.056 0.759 ;
    RECT 1.958 0.737 2.024 0.792 ;
    RECT 2.629 0.748 2.695 0.803 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 0.77 0.759 0.902 0.825 ;
    RECT 0.99 0.759 1.397 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.122 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.792 2.024 0.858 ;
    RECT 2.09 0.803 2.695 0.869 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 1.331 0.825 1.397 0.902 ;
    RECT 1.705 0.858 1.771 0.924 ;
    RECT 2.09 0.869 2.156 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.133 0.924 1.199 1.023 ;
    RECT 1.848 0.957 2.156 1.023 ;
    RECT 1.133 1.023 1.914 1.089 ;
  END
END LDH_MUX2_4
#
# 
MACRO LDH_MUX2_6 FOREIGN C0A07BLDH_MUX2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.62 0.033 4.686 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.165528 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.198 2.013 0.495 ;
      RECT 1.562 0.495 2.013 0.561 ;
      RECT 0.099 0.198 0.165 0.462 ;
      RECT 0.099 0.462 0.44 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.231 2.046 0.297 ;
      VIA 0.132 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.431 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.462 4.455 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 2.926 0.693 3.762 0.759 ;
      RECT 2.926 0.297 3.762 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.121 1.705 0.187 ;
    RECT 0.902 0.187 1.353 0.209 ;
    RECT 1.639 0.187 1.705 0.264 ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 1.287 0.209 1.353 0.847 ;
    RECT 0.605 0.22 0.671 0.275 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 0.759 0.242 0.825 0.319 ;
    RECT 4.059 0.264 4.125 0.297 ;
    RECT 0.253 0.275 0.671 0.341 ;
    RECT 1.463 0.286 1.529 0.363 ;
    RECT 1.815 0.286 1.881 0.363 ;
    RECT 2.211 0.297 2.662 0.363 ;
    RECT 4.059 0.297 4.829 0.363 ;
    RECT 0.759 0.319 1.21 0.385 ;
    RECT 0.605 0.341 0.671 0.495 ;
    RECT 1.463 0.363 1.881 0.429 ;
    RECT 2.596 0.363 2.662 0.715 ;
    RECT 4.059 0.363 4.125 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.158 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 4.092 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.144 0.385 1.21 0.627 ;
    RECT 0.605 0.495 0.968 0.561 ;
    RECT 2.761 0.495 3.146 0.561 ;
    RECT 0.605 0.561 0.671 0.759 ;
    RECT 1.419 0.561 1.485 0.715 ;
    RECT 2.761 0.561 2.827 0.847 ;
    RECT 1.056 0.627 1.21 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.715 2.662 0.781 ;
    RECT 0.22 0.759 0.671 0.825 ;
    RECT 0.759 0.759 1.177 0.825 ;
    RECT 0.605 0.825 0.671 0.858 ;
    RECT 1.111 0.825 1.177 0.902 ;
    RECT 0.759 0.825 0.825 0.99 ;
    RECT 2.937 0.825 4.829 0.891 ;
    RECT 1.287 0.847 2.827 0.913 ;
    RECT 2.937 0.891 3.003 0.99 ;
    RECT 4.763 0.891 4.829 0.99 ;
    LAYER M2L ;
    RECT 0.726 0.891 3.036 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.913 1.353 1.012 ;
    RECT 0.935 0.946 1.001 1.012 ;
    RECT 0.935 1.012 1.353 1.078 ;
  END
END LDH_MUX2_6
#
# 
MACRO LDH_MUX2_8 FOREIGN C0A07BLDH_MUX2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.193 0.033 6.259 0.264 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.641 0.033 3.707 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.374 5.907 0.726 ;
      RECT 4.939 0.726 6.094 0.858 ;
      RECT 4.939 0.858 5.005 0.968 ;
      RECT 4.906 0.286 6.094 0.374 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.528 4.488 0.594 ;
      RECT 3.729 0.462 4.488 0.528 ;
      RECT 3.729 0.33 3.795 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 2.838 0.627 3.025 0.693 ;
      RECT 2.959 0.561 3.267 0.627 ;
      RECT 3.201 0.462 3.267 0.561 ;
      RECT 1.617 0.627 1.848 0.693 ;
      RECT 1.617 0.528 1.683 0.627 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.97 0.693 ;
      VIA 1.782 0.66 V1L2L ;
      VIA 2.904 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.5 1.045 5.566 1.155 ;
      RECT 5.434 0.979 5.566 1.045 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.193 0.924 6.259 1.155 ;
      RECT 5.852 1.045 5.918 1.155 ;
      RECT 5.786 0.979 5.918 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.507 0.946 1.573 1.155 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.254 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 3.344 0.209 ;
    RECT 1.98 0.165 2.783 0.231 ;
    RECT 3.883 0.176 3.949 0.275 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.871 0.209 2.959 0.33 ;
    RECT 1.507 0.22 1.573 0.319 ;
    RECT 2.717 0.231 2.783 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.264 1.001 0.297 ;
    RECT 3.883 0.275 4.686 0.341 ;
    RECT 3.069 0.275 3.564 0.341 ;
    RECT 0.935 0.297 1.419 0.319 ;
    RECT 2.156 0.297 2.607 0.363 ;
    RECT 0.231 0.319 1.419 0.363 ;
    RECT 1.507 0.319 2.057 0.385 ;
    RECT 4.62 0.341 4.686 0.671 ;
    RECT 3.069 0.341 3.135 0.429 ;
    RECT 3.498 0.341 3.564 0.803 ;
    RECT 0.231 0.363 1.001 0.385 ;
    RECT 2.541 0.363 2.607 0.627 ;
    RECT 0.935 0.385 1.001 0.759 ;
    RECT 1.991 0.385 2.057 0.495 ;
    RECT 2.717 0.429 3.135 0.495 ;
    RECT 1.991 0.495 2.42 0.561 ;
    RECT 4.796 0.495 5.61 0.561 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 4.796 0.561 4.862 0.803 ;
    RECT 3.333 0.594 3.399 0.759 ;
    RECT 2.541 0.627 2.739 0.693 ;
    RECT 3.696 0.627 3.894 0.671 ;
    LAYER M2L ;
    RECT 3.3 0.627 3.828 0.693 ;
    VIA 3.366 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.696 0.671 4.686 0.693 ;
    RECT 2.673 0.693 2.739 0.759 ;
    RECT 3.828 0.693 4.686 0.737 ;
    RECT 0.935 0.759 1.188 0.825 ;
    RECT 1.298 0.759 2.057 0.825 ;
    RECT 2.156 0.759 2.607 0.825 ;
    RECT 2.673 0.759 3.399 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.31 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.498 0.803 4.862 0.869 ;
    RECT 0.231 0.825 1.001 0.891 ;
    RECT 2.541 0.825 2.607 0.902 ;
    RECT 3.498 0.869 3.564 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.013 0.924 2.079 1.012 ;
    RECT 2.365 0.946 2.431 1.012 ;
    RECT 2.717 0.946 2.783 1.012 ;
    RECT 3.069 0.946 3.135 1.012 ;
    RECT 3.388 0.957 3.564 1.012 ;
    RECT 2.013 1.012 3.564 1.023 ;
    RECT 2.013 1.023 3.454 1.078 ;
  END
END LDH_MUX2_8
#
# 
MACRO LDH_MUX2_HD_1 FOREIGN C0A07BLDH_MUX2_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.165 0.363 0.462 ;
      RECT 0.088 0.099 0.704 0.165 ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.924 ;
      RECT 1.441 0.924 1.551 1.056 ;
      RECT 1.441 0.132 1.551 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.177 0.396 1.243 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.99 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.32 0.165 ;
    RECT 1.254 0.165 1.32 0.264 ;
    RECT 0.847 0.165 0.913 0.374 ;
    RECT 0.033 0.242 0.187 0.308 ;
    RECT 0.451 0.264 0.737 0.33 ;
    RECT 1.254 0.264 1.375 0.33 ;
    RECT 0.033 0.308 0.121 0.759 ;
    RECT 1.045 0.308 1.111 0.858 ;
    RECT 0.671 0.33 0.737 0.418 ;
    RECT 0.451 0.33 0.517 0.924 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 1.353 0.396 1.419 0.792 ;
    RECT 0.913 0.462 0.979 0.759 ;
    RECT 0.594 0.594 0.682 0.759 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.594 0.759 0.979 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 0.726 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.121 0.924 ;
    RECT 1.254 0.858 1.353 0.924 ;
    RECT 1.254 0.924 1.32 0.957 ;
    RECT 0.638 0.957 1.32 1.023 ;
  END
END LDH_MUX2_HD_1
#
# 
MACRO LDH_MUX2_HD_2 FOREIGN C0A07BLDH_MUX2_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.441 0.033 1.507 0.165 ;
      RECT 1.441 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.682 0.462 0.891 0.594 ;
      LAYER M2L ;
      RECT 0.561 0.495 0.891 0.561 ;
      VIA 0.792 0.528 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.396 1.815 0.792 ;
      RECT 1.683 0.792 1.815 0.858 ;
      RECT 1.683 0.858 1.749 0.924 ;
      RECT 1.683 0.33 1.815 0.396 ;
      RECT 1.683 0.264 1.749 0.33 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.99 1.551 1.155 ;
      RECT 1.485 0.924 1.617 0.99 ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.342 0.165 ;
    RECT 0.924 0.165 0.99 0.187 ;
    RECT 1.276 0.165 1.342 0.297 ;
    RECT 0.077 0.187 0.748 0.253 ;
    RECT 0.858 0.187 0.99 0.253 ;
    RECT 0.077 0.253 0.143 0.33 ;
    RECT 0.297 0.253 0.363 0.847 ;
    RECT 1.133 0.264 1.199 0.66 ;
    RECT 1.276 0.297 1.617 0.363 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.551 0.363 1.617 0.792 ;
    RECT 1.001 0.385 1.067 0.55 ;
    RECT 0.429 0.385 0.495 0.704 ;
    RECT 1.034 0.66 1.287 0.715 ;
    RECT 0.616 0.682 0.682 0.715 ;
    RECT 0.429 0.704 0.539 0.77 ;
    RECT 0.616 0.715 1.287 0.726 ;
    RECT 0.616 0.726 1.1 0.781 ;
    RECT 1.221 0.726 1.287 0.792 ;
    RECT 0.473 0.77 0.539 0.836 ;
    RECT 1.353 0.792 1.617 0.858 ;
    RECT 0.077 0.847 0.363 0.913 ;
    RECT 0.616 0.847 1.166 0.913 ;
    RECT 1.353 0.858 1.419 0.979 ;
    RECT 0.297 0.913 0.363 0.968 ;
    RECT 0.616 0.913 0.682 0.968 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.297 0.968 0.682 1.034 ;
    RECT 0.836 0.979 1.419 1.045 ;
  END
END LDH_MUX2_HD_2
#
# 
MACRO LDH_MUX2_HD_3 FOREIGN C0A07BLDH_MUX2_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.738 0.825 2.211 0.891 ;
      RECT 2.123 0.891 2.211 0.99 ;
      RECT 1.738 0.297 2.211 0.363 ;
      RECT 2.123 0.198 2.211 0.297 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.441 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 0.055 0.231 0.121 0.33 ;
    RECT 0.297 0.231 0.363 0.891 ;
    RECT 1.177 0.231 1.287 0.297 ;
    RECT 1.221 0.297 1.287 0.693 ;
    RECT 1.353 0.297 1.628 0.363 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 1.045 0.385 1.111 0.55 ;
    RECT 0.429 0.385 0.517 0.792 ;
    RECT 1.562 0.495 1.958 0.561 ;
    RECT 1.562 0.561 1.628 0.825 ;
    RECT 0.616 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.792 ;
    RECT 1.364 0.825 1.628 0.891 ;
    RECT 0.726 0.847 1.166 0.891 ;
    RECT 0.297 0.891 1.166 0.913 ;
    RECT 1.364 0.891 1.43 0.979 ;
    RECT 0.297 0.913 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.297 0.957 0.363 0.99 ;
    RECT 0.858 0.979 1.43 1.045 ;
    RECT 0.055 0.99 0.363 1.056 ;
  END
END LDH_MUX2_HD_3
#
# 
MACRO LDH_MUX2_HD_4 FOREIGN C0A07BLDH_MUX2_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.286 ;
      RECT 1.507 0.033 1.573 0.198 ;
      RECT 1.507 0.198 1.628 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.716 0.726 2.244 0.858 ;
      RECT 1.716 0.858 1.826 0.99 ;
      RECT 1.727 0.319 2.178 0.385 ;
      RECT 1.727 0.242 1.793 0.319 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
      RECT 1.353 0.462 1.452 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.903 0.99 1.969 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.903 0.924 2.002 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.11 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 1.419 0.176 ;
    RECT 0.858 0.176 0.99 0.231 ;
    RECT 1.353 0.176 1.419 0.33 ;
    RECT 0.055 0.231 0.121 0.352 ;
    RECT 0.297 0.231 0.363 0.99 ;
    RECT 1.177 0.242 1.287 0.308 ;
    RECT 1.221 0.308 1.287 0.682 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.353 0.33 1.617 0.396 ;
    RECT 1.045 0.385 1.111 0.572 ;
    RECT 0.429 0.385 0.517 0.77 ;
    RECT 1.551 0.396 1.617 0.495 ;
    RECT 1.551 0.495 1.914 0.561 ;
    RECT 1.551 0.561 1.617 0.825 ;
    RECT 0.616 0.682 1.287 0.77 ;
    RECT 1.342 0.825 1.617 0.891 ;
    RECT 0.638 0.847 1.177 0.913 ;
    RECT 1.342 0.891 1.408 0.979 ;
    RECT 0.638 0.913 0.704 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.814 0.979 1.408 1.045 ;
    RECT 0.055 0.99 0.704 1.056 ;
  END
END LDH_MUX2_HD_4
#
# 
MACRO LDH_MUX2_S_1 FOREIGN C0A07BLDH_MUX2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.551 0.033 1.617 0.198 ;
      RECT 1.518 0.198 1.617 0.264 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 1.056 ;
      RECT 1.705 0.132 1.815 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.496 0.572 ;
      RECT 1.353 0.572 1.419 0.66 ;
      RECT 1.353 0.66 1.496 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.792 ;
      RECT 0.693 0.792 1.023 0.847 ;
      RECT 0.462 0.847 1.023 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.067 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.551 0.99 1.617 1.155 ;
      RECT 1.518 0.924 1.617 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.397 0.165 ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 1.331 0.165 1.397 0.33 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.473 0.22 0.539 0.286 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.286 0.539 0.352 ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 1.331 0.33 1.683 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.429 0.352 0.495 0.649 ;
    RECT 1.595 0.396 1.683 0.792 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.792 ;
    RECT 0.429 0.649 0.836 0.715 ;
    RECT 0.429 0.715 0.616 0.759 ;
    RECT 1.331 0.792 1.683 0.858 ;
    RECT 1.331 0.858 1.397 0.924 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.847 0.924 1.397 0.99 ;
    RECT 0.055 0.979 0.748 1.067 ;
    RECT 0.847 0.99 0.913 1.056 ;
  END
END LDH_MUX2_S_1
#
# 
MACRO LDH_MUX2_S_16 FOREIGN C0A07BLDH_MUX2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 14.256 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 14.256 0.033 ;
      RECT 14.113 0.033 14.179 0.286 ;
      RECT 13.794 0.033 13.86 0.165 ;
      RECT 13.728 0.165 13.86 0.231 ;
      RECT 13.442 0.033 13.508 0.165 ;
      RECT 13.376 0.165 13.508 0.231 ;
      RECT 13.09 0.033 13.156 0.165 ;
      RECT 13.024 0.165 13.156 0.231 ;
      RECT 12.749 0.033 12.815 0.165 ;
      RECT 12.672 0.165 12.815 0.231 ;
      RECT 12.32 0.033 12.386 0.165 ;
      RECT 12.32 0.165 12.452 0.231 ;
      RECT 12.034 0.033 12.1 0.165 ;
      RECT 11.968 0.165 12.1 0.231 ;
      RECT 11.616 0.033 11.682 0.165 ;
      RECT 11.616 0.165 11.748 0.231 ;
      RECT 11.297 0.033 11.363 0.286 ;
      RECT 10.912 0.033 10.978 0.143 ;
      RECT 10.912 0.143 11.044 0.209 ;
      RECT 10.56 0.033 10.626 0.143 ;
      RECT 10.56 0.143 10.692 0.209 ;
      RECT 10.208 0.033 10.274 0.143 ;
      RECT 10.208 0.143 10.34 0.209 ;
      RECT 9.856 0.033 9.922 0.143 ;
      RECT 9.856 0.143 9.988 0.209 ;
      RECT 9.504 0.033 9.57 0.143 ;
      RECT 9.504 0.143 9.636 0.209 ;
      RECT 9.152 0.033 9.218 0.143 ;
      RECT 9.152 0.143 9.284 0.209 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.8 0.143 8.932 0.209 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 14.256 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
      VIA 10.824 0 V1L2L ;
      VIA 11.352 0 V1L2L ;
      VIA 11.88 0 V1L2L ;
      VIA 12.408 0 V1L2L ;
      VIA 12.936 0 V1L2L ;
      VIA 13.464 0 V1L2L ;
      VIA 13.992 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 13.211 0.363 13.299 0.726 ;
      RECT 11.473 0.726 14.036 0.858 ;
      RECT 11.473 0.858 11.539 0.99 ;
      RECT 11.44 0.297 14.036 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.198 8.547 0.462 ;
      RECT 8.448 0.462 10.296 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.112 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.502392 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.594 6.963 0.627 ;
      RECT 6.798 0.627 6.963 0.693 ;
      RECT 6.897 0.462 7.392 0.594 ;
      RECT 3.344 0.627 4.224 0.715 ;
      LAYER M2L ;
      RECT 4.092 0.627 6.93 0.693 ;
      VIA 4.158 0.66 V1L2L ;
      VIA 6.864 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 14.256 1.221 ;
      RECT 13.442 1.023 13.508 1.155 ;
      RECT 13.376 0.957 13.508 1.023 ;
      RECT 12.386 1.023 12.452 1.155 ;
      RECT 12.32 0.957 12.452 1.023 ;
      RECT 12.034 1.023 12.1 1.155 ;
      RECT 11.968 0.957 12.1 1.023 ;
      RECT 11.616 1.023 11.682 1.155 ;
      RECT 11.616 0.957 11.748 1.023 ;
      RECT 11.33 1.023 11.396 1.155 ;
      RECT 11.264 0.957 11.396 1.023 ;
      RECT 10.912 1.023 10.978 1.155 ;
      RECT 10.912 0.957 11.044 1.023 ;
      RECT 10.208 1.023 10.274 1.155 ;
      RECT 10.208 0.957 10.34 1.023 ;
      RECT 9.152 1.023 9.218 1.155 ;
      RECT 9.152 0.957 9.284 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.136 1.045 4.202 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 14.113 0.88 14.179 1.155 ;
      RECT 13.794 1.023 13.86 1.155 ;
      RECT 13.728 0.957 13.86 1.023 ;
      RECT 13.09 1.023 13.156 1.155 ;
      RECT 13.024 0.957 13.156 1.023 ;
      RECT 12.738 1.023 12.804 1.155 ;
      RECT 12.672 0.957 12.804 1.023 ;
      RECT 10.56 1.023 10.626 1.155 ;
      RECT 10.56 0.957 10.692 1.023 ;
      RECT 9.856 1.023 9.922 1.155 ;
      RECT 9.856 0.957 9.988 1.023 ;
      RECT 9.504 1.023 9.57 1.155 ;
      RECT 9.504 0.957 9.636 1.023 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.8 0.957 8.932 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 14.256 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
      VIA 10.824 1.188 V1L2L ;
      VIA 11.352 1.188 V1L2L ;
      VIA 11.88 1.188 V1L2L ;
      VIA 12.408 1.188 V1L2L ;
      VIA 12.936 1.188 V1L2L ;
      VIA 13.464 1.188 V1L2L ;
      VIA 13.992 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 14.256 0.528 ;
    RECT 3.047 0.528 4.51 0.682 ;
    RECT 0 0.528 3.047 0.682 ;
    RECT 4.51 0.528 14.256 0.682 ;
    RECT 0 0.682 14.256 1.221 ;
    LAYER M1L ;
    RECT 6.633 0.165 8.184 0.231 ;
    RECT 4.972 0.165 6.567 0.231 ;
    RECT 4.653 0.198 4.719 0.297 ;
    RECT 8.613 0.198 8.679 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.807 0.22 4.873 0.297 ;
    RECT 6.633 0.231 6.699 0.33 ;
    RECT 6.501 0.231 6.567 0.429 ;
    LAYER M2L ;
    RECT 4.62 0.231 6.732 0.297 ;
    VIA 4.686 0.264 V1L2L ;
    VIA 6.666 0.264 V1L2L ;
    LAYER M1L ;
    RECT 8.613 0.275 11.22 0.341 ;
    RECT 0.055 0.297 4.719 0.363 ;
    RECT 4.807 0.297 6.435 0.363 ;
    RECT 6.765 0.297 8.008 0.363 ;
    RECT 11.154 0.341 11.22 0.693 ;
    RECT 2.695 0.363 2.761 0.759 ;
    RECT 6.369 0.363 6.435 0.803 ;
    RECT 6.765 0.363 6.831 0.429 ;
    RECT 7.557 0.363 7.623 0.957 ;
    RECT 6.501 0.429 6.831 0.495 ;
    RECT 3.19 0.473 5.94 0.539 ;
    RECT 11.33 0.495 13.09 0.561 ;
    RECT 4.334 0.539 4.4 0.847 ;
    RECT 11.33 0.561 11.396 0.825 ;
    RECT 4.785 0.693 6.303 0.759 ;
    RECT 7.733 0.693 11.22 0.759 ;
    RECT 7.425 0.726 7.491 0.803 ;
    RECT 2.695 0.759 3.102 0.825 ;
    RECT 4.785 0.759 4.851 0.858 ;
    RECT 6.237 0.759 6.303 0.858 ;
    RECT 7.733 0.759 7.821 0.858 ;
    LAYER M2L ;
    RECT 2.97 0.759 4.884 0.825 ;
    RECT 7.392 0.759 7.854 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 7.458 0.792 V1L2L ;
    VIA 7.788 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.369 0.803 7.491 0.869 ;
    RECT 0.231 0.825 2.761 0.891 ;
    RECT 8.261 0.825 11.396 0.891 ;
    RECT 3.168 0.847 4.4 0.913 ;
    RECT 4.653 0.88 4.719 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 8.261 0.891 8.327 0.957 ;
    RECT 4.653 0.957 8.327 1.023 ;
  END
END LDH_MUX2_S_16
#
# 
MACRO LDH_MUX2_S_2 FOREIGN C0A07BLDH_MUX2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.803 ;
      RECT 0.561 0.803 0.759 0.869 ;
      RECT 0.671 0.869 0.759 1.056 ;
      RECT 0.561 0.33 0.737 0.396 ;
      RECT 0.671 0.132 0.737 0.33 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.495 ;
      RECT 2.387 0.495 2.607 0.561 ;
      RECT 1.353 0.33 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.495 2.574 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.892 0.099 2.321 0.143 ;
    RECT 2.486 0.132 2.552 0.165 ;
    RECT 2.629 0.132 2.739 0.264 ;
    RECT 1.826 0.143 2.321 0.165 ;
    RECT 2.409 0.165 2.552 0.231 ;
    RECT 1.826 0.165 1.958 0.209 ;
    RECT 2.255 0.165 2.321 0.418 ;
    RECT 1.507 0.176 1.573 0.429 ;
    RECT 1.089 0.198 1.155 0.275 ;
    RECT 1.826 0.209 1.892 0.297 ;
    RECT 2.024 0.231 2.156 0.297 ;
    RECT 2.409 0.231 2.475 0.396 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.508 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.264 2.739 0.649 ;
    RECT 1.089 0.275 1.287 0.341 ;
    RECT 0.242 0.297 0.495 0.363 ;
    RECT 2.057 0.297 2.123 0.825 ;
    RECT 0.825 0.33 0.891 0.726 ;
    RECT 1.221 0.341 1.287 0.957 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 2.211 0.418 2.321 0.484 ;
    RECT 1.507 0.429 1.991 0.495 ;
    RECT 2.211 0.484 2.277 0.649 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 1.507 0.495 1.573 0.792 ;
    RECT 1.749 0.594 1.815 0.803 ;
    LAYER M2L ;
    RECT 0.792 0.627 2.31 0.693 ;
    VIA 1.782 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    VIA 0.858 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.649 2.739 0.737 ;
    RECT 2.651 0.737 2.739 0.814 ;
    RECT 1.749 0.803 1.958 0.869 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 2.057 0.825 2.552 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.277 0.891 2.343 0.99 ;
    LAYER M2L ;
    RECT 0.198 0.891 2.376 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 2.31 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.957 2.156 1.023 ;
  END
END LDH_MUX2_S_2
#
# 
MACRO LDH_MUX2_S_3 FOREIGN C0A07BLDH_MUX2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.693 ;
      RECT 2.167 0.693 2.618 0.759 ;
      RECT 2.167 0.759 2.233 0.836 ;
      RECT 2.167 0.275 2.618 0.341 ;
      RECT 2.167 0.198 2.233 0.275 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.583 1.947 0.726 ;
      RECT 1.804 0.517 1.947 0.583 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.98 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 2.101 0.165 ;
    RECT 1.628 0.165 1.76 0.209 ;
    RECT 1.991 0.165 2.101 0.264 ;
    RECT 1.309 0.165 1.375 0.286 ;
    RECT 1.155 0.198 1.221 0.286 ;
    RECT 3.311 0.198 3.377 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.837 0.264 1.903 0.33 ;
    RECT 2.035 0.264 2.101 0.495 ;
    RECT 1.452 0.275 1.584 0.341 ;
    RECT 2.739 0.275 3.377 0.341 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.055 0.297 0.561 0.363 ;
    RECT 1.683 0.33 1.903 0.418 ;
    RECT 1.452 0.341 1.518 0.627 ;
    RECT 2.739 0.341 2.805 0.847 ;
    RECT 1.155 0.352 1.221 0.495 ;
    RECT 0.495 0.363 0.561 0.759 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.782 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.418 1.749 0.462 ;
    RECT 1.034 0.495 1.353 0.561 ;
    RECT 2.035 0.495 2.288 0.561 ;
    RECT 1.034 0.561 1.1 0.957 ;
    RECT 2.035 0.561 2.101 0.957 ;
    RECT 1.452 0.627 1.749 0.693 ;
    RECT 1.683 0.693 1.749 0.825 ;
    RECT 0.495 0.759 0.858 0.825 ;
    RECT 1.166 0.759 1.584 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.32 0.825 ;
    RECT 1.65 0.759 2.838 0.825 ;
    VIA 1.716 0.792 V1L2L ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.561 0.891 ;
    RECT 1.166 0.825 1.232 0.902 ;
    RECT 1.683 0.825 1.936 0.891 ;
    RECT 2.739 0.847 3.377 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.77 0.957 1.1 1.023 ;
    RECT 1.276 0.957 2.134 1.023 ;
  END
END LDH_MUX2_S_3
#
# 
MACRO LDH_MUX2_S_4 FOREIGN C0A07BLDH_MUX2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.033 3.938 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.729 0.429 4.059 0.495 ;
      RECT 3.729 0.495 3.795 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.277 0.33 2.343 0.528 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.759 ;
      RECT 2.838 0.759 3.399 0.825 ;
      RECT 2.838 0.297 3.399 0.363 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.495 1.881 0.594 ;
      RECT 1.452 0.462 1.947 0.495 ;
      RECT 1.815 0.429 1.947 0.462 ;
      RECT 1.881 0.33 1.947 0.429 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 3.806 0.957 3.938 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 1.023 0.143 ;
    RECT 0.198 0.143 1.023 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.957 0.165 1.023 0.242 ;
    RECT 0.583 0.165 0.649 0.957 ;
    RECT 1.133 0.198 1.199 0.363 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 3.619 0.198 3.685 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.287 0.22 1.353 0.275 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 2.475 0.242 2.541 0.308 ;
    RECT 0.374 0.275 0.506 0.319 ;
    RECT 1.287 0.275 1.749 0.341 ;
    RECT 0.726 0.297 0.792 0.363 ;
    RECT 2.013 0.297 2.145 0.363 ;
    RECT 3.619 0.297 4.191 0.363 ;
    RECT 2.475 0.308 2.607 0.374 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 0.726 0.363 1.199 0.429 ;
    RECT 2.013 0.363 2.079 0.715 ;
    RECT 4.125 0.363 4.191 0.825 ;
    RECT 2.541 0.374 2.607 0.715 ;
    RECT 0.44 0.385 0.506 0.627 ;
    RECT 0.891 0.429 0.957 0.858 ;
    RECT 0.066 0.495 0.286 0.561 ;
    RECT 1.188 0.495 1.353 0.561 ;
    RECT 2.673 0.495 3.124 0.561 ;
    LAYER M2L ;
    RECT 0.132 0.495 1.32 0.561 ;
    VIA 0.198 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.528 0.825 0.858 ;
    RECT 1.023 0.528 1.089 0.803 ;
    RECT 0.066 0.561 0.176 0.66 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 2.673 0.561 2.739 0.847 ;
    RECT 0.33 0.627 0.506 0.693 ;
    LAYER M2L ;
    RECT 0.33 0.627 2.112 0.693 ;
    VIA 0.396 0.66 V1L2L ;
    VIA 1.056 0.66 V1L2L ;
    VIA 0.792 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.693 1.782 0.759 ;
    RECT 2.013 0.715 2.607 0.781 ;
    RECT 3.597 0.726 3.663 0.825 ;
    RECT 0.055 0.759 0.473 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 3.696 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.924 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.023 0.803 1.232 0.869 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 0.407 0.825 0.473 0.902 ;
    RECT 3.597 0.825 4.191 0.891 ;
    RECT 2.002 0.847 2.739 0.913 ;
    RECT 3.597 0.891 3.685 0.968 ;
    RECT 2.002 0.913 2.068 0.957 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.583 0.957 2.068 1.023 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDH_MUX2_S_4
#
# 
MACRO LDH_MUX2_S_6 FOREIGN C0A07BLDH_MUX2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 5.016 0.726 5.94 0.858 ;
      RECT 5.016 0.858 5.104 0.968 ;
      RECT 4.994 0.297 5.907 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.62 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.190696 ;
    PORT
      LAYER M1L ;
      RECT 3.102 0.561 3.355 0.627 ;
      RECT 3.036 0.627 3.168 0.693 ;
      RECT 3.289 0.462 3.355 0.561 ;
      RECT 1.584 0.627 1.716 0.693 ;
      RECT 1.584 0.605 1.65 0.627 ;
      RECT 1.287 0.539 1.65 0.605 ;
      LAYER M2L ;
      RECT 1.584 0.627 3.168 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 3.102 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 1.034 0.528 1.98 0.572 ;
    RECT 0 0.528 1.034 0.572 ;
    RECT 1.98 0.528 6.072 0.572 ;
    RECT 0 0.572 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.101 0.143 2.871 0.231 ;
    RECT 2.937 0.165 3.432 0.231 ;
    RECT 3.949 0.176 4.015 0.297 ;
    RECT 0.957 0.198 1.045 0.297 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 2.937 0.231 3.047 0.33 ;
    RECT 2.101 0.231 2.167 0.286 ;
    RECT 2.805 0.231 2.871 0.429 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.036 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.297 1.045 0.363 ;
    RECT 2.244 0.297 2.728 0.363 ;
    RECT 3.949 0.297 4.785 0.363 ;
    RECT 3.124 0.297 3.663 0.363 ;
    RECT 1.342 0.341 1.881 0.407 ;
    RECT 0.979 0.363 1.045 0.759 ;
    RECT 2.662 0.363 2.728 0.627 ;
    RECT 4.719 0.363 4.785 0.693 ;
    RECT 3.124 0.363 3.19 0.429 ;
    RECT 3.597 0.363 3.663 0.825 ;
    RECT 1.815 0.407 1.881 0.495 ;
    RECT 2.805 0.429 3.19 0.495 ;
    RECT 1.815 0.495 2.508 0.561 ;
    RECT 4.862 0.495 5.698 0.561 ;
    RECT 1.815 0.561 1.881 0.825 ;
    RECT 4.862 0.561 4.928 0.825 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 2.662 0.627 2.893 0.693 ;
    RECT 3.762 0.627 3.993 0.693 ;
    LAYER M2L ;
    RECT 3.432 0.627 3.894 0.693 ;
    VIA 3.498 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.827 0.693 2.893 0.825 ;
    RECT 3.927 0.693 4.785 0.759 ;
    RECT 0.979 0.759 1.408 0.825 ;
    RECT 1.947 0.759 2.728 0.825 ;
    RECT 1.518 0.825 1.881 0.891 ;
    RECT 0.231 0.825 1.045 0.891 ;
    RECT 1.342 0.825 1.408 0.957 ;
    RECT 1.947 0.825 2.013 0.957 ;
    RECT 2.827 0.825 3.531 0.891 ;
    RECT 3.597 0.825 4.928 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 3.597 0.891 3.663 0.957 ;
    RECT 2.101 0.924 2.167 1.023 ;
    RECT 1.342 0.957 2.013 1.023 ;
    RECT 2.42 0.957 3.663 1.023 ;
    RECT 2.101 1.023 2.486 1.089 ;
  END
END LDH_MUX2_S_6
#
# 
MACRO LDH_MUX2_S_8 FOREIGN C0A07BLDH_MUX2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.084 0.033 7.15 0.165 ;
      RECT 7.084 0.165 7.216 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.513 0.033 7.579 0.264 ;
      RECT 6.732 0.033 6.798 0.165 ;
      RECT 6.732 0.165 6.864 0.231 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 4.972 0.033 5.038 0.165 ;
      RECT 4.972 0.165 5.104 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.726 ;
      RECT 6.204 0.726 7.524 0.858 ;
      RECT 6.204 0.297 7.414 0.363 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.676 0.594 ;
      RECT 4.653 0.33 4.719 0.462 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.627 4.059 0.693 ;
      RECT 3.993 0.517 4.059 0.627 ;
      RECT 3.916 0.451 4.191 0.517 ;
      RECT 2.013 0.462 2.079 0.671 ;
      RECT 1.716 0.671 2.079 0.737 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.828 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.084 0.957 7.216 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.48 0.957 7.612 1.023 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.732 0.957 6.864 1.023 ;
      RECT 6.38 1.023 6.446 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.484 ;
    RECT 0 0.484 2.398 0.528 ;
    RECT 4.609 0.484 7.656 0.528 ;
    RECT 1.518 0.528 2.398 0.704 ;
    RECT 2.398 0.484 4.609 0.528 ;
    RECT 0 0.528 1.518 0.704 ;
    RECT 2.398 0.528 7.656 0.704 ;
    RECT 0 0.704 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.684 0.143 3.531 0.209 ;
    RECT 3.597 0.165 4.532 0.231 ;
    RECT 1.683 0.198 1.749 0.363 ;
    RECT 4.829 0.198 4.895 0.297 ;
    RECT 3.465 0.209 3.531 0.495 ;
    RECT 1.815 0.22 1.881 0.297 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 2.541 0.22 2.607 0.297 ;
    RECT 3.597 0.231 3.663 0.33 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.696 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.242 1.001 0.319 ;
    RECT 1.287 0.242 1.353 0.319 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 2.541 0.297 3.344 0.363 ;
    RECT 4.829 0.297 5.951 0.363 ;
    RECT 3.751 0.297 4.356 0.363 ;
    RECT 0.231 0.319 1.353 0.363 ;
    RECT 0.231 0.363 1.749 0.385 ;
    RECT 2.211 0.363 2.277 0.473 ;
    RECT 3.278 0.363 3.344 0.627 ;
    RECT 5.885 0.363 5.951 0.693 ;
    RECT 3.751 0.363 3.817 0.495 ;
    RECT 4.29 0.363 4.356 0.957 ;
    RECT 1.287 0.385 1.749 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 2.211 0.473 3.124 0.539 ;
    RECT 3.465 0.495 3.817 0.561 ;
    RECT 6.039 0.495 7.062 0.561 ;
    RECT 2.211 0.539 2.277 0.847 ;
    RECT 6.039 0.561 6.105 0.825 ;
    RECT 3.278 0.627 3.553 0.693 ;
    RECT 3.487 0.693 3.553 0.759 ;
    RECT 4.433 0.693 5.951 0.759 ;
    RECT 1.287 0.759 1.518 0.825 ;
    RECT 2.508 0.759 3.344 0.825 ;
    RECT 3.487 0.759 4.18 0.825 ;
    RECT 4.433 0.759 4.521 0.858 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.64 0.825 ;
    RECT 4.026 0.759 4.554 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 4.488 0.792 V1L2L ;
    VIA 4.092 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 1.353 0.891 ;
    RECT 4.84 0.825 6.105 0.891 ;
    RECT 1.782 0.847 2.277 0.913 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 4.84 0.891 4.906 0.957 ;
    RECT 2.684 0.957 4.906 1.023 ;
  END
END LDH_MUX2_S_8
#
# 
MACRO LDH_MUX4_0P5 FOREIGN C0A07BLDH_MUX4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.858 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.594 ;
      RECT 3.069 0.594 3.201 0.66 ;
      RECT 3.135 0.66 3.201 0.726 ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 0.99 ;
      RECT 4.213 0.99 4.279 1.056 ;
      RECT 4.213 0.198 4.323 0.264 ;
      RECT 4.213 0.132 4.279 0.198 ;
    END
  END X
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 1.485 0.132 1.551 0.924 ;
    RECT 2.013 0.132 2.079 0.924 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.924 ;
    RECT 3.223 0.132 3.289 0.198 ;
    RECT 3.465 0.132 3.531 0.198 ;
    RECT 3.861 0.132 3.927 0.264 ;
    RECT 0.825 0.143 0.968 0.209 ;
    RECT 1.078 0.143 1.221 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.685 0.154 3.751 0.506 ;
    RECT 3.223 0.198 3.355 0.264 ;
    RECT 3.465 0.198 3.619 0.264 ;
    RECT 0.825 0.209 0.913 0.924 ;
    RECT 1.155 0.209 1.221 0.583 ;
    RECT 1.331 0.209 1.419 0.462 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 3.289 0.264 3.355 0.341 ;
    RECT 3.553 0.264 3.619 0.891 ;
    RECT 3.861 0.264 4.136 0.33 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 4.07 0.33 4.136 1.023 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.289 0.341 3.454 0.407 ;
    LAYER M2L ;
    RECT 0.066 0.363 2.574 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.289 0.407 3.355 0.792 ;
    RECT 3.927 0.44 3.993 0.506 ;
    RECT 3.685 0.506 3.993 0.572 ;
    RECT 3.685 0.572 3.751 0.792 ;
    RECT 1.155 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 3.861 0.682 3.927 0.891 ;
    RECT 3.421 0.682 3.487 1.023 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.223 0.792 3.355 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 3.223 0.858 3.289 0.924 ;
    RECT 2.409 0.858 2.475 0.924 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.553 0.891 3.927 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.894 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.136 1.089 ;
  END
END LDH_MUX4_0P5
#
# 
MACRO LDH_MUX4_1 FOREIGN C0A07BLDH_MUX4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.264 4.191 0.924 ;
      RECT 4.125 0.924 4.257 0.99 ;
      RECT 4.191 0.99 4.257 1.056 ;
      RECT 4.125 0.198 4.257 0.264 ;
      RECT 4.191 0.132 4.257 0.198 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.66 ;
    END
  END S1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 0.099 0.132 0.165 0.968 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.913 ;
    RECT 3.157 0.132 3.223 0.198 ;
    RECT 3.377 0.132 3.443 0.198 ;
    RECT 3.773 0.132 3.839 0.297 ;
    RECT 1.078 0.143 1.243 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.597 0.154 3.663 0.528 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.157 0.198 3.267 0.264 ;
    RECT 3.377 0.198 3.531 0.264 ;
    RECT 1.177 0.209 1.243 0.583 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 0.847 0.22 0.913 0.858 ;
    RECT 1.485 0.242 1.617 0.308 ;
    RECT 1.947 0.242 2.079 0.308 ;
    RECT 3.201 0.264 3.267 0.341 ;
    RECT 3.465 0.264 3.531 0.891 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 3.773 0.297 4.037 0.363 ;
    RECT 1.485 0.308 1.551 0.858 ;
    RECT 2.013 0.308 2.079 0.858 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.201 0.341 3.366 0.407 ;
    RECT 3.971 0.363 4.037 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.363 1.452 0.429 ;
    VIA 0.132 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.201 0.407 3.267 0.726 ;
    RECT 3.839 0.462 3.905 0.528 ;
    RECT 3.597 0.528 3.905 0.594 ;
    RECT 1.177 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 3.597 0.594 3.663 0.792 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 3.773 0.726 3.839 0.891 ;
    RECT 3.333 0.726 3.399 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.135 0.792 3.201 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.465 0.891 3.839 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.828 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 2.409 0.99 2.475 1.056 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.037 1.089 ;
  END
END LDH_MUX4_1
#
# 
MACRO LDH_MUX4_2 FOREIGN C0A07BLDH_MUX4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.905 0.033 3.971 0.352 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.189 0.033 2.255 0.264 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.759 0.726 ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.693 0.429 0.891 0.495 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.495 3.663 0.726 ;
      RECT 3.729 0.495 3.795 0.726 ;
      RECT 3.597 0.429 3.795 0.495 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.594 ;
      RECT 0.033 0.429 0.231 0.495 ;
      RECT 0.033 0.495 0.099 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.286 5.115 0.99 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.045 2.222 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 5.269 0.924 5.335 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.649 0.132 0.715 0.286 ;
    RECT 3.399 0.132 3.465 0.286 ;
    RECT 4.257 0.132 4.323 0.198 ;
    RECT 4.521 0.132 4.587 0.528 ;
    RECT 1.133 0.143 1.32 0.209 ;
    RECT 3.036 0.143 3.333 0.209 ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 2.717 0.154 2.783 0.297 ;
    RECT 4.697 0.154 4.763 0.297 ;
    RECT 0.495 0.176 0.561 1.056 ;
    RECT 1.419 0.176 1.507 0.528 ;
    RECT 2.871 0.176 2.937 0.429 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 4.257 0.198 4.455 0.264 ;
    RECT 1.133 0.209 1.199 0.891 ;
    RECT 3.267 0.209 3.333 0.979 ;
    RECT 1.001 0.22 1.067 0.286 ;
    RECT 3.751 0.22 3.817 0.286 ;
    RECT 4.081 0.22 4.147 0.286 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.297 ;
    RECT 4.389 0.264 4.455 0.891 ;
    RECT 0.099 0.275 0.429 0.341 ;
    RECT 1.595 0.275 2.079 0.341 ;
    RECT 0.649 0.286 1.067 0.352 ;
    RECT 3.399 0.286 3.817 0.352 ;
    RECT 4.081 0.286 4.191 0.352 ;
    RECT 2.365 0.297 2.783 0.363 ;
    RECT 4.697 0.297 4.961 0.363 ;
    RECT 1.265 0.33 1.331 0.759 ;
    RECT 3.135 0.33 3.201 0.429 ;
    RECT 0.363 0.341 0.429 0.792 ;
    RECT 1.749 0.341 1.815 0.781 ;
    RECT 2.013 0.341 2.079 0.891 ;
    RECT 1.001 0.352 1.067 0.825 ;
    RECT 3.399 0.352 3.465 0.847 ;
    RECT 4.125 0.352 4.191 0.429 ;
    RECT 2.673 0.363 2.739 0.825 ;
    RECT 2.365 0.363 2.431 0.88 ;
    RECT 4.895 0.363 4.961 1.023 ;
    RECT 2.827 0.429 3.201 0.495 ;
    RECT 4.125 0.429 4.29 0.495 ;
    RECT 1.617 0.462 1.683 0.627 ;
    RECT 4.763 0.462 4.829 0.528 ;
    RECT 2.827 0.495 2.893 0.704 ;
    RECT 4.125 0.495 4.191 0.924 ;
    RECT 4.521 0.528 4.829 0.594 ;
    RECT 3.003 0.594 3.168 0.682 ;
    RECT 4.257 0.594 4.323 1.023 ;
    RECT 4.521 0.594 4.587 0.792 ;
    RECT 1.485 0.627 1.683 0.693 ;
    RECT 3.003 0.682 3.069 0.858 ;
    RECT 1.485 0.693 1.551 0.759 ;
    RECT 4.697 0.726 4.763 0.891 ;
    RECT 1.265 0.759 1.551 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 3.102 0.825 ;
    RECT 3.234 0.759 4.356 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.3 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.396 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.781 1.815 0.847 ;
    RECT 0.099 0.792 0.429 0.858 ;
    RECT 0.649 0.825 1.067 0.891 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 3.399 0.847 3.817 0.913 ;
    RECT 0.099 0.858 0.165 0.968 ;
    RECT 0.649 0.891 0.715 0.968 ;
    RECT 1.001 0.891 1.067 0.968 ;
    RECT 1.133 0.891 1.584 0.957 ;
    RECT 4.389 0.891 4.763 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.751 0.913 3.817 1.056 ;
    RECT 4.081 0.924 4.191 0.99 ;
    RECT 2.86 0.979 3.333 1.045 ;
    RECT 4.081 0.99 4.147 1.056 ;
    RECT 4.257 1.023 4.961 1.089 ;
  END
END LDH_MUX4_2
#
# 
MACRO LDH_MUX4_3 FOREIGN C0A07BLDH_MUX4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 3.883 0.033 3.949 0.286 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.508 0.594 ;
    END
  END D2
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.553 0.462 3.96 0.594 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 5.181 0.726 5.599 0.792 ;
      RECT 5.533 0.792 5.599 0.858 ;
      RECT 5.181 0.792 5.247 0.858 ;
      RECT 5.181 0.319 5.599 0.385 ;
      RECT 5.533 0.242 5.599 0.319 ;
      RECT 5.181 0.198 5.247 0.319 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.462 4.851 1.023 ;
      RECT 4.18 1.023 4.851 1.089 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.357 0.902 5.423 1.155 ;
      RECT 3.883 0.792 3.949 1.155 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.553 0.946 3.619 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.473 ;
    RECT 0 0.473 4.07 0.528 ;
    RECT 4.829 0.473 5.676 0.528 ;
    RECT 4.07 0.473 4.829 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 3.377 0.132 3.443 0.286 ;
    RECT 1.1 0.143 1.254 0.209 ;
    RECT 4.62 0.143 5.115 0.209 ;
    RECT 2.607 0.154 2.673 0.297 ;
    RECT 0.429 0.198 0.495 0.858 ;
    RECT 0.583 0.198 0.649 0.286 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.739 0.198 2.805 0.561 ;
    RECT 3.201 0.198 3.267 0.528 ;
    RECT 3.003 0.198 3.069 0.627 ;
    RECT 4.279 0.198 4.345 0.286 ;
    RECT 1.133 0.209 1.199 0.693 ;
    RECT 5.049 0.209 5.115 0.792 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.22 1.001 0.286 ;
    RECT 1.507 0.22 1.573 0.297 ;
    RECT 3.729 0.22 3.795 0.286 ;
    RECT 4.059 0.22 4.125 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.231 3.3 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.477 0.242 4.543 0.275 ;
    RECT 4.477 0.275 4.983 0.341 ;
    RECT 0.583 0.286 1.001 0.352 ;
    RECT 3.377 0.286 3.795 0.352 ;
    RECT 4.279 0.286 4.411 0.352 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.265 0.297 1.419 0.363 ;
    RECT 1.507 0.297 1.969 0.363 ;
    RECT 2.222 0.297 2.673 0.363 ;
    RECT 2.871 0.319 2.937 0.726 ;
    RECT 4.917 0.341 4.983 0.594 ;
    RECT 4.477 0.341 4.543 0.781 ;
    RECT 0.759 0.352 0.825 0.847 ;
    RECT 3.377 0.352 3.443 0.781 ;
    RECT 4.345 0.352 4.411 0.891 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.265 0.363 1.331 0.528 ;
    RECT 1.617 0.363 1.683 0.825 ;
    RECT 1.903 0.363 1.969 0.891 ;
    RECT 2.607 0.363 2.673 0.693 ;
    RECT 4.059 0.429 4.224 0.495 ;
    RECT 1.001 0.462 1.067 0.528 ;
    RECT 1.419 0.462 1.507 0.726 ;
    RECT 4.059 0.495 4.125 0.946 ;
    RECT 0.957 0.528 1.067 0.594 ;
    RECT 0.957 0.594 1.023 0.748 ;
    RECT 4.191 0.594 4.279 0.924 ;
    RECT 3.003 0.627 3.234 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 2.97 0.693 ;
    RECT 3.102 0.627 5.148 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.133 0.693 1.353 0.759 ;
    RECT 2.299 0.693 2.75 0.759 ;
    RECT 3.003 0.693 3.069 0.825 ;
    RECT 1.287 0.759 1.353 0.924 ;
    RECT 2.299 0.759 2.365 0.847 ;
    RECT 4.653 0.77 4.719 0.891 ;
    RECT 3.377 0.781 3.795 0.847 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.474 0.825 1.683 0.891 ;
    RECT 2.728 0.825 3.234 0.891 ;
    RECT 0.759 0.847 1.221 0.913 ;
    RECT 2.222 0.847 2.365 0.913 ;
    RECT 3.729 0.847 3.795 0.968 ;
    RECT 3.421 0.847 3.487 1.023 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 3.168 0.891 3.3 0.957 ;
    RECT 4.345 0.891 4.719 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 4.488 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 4.422 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.913 1.221 0.99 ;
    RECT 1.287 0.924 1.397 0.99 ;
    RECT 2.948 0.979 3.08 1.023 ;
    RECT 1.331 0.99 1.397 1.056 ;
    RECT 2.948 1.023 3.487 1.045 ;
    RECT 3.014 1.045 3.487 1.089 ;
  END
END LDH_MUX4_3
#
# 
MACRO LDH_MUX4_4 FOREIGN C0A07BLDH_MUX4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.204 0.033 6.27 0.165 ;
      RECT 6.204 0.165 6.336 0.231 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.344 0.143 3.498 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.64 0.143 2.794 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.33 4.851 0.726 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.198 0.495 0.451 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.201344 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.374 6.831 0.726 ;
      RECT 6.336 0.726 6.996 0.858 ;
      RECT 6.435 0.308 6.875 0.374 ;
      RECT 6.809 0.242 6.875 0.308 ;
      RECT 6.435 0.242 6.501 0.308 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.05324 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 1.023 ;
      RECT 5.181 1.023 6.215 1.089 ;
      RECT 6.149 0.561 6.215 1.023 ;
      RECT 6.006 0.495 6.215 0.561 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 1.155 0.946 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 2.024 0.165 ;
    RECT 5.533 0.099 6.083 0.165 ;
    RECT 4.202 0.132 4.268 0.165 ;
    RECT 4.587 0.132 4.653 0.825 ;
    RECT 5.335 0.132 5.401 0.198 ;
    RECT 1.958 0.165 2.024 0.473 ;
    RECT 1.485 0.165 1.551 0.594 ;
    RECT 4.202 0.165 4.521 0.231 ;
    RECT 6.017 0.165 6.083 0.264 ;
    RECT 5.533 0.165 5.599 0.726 ;
    RECT 5.335 0.198 5.467 0.264 ;
    RECT 4.939 0.22 5.005 0.825 ;
    RECT 4.455 0.231 4.521 0.825 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.605 0.242 0.671 0.308 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 5.401 0.264 5.467 0.66 ;
    RECT 5.665 0.264 5.731 0.33 ;
    RECT 2.255 0.275 2.915 0.341 ;
    RECT 3.201 0.275 3.905 0.341 ;
    RECT 0.979 0.286 1.419 0.352 ;
    RECT 5.841 0.286 5.907 0.363 ;
    RECT 3.971 0.297 4.389 0.363 ;
    RECT 0.055 0.308 0.231 0.374 ;
    RECT 0.605 0.308 0.891 0.374 ;
    RECT 1.617 0.33 1.881 0.396 ;
    RECT 5.665 0.33 5.775 0.396 ;
    RECT 2.255 0.341 2.321 0.759 ;
    RECT 2.497 0.341 2.563 0.792 ;
    RECT 2.849 0.341 2.915 0.891 ;
    RECT 3.839 0.341 3.905 0.792 ;
    RECT 3.201 0.341 3.267 0.88 ;
    RECT 3.553 0.341 3.619 0.88 ;
    RECT 0.979 0.352 1.045 0.858 ;
    RECT 1.353 0.352 1.419 0.957 ;
    RECT 0.297 0.363 0.363 0.594 ;
    RECT 4.323 0.363 4.389 0.572 ;
    RECT 3.971 0.363 4.037 0.594 ;
    RECT 5.841 0.363 6.369 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.422 0.429 ;
    VIA 4.356 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.374 0.231 0.792 ;
    RECT 0.825 0.374 0.891 0.825 ;
    RECT 1.617 0.396 1.683 0.726 ;
    RECT 5.709 0.396 5.775 0.891 ;
    RECT 6.303 0.429 6.369 0.495 ;
    RECT 5.841 0.429 5.907 0.792 ;
    RECT 4.125 0.462 4.191 0.671 ;
    RECT 1.892 0.473 2.024 0.539 ;
    RECT 6.303 0.495 6.666 0.561 ;
    RECT 2.123 0.528 2.189 0.627 ;
    RECT 1.749 0.55 1.815 0.627 ;
    RECT 0.297 0.594 0.429 0.66 ;
    RECT 1.749 0.627 2.189 0.693 ;
    LAYER M2L ;
    RECT 0.792 0.627 4.224 0.693 ;
    VIA 0.858 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.363 0.66 0.429 0.825 ;
    RECT 5.335 0.66 5.467 0.726 ;
    RECT 4.125 0.671 4.334 0.737 ;
    RECT 1.485 0.726 1.683 0.759 ;
    RECT 5.335 0.726 5.401 0.792 ;
    RECT 5.533 0.726 5.643 0.858 ;
    RECT 6.017 0.726 6.083 0.891 ;
    RECT 1.485 0.759 2.057 0.792 ;
    RECT 2.167 0.759 2.321 0.825 ;
    LAYER M2L ;
    RECT 4.422 0.759 5.676 0.825 ;
    VIA 4.488 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.297 0.858 ;
    RECT 1.617 0.792 2.057 0.825 ;
    RECT 1.485 0.792 1.551 0.858 ;
    RECT 3.839 0.792 3.949 0.858 ;
    RECT 3.707 0.814 3.773 1.023 ;
    RECT 0.363 0.825 0.891 0.891 ;
    RECT 1.991 0.825 2.057 1.023 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 4.059 0.825 4.521 0.891 ;
    RECT 4.587 0.825 5.005 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 3.883 0.858 3.949 0.924 ;
    RECT 5.577 0.858 5.643 0.924 ;
    RECT 0.583 0.891 0.649 1.023 ;
    RECT 2.31 0.891 2.442 0.957 ;
    RECT 4.059 0.891 4.125 1.023 ;
    RECT 4.587 0.891 4.653 0.957 ;
    RECT 4.939 0.891 5.005 0.968 ;
    RECT 5.709 0.891 6.083 0.957 ;
    LAYER M2L ;
    RECT 2.31 0.891 5.874 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 5.808 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.913 1.782 0.957 ;
    RECT 1.298 0.957 1.782 0.979 ;
    RECT 2.31 0.957 2.376 1.023 ;
    RECT 4.202 0.957 4.653 1.023 ;
    RECT 1.298 0.979 1.716 1.023 ;
    RECT 1.298 1.023 1.364 1.056 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.707 1.023 4.125 1.089 ;
    RECT 4.202 1.023 4.268 1.056 ;
  END
END LDH_MUX4_4
#
# 
MACRO LDH_MUXI2_0P5 FOREIGN C0A07BLDH_MUXI2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.165 1.287 0.66 ;
      RECT 1.133 0.66 1.287 0.726 ;
      RECT 1.133 0.726 1.199 0.957 ;
      RECT 0.836 0.957 1.199 1.023 ;
      RECT 0.803 0.099 1.287 0.165 ;
      RECT 0.803 0.165 0.891 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.803 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.935 0.594 ;
      RECT 0.869 0.594 0.935 0.726 ;
      RECT 0.561 0.462 0.935 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.539 0.264 ;
    RECT 0.605 0.132 0.715 0.363 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.441 0.132 1.551 0.231 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.518 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.693 ;
    RECT 1.001 0.264 1.067 0.825 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.485 0.297 1.551 0.902 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 0.429 0.693 0.726 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.429 0.825 0.572 0.891 ;
    RECT 0.671 0.825 1.067 0.891 ;
    RECT 0.671 0.891 0.737 0.957 ;
    RECT 1.265 0.902 1.551 0.968 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.297 0.957 0.737 0.99 ;
    RECT 1.265 0.968 1.331 1.056 ;
    RECT 0.077 0.99 0.737 1.023 ;
    RECT 0.077 1.023 0.363 1.056 ;
  END
END LDH_MUXI2_0P5
#
# 
MACRO LDH_MUXI2_1 FOREIGN C0A07BLDH_MUXI2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.715 ;
      RECT 0.858 0.715 1.155 0.781 ;
      RECT 0.869 0.132 1.155 0.198 ;
      RECT 0.869 0.198 0.935 0.264 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.561 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.451 ;
      RECT 0.693 0.33 0.759 0.451 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.77 0.231 ;
    RECT 0.297 0.231 0.363 0.847 ;
    RECT 1.221 0.264 1.287 0.715 ;
    RECT 0.429 0.319 0.572 0.385 ;
    RECT 0.429 0.385 0.495 0.693 ;
    RECT 0.693 0.583 0.836 0.649 ;
    RECT 0.693 0.649 0.759 0.693 ;
    RECT 0.429 0.693 0.759 0.759 ;
    RECT 1.221 0.715 1.331 0.781 ;
    RECT 1.265 0.781 1.331 0.979 ;
    RECT 0.297 0.847 1.166 0.913 ;
    RECT 0.297 0.913 0.363 0.99 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.616 0.979 1.331 1.045 ;
    RECT 0.077 0.99 0.363 1.056 ;
  END
END LDH_MUXI2_1
#
# 
MACRO LDH_MUXI2_2 FOREIGN C0A07BLDH_MUXI2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.815 0.462 ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.617 0.33 1.683 0.396 ;
      RECT 0.825 0.33 0.891 0.759 ;
      LAYER M2L ;
      RECT 0.792 0.363 1.716 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.528 0.33 0.627 0.396 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.825 ;
      RECT 1.485 0.891 1.551 0.957 ;
      RECT 1.485 0.957 1.947 1.023 ;
      RECT 1.881 0.264 1.947 0.957 ;
      RECT 1.837 0.132 1.947 0.264 ;
      RECT 1.1 0.825 1.551 0.891 ;
      RECT 1.177 0.396 1.243 0.825 ;
      RECT 1.133 0.33 1.243 0.396 ;
      RECT 1.133 0.264 1.199 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.099 1.661 0.143 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 0.748 0.143 1.76 0.165 ;
    RECT 0.748 0.165 0.814 0.198 ;
    RECT 1.595 0.165 1.76 0.209 ;
    RECT 0.583 0.198 0.814 0.264 ;
    RECT 1.694 0.209 1.76 0.264 ;
    RECT 1.309 0.264 1.375 0.33 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 0.979 0.286 1.045 0.462 ;
    RECT 0.198 0.297 0.429 0.363 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 1.353 0.396 1.419 0.726 ;
    RECT 0.363 0.462 0.495 0.528 ;
    RECT 0.979 0.462 1.111 0.528 ;
    RECT 0.429 0.528 0.495 0.825 ;
    RECT 1.045 0.528 1.111 0.594 ;
    RECT 0.979 0.594 1.111 0.66 ;
    RECT 1.617 0.594 1.683 0.803 ;
    LAYER M2L ;
    RECT 0.396 0.627 1.716 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.66 1.045 0.77 ;
    RECT 1.617 0.803 1.76 0.869 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.583 0.825 0.759 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 0.583 0.957 1.408 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDH_MUXI2_2
#
# 
MACRO LDH_MUXI2_2RE FOREIGN C0A07BLDH_MUXI2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 1.573 0.132 1.683 0.297 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 1.573 0.297 1.815 0.363 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 1.749 0.363 1.815 0.528 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.617 0.462 1.683 0.671 ;
    RECT 1.969 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.749 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.749 0.594 1.815 0.803 ;
    RECT 0.858 0.671 1.683 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 1.617 0.803 1.815 0.869 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.617 0.869 1.727 1.045 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDH_MUXI2_2RE
#
# 
MACRO LDH_MUXI2_3 FOREIGN C0A07BLDH_MUXI2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.617 0.495 1.98 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      RECT 0.099 0.33 0.165 0.462 ;
      RECT 0.099 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.363 1.716 0.429 ;
      VIA 0.132 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.792 ;
      RECT 2.64 0.792 2.739 0.858 ;
      RECT 2.541 0.528 2.607 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.291368 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.429 1.287 0.759 ;
      RECT 1.221 0.825 1.287 0.847 ;
      RECT 1.221 0.847 2.079 0.913 ;
      RECT 2.013 0.913 2.079 0.99 ;
      RECT 1.144 0.759 1.287 0.825 ;
      RECT 1.221 0.385 1.551 0.429 ;
      RECT 1.144 0.319 1.287 0.363 ;
      RECT 1.144 0.363 1.551 0.385 ;
      RECT 1.485 0.209 1.551 0.363 ;
      RECT 1.485 0.099 1.98 0.143 ;
      RECT 1.914 0.165 2.046 0.209 ;
      RECT 1.485 0.143 2.046 0.165 ;
      RECT 1.485 0.165 1.65 0.209 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.495 0.66 0.561 ;
      RECT 0.429 0.198 0.495 0.495 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.99 2.717 1.155 ;
      RECT 2.618 0.924 2.717 0.99 ;
      RECT 2.266 0.957 2.332 1.155 ;
      RECT 2.266 0.891 2.398 0.957 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.001 0.099 1.419 0.165 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 1.001 0.165 1.067 0.198 ;
    RECT 1.353 0.165 1.419 0.264 ;
    RECT 0.957 0.198 1.067 0.264 ;
    RECT 0.253 0.242 0.319 0.308 ;
    RECT 0.957 0.264 1.023 0.341 ;
    RECT 1.771 0.264 1.837 0.319 ;
    RECT 0.253 0.308 0.363 0.374 ;
    RECT 1.771 0.319 2.574 0.385 ;
    RECT 0.649 0.341 1.023 0.407 ;
    RECT 0.297 0.374 0.363 0.902 ;
    RECT 1.771 0.385 2.189 0.407 ;
    RECT 0.825 0.407 0.891 0.825 ;
    RECT 2.123 0.407 2.189 0.715 ;
    RECT 1.067 0.462 1.133 0.594 ;
    RECT 0.957 0.594 1.133 0.66 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.056 0.693 ;
    VIA 0.33 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.375 0.638 1.441 0.715 ;
    RECT 0.957 0.66 1.023 0.726 ;
    RECT 1.375 0.715 2.574 0.781 ;
    RECT 0.616 0.825 1.067 0.891 ;
    RECT 1.001 0.891 1.067 1.012 ;
    RECT 0.253 0.902 0.363 1.034 ;
    RECT 1.738 0.979 1.87 1.012 ;
    RECT 1.001 1.012 1.87 1.045 ;
    RECT 1.001 1.045 1.804 1.078 ;
  END
END LDH_MUXI2_3
#
# 
MACRO LDH_MUXI2_4 FOREIGN C0A07BLDH_MUXI2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 1.639 0.033 1.705 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.317988 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.759 ;
      RECT 1.089 0.825 1.155 0.858 ;
      RECT 0.825 0.759 1.232 0.825 ;
      RECT 0.825 0.825 0.891 0.891 ;
      RECT 0.374 0.891 0.891 0.957 ;
      RECT 1.089 0.165 1.199 0.264 ;
      RECT 0.407 0.099 1.551 0.165 ;
      RECT 1.485 0.165 1.551 0.33 ;
      RECT 0.781 0.165 0.891 0.33 ;
      RECT 0.407 0.165 0.473 0.198 ;
      RECT 0.055 0.198 0.473 0.264 ;
      RECT 0.055 0.132 0.121 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.146168 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.858 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.319 ;
    RECT 2.915 0.242 2.981 0.33 ;
    RECT 3.267 0.242 3.333 0.33 ;
    RECT 1.815 0.264 1.881 0.77 ;
    RECT 0.957 0.286 1.023 0.627 ;
    RECT 1.287 0.286 1.375 0.572 ;
    RECT 2.211 0.319 2.662 0.385 ;
    RECT 2.915 0.33 3.333 0.363 ;
    RECT 0.088 0.341 0.682 0.407 ;
    RECT 2.838 0.363 3.333 0.396 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.97 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.385 2.277 0.825 ;
    RECT 2.838 0.396 2.981 0.429 ;
    RECT 0.088 0.407 0.154 1.023 ;
    RECT 2.915 0.429 2.981 0.825 ;
    RECT 0.253 0.495 0.594 0.561 ;
    RECT 0.528 0.561 0.594 0.627 ;
    RECT 0.462 0.627 0.594 0.693 ;
    RECT 0.693 0.627 1.023 0.693 ;
    LAYER M2L ;
    RECT 0.462 0.627 1.914 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 0.528 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.682 0.297 0.759 ;
    RECT 0.693 0.693 0.759 0.759 ;
    RECT 0.231 0.759 0.759 0.825 ;
    RECT 2.211 0.825 2.662 0.891 ;
    RECT 2.915 0.825 3.366 0.891 ;
    RECT 2.211 0.891 2.277 1.023 ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.088 1.023 2.277 1.089 ;
  END
END LDH_MUXI2_4
#
# 
MACRO LDH_MUXI2_6 FOREIGN C0A07BLDH_MUXI2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.33 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521752 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.847 ;
      RECT 1.683 0.847 2.871 0.913 ;
      RECT 1.683 0.913 1.749 0.979 ;
      RECT 0.924 0.979 1.749 1.045 ;
      RECT 0.902 0.363 2.508 0.429 ;
      RECT 0.902 0.33 1.782 0.363 ;
      RECT 0.902 0.429 1.782 0.462 ;
      LAYER M2L ;
      RECT 2.376 0.363 2.904 0.429 ;
      VIA 2.442 0.396 V1L2L ;
      VIA 2.838 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 4.884 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.256 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.693 ;
      RECT 0.429 0.693 1.419 0.759 ;
      RECT 1.353 0.627 1.419 0.693 ;
      RECT 1.353 0.561 2.453 0.627 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.638 0.528 2.805 0.594 ;
    RECT 0 0.528 0.638 0.594 ;
    RECT 2.805 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.099 3.113 0.165 ;
    RECT 0.726 0.165 1.606 0.231 ;
    RECT 3.047 0.165 3.113 0.297 ;
    RECT 4.114 0.198 4.202 0.297 ;
    RECT 4.851 0.22 4.917 0.297 ;
    RECT 1.848 0.231 2.728 0.297 ;
    LAYER M2L ;
    RECT 2.574 0.231 4.224 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.759 0.363 ;
    RECT 2.662 0.297 2.728 0.715 ;
    RECT 3.047 0.297 3.894 0.363 ;
    RECT 4.114 0.297 4.917 0.363 ;
    RECT 0.693 0.363 0.759 0.561 ;
    RECT 0.055 0.363 0.121 0.825 ;
    RECT 3.047 0.363 3.113 0.825 ;
    RECT 4.147 0.363 4.213 0.825 ;
    RECT 0.693 0.561 1.254 0.627 ;
    RECT 1.507 0.715 2.728 0.781 ;
    RECT 1.507 0.781 1.573 0.847 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 3.047 0.825 3.894 0.891 ;
    RECT 4.147 0.825 4.95 0.891 ;
    RECT 0.759 0.847 1.573 0.913 ;
    RECT 0.605 0.891 0.671 0.968 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 4.147 0.891 4.213 0.924 ;
    RECT 0.759 0.913 0.825 0.99 ;
    RECT 1.848 0.979 3.113 1.045 ;
  END
END LDH_MUXI2_6
#
# 
MACRO LDH_MUXI2_8 FOREIGN C0A07BLDH_MUXI2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.286 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.61 0.165 5.742 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.258 0.165 5.39 0.231 ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 4.554 0.033 4.62 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.176 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.630652 ;
    PORT
      LAYER M1L ;
      RECT 3.531 0.33 3.597 0.825 ;
      RECT 2.013 0.825 3.597 0.891 ;
      RECT 2.013 0.891 2.079 0.979 ;
      RECT 0.924 0.979 2.079 1.045 ;
      RECT 0.924 0.363 3.168 0.429 ;
      RECT 0.924 0.33 1.947 0.363 ;
      RECT 0.924 0.429 1.947 0.462 ;
      LAYER M2L ;
      RECT 3.036 0.363 3.63 0.429 ;
      VIA 3.102 0.396 V1L2L ;
      VIA 3.564 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.28 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.594 4.587 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.484 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.693 ;
      RECT 0.429 0.693 1.683 0.759 ;
      RECT 1.617 0.627 1.683 0.693 ;
      RECT 1.617 0.561 2.574 0.627 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.258 0.957 5.39 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 6.347 0.858 6.413 1.155 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 5.962 0.957 6.094 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0.759 0.528 3.388 0.616 ;
    RECT 0 0.528 0.759 0.616 ;
    RECT 3.388 0.528 6.468 0.616 ;
    RECT 0 0.616 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 3.729 0.165 ;
    RECT 0.737 0.165 1.936 0.231 ;
    RECT 3.663 0.165 3.729 0.297 ;
    RECT 5.115 0.198 5.181 0.297 ;
    RECT 6.171 0.22 6.237 0.297 ;
    RECT 2.079 0.231 3.432 0.297 ;
    RECT 0.737 0.231 0.803 0.308 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.366 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.264 0.649 0.341 ;
    RECT 3.333 0.297 3.399 0.693 ;
    RECT 3.663 0.297 4.862 0.363 ;
    RECT 5.115 0.297 6.237 0.363 ;
    RECT 0.033 0.341 0.649 0.407 ;
    RECT 3.663 0.363 3.729 0.825 ;
    RECT 5.115 0.363 5.181 0.825 ;
    RECT 0.583 0.407 0.649 0.561 ;
    RECT 0.033 0.407 0.099 0.759 ;
    RECT 0.583 0.561 1.298 0.627 ;
    RECT 1.837 0.693 3.399 0.759 ;
    RECT 0.033 0.759 0.33 0.825 ;
    RECT 1.837 0.759 1.903 0.825 ;
    RECT 0.264 0.825 0.649 0.891 ;
    RECT 0.737 0.825 1.903 0.891 ;
    RECT 3.663 0.825 4.862 0.891 ;
    RECT 5.082 0.825 6.237 0.891 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 0.737 0.891 0.803 0.99 ;
    RECT 3.663 0.891 3.729 0.957 ;
    RECT 6.171 0.891 6.237 0.968 ;
    RECT 2.156 0.957 3.729 1.023 ;
    RECT 2.156 1.023 2.222 1.056 ;
  END
END LDH_MUXI2_8
#
# 
MACRO LDH_MUXI2_S_1 FOREIGN C0A07BLDH_MUXI2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.792 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.165 1.551 0.957 ;
      RECT 0.847 0.957 1.551 0.99 ;
      RECT 1.166 0.99 1.551 1.023 ;
      RECT 0.847 0.99 0.913 1.056 ;
      RECT 0.847 0.924 1.232 0.957 ;
      RECT 0.847 0.099 1.551 0.165 ;
      RECT 0.847 0.165 0.913 0.264 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.045 0.792 ;
      RECT 0.693 0.792 1.045 0.847 ;
      RECT 0.462 0.847 1.045 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.089 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.451 0.22 0.517 0.649 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.803 ;
    RECT 0.451 0.649 0.836 0.715 ;
    RECT 0.451 0.715 0.517 0.748 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.055 0.979 0.748 1.067 ;
  END
END LDH_MUXI2_S_1
#
# 
MACRO LDH_MUXI2_S_2 FOREIGN C0A07BLDH_MUXI2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.495 ;
      RECT 1.881 0.495 2.079 0.561 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.112 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.792 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.238612 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.649 2.211 0.737 ;
      RECT 2.123 0.737 2.211 0.858 ;
      RECT 2.145 0.264 2.211 0.649 ;
      RECT 2.101 0.132 2.211 0.264 ;
      RECT 1.705 0.561 1.815 0.649 ;
      RECT 1.705 0.165 1.771 0.561 ;
      RECT 1.298 0.143 1.771 0.165 ;
      RECT 1.298 0.209 1.364 0.297 ;
      RECT 1.298 0.165 1.43 0.209 ;
      RECT 1.364 0.099 1.771 0.143 ;
      RECT 1.221 0.594 1.287 0.803 ;
      RECT 1.221 0.803 1.43 0.869 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.881 0.165 2.024 0.231 ;
    RECT 0.583 0.198 0.693 0.275 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.979 0.22 1.045 0.429 ;
    RECT 1.496 0.231 1.628 0.297 ;
    RECT 1.881 0.231 1.947 0.396 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.275 0.759 0.341 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.54 0.297 1.628 0.825 ;
    RECT 0.693 0.341 0.759 0.924 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.979 0.429 1.463 0.495 ;
    RECT 1.397 0.495 1.463 0.594 ;
    RECT 0.979 0.495 1.045 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.65 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.54 0.825 2.024 0.891 ;
    RECT 0.583 0.924 1.1 0.957 ;
    RECT 0.583 0.957 1.628 0.99 ;
    RECT 1.034 0.99 1.628 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
  END
END LDH_MUXI2_S_2
#
# 
MACRO LDH_MUXI2_S_3 FOREIGN C0A07BLDH_MUXI2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.033 2.398 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.495 ;
      RECT 0.429 0.495 0.748 0.561 ;
      RECT 0.682 0.561 0.748 0.693 ;
      RECT 0.429 0.561 0.495 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 1.848 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.848 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.252648 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.242 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.023 ;
      RECT 1.177 1.023 2.002 1.045 ;
      RECT 1.177 1.045 1.584 1.089 ;
      RECT 1.518 0.979 2.002 1.023 ;
      RECT 1.177 0.165 1.287 0.242 ;
      RECT 1.177 0.099 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.209 ;
      RECT 1.518 0.165 1.65 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.198 0.693 0.363 ;
    RECT 2.475 0.198 2.541 0.297 ;
    RECT 0.935 0.231 1.078 0.297 ;
    RECT 0.231 0.242 0.297 0.308 ;
    RECT 1.353 0.286 1.441 0.561 ;
    RECT 0.935 0.297 1.001 0.363 ;
    RECT 1.694 0.297 2.541 0.363 ;
    RECT 0.231 0.308 0.363 0.374 ;
    RECT 0.627 0.363 1.001 0.429 ;
    RECT 2.123 0.363 2.189 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.452 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.374 0.363 0.825 ;
    RECT 0.825 0.429 0.891 0.825 ;
    RECT 1.067 0.462 1.155 0.759 ;
    RECT 1.353 0.561 1.617 0.627 ;
    RECT 1.551 0.627 1.617 0.825 ;
    RECT 0.451 0.726 0.517 0.825 ;
    RECT 1.353 0.726 1.463 0.924 ;
    RECT 0.99 0.759 1.155 0.825 ;
    RECT 1.914 0.759 2.189 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    RECT 1.32 0.759 2.046 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.451 0.825 0.891 0.891 ;
    RECT 1.551 0.825 1.826 0.891 ;
    RECT 2.123 0.825 2.574 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.891 1.056 ;
  END
END LDH_MUXI2_S_3
#
# 
MACRO LDH_MUXI2_S_4 FOREIGN C0A07BLDH_MUXI2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.407 0.198 0.506 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.597 0.319 3.663 0.462 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.858 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.495 2.024 0.561 ;
      RECT 0.132 0.462 0.462 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.33 0.495 1.65 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.34364 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.979 ;
      RECT 1.353 0.979 2.123 1.023 ;
      RECT 2.057 0.902 2.123 0.979 ;
      RECT 0.946 1.023 2.123 1.045 ;
      RECT 0.946 1.045 1.419 1.089 ;
      RECT 0.528 0.957 1.012 1.023 ;
      RECT 0.913 0.099 2.123 0.165 ;
      RECT 2.057 0.165 2.123 0.264 ;
      RECT 1.705 0.165 1.771 0.264 ;
      RECT 0.913 0.165 0.979 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0.616 0.528 1.54 0.638 ;
    RECT 0 0.528 0.616 0.638 ;
    RECT 1.54 0.528 3.828 0.638 ;
    RECT 0 0.638 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.341 0.264 ;
    RECT 0.737 0.198 0.825 0.374 ;
    RECT 2.739 0.198 2.805 0.308 ;
    RECT 3.069 0.198 3.157 0.33 ;
    RECT 3.465 0.198 3.531 0.33 ;
    RECT 2.387 0.22 2.453 0.308 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.838 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.275 0.264 0.341 0.33 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.089 0.264 1.155 0.374 ;
    RECT 1.529 0.264 1.595 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.387 0.308 2.805 0.374 ;
    RECT 0.275 0.33 0.649 0.396 ;
    RECT 1.221 0.33 1.287 0.825 ;
    RECT 3.069 0.33 3.531 0.396 ;
    RECT 1.529 0.363 2.244 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 3.168 0.429 ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.374 1.155 0.44 ;
    RECT 2.387 0.374 2.453 0.737 ;
    RECT 0.561 0.396 0.649 0.605 ;
    RECT 3.069 0.396 3.157 0.792 ;
    RECT 0.561 0.605 1.034 0.671 ;
    RECT 0.561 0.671 0.649 0.693 ;
    RECT 0.407 0.693 0.649 0.759 ;
    RECT 1.881 0.737 2.838 0.803 ;
    RECT 0.407 0.759 0.473 0.858 ;
    RECT 1.529 0.77 1.595 0.836 ;
    RECT 3.069 0.792 3.531 0.858 ;
    RECT 1.881 0.803 1.947 0.836 ;
    RECT 0.704 0.825 1.287 0.891 ;
    RECT 1.529 0.836 1.947 0.902 ;
    RECT 3.465 0.858 3.531 0.968 ;
  END
END LDH_MUXI2_S_4
#
# 
MACRO LDH_MUXI2_S_6 FOREIGN C0A07BLDH_MUXI2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 4.488 0.462 4.884 0.594 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.218768 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.649 2.211 0.726 ;
      RECT 2.145 0.583 2.574 0.649 ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.396 0.627 2.244 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492712 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.957 ;
      RECT 1.1 0.957 2.64 1.023 ;
      RECT 1.056 0.374 2.64 0.462 ;
      RECT 1.056 0.33 1.716 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.968 0.528 2.772 0.616 ;
    RECT 0 0.528 0.968 0.616 ;
    RECT 2.772 0.528 5.148 0.616 ;
    RECT 0 0.616 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.694 0.099 3.135 0.143 ;
    RECT 0.913 0.143 3.135 0.165 ;
    RECT 0.913 0.165 1.76 0.209 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 4.851 0.198 4.917 0.297 ;
    RECT 0.913 0.209 0.979 0.308 ;
    RECT 1.826 0.231 2.871 0.297 ;
    RECT 4.147 0.264 4.213 0.297 ;
    RECT 2.805 0.297 2.871 0.726 ;
    RECT 3.069 0.297 3.894 0.363 ;
    RECT 4.147 0.297 4.917 0.363 ;
    RECT 0.198 0.319 0.704 0.385 ;
    RECT 3.069 0.363 3.135 0.825 ;
    RECT 4.147 0.363 4.334 0.407 ;
    RECT 0.638 0.385 0.704 0.583 ;
    RECT 4.246 0.407 4.334 0.693 ;
    RECT 0.638 0.583 1.43 0.649 ;
    RECT 3.201 0.594 3.267 0.693 ;
    LAYER M2L ;
    RECT 2.343 0.627 3.3 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.234 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.638 0.649 0.704 0.803 ;
    RECT 3.201 0.693 4.334 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 1.749 0.726 1.815 0.825 ;
    RECT 2.013 0.748 2.079 0.825 ;
    RECT 4.246 0.759 4.334 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.409 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.55 0.803 0.704 0.869 ;
    RECT 0.913 0.825 1.815 0.891 ;
    RECT 2.013 0.825 3.894 0.891 ;
    RECT 4.246 0.825 4.95 0.891 ;
    RECT 0.913 0.891 0.979 0.968 ;
  END
END LDH_MUXI2_S_6
#
# 
MACRO LDH_MUXI2_S_8 FOREIGN C0A07BLDH_MUXI2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.05 0.033 6.116 0.165 ;
      RECT 5.984 0.165 6.116 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.632 0.165 5.764 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.412 0.594 ;
      RECT 5.313 0.33 5.379 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.808 0.462 6.468 0.594 ;
      RECT 6.369 0.594 6.435 0.726 ;
      RECT 6.369 0.198 6.435 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.293304 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.649 2.739 0.726 ;
      RECT 2.673 0.583 3.465 0.649 ;
      RECT 0.561 0.627 0.792 0.693 ;
      RECT 0.561 0.693 0.627 0.737 ;
      RECT 0.297 0.737 0.627 0.803 ;
      RECT 0.297 0.528 0.363 0.737 ;
      RECT 0.121 0.462 0.363 0.528 ;
      RECT 0.121 0.528 0.187 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.772 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.644204 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.957 ;
      RECT 1.254 0.957 3.542 1.023 ;
      RECT 1.188 0.374 3.52 0.462 ;
      RECT 1.188 0.33 2.244 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 5.984 0.957 6.116 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.632 0.957 5.764 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.336 0.957 6.468 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.418 0.528 3.652 0.616 ;
    RECT 0.418 0.616 1.067 0.77 ;
    RECT 3.652 0.528 6.864 0.616 ;
    RECT 0 0.528 0.418 0.77 ;
    RECT 1.067 0.616 6.864 0.77 ;
    RECT 0 0.77 6.864 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.099 4.059 0.143 ;
    RECT 1.067 0.143 4.059 0.165 ;
    RECT 1.067 0.165 2.266 0.209 ;
    RECT 3.993 0.165 4.059 0.297 ;
    RECT 5.137 0.198 5.203 0.297 ;
    RECT 1.067 0.209 1.133 0.286 ;
    RECT 6.193 0.22 6.259 0.297 ;
    RECT 2.332 0.231 3.795 0.297 ;
    RECT 5.489 0.242 5.555 0.297 ;
    RECT 0.198 0.297 0.616 0.363 ;
    RECT 3.729 0.297 3.795 0.726 ;
    RECT 3.993 0.297 5.203 0.363 ;
    RECT 5.489 0.297 6.259 0.363 ;
    RECT 0.55 0.363 0.616 0.473 ;
    RECT 3.993 0.363 4.059 0.825 ;
    RECT 5.489 0.363 5.654 0.385 ;
    RECT 5.566 0.385 5.654 0.693 ;
    RECT 0.55 0.473 1.001 0.539 ;
    RECT 0.935 0.539 1.001 0.583 ;
    RECT 0.935 0.583 1.936 0.649 ;
    RECT 4.125 0.594 4.191 0.693 ;
    LAYER M2L ;
    RECT 2.871 0.627 4.224 0.693 ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.649 1.001 0.759 ;
    RECT 4.125 0.693 5.654 0.759 ;
    LAYER M2L ;
    RECT 2.871 0.693 2.937 0.759 ;
    LAYER M1L ;
    RECT 2.277 0.726 2.343 0.825 ;
    RECT 2.541 0.748 2.607 0.825 ;
    RECT 0.715 0.759 1.001 0.825 ;
    RECT 5.566 0.759 5.654 0.825 ;
    LAYER M2L ;
    RECT 2.244 0.759 2.937 0.825 ;
    VIA 2.31 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.715 0.825 0.781 0.88 ;
    RECT 1.067 0.825 2.343 0.891 ;
    RECT 2.541 0.825 5.203 0.891 ;
    RECT 5.566 0.825 6.644 0.891 ;
    RECT 0.231 0.88 0.781 0.946 ;
    RECT 1.067 0.891 1.133 1.056 ;
    RECT 5.137 0.891 5.203 0.99 ;
    RECT 3.641 0.891 3.707 1.056 ;
    RECT 0.715 0.946 0.781 0.99 ;
    RECT 0.231 0.946 0.297 1.056 ;
  END
END LDH_MUXI2_S_8
#
# 
MACRO LDH_MUXI4_0P5 FOREIGN C0A07BLDH_MUXI4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.297 3.531 0.407 ;
      RECT 3.465 0.231 3.608 0.297 ;
      RECT 3.465 0.407 3.663 0.473 ;
      RECT 3.597 0.473 3.663 0.649 ;
      RECT 3.531 0.649 3.663 0.715 ;
      RECT 3.531 0.715 3.597 0.88 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.102 0.561 ;
      RECT 2.937 0.561 3.003 0.726 ;
      RECT 2.937 0.33 3.003 0.495 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.773 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.825 0.132 0.913 0.924 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 1.287 0.132 1.353 0.473 ;
    RECT 1.463 0.132 1.529 0.924 ;
    RECT 1.881 0.132 1.947 0.792 ;
    RECT 1.056 0.165 1.221 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 3.707 0.165 3.773 0.352 ;
    RECT 2.013 0.176 2.079 0.396 ;
    RECT 1.155 0.231 1.221 0.572 ;
    RECT 2.475 0.231 2.541 1.023 ;
    RECT 3.256 0.231 3.399 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.112 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.264 2.673 0.924 ;
    RECT 3.091 0.264 3.157 0.363 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 3.333 0.297 3.399 0.627 ;
    RECT 1.001 0.33 1.067 0.737 ;
    RECT 2.321 0.33 2.387 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 3.091 0.363 3.267 0.429 ;
    RECT 2.013 0.396 2.387 0.462 ;
    RECT 3.201 0.429 3.267 0.638 ;
    RECT 1.155 0.572 1.397 0.638 ;
    RECT 2.079 0.627 2.354 0.693 ;
    RECT 3.333 0.627 3.465 0.693 ;
    RECT 1.331 0.638 1.397 0.891 ;
    RECT 3.091 0.638 3.267 0.704 ;
    RECT 2.079 0.693 2.145 0.88 ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 3.091 0.704 3.157 0.88 ;
    RECT 1.001 0.737 1.232 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.178 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.77 3.333 1.023 ;
    RECT 3.707 0.77 3.773 1.023 ;
    RECT 1.837 0.792 1.947 0.924 ;
    RECT 1.001 0.825 1.067 1.023 ;
    RECT 3.025 0.88 3.157 0.946 ;
    RECT 1.21 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.498 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 0.561 1.023 1.067 1.089 ;
    RECT 2.255 1.023 3.333 1.089 ;
    RECT 3.399 1.023 3.773 1.089 ;
  END
END LDH_MUXI4_0P5
#
# 
MACRO LDH_MUXI4_1 FOREIGN C0A07BLDH_MUXI4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.729 0.462 3.861 0.528 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.264 3.663 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 3.135 0.099 3.41 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 2.739 0.132 2.805 0.792 ;
    RECT 3.773 0.132 3.861 0.33 ;
    RECT 1.034 0.165 1.287 0.231 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.135 0.165 3.201 0.77 ;
    RECT 2.376 0.165 2.673 0.231 ;
    RECT 1.221 0.231 1.287 0.594 ;
    RECT 2.607 0.231 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    RECT 2.574 0.231 3.894 0.297 ;
    VIA 3.828 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.264 0.913 0.792 ;
    RECT 1.485 0.264 1.551 0.792 ;
    RECT 2.013 0.264 2.079 0.792 ;
    RECT 3.377 0.264 3.443 0.594 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 3.773 0.33 3.894 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 1.001 0.462 1.067 1.023 ;
    RECT 1.221 0.594 1.331 0.66 ;
    RECT 3.267 0.594 3.443 0.66 ;
    RECT 2.145 0.627 2.508 0.693 ;
    RECT 1.265 0.66 1.331 0.891 ;
    RECT 3.267 0.66 3.333 0.891 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 3.399 0.792 3.465 1.023 ;
    RECT 3.795 0.792 3.883 1.056 ;
    RECT 2.376 0.825 2.673 0.891 ;
    RECT 1.265 0.891 1.518 0.957 ;
    RECT 3.102 0.891 3.333 0.957 ;
    RECT 2.607 0.891 2.673 1.023 ;
    LAYER M2L ;
    RECT 1.386 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.462 0.957 0.627 1.023 ;
    RECT 0.561 1.023 2.211 1.089 ;
    RECT 2.607 1.023 3.465 1.089 ;
  END
END LDH_MUXI4_1
#
# 
MACRO LDH_MUXI4_2 FOREIGN C0A07BLDH_MUXI4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END S0
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END D0
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END D2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.858 ;
    END
  END X
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END D3
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.726 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.861 0.099 4.675 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.277 0.143 2.706 0.209 ;
    RECT 1.474 0.165 1.947 0.231 ;
    RECT 3.146 0.165 3.663 0.231 ;
    RECT 4.609 0.165 4.675 0.264 ;
    RECT 3.861 0.165 3.927 0.891 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.287 0.176 1.353 0.594 ;
    RECT 0.429 0.198 0.495 0.429 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 2.937 0.198 3.003 0.275 ;
    RECT 2.277 0.209 2.343 0.297 ;
    RECT 1.881 0.231 1.947 0.99 ;
    RECT 3.597 0.231 3.663 1.023 ;
    RECT 4.125 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 2.64 0.297 ;
    RECT 2.904 0.231 4.29 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.155 0.264 1.221 0.792 ;
    RECT 3.993 0.264 4.059 0.792 ;
    RECT 2.739 0.275 3.069 0.341 ;
    RECT 0.583 0.297 1.056 0.363 ;
    RECT 2.145 0.297 2.343 0.363 ;
    RECT 4.125 0.297 4.191 0.528 ;
    LAYER M2L ;
    RECT 2.574 0.297 2.64 0.363 ;
    LAYER M1L ;
    RECT 2.585 0.308 2.673 0.627 ;
    RECT 1.485 0.33 1.551 0.759 ;
    RECT 3.135 0.33 3.201 0.726 ;
    RECT 4.521 0.33 4.587 0.66 ;
    RECT 3.003 0.341 3.069 0.825 ;
    RECT 2.739 0.341 2.805 0.99 ;
    RECT 0.858 0.363 0.924 0.924 ;
    RECT 2.145 0.363 2.211 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.234 0.429 ;
    RECT 3.96 0.363 4.62 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.429 0.627 0.495 ;
    RECT 1.023 0.462 1.089 0.858 ;
    RECT 2.871 0.484 2.937 0.858 ;
    RECT 0.561 0.495 0.627 0.77 ;
    RECT 0.363 0.572 0.429 0.638 ;
    RECT 0.297 0.638 0.429 0.704 ;
    RECT 0.297 0.704 0.363 0.825 ;
    RECT 2.563 0.726 2.629 0.825 ;
    RECT 1.485 0.759 1.65 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 2.97 0.825 ;
    VIA 2.904 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.627 0.836 ;
    RECT 1.155 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.145 0.825 2.629 0.891 ;
    RECT 3.003 0.825 3.212 0.869 ;
    RECT 0.429 0.836 0.495 0.902 ;
    RECT 1.353 0.858 1.419 0.99 ;
    RECT 3.003 0.869 3.278 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 3.146 0.891 3.278 0.935 ;
    RECT 3.861 0.891 4.312 0.957 ;
    LAYER M2L ;
    RECT 1.32 0.891 4.026 0.957 ;
    VIA 3.96 0.924 V1L2L ;
    VIA 1.386 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 1.023 0.99 ;
    RECT 1.529 0.924 1.595 0.99 ;
    RECT 4.631 0.924 4.697 1.023 ;
    RECT 1.1 0.957 1.232 0.99 ;
    RECT 2.926 0.957 3.058 1.023 ;
    RECT 0.957 0.99 1.232 1.023 ;
    RECT 0.759 0.99 0.825 1.056 ;
    RECT 1.529 0.99 1.947 1.056 ;
    RECT 0.957 1.023 1.166 1.056 ;
    RECT 2.992 1.023 3.663 1.089 ;
    RECT 3.729 1.023 4.697 1.089 ;
  END
END LDH_MUXI4_2
#
# 
MACRO LDH_MUXI4_3 FOREIGN C0A07BLDH_MUXI4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END D3
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.627 6.27 0.693 ;
      RECT 6.105 0.396 6.193 0.627 ;
      RECT 5.049 0.198 5.115 0.825 ;
      LAYER M2L ;
      RECT 5.016 0.627 6.27 0.693 ;
      VIA 5.082 0.66 V1L2L ;
      VIA 6.204 0.66 V1L2L ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 0.429 0.726 ;
      RECT 0.363 0.462 0.528 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.495 0.693 ;
      VIA 0.396 0.66 V1L2L ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.759 6.303 0.825 ;
      RECT 6.215 0.825 6.303 0.99 ;
      RECT 5.841 0.825 5.907 0.924 ;
      RECT 5.841 0.165 5.907 0.759 ;
      RECT 5.401 0.099 6.303 0.165 ;
      RECT 6.215 0.165 6.303 0.33 ;
      RECT 5.401 0.165 5.511 0.33 ;
      RECT 5.313 0.33 5.511 0.396 ;
      RECT 5.313 0.396 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 4.983 0.924 5.049 1.155 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.575 0.528 4.312 0.594 ;
    RECT 1.331 0.528 2.178 0.616 ;
    RECT 2.178 0.528 3.575 0.594 ;
    RECT 4.312 0.528 6.336 0.594 ;
    RECT 0 0.528 1.331 0.616 ;
    RECT 2.178 0.594 6.336 0.616 ;
    RECT 0 0.616 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.099 1.903 0.165 ;
    RECT 3.399 0.099 4.114 0.143 ;
    RECT 2.013 0.132 2.079 0.297 ;
    RECT 3.399 0.143 4.18 0.165 ;
    RECT 1.837 0.165 1.903 0.363 ;
    RECT 1.287 0.165 1.353 0.66 ;
    RECT 4.048 0.165 4.18 0.209 ;
    RECT 3.399 0.165 3.465 0.297 ;
    RECT 5.181 0.198 5.28 0.264 ;
    RECT 1.441 0.231 1.738 0.297 ;
    RECT 3.696 0.231 3.971 0.275 ;
    RECT 5.973 0.231 6.116 0.297 ;
    RECT 5.577 0.231 5.775 0.297 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 5.181 0.264 5.247 1.023 ;
    RECT 3.696 0.275 4.708 0.297 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.441 0.297 1.507 0.792 ;
    RECT 2.013 0.297 2.761 0.363 ;
    RECT 3.047 0.297 3.465 0.363 ;
    RECT 3.905 0.297 4.708 0.341 ;
    RECT 5.973 0.297 6.039 0.66 ;
    RECT 5.577 0.297 5.643 0.363 ;
    RECT 5.709 0.297 5.775 1.023 ;
    RECT 4.433 0.341 4.499 0.825 ;
    RECT 0.803 0.352 0.869 0.858 ;
    RECT 1.155 0.352 1.221 1.023 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.705 0.363 1.903 0.429 ;
    RECT 2.376 0.363 2.442 0.671 ;
    RECT 2.695 0.363 2.761 0.792 ;
    RECT 3.63 0.363 3.773 0.429 ;
    RECT 3.047 0.363 3.113 0.792 ;
    RECT 3.399 0.363 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.363 3.762 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.872 0.407 4.323 0.473 ;
    RECT 1.705 0.429 1.771 0.561 ;
    RECT 3.707 0.429 3.773 0.682 ;
    RECT 0.231 0.462 0.297 0.825 ;
    RECT 5.577 0.462 5.643 0.858 ;
    RECT 4.257 0.473 4.323 0.825 ;
    LAYER M2L ;
    RECT 5.544 0.495 6.072 0.561 ;
    VIA 5.61 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.528 2.013 0.693 ;
    RECT 1.573 0.55 1.639 0.693 ;
    RECT 1.705 0.561 1.848 0.627 ;
    RECT 3.927 0.561 4.158 0.649 ;
    LAYER M2L ;
    RECT 0.594 0.627 4.026 0.693 ;
    VIA 0.66 0.66 V1L2L ;
    VIA 3.96 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.927 0.649 3.993 0.726 ;
    RECT 2.079 0.671 2.442 0.737 ;
    RECT 1.573 0.693 2.013 0.759 ;
    RECT 3.553 0.726 3.619 0.825 ;
    RECT 2.079 0.737 2.145 0.825 ;
    LAYER M2L ;
    RECT 4.224 0.759 5.676 0.825 ;
    VIA 5.61 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.309 0.792 1.507 0.825 ;
    RECT 2.277 0.803 2.387 0.869 ;
    RECT 0.231 0.825 0.693 0.891 ;
    RECT 1.309 0.825 1.782 0.858 ;
    RECT 1.936 0.825 2.145 0.891 ;
    RECT 3.553 0.825 4.323 0.891 ;
    RECT 4.433 0.825 4.884 0.891 ;
    RECT 1.441 0.858 1.782 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 2.277 0.869 2.343 0.979 ;
    RECT 1.716 0.891 1.782 0.979 ;
    RECT 4.433 0.891 4.499 0.957 ;
    RECT 6.017 0.891 6.116 0.957 ;
    LAYER M2L ;
    RECT 2.244 0.891 5.808 0.957 ;
    VIA 2.31 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.957 3.828 1.023 ;
    RECT 4.048 0.957 4.499 1.023 ;
    RECT 6.017 0.957 6.083 1.023 ;
    RECT 1.474 0.979 1.606 1.023 ;
    RECT 1.716 0.979 2.343 1.045 ;
    RECT 1.155 1.023 1.606 1.045 ;
    RECT 5.181 1.023 5.588 1.089 ;
    RECT 5.709 1.023 6.083 1.089 ;
    RECT 1.155 1.045 1.54 1.089 ;
  END
END LDH_MUXI4_3
#
# 
MACRO LDH_MUXI4_4 FOREIGN C0A07BLDH_MUXI4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.434 0.033 5.5 0.165 ;
      RECT 5.368 0.165 5.5 0.231 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.322 0.033 3.388 0.143 ;
      RECT 3.256 0.143 3.388 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.904 0.143 3.036 0.209 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.003 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.726 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.495 0.594 0.561 0.726 ;
      RECT 0.495 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 0.627 0.693 ;
      VIA 0.528 0.66 V1L2L ;
    END
  END S0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.396 7.117 0.627 ;
      RECT 6.93 0.627 7.117 0.693 ;
      RECT 5.841 0.198 5.907 0.825 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.062 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 6.996 0.66 V1L2L ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.759 7.227 0.825 ;
      RECT 7.139 0.825 7.227 0.99 ;
      RECT 6.765 0.825 6.831 0.924 ;
      RECT 6.765 0.165 6.831 0.759 ;
      RECT 6.325 0.099 7.227 0.165 ;
      RECT 7.139 0.165 7.227 0.33 ;
      RECT 6.325 0.165 6.391 0.759 ;
      RECT 6.292 0.759 6.391 0.825 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 5.368 1.045 5.434 1.155 ;
      RECT 5.368 0.979 5.5 1.045 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 1.331 0.099 1.925 0.165 ;
    RECT 3.817 0.099 4.411 0.165 ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 0.583 0.132 0.649 0.297 ;
    RECT 1.859 0.165 1.925 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 2.035 0.165 2.673 0.231 ;
    RECT 4.345 0.165 4.411 0.264 ;
    RECT 3.817 0.165 3.883 0.275 ;
    RECT 4.521 0.165 5.115 0.231 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 2.035 0.231 2.101 0.363 ;
    RECT 2.607 0.231 2.673 0.693 ;
    RECT 4.136 0.231 4.268 0.297 ;
    RECT 4.521 0.231 4.587 0.363 ;
    RECT 5.049 0.231 5.115 0.693 ;
    RECT 6.897 0.231 7.04 0.297 ;
    RECT 6.49 0.231 6.699 0.297 ;
    RECT 5.225 0.264 5.291 0.825 ;
    RECT 5.577 0.264 5.643 0.825 ;
    RECT 5.973 0.264 6.039 1.023 ;
    RECT 2.761 0.275 3.179 0.341 ;
    RECT 3.465 0.275 3.883 0.341 ;
    RECT 0.583 0.297 0.825 0.363 ;
    RECT 0.946 0.297 1.397 0.363 ;
    RECT 1.716 0.297 1.782 0.363 ;
    RECT 2.178 0.297 2.31 0.363 ;
    RECT 4.202 0.297 4.268 0.363 ;
    RECT 4.653 0.297 4.796 0.363 ;
    RECT 6.897 0.297 6.963 0.506 ;
    RECT 6.633 0.297 6.699 1.023 ;
    RECT 2.475 0.33 2.541 0.495 ;
    RECT 4.917 0.33 4.983 0.495 ;
    RECT 6.105 0.33 6.193 0.891 ;
    RECT 3.113 0.341 3.179 0.792 ;
    RECT 2.761 0.341 2.827 1.023 ;
    RECT 3.465 0.341 3.531 0.792 ;
    RECT 3.817 0.341 3.883 1.023 ;
    RECT 0.121 0.363 0.396 0.429 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 0.946 0.363 1.012 0.924 ;
    RECT 1.331 0.363 1.397 1.023 ;
    RECT 1.716 0.363 2.101 0.429 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 4.202 0.363 4.587 0.429 ;
    RECT 4.653 0.363 4.719 0.495 ;
    LAYER M2L ;
    RECT 0.264 0.363 5.016 0.429 ;
    RECT 6.072 0.363 6.996 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 4.95 0.396 V1L2L ;
    VIA 6.93 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.121 0.429 0.187 0.726 ;
    RECT 0.286 0.495 0.429 0.561 ;
    RECT 1.551 0.495 1.76 0.561 ;
    RECT 2.354 0.495 2.541 0.561 ;
    RECT 1.859 0.495 2.244 0.561 ;
    RECT 4.114 0.495 4.257 0.561 ;
    RECT 4.818 0.495 4.983 0.561 ;
    RECT 4.345 0.495 4.719 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 1.551 0.561 1.617 0.792 ;
    RECT 1.859 0.561 1.925 0.825 ;
    RECT 4.191 0.561 4.257 0.792 ;
    RECT 4.345 0.561 4.411 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.627 4.29 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.002 0.66 2.068 0.693 ;
    RECT 4.488 0.66 4.554 0.693 ;
    RECT 2.002 0.693 2.673 0.759 ;
    RECT 4.488 0.693 5.115 0.759 ;
    RECT 0.121 0.726 0.297 0.792 ;
    RECT 1.683 0.726 1.749 0.891 ;
    RECT 4.059 0.726 4.125 0.891 ;
    RECT 6.501 0.726 6.567 0.891 ;
    RECT 2.508 0.759 2.574 0.891 ;
    RECT 5.049 0.759 5.115 0.858 ;
    LAYER M2L ;
    RECT 4.026 0.759 6.204 0.825 ;
    VIA 4.092 0.792 V1L2L ;
    VIA 5.082 0.792 V1L2L ;
    VIA 6.138 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.297 0.924 ;
    RECT 0.363 0.825 0.825 0.891 ;
    RECT 1.859 0.825 2.442 0.891 ;
    RECT 4.345 0.825 4.961 0.891 ;
    RECT 5.225 0.825 5.643 0.891 ;
    RECT 1.518 0.891 1.749 0.957 ;
    RECT 2.508 0.891 2.64 0.957 ;
    RECT 2.376 0.891 2.442 1.023 ;
    RECT 4.059 0.891 4.268 0.957 ;
    RECT 4.895 0.891 4.961 1.023 ;
    RECT 5.225 0.891 5.291 1.023 ;
    RECT 6.105 0.891 6.567 0.957 ;
    LAYER M2L ;
    RECT 1.584 0.891 6.732 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.574 0.924 V1L2L ;
    VIA 6.666 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.946 0.924 1.045 0.99 ;
    RECT 6.963 0.924 7.029 1.023 ;
    RECT 1.859 0.957 2.31 1.023 ;
    RECT 4.664 0.979 4.796 1.023 ;
    RECT 0.979 0.99 1.045 1.056 ;
    RECT 2.244 1.023 2.31 1.056 ;
    RECT 1.331 1.023 1.925 1.089 ;
    RECT 2.376 1.023 2.827 1.089 ;
    RECT 3.817 1.023 4.796 1.045 ;
    RECT 4.895 1.023 5.291 1.089 ;
    RECT 5.973 1.023 6.512 1.089 ;
    RECT 6.633 1.023 7.029 1.089 ;
    RECT 3.817 1.045 4.73 1.089 ;
  END
END LDH_MUXI4_4
#
# 
MACRO LDH_ND2B_0P5 FOREIGN C0A07BLDH_ND2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDH_ND2B_0P5
#
# 
MACRO LDH_ND2B_1 FOREIGN C0A07BLDH_ND2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDH_ND2B_1
#
# 
MACRO LDH_ND2B_10 FOREIGN C0A07BLDH_ND2B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 0.902 0.726 3.696 0.825 ;
      RECT 0.902 0.825 4.191 0.858 ;
      RECT 3.63 0.858 4.191 0.891 ;
      RECT 4.125 0.891 4.191 0.99 ;
      RECT 0.902 0.297 2.475 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.618 0.231 ;
    RECT 2.552 0.231 2.618 0.319 ;
    RECT 4.323 0.242 4.389 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.552 0.319 4.389 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 2.09 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDH_ND2B_10
#
# 
MACRO LDH_ND2B_12 FOREIGN C0A07BLDH_ND2B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.223 0.033 3.289 0.176 ;
      RECT 3.223 0.176 3.322 0.242 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.888624 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 0.924 0.726 4.224 0.825 ;
      RECT 0.924 0.825 5.082 0.858 ;
      RECT 4.158 0.858 5.082 0.891 ;
      RECT 1.078 0.297 3.003 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.488 0.594 ;
      RECT 4.367 0.594 4.455 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 4.422 0.957 4.554 1.023 ;
      RECT 4.136 1.023 4.202 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 3.146 0.209 ;
    RECT 0.935 0.209 1.001 0.286 ;
    RECT 3.08 0.209 3.146 0.319 ;
    RECT 5.159 0.242 5.225 0.319 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 3.08 0.319 5.225 0.385 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 2.684 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.198 0.825 0.825 0.891 ;
  END
END LDH_ND2B_12
#
# 
MACRO LDH_ND2B_2 FOREIGN C0A07BLDH_ND2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.561 0.825 1.1 0.891 ;
      RECT 0.561 0.297 0.726 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.165 0.891 0.231 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.825 0.231 0.891 0.308 ;
    RECT 1.177 0.242 1.243 0.308 ;
    RECT 0.253 0.297 0.495 0.363 ;
    RECT 0.825 0.308 1.243 0.374 ;
    RECT 0.429 0.363 0.495 0.957 ;
    RECT 0.22 0.957 0.495 1.023 ;
  END
END LDH_ND2B_2
#
# 
MACRO LDH_ND2B_3 FOREIGN C0A07BLDH_ND2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.176 ;
      RECT 1.111 0.176 1.21 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.407 0.891 0.825 ;
      RECT 0.561 0.825 1.386 0.891 ;
      RECT 0.561 0.891 0.649 0.99 ;
      RECT 0.429 0.341 0.891 0.407 ;
      RECT 0.429 0.231 0.517 0.341 ;
      RECT 0.374 0.165 0.517 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.132 0.649 0.209 ;
    RECT 0.583 0.209 1.034 0.275 ;
    RECT 0.968 0.275 1.034 0.319 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.968 0.319 1.386 0.385 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 0.297 0.561 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDH_ND2B_3
#
# 
MACRO LDH_ND2B_4 FOREIGN C0A07BLDH_ND2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.463 0.176 1.562 0.242 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.726 0.825 1.914 0.891 ;
      RECT 0.726 0.297 1.21 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.143 1.386 0.209 ;
    RECT 0.583 0.209 0.649 0.286 ;
    RECT 1.32 0.209 1.386 0.319 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 1.991 0.242 2.057 0.319 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.32 0.319 2.057 0.385 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDH_ND2B_4
#
# 
MACRO LDH_ND2B_6 FOREIGN C0A07BLDH_ND2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.453508 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.376 0.825 ;
      RECT 0.66 0.825 2.607 0.858 ;
      RECT 2.31 0.858 2.607 0.891 ;
      RECT 2.541 0.891 2.607 0.99 ;
      RECT 0.748 0.297 1.551 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.594 ;
      RECT 2.519 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.143 1.727 0.209 ;
    RECT 0.605 0.209 0.671 0.286 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 1.661 0.297 2.838 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.386 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDH_ND2B_6
#
# 
MACRO LDH_ND2B_8 FOREIGN C0A07BLDH_ND2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.343 0.176 2.442 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.902 0.726 3.168 0.825 ;
      RECT 0.902 0.825 3.498 0.858 ;
      RECT 3.102 0.858 3.498 0.891 ;
      RECT 0.902 0.297 2.09 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.594 3.399 0.726 ;
      RECT 2.508 0.462 3.432 0.594 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.277 0.231 ;
    RECT 2.211 0.231 2.277 0.319 ;
    RECT 3.575 0.242 3.641 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.211 0.319 3.641 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.782 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDH_ND2B_8
#
# 
MACRO LDH_ND2B_S_0P5 FOREIGN C0A07BLDH_ND2B_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0363 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.374 0.715 0.825 ;
    RECT 0.077 0.825 0.715 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
  END
END LDH_ND2B_S_0P5
#
# 
MACRO LDH_ND2B_S_1 FOREIGN C0A07BLDH_ND2B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.07865 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.44 0.715 0.825 ;
    RECT 0.044 0.825 0.715 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDH_ND2B_S_1
#
# 
MACRO LDH_ND2B_S_12 FOREIGN C0A07BLDH_ND2B_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.334 0.165 4.466 0.231 ;
      RECT 1.771 0.033 1.837 0.176 ;
      RECT 1.738 0.176 1.837 0.242 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.386 0.165 1.518 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.28 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.762058 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.297 0.726 3.718 0.792 ;
      RECT 0.616 0.792 3.718 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 2.09 0.363 3.168 0.462 ;
      RECT 2.09 0.33 3.74 0.363 ;
      RECT 3.102 0.297 3.74 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.2662 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 4.356 0.462 5.016 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.694 0.649 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.451 0.891 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.28 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.506 0.528 3.454 0.616 ;
    RECT 0 0.528 0.506 0.616 ;
    RECT 3.454 0.528 5.544 0.616 ;
    RECT 0 0.616 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.914 0.165 3.938 0.231 ;
    RECT 1.914 0.231 1.98 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.015 0.297 5.346 0.363 ;
    RECT 0.055 0.319 1.98 0.385 ;
    RECT 4.015 0.363 4.081 0.495 ;
    RECT 3.234 0.495 4.081 0.561 ;
    RECT 3.234 0.561 3.3 0.583 ;
    RECT 4.015 0.561 4.081 0.825 ;
    RECT 2.42 0.583 3.3 0.649 ;
    RECT 4.015 0.825 5.489 0.891 ;
    RECT 5.423 0.891 5.489 0.968 ;
  END
END LDH_ND2B_S_12
#
# 
MACRO LDH_ND2B_S_2 FOREIGN C0A07BLDH_ND2B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.429 0.033 0.495 0.198 ;
      RECT 0.396 0.198 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.825 ;
      RECT 0.594 0.825 1.155 0.891 ;
      RECT 1.089 0.319 1.254 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.397 0.231 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 1.331 0.231 1.397 0.308 ;
    RECT 0.231 0.33 0.495 0.396 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 0.429 0.693 1.023 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDH_ND2B_S_2
#
# 
MACRO LDH_ND2B_S_3 FOREIGN C0A07BLDH_ND2B_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.176 ;
      RECT 1.331 0.176 1.441 0.242 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.179322 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.77 0.825 1.606 0.891 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.77 0.165 1.254 0.231 ;
    RECT 0.231 0.198 0.473 0.264 ;
    RECT 1.188 0.231 1.254 0.319 ;
    RECT 0.407 0.264 0.473 0.495 ;
    RECT 1.188 0.319 1.606 0.385 ;
    RECT 0.407 0.495 0.836 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDH_ND2B_S_3
#
# 
MACRO LDH_ND2B_S_4 FOREIGN C0A07BLDH_ND2B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.1 0.825 1.947 0.891 ;
      RECT 1.881 0.891 1.947 0.99 ;
      RECT 0.924 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.99 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 0.759 0.363 ;
    RECT 1.485 0.297 2.31 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.22 0.825 0.759 0.891 ;
  END
END LDH_ND2B_S_4
#
# 
MACRO LDH_ND2B_S_6 FOREIGN C0A07BLDH_ND2B_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.137456 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.352836 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 0.528 0.726 2.376 0.825 ;
      RECT 0.242 0.825 2.376 0.858 ;
      RECT 1.419 0.858 1.485 0.99 ;
      RECT 1.023 0.858 1.089 0.99 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 1.353 0.429 2.277 0.495 ;
      RECT 2.211 0.198 2.277 0.429 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 3.102 0.957 3.234 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.266 0.616 ;
    RECT 0 0.528 0.462 0.616 ;
    RECT 2.266 0.528 3.432 0.616 ;
    RECT 0 0.616 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.297 2.09 0.363 ;
    RECT 2.541 0.297 3.058 0.363 ;
    RECT 2.541 0.363 2.607 0.583 ;
    RECT 1.562 0.583 2.607 0.649 ;
    RECT 2.541 0.649 2.607 0.825 ;
    RECT 2.541 0.825 3.377 0.891 ;
    RECT 3.311 0.891 3.377 0.968 ;
  END
END LDH_ND2B_S_6
#
# 
MACRO LDH_ND2B_S_8 FOREIGN C0A07BLDH_ND2B_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 0.077 0.33 1.32 0.462 ;
      RECT 0.297 0.462 0.363 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.077 0.198 0.143 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.792 ;
      RECT 2.673 0.792 2.871 0.858 ;
      RECT 2.805 0.594 2.871 0.792 ;
      RECT 1.76 0.561 2.739 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.321 0.891 2.387 1.155 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.495 0.891 0.561 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.352 0.528 2.53 0.594 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 2.53 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.496 0.231 ;
    RECT 1.43 0.231 1.496 0.297 ;
    RECT 2.959 0.242 3.025 0.297 ;
    RECT 1.43 0.297 2.64 0.363 ;
    RECT 2.959 0.297 3.762 0.363 ;
    RECT 2.959 0.363 3.025 0.429 ;
    RECT 1.419 0.429 3.025 0.495 ;
    RECT 1.419 0.495 1.485 0.561 ;
    RECT 2.959 0.495 3.025 0.825 ;
    RECT 0.462 0.561 1.485 0.627 ;
    RECT 2.959 0.825 3.762 0.891 ;
  END
END LDH_ND2B_S_8
#
# 
MACRO LDH_ND2_0P5 FOREIGN C0A07BLDH_ND2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 0.99 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.231 0.583 0.363 0.649 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_ND2_0P5
#
# 
MACRO LDH_ND2_1 FOREIGN C0A07BLDH_ND2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.66 ;
      RECT 0.264 0.66 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.484 0.231 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.407 0.099 0.484 ;
      RECT 0.165 0.33 0.231 0.484 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.792 ;
      RECT 0.231 0.792 0.495 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_ND2_1
#
# 
MACRO LDH_ND2_10 FOREIGN C0A07BLDH_ND2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74052 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.904 0.825 ;
      RECT 0.198 0.825 3.498 0.858 ;
      RECT 2.838 0.858 3.498 0.891 ;
      RECT 0.198 0.858 0.726 0.891 ;
      RECT 0.198 0.297 1.738 0.363 ;
      RECT 1.672 0.363 1.738 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 3.047 0.594 3.135 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.32 0.594 ;
      RECT 0.429 0.594 0.517 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.881 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.815 0.209 1.881 0.297 ;
    RECT 3.575 0.22 3.641 0.297 ;
    RECT 1.815 0.297 3.641 0.363 ;
  END
END LDH_ND2_10
#
# 
MACRO LDH_ND2_12 FOREIGN C0A07BLDH_ND2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.584 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.904112 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.792 0.726 3.696 0.825 ;
      RECT 0.242 0.825 4.268 0.858 ;
      RECT 3.63 0.858 4.268 0.891 ;
      RECT 0.242 0.858 0.858 0.891 ;
      RECT 0.242 0.297 2.134 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.299 0.231 ;
    RECT 2.233 0.231 2.299 0.297 ;
    RECT 4.378 0.264 4.444 0.297 ;
    RECT 2.233 0.297 4.444 0.363 ;
  END
END LDH_ND2_12
#
# 
MACRO LDH_ND2_16 FOREIGN C0A07BLDH_ND2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.192 0.033 5.258 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.488 0.033 4.554 0.165 ;
      RECT 4.422 0.165 4.554 0.231 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 5.016 0.594 ;
      RECT 4.895 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.18483 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.792 0.726 4.752 0.825 ;
      RECT 0.198 0.825 5.61 0.858 ;
      RECT 4.686 0.858 5.61 0.891 ;
      RECT 0.198 0.858 0.858 0.891 ;
      RECT 0.198 0.297 2.761 0.363 ;
      RECT 2.673 0.363 2.761 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 2.112 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 2.948 0.209 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.86 0.209 2.948 0.297 ;
    RECT 5.687 0.22 5.753 0.297 ;
    RECT 2.86 0.297 5.753 0.385 ;
  END
END LDH_ND2_16
#
# 
MACRO LDH_ND2_2 FOREIGN C0A07BLDH_ND2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.99 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.429 0.319 0.847 0.385 ;
  END
END LDH_ND2_2
#
# 
MACRO LDH_ND2_2RE FOREIGN C0A07BLDH_ND2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.748 0.561 ;
      RECT 0.297 0.198 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.396 1.155 0.759 ;
      RECT 0.825 0.33 1.155 0.396 ;
      RECT 0.825 0.297 0.891 0.33 ;
      RECT 0.473 0.231 0.891 0.297 ;
      RECT 0.649 0.297 0.715 0.396 ;
      RECT 0.473 0.297 0.539 0.396 ;
      RECT 0.649 0.132 0.715 0.231 ;
      RECT 0.473 0.132 0.539 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.924 0.759 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_ND2_2RE
#
# 
MACRO LDH_ND2_3 FOREIGN C0A07BLDH_ND2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.825 ;
      RECT 0.242 0.825 1.078 0.891 ;
      RECT 0.495 0.462 0.627 0.528 ;
      RECT 0.495 0.385 0.561 0.462 ;
      RECT 0.099 0.319 0.561 0.385 ;
      RECT 0.099 0.242 0.165 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 0.693 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 0.627 0.297 1.078 0.363 ;
  END
END LDH_ND2_3
#
# 
MACRO LDH_ND2_4 FOREIGN C0A07BLDH_ND2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.792 0.209 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDH_ND2_4
#
# 
MACRO LDH_ND2_4RE FOREIGN C0A07BLDH_ND2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.045 0.033 1.155 0.253 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 1.32 0.528 1.98 0.561 ;
      RECT 1.32 0.561 1.386 0.627 ;
      RECT 1.056 0.627 1.386 0.693 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33396 ;
    PORT
      LAYER M1L ;
      RECT 0.891 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 0.99 ;
      RECT 0.891 0.825 0.957 0.902 ;
      RECT 0.891 0.693 0.957 0.759 ;
      RECT 0.231 0.627 0.957 0.693 ;
      RECT 0.231 0.693 0.297 0.902 ;
      RECT 2.277 0.275 2.343 0.759 ;
      RECT 2.233 0.209 2.343 0.275 ;
      RECT 1.386 0.143 2.343 0.209 ;
      RECT 1.386 0.209 1.452 0.242 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.946 1.947 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.429 0.792 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.891 0.154 0.957 0.352 ;
    RECT 1.243 0.154 1.309 0.352 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.297 0.264 0.363 0.352 ;
    RECT 1.562 0.319 2.178 0.352 ;
    RECT 0.297 0.352 2.178 0.385 ;
    RECT 0.297 0.385 1.628 0.418 ;
  END
END LDH_ND2_4RE
#
# 
MACRO LDH_ND2_5 FOREIGN C0A07BLDH_ND2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.38599 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.22 0.825 1.76 0.891 ;
      RECT 0.077 0.297 0.891 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.716 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.66 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 1.023 0.209 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
  END
END LDH_ND2_5
#
# 
MACRO LDH_ND2_6 FOREIGN C0A07BLDH_ND2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.353 0.033 1.419 0.176 ;
      RECT 1.353 0.176 1.452 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.297 0.825 2.156 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.264 0.297 1.1 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.836 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.276 0.231 ;
    RECT 1.21 0.231 1.276 0.319 ;
    RECT 2.266 0.286 2.332 0.319 ;
    RECT 1.21 0.319 2.332 0.385 ;
  END
END LDH_ND2_6
#
# 
MACRO LDH_ND2_8 FOREIGN C0A07BLDH_ND2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.42 0.033 2.486 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.772 0.594 ;
      RECT 2.651 0.594 2.739 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.528 0.726 2.508 0.825 ;
      RECT 0.242 0.825 2.838 0.858 ;
      RECT 2.442 0.858 2.838 0.891 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.297 0.594 0.385 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.573 0.231 ;
    RECT 2.915 0.22 2.981 0.297 ;
    RECT 1.507 0.231 1.573 0.297 ;
    RECT 1.507 0.297 2.981 0.363 ;
  END
END LDH_ND2_8
#
# 
MACRO LDH_ND2_S_0P5 FOREIGN C0A07BLDH_ND2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.030492 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 1.056 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.264 0.583 0.363 0.649 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_ND2_S_0P5
#
# 
MACRO LDH_ND2_S_1 FOREIGN C0A07BLDH_ND2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.066066 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.638 ;
      RECT 0.264 0.638 0.363 0.704 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_ND2_S_1
#
# 
MACRO LDH_ND2_S_12 FOREIGN C0A07BLDH_ND2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.442 0.033 2.508 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.768108 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.726 ;
      RECT 0.297 0.726 3.663 0.792 ;
      RECT 3.597 0.792 3.663 0.99 ;
      RECT 0.638 0.792 3.3 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.924 0.363 1.848 0.462 ;
      RECT 0.242 0.33 1.848 0.363 ;
      RECT 0.242 0.297 0.99 0.33 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.495 3.795 0.99 ;
      RECT 3.333 0.429 3.795 0.495 ;
      RECT 3.333 0.495 3.399 0.583 ;
      RECT 2.42 0.583 3.399 0.649 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.99 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.518 0.649 ;
      RECT 0.693 0.462 0.781 0.583 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.891 3.465 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.528 0.528 3.41 0.616 ;
    RECT 0 0.528 0.528 0.616 ;
    RECT 3.41 0.528 3.96 0.616 ;
    RECT 0 0.616 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 2.024 0.231 ;
    RECT 1.958 0.231 2.024 0.297 ;
    RECT 1.958 0.297 3.894 0.363 ;
  END
END LDH_ND2_S_12
#
# 
MACRO LDH_ND2_S_16 FOREIGN C0A07BLDH_ND2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.783 0.033 2.849 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.934604 ;
    PORT
      LAYER M1L ;
      RECT 0.638 0.363 2.53 0.462 ;
      RECT 0.297 0.33 2.53 0.363 ;
      RECT 0.297 0.297 0.704 0.33 ;
      RECT 0.22 0.231 0.363 0.297 ;
      RECT 2.255 0.462 2.343 0.726 ;
      RECT 0.297 0.726 4.983 0.792 ;
      RECT 4.917 0.792 4.983 0.957 ;
      RECT 4.917 0.957 5.06 1.023 ;
      RECT 0.638 0.792 4.642 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.462 5.115 0.561 ;
      RECT 3.124 0.561 5.115 0.627 ;
      RECT 5.049 0.627 5.115 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.561 ;
      RECT 0.165 0.561 2.156 0.627 ;
      RECT 0.165 0.627 0.231 0.858 ;
      RECT 0.429 0.462 0.517 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.741 0.891 4.807 1.155 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0.33 0.528 4.95 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 4.95 0.528 5.28 0.594 ;
    RECT 0 0.594 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.506 0.165 ;
    RECT 0.44 0.165 2.706 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 5.159 0.176 5.247 0.297 ;
    RECT 2.64 0.231 2.706 0.363 ;
    RECT 2.926 0.297 5.247 0.363 ;
    RECT 2.64 0.363 2.992 0.429 ;
  END
END LDH_ND2_S_16
#
# 
MACRO LDH_ND2_S_2 FOREIGN C0A07BLDH_ND2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.528 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.814 0.264 0.88 0.297 ;
    RECT 0.429 0.297 0.88 0.363 ;
  END
END LDH_ND2_S_2
#
# 
MACRO LDH_ND2_S_3 FOREIGN C0A07BLDH_ND2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.1 0.891 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.033 0.198 0.099 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.704 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.638 0.297 1.1 0.363 ;
  END
END LDH_ND2_S_3
#
# 
MACRO LDH_ND2_S_4 FOREIGN C0A07BLDH_ND2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.385 0.627 0.825 ;
      RECT 0.374 0.825 1.21 0.891 ;
      RECT 0.198 0.319 0.682 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.419 0.517 ;
      RECT 1.353 0.517 1.419 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.792 0.231 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDH_ND2_S_4
#
# 
MACRO LDH_ND2_S_6 FOREIGN C0A07BLDH_ND2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.345576 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.726 ;
      RECT 0.396 0.726 1.98 0.858 ;
      RECT 0.22 0.297 1.023 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.452 0.462 2.244 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.232 0.231 ;
    RECT 1.166 0.231 1.232 0.297 ;
    RECT 1.166 0.297 2.31 0.363 ;
  END
END LDH_ND2_S_6
#
# 
MACRO LDH_ND2_S_8 FOREIGN C0A07BLDH_ND2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.617 0.033 1.683 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.066 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 0.231 0.99 ;
      RECT 0.165 0.561 1.144 0.627 ;
      RECT 0.165 0.462 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.99 ;
      RECT 1.782 0.561 2.739 0.627 ;
      RECT 2.673 0.462 2.739 0.561 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.891 2.409 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.858 0.957 0.99 1.023 ;
      RECT 0.517 0.891 0.583 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.374 0.528 2.552 0.594 ;
    RECT 0 0.528 0.374 0.594 ;
    RECT 2.552 0.528 2.904 0.594 ;
    RECT 0 0.594 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.363 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 1.485 0.363 2.607 0.429 ;
  END
END LDH_ND2_S_8
#
# 
MACRO LDH_ND3B_0P5 FOREIGN C0A07BLDH_ND3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.070906 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.561 0.891 ;
      RECT 0.495 0.891 0.561 1.012 ;
      RECT 0.033 0.891 0.121 1.012 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.056 ;
  END
END LDH_ND3B_0P5
#
# 
MACRO LDH_ND3B_1 FOREIGN C0A07BLDH_ND3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13915 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.594 0.891 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.034 ;
  END
END LDH_ND3B_1
#
# 
MACRO LDH_ND3B_10 FOREIGN C0A07BLDH_ND3B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 4.092 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 2.112 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.977196 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.385 6.039 0.825 ;
      RECT 6.105 0.891 6.171 0.99 ;
      RECT 1.078 0.825 6.171 0.891 ;
      RECT 4.598 0.319 6.138 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.662 0.165 6.281 0.231 ;
    RECT 6.215 0.231 6.281 0.308 ;
    RECT 0.902 0.297 4.378 0.363 ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 4.95 0.495 5.786 0.561 ;
    RECT 4.95 0.561 5.016 0.693 ;
    RECT 0.902 0.693 5.016 0.759 ;
    RECT 0.902 0.759 0.968 0.825 ;
    RECT 0.198 0.825 0.968 0.891 ;
  END
END LDH_ND3B_10
#
# 
MACRO LDH_ND3B_12 FOREIGN C0A07BLDH_ND3B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 5.148 0.528 ;
      RECT 3.828 0.528 5.511 0.594 ;
      RECT 5.445 0.33 5.511 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.64 0.528 ;
      RECT 0.957 0.528 2.64 0.594 ;
      RECT 0.957 0.33 1.023 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.825 ;
      RECT 1.518 0.825 7.227 0.891 ;
      RECT 5.577 0.297 7.458 0.363 ;
      RECT 5.577 0.363 5.665 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.522 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 7.535 0.132 7.601 0.165 ;
    RECT 3.278 0.165 7.601 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 7.535 0.231 7.601 0.264 ;
    RECT 1.166 0.297 5.346 0.363 ;
    RECT 0.055 0.297 0.891 0.363 ;
    RECT 1.166 0.363 1.232 0.429 ;
    RECT 5.28 0.363 5.346 0.429 ;
    RECT 0.825 0.363 0.891 0.693 ;
    RECT 5.753 0.495 7.062 0.561 ;
    RECT 5.753 0.561 5.819 0.693 ;
    RECT 0.825 0.693 5.819 0.759 ;
    RECT 0.825 0.759 0.891 0.825 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_ND3B_12
#
# 
MACRO LDH_ND3B_2 FOREIGN C0A07BLDH_ND3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.803 ;
      RECT 0.165 0.803 1.023 0.869 ;
      RECT 0.957 0.869 1.023 0.99 ;
      RECT 0.165 0.319 0.33 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.891 0.605 ;
      RECT 0.825 0.462 0.891 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.353 0.275 1.65 0.341 ;
    RECT 0.583 0.297 1.232 0.363 ;
    RECT 1.353 0.341 1.419 0.957 ;
    RECT 0.583 0.363 0.649 0.44 ;
    RECT 0.297 0.484 0.363 0.671 ;
    RECT 0.297 0.671 1.155 0.737 ;
    RECT 1.089 0.737 1.155 0.957 ;
    RECT 1.089 0.957 1.65 1.023 ;
  END
END LDH_ND3B_2
#
# 
MACRO LDH_ND3B_3 FOREIGN C0A07BLDH_ND3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.302258 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.319 0.495 0.407 ;
      RECT 0.429 0.264 0.495 0.319 ;
      RECT 0.033 0.407 0.099 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.539 1.023 0.605 ;
      RECT 0.957 0.462 1.023 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.539 ;
      RECT 1.353 0.539 1.683 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.286 0.099 0.638 0.165 ;
    RECT 1.925 0.154 1.991 0.297 ;
    RECT 0.22 0.165 0.352 0.231 ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 1.485 0.22 1.551 0.297 ;
    RECT 0.748 0.297 1.551 0.363 ;
    RECT 1.749 0.297 1.991 0.363 ;
    RECT 1.749 0.363 1.815 0.693 ;
    RECT 0.198 0.495 0.495 0.561 ;
    RECT 0.429 0.561 0.495 0.693 ;
    RECT 0.429 0.693 1.815 0.759 ;
    RECT 1.749 0.759 1.815 0.825 ;
    RECT 1.749 0.825 2.024 0.891 ;
  END
END LDH_ND3B_3
#
# 
MACRO LDH_ND3B_4 FOREIGN C0A07BLDH_ND3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.825 ;
      RECT 0.165 0.825 2.134 0.891 ;
      RECT 0.165 0.319 0.704 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.539 ;
      RECT 0.825 0.539 1.287 0.605 ;
      RECT 1.221 0.462 1.287 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.539 ;
      RECT 1.881 0.539 2.475 0.605 ;
      RECT 2.409 0.33 2.475 0.539 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.044 1.023 0.11 1.155 ;
      RECT 0.044 0.957 0.176 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.584 0.231 ;
    RECT 2.541 0.275 2.706 0.341 ;
    RECT 0.957 0.297 2.31 0.363 ;
    RECT 2.541 0.341 2.607 0.693 ;
    RECT 0.957 0.363 1.023 0.44 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.693 ;
    RECT 0.572 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 2.541 0.825 2.706 0.891 ;
  END
END LDH_ND3B_4
#
# 
MACRO LDH_ND3B_6 FOREIGN C0A07BLDH_ND3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.584 0.528 ;
      RECT 0.561 0.528 1.584 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.561 ;
      RECT 2.112 0.561 3.003 0.594 ;
      RECT 2.574 0.594 3.003 0.627 ;
      RECT 2.937 0.33 3.003 0.561 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.614438 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.825 ;
      RECT 0.946 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.069 0.297 3.894 0.363 ;
      RECT 3.069 0.363 3.157 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 3.971 0.132 4.037 0.165 ;
    RECT 1.826 0.165 4.037 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 3.971 0.231 4.037 0.264 ;
    RECT 0.407 0.242 0.495 0.33 ;
    RECT 0.77 0.297 2.838 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 2.772 0.363 2.838 0.418 ;
    RECT 0.77 0.363 0.836 0.429 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.223 0.495 3.63 0.561 ;
    RECT 3.223 0.561 3.289 0.693 ;
    RECT 0.429 0.693 3.289 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_ND3B_6
#
# 
MACRO LDH_ND3B_8 FOREIGN C0A07BLDH_ND3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.716 0.528 ;
      RECT 0.561 0.528 1.716 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.561 ;
      RECT 2.508 0.561 3.663 0.594 ;
      RECT 3.234 0.594 3.663 0.627 ;
      RECT 3.597 0.33 3.663 0.561 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.800052 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.385 4.851 0.825 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 0.902 0.825 4.983 0.891 ;
      RECT 3.762 0.319 4.95 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 5.093 0.231 ;
    RECT 5.027 0.231 5.093 0.308 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.495 0.33 ;
    RECT 0.726 0.297 3.509 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.726 0.363 0.792 0.429 ;
    RECT 3.443 0.363 3.509 0.44 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.861 0.495 4.642 0.561 ;
    RECT 3.861 0.561 3.927 0.693 ;
    RECT 0.429 0.693 3.927 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_ND3B_8
#
# 
MACRO LDH_ND3_0P5 FOREIGN C0A07BLDH_ND3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.06534 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.253 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 1.056 ;
      RECT 0.297 0.891 0.363 1.056 ;
      RECT 0.044 0.187 0.363 0.253 ;
      RECT 0.044 0.154 0.11 0.187 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_ND3_0P5
#
# 
MACRO LDH_ND3_1 FOREIGN C0A07BLDH_ND3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.605 0.627 0.726 ;
      RECT 0.561 0.539 0.704 0.605 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.12826 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 0.99 ;
      RECT 0.044 0.165 0.363 0.231 ;
      RECT 0.044 0.132 0.11 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_ND3_1
#
# 
MACRO LDH_ND3_10 FOREIGN C0A07BLDH_ND3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 5.28 0.594 ;
      RECT 5.181 0.594 5.247 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.564 0.594 ;
      RECT 3.443 0.594 3.531 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.32 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.9075 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 3.322 0.858 ;
      RECT 3.256 0.858 3.322 0.957 ;
      RECT 3.256 0.957 3.927 1.023 ;
      RECT 3.861 0.891 3.927 0.957 ;
      RECT 3.861 0.825 5.599 0.891 ;
      RECT 5.533 0.891 5.599 0.968 ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.297 5.456 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 5.566 0.132 5.632 0.165 ;
    RECT 1.958 0.165 5.632 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.674 0.363 ;
  END
END LDH_ND3_10
#
# 
MACRO LDH_ND3_12 FOREIGN C0A07BLDH_ND3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 6.6 0.594 ;
      RECT 6.501 0.594 6.567 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 4.092 0.594 ;
      RECT 3.971 0.594 4.059 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.726 6.336 0.792 ;
      RECT 5.148 0.792 6.336 0.858 ;
      RECT 4.785 0.792 4.895 0.858 ;
      RECT 4.521 0.792 4.587 0.957 ;
      RECT 3.828 0.957 4.587 1.023 ;
      RECT 3.828 0.858 3.894 0.957 ;
      RECT 0.528 0.726 3.894 0.858 ;
      RECT 4.521 0.297 6.512 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.264 0.462 1.584 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.005 0.913 5.071 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.653 0.913 4.719 1.155 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 6.028 0.957 6.16 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 6.622 0.132 6.688 0.165 ;
    RECT 2.31 0.165 6.688 0.231 ;
    RECT 0.055 0.187 0.121 0.297 ;
    RECT 0.055 0.297 4.378 0.363 ;
  END
END LDH_ND3_12
#
# 
MACRO LDH_ND3_16 FOREIGN C0A07BLDH_ND3_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.54 0.165 1.672 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.539 ;
      RECT 3.52 0.539 5.511 0.605 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50427 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.462 5.907 0.726 ;
      RECT 0.242 0.726 8.371 0.858 ;
      RECT 8.305 0.858 8.371 0.99 ;
      RECT 5.676 0.33 8.052 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 8.217 0.33 8.283 0.539 ;
      RECT 6.072 0.539 8.283 0.605 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 2.233 0.605 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 6.666 1.023 6.732 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.248 0.957 6.38 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.896 0.957 6.028 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 4.004 0.957 4.136 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0.33 0.528 8.118 0.572 ;
    RECT 0 0.528 0.33 0.572 ;
    RECT 8.118 0.528 8.448 0.572 ;
    RECT 0 0.572 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.948 0.132 8.151 0.22 ;
    RECT 8.085 0.22 8.151 0.264 ;
    RECT 0.297 0.242 0.363 0.297 ;
    RECT 0.297 0.297 5.379 0.385 ;
    RECT 5.313 0.385 5.379 0.44 ;
  END
END LDH_ND3_16
#
# 
MACRO LDH_ND3_2 FOREIGN C0A07BLDH_ND3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.208604 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.232 0.891 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 1.331 0.198 1.419 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.232 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
  END
END LDH_ND3_2
#
# 
MACRO LDH_ND3_3 FOREIGN C0A07BLDH_ND3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.300806 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.221 0.297 1.782 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.276 0.957 1.408 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 0.22 0.297 1.056 0.363 ;
  END
END LDH_ND3_3
#
# 
MACRO LDH_ND3_4 FOREIGN C0A07BLDH_ND3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.22 0.825 2.288 0.891 ;
      RECT 1.749 0.297 2.288 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.165 2.464 0.231 ;
    RECT 0.077 0.187 0.143 0.297 ;
    RECT 2.398 0.231 2.464 0.264 ;
    RECT 0.077 0.297 1.584 0.363 ;
  END
END LDH_ND3_4
#
# 
MACRO LDH_ND3_6 FOREIGN C0A07BLDH_ND3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.859 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.575234 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 1.716 0.825 ;
      RECT 0.374 0.825 3.399 0.858 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 1.65 0.858 3.399 0.891 ;
      RECT 2.409 0.44 2.475 0.825 ;
      RECT 2.365 0.363 2.475 0.44 ;
      RECT 2.365 0.297 3.531 0.363 ;
      RECT 3.443 0.198 3.531 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 3.3 0.132 3.366 0.165 ;
    RECT 1.276 0.165 3.366 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.299 0.363 ;
    RECT 2.233 0.363 2.299 0.396 ;
  END
END LDH_ND3_6
#
# 
MACRO LDH_ND3_8 FOREIGN C0A07BLDH_ND3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 3.465 0.594 3.531 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.904 0.594 ;
      RECT 2.783 0.594 2.871 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7381 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 3.069 0.825 4.455 0.891 ;
      RECT 4.389 0.891 4.455 0.99 ;
      RECT 3.069 0.891 3.135 0.957 ;
      RECT 2.574 0.957 3.135 1.023 ;
      RECT 2.574 0.858 2.64 0.957 ;
      RECT 0.374 0.726 2.64 0.858 ;
      RECT 3.069 0.297 4.587 0.363 ;
      RECT 4.521 0.198 4.587 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.42 1.023 2.486 1.155 ;
      RECT 2.31 0.957 2.486 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.4 0.231 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
  END
END LDH_ND3_8
#
# 
MACRO LDH_ND3_S_1 FOREIGN C0A07BLDH_ND3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.539 0.891 ;
      RECT 0.473 0.891 0.539 1.056 ;
      RECT 0.033 0.891 0.121 1.034 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_ND3_S_1
#
# 
MACRO LDH_ND3_S_2 FOREIGN C0A07BLDH_ND3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129228 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.297 0.957 1.232 1.023 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.55 0.297 1.232 0.363 ;
  END
END LDH_ND3_S_2
#
# 
MACRO LDH_ND3_S_3 FOREIGN C0A07BLDH_ND3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.033 0.297 0.627 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.99 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 1.034 0.231 ;
    RECT 0.726 0.297 1.584 0.363 ;
  END
END LDH_ND3_S_3
#
# 
MACRO LDH_ND3_S_4 FOREIGN C0A07BLDH_ND3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.825 ;
      RECT 0.374 0.825 2.046 0.891 ;
      RECT 0.198 0.319 0.759 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 1.023 1.804 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 1.738 0.957 1.87 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0.627 0.528 1.65 0.638 ;
    RECT 0 0.528 0.627 0.638 ;
    RECT 1.65 0.528 2.244 0.638 ;
    RECT 0 0.638 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.254 0.231 ;
    RECT 2.123 0.22 2.189 0.297 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.946 0.297 2.189 0.363 ;
  END
END LDH_ND3_S_4
#
# 
MACRO LDH_ND3_S_6 FOREIGN C0A07BLDH_ND3_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 1.221 0.561 1.848 0.627 ;
      RECT 1.221 0.627 1.287 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456412 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.198 0.825 3.234 0.891 ;
      RECT 0.198 0.297 1.155 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.594 3.003 0.726 ;
      RECT 2.508 0.462 3.036 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.594 0.924 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.442 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 2.442 0.528 3.432 0.594 ;
    RECT 0 0.594 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.134 0.231 ;
    RECT 3.311 0.22 3.377 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.408 0.297 3.377 0.363 ;
  END
END LDH_ND3_S_6
#
# 
MACRO LDH_ND3_S_8 FOREIGN C0A07BLDH_ND3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.584 0.594 2.244 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.594 ;
      RECT 3.036 0.594 3.696 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.594 ;
      RECT 0.396 0.594 1.056 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.528528 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 3.718 0.891 ;
      RECT 0.033 0.297 1.419 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0.33 0.528 3.85 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 3.85 0.528 4.224 0.594 ;
    RECT 0 0.594 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 2.618 0.231 ;
    RECT 1.518 0.297 3.96 0.363 ;
  END
END LDH_ND3_S_8
#
# 
MACRO LDH_ND4B_1 FOREIGN C0A07BLDH_ND4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.616 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.462 ;
      RECT 0.781 0.462 0.891 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.122694 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.847 ;
      RECT 0.473 0.847 1.155 0.913 ;
      RECT 0.473 0.913 0.539 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.781 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.715 ;
    RECT 0.957 0.55 1.023 0.715 ;
    RECT 0.297 0.715 1.023 0.781 ;
    RECT 0.297 0.781 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDH_ND4B_1
#
# 
MACRO LDH_ND4B_2 FOREIGN C0A07BLDH_ND4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.638 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.627 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.561 ;
      RECT 1.122 0.561 1.287 0.627 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.198 0.825 1.562 0.891 ;
      RECT 1.353 0.297 1.562 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.902 0.165 1.738 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.231 0.968 0.264 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.078 0.297 1.21 0.363 ;
    RECT 1.661 0.297 1.914 0.363 ;
    RECT 0.583 0.363 1.144 0.429 ;
    RECT 1.661 0.363 1.727 0.957 ;
    RECT 1.661 0.957 1.914 1.023 ;
    RECT 1.848 1.023 1.914 1.056 ;
  END
END LDH_ND4B_2
#
# 
MACRO LDH_ND4B_3 FOREIGN C0A07BLDH_ND4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.528 ;
      RECT 0.429 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.452 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 1.98 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.32307 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 0.616 0.825 2.607 0.891 ;
      RECT 2.244 0.297 2.695 0.363 ;
      RECT 2.629 0.22 2.695 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.143 2.552 0.209 ;
    RECT 1.144 0.165 1.98 0.231 ;
    RECT 2.079 0.209 2.145 0.297 ;
    RECT 0.616 0.297 1.452 0.363 ;
    RECT 1.672 0.297 2.145 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.693 ;
    RECT 0.297 0.693 2.211 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDH_ND4B_3
#
# 
MACRO LDH_ND4B_4 FOREIGN C0A07BLDH_ND4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.429 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.429 0.33 0.495 0.451 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.389136 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.407 3.399 0.825 ;
      RECT 2.871 0.825 3.399 0.891 ;
      RECT 2.871 0.891 2.937 0.957 ;
      RECT 0.594 0.957 2.937 1.023 ;
      RECT 3.333 0.363 3.498 0.407 ;
      RECT 3.014 0.341 3.498 0.363 ;
      RECT 3.014 0.297 3.399 0.341 ;
      RECT 3.014 0.363 3.08 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 2.376 0.143 ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 1.452 0.143 2.376 0.165 ;
    RECT 1.452 0.165 1.936 0.209 ;
    RECT 2.31 0.165 2.794 0.231 ;
    RECT 2.871 0.165 3.641 0.231 ;
    RECT 2.871 0.231 2.937 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 2.167 0.264 2.233 0.297 ;
    RECT 1.628 0.275 2.079 0.319 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 2.167 0.297 2.937 0.363 ;
    RECT 0.594 0.319 2.079 0.341 ;
    RECT 0.594 0.341 1.694 0.385 ;
    RECT 2.013 0.341 2.079 0.418 ;
    RECT 0.297 0.341 0.363 0.759 ;
    RECT 2.167 0.363 2.233 0.396 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 2.673 0.561 2.739 0.825 ;
    RECT 0.297 0.759 0.66 0.825 ;
    RECT 0.594 0.825 2.739 0.891 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDH_ND4B_4
#
# 
MACRO LDH_ND4B_6 FOREIGN C0A07BLDH_ND4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.528 1.32 0.594 ;
      RECT 0.561 0.462 1.32 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.64 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.746812 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 0.77 0.825 4.983 0.891 ;
      RECT 4.246 0.297 5.082 0.363 ;
      RECT 4.246 0.363 4.312 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.462 3.96 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.96 0.132 4.026 0.187 ;
    RECT 5.159 0.132 5.225 0.165 ;
    RECT 1.98 0.143 3.608 0.187 ;
    RECT 4.103 0.165 5.225 0.231 ;
    RECT 1.98 0.187 4.026 0.209 ;
    RECT 3.542 0.209 4.026 0.253 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.159 0.231 5.225 0.264 ;
    RECT 4.103 0.231 4.169 0.319 ;
    RECT 0.407 0.242 0.473 0.297 ;
    RECT 2.508 0.275 2.959 0.319 ;
    RECT 3.047 0.275 3.432 0.319 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.77 0.319 2.959 0.341 ;
    RECT 3.047 0.319 4.169 0.341 ;
    RECT 0.77 0.341 2.574 0.385 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 3.366 0.341 4.169 0.385 ;
    RECT 3.047 0.341 3.113 0.418 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 4.125 0.495 4.818 0.561 ;
    RECT 4.125 0.561 4.191 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 4.191 0.704 ;
    RECT 0.539 0.704 4.191 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_ND4B_6
#
# 
MACRO LDH_ND4B_8 FOREIGN C0A07BLDH_ND4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.561 0.462 1.584 0.528 ;
      RECT 0.66 0.528 1.584 0.594 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.778272 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.363 6.171 0.825 ;
      RECT 0.902 0.825 6.512 0.891 ;
      RECT 5.324 0.297 6.512 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.589 0.924 6.655 1.155 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 6.138 0.957 6.27 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 5.016 0.132 5.082 0.165 ;
    RECT 2.31 0.165 5.082 0.231 ;
    RECT 5.159 0.165 6.688 0.231 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 6.622 0.231 6.688 0.264 ;
    RECT 5.159 0.231 5.225 0.297 ;
    RECT 0.759 0.297 3.674 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 3.751 0.297 5.225 0.363 ;
    RECT 3.608 0.363 3.674 0.396 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 3.751 0.363 3.817 0.44 ;
    RECT 5.181 0.495 5.984 0.561 ;
    RECT 5.181 0.561 5.247 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 5.247 0.704 ;
    RECT 0.539 0.704 5.247 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDH_ND4B_8
#
# 
MACRO LDH_ND4_1 FOREIGN C0A07BLDH_ND4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.627 ;
      RECT 0.22 0.264 0.363 0.33 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.616 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.891 0.605 ;
      RECT 0.825 0.605 0.891 0.726 ;
      RECT 0.825 0.451 0.891 0.517 ;
      RECT 0.693 0.451 0.759 0.517 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.605 0.099 0.726 ;
      RECT 0.033 0.517 0.231 0.605 ;
      RECT 0.165 0.451 0.231 0.517 ;
      RECT 0.033 0.451 0.099 0.517 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123178 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.726 0.671 0.858 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.253 0.858 0.319 0.968 ;
      RECT 0.429 0.198 0.495 0.726 ;
      RECT 0.055 0.132 0.495 0.198 ;
      RECT 0.055 0.198 0.121 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDH_ND4_1
#
# 
MACRO LDH_ND4_2 FOREIGN C0A07BLDH_ND4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.166 0.561 1.419 0.627 ;
      RECT 1.353 0.627 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.627 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.561 ;
      RECT 0.561 0.561 0.902 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.308 0.363 0.825 ;
      RECT 0.297 0.825 1.65 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.528 1.045 0.594 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 1.342 0.979 1.474 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.099 1.408 0.165 ;
    RECT 0.099 0.143 0.924 0.209 ;
    RECT 1.023 0.165 1.089 0.209 ;
    RECT 1.342 0.165 1.408 0.275 ;
    RECT 1.727 0.198 1.793 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 0.99 0.209 1.089 0.275 ;
    RECT 1.199 0.264 1.265 0.341 ;
    RECT 0.616 0.275 0.836 0.341 ;
    RECT 1.342 0.275 1.793 0.341 ;
    RECT 0.77 0.341 1.265 0.407 ;
  END
END LDH_ND4_2
#
# 
MACRO LDH_ND4_3 FOREIGN C0A07BLDH_ND4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 0 -0.033 2.376 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.316778 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.264 0.825 2.156 0.891 ;
      RECT 0.099 0.297 0.627 0.363 ;
      RECT 0.099 0.198 0.165 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.143 1.1 0.209 ;
    RECT 1.32 0.143 1.771 0.209 ;
    RECT 1.705 0.209 1.771 0.275 ;
    RECT 0.792 0.275 1.595 0.341 ;
    RECT 1.705 0.275 2.156 0.341 ;
    RECT 1.529 0.341 1.595 0.418 ;
  END
END LDH_ND4_3
#
# 
MACRO LDH_ND4_4 FOREIGN C0A07BLDH_ND4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 2.013 0.649 2.079 0.726 ;
      RECT 1.749 0.583 2.079 0.649 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 1.089 0.627 1.155 0.726 ;
      RECT 1.089 0.561 1.419 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.400752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.937 0.891 ;
      RECT 2.871 0.891 2.937 1.034 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.562 0.209 ;
    RECT 1.639 0.143 2.409 0.209 ;
    RECT 3.047 0.198 3.113 0.275 ;
    RECT 1.496 0.209 1.562 0.242 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 0.902 0.275 1.353 0.341 ;
    RECT 1.815 0.275 2.233 0.341 ;
    RECT 2.343 0.275 3.113 0.341 ;
    RECT 1.287 0.341 1.353 0.385 ;
    RECT 1.815 0.341 1.881 0.385 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 1.287 0.385 1.881 0.451 ;
  END
END LDH_ND4_4
#
# 
MACRO LDH_ND4_6 FOREIGN C0A07BLDH_ND4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601128 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.253 0.825 4.367 0.891 ;
      RECT 4.301 0.891 4.367 1.034 ;
      RECT 0.253 0.891 0.319 1.034 ;
      RECT 0.22 0.297 1.155 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.092 0.979 4.224 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.388 0.979 3.52 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.87 1.045 1.936 1.155 ;
      RECT 1.804 0.979 1.936 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.74 0.979 3.872 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.143 2.255 0.209 ;
    RECT 2.365 0.143 3.487 0.209 ;
    RECT 4.477 0.198 4.543 0.275 ;
    RECT 0.077 0.209 0.143 0.286 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 3.421 0.209 3.487 0.275 ;
    RECT 2.365 0.209 2.431 0.286 ;
    RECT 1.276 0.275 2.079 0.341 ;
    RECT 2.541 0.275 3.311 0.341 ;
    RECT 3.421 0.275 4.543 0.341 ;
    RECT 2.013 0.341 2.079 0.385 ;
    RECT 2.541 0.341 2.607 0.385 ;
    RECT 3.245 0.341 3.311 0.418 ;
    RECT 2.013 0.385 2.607 0.451 ;
  END
END LDH_ND4_6
#
# 
MACRO LDH_ND4_8 FOREIGN C0A07BLDH_ND4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.72 0.143 5.852 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.368 0.143 5.5 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.801504 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 5.852 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.597 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.049 0.462 5.511 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 5.049 0.528 5.115 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.258 1.045 5.324 1.155 ;
      RECT 5.192 0.979 5.324 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 5.61 1.045 5.676 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.143 3.003 0.209 ;
    RECT 3.113 0.143 4.587 0.209 ;
    RECT 5.929 0.198 5.995 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 2.937 0.209 3.003 0.286 ;
    RECT 4.521 0.209 4.587 0.275 ;
    RECT 3.113 0.209 3.179 0.286 ;
    RECT 1.672 0.275 2.827 0.341 ;
    RECT 3.289 0.275 4.411 0.341 ;
    RECT 4.521 0.275 5.995 0.341 ;
    RECT 2.761 0.341 2.827 0.385 ;
    RECT 3.289 0.341 3.355 0.385 ;
    RECT 4.345 0.341 4.411 0.418 ;
    RECT 2.761 0.385 3.355 0.451 ;
  END
END LDH_ND4_8
#
# 
MACRO LDH_ND4_S_1 FOREIGN C0A07BLDH_ND4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.759 0.759 1.034 ;
      RECT 0.297 0.693 0.759 0.759 ;
      RECT 0.297 0.759 0.363 1.034 ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.165 0.99 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.495 0.924 0.561 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDH_ND4_S_1
#
# 
MACRO LDH_ND4_S_2 FOREIGN C0A07BLDH_ND4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.957 ;
      RECT 0.396 0.957 1.551 1.023 ;
      RECT 1.485 0.275 1.628 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.968 0.143 1.804 0.209 ;
    RECT 0.825 0.198 0.891 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.968 0.209 1.034 0.242 ;
    RECT 1.738 0.209 1.804 0.242 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.759 0.363 ;
    RECT 1.089 0.297 1.276 0.363 ;
    RECT 0.693 0.363 1.155 0.429 ;
  END
END LDH_ND4_S_2
#
# 
MACRO LDH_ND4_S_3 FOREIGN C0A07BLDH_ND4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.737 2.211 0.99 ;
      RECT 1.881 0.671 2.211 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.462 1.551 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234498 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.847 ;
      RECT 0.396 0.847 1.936 0.913 ;
      RECT 1.617 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.693 ;
      RECT 0.693 0.693 0.946 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.418 0.528 2.046 0.726 ;
    RECT 0 0.528 0.418 0.726 ;
    RECT 2.046 0.528 2.376 0.726 ;
    RECT 0 0.726 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.09 0.132 2.156 0.165 ;
    RECT 0.836 0.165 1.023 0.231 ;
    RECT 1.21 0.165 2.156 0.231 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.198 0.297 0.891 0.363 ;
    RECT 0.957 0.297 1.518 0.363 ;
    RECT 0.825 0.363 0.891 0.495 ;
    RECT 0.825 0.495 1.166 0.561 ;
  END
END LDH_ND4_S_3
#
# 
MACRO LDH_ND4_S_4 FOREIGN C0A07BLDH_ND4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.617 0.66 1.815 0.726 ;
      RECT 1.749 0.462 1.815 0.66 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.671 ;
      RECT 0.297 0.671 0.627 0.737 ;
      RECT 0.297 0.462 0.363 0.671 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.262328 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.847 ;
      RECT 0.033 0.847 2.805 0.913 ;
      RECT 2.739 0.913 2.805 1.034 ;
      RECT 1.342 0.913 1.452 0.99 ;
      RECT 0.033 0.913 0.121 1.012 ;
      RECT 2.134 0.297 2.618 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.398 0.979 2.53 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.286 0.979 0.418 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 2.904 0.682 ;
    RECT 0 0.682 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.276 0.231 ;
    RECT 1.54 0.165 2.838 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.946 0.297 1.87 0.363 ;
  END
END LDH_ND4_S_4
#
# 
MACRO LDH_ND4_S_6 FOREIGN C0A07BLDH_ND4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.792 0.737 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.671 ;
      RECT 1.485 0.671 1.804 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.671 ;
      RECT 2.156 0.671 2.475 0.737 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.671 ;
      RECT 3.146 0.671 3.663 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.42108 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.847 ;
      RECT 0.429 0.847 3.531 0.913 ;
      RECT 3.443 0.913 3.531 0.99 ;
      RECT 1.749 0.913 1.815 0.99 ;
      RECT 1.353 0.913 1.419 0.99 ;
      RECT 0.429 0.913 0.517 0.99 ;
      RECT 2.937 0.297 3.861 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.234 1.045 3.3 1.155 ;
      RECT 3.168 0.979 3.3 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.704 1.045 0.77 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 3.63 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.63 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 3.652 0.132 3.718 0.165 ;
    RECT 1.144 0.165 1.991 0.231 ;
    RECT 2.068 0.165 3.718 0.231 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.275 0.297 1.815 0.363 ;
    RECT 1.925 0.297 2.772 0.363 ;
    RECT 1.749 0.363 1.815 0.44 ;
  END
END LDH_ND4_S_6
#
# 
MACRO LDH_ND4_S_8 FOREIGN C0A07BLDH_ND4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.462 4.455 0.693 ;
      RECT 3.85 0.693 4.455 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.693 ;
      RECT 2.673 0.693 3.19 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.558536 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.847 ;
      RECT 0.253 0.847 4.499 0.913 ;
      RECT 4.433 0.913 4.499 1.012 ;
      RECT 2.541 0.913 2.607 1.012 ;
      RECT 2.145 0.913 2.211 1.012 ;
      RECT 0.253 0.913 0.319 1.012 ;
      RECT 3.465 0.297 4.51 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.18 0.979 4.312 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0.33 0.528 4.422 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.422 0.528 4.752 0.726 ;
    RECT 0 0.726 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.508 0.165 4.697 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 4.631 0.231 4.697 0.308 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 3.19 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
  END
END LDH_ND4_S_8
#
# 
MACRO LDH_NR2B_0P5 FOREIGN C0A07BLDH_NR2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.045496 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.033 0.594 0.231 0.66 ;
      RECT 0.165 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.055 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.814 ;
    RECT 0.055 0.781 0.121 0.957 ;
    RECT 0.429 0.814 0.627 0.88 ;
    RECT 0.429 0.88 0.495 0.957 ;
    RECT 0.055 0.957 0.495 1.023 ;
  END
END LDH_NR2B_0P5
#
# 
MACRO LDH_NR2B_1 FOREIGN C0A07BLDH_NR2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.275 0.033 0.341 0.198 ;
      RECT 0.242 0.198 0.341 0.264 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.33 ;
    RECT 0.077 0.33 0.363 0.363 ;
    RECT 0.077 0.363 0.627 0.396 ;
    RECT 0.297 0.396 0.627 0.429 ;
    RECT 0.561 0.429 0.627 0.825 ;
    RECT 0.077 0.825 0.627 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDH_NR2B_1
#
# 
MACRO LDH_NR2B_2 FOREIGN C0A07BLDH_NR2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.616 0.693 0.759 0.759 ;
      RECT 0.616 0.297 1.1 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.429 0.231 ;
    RECT 0.363 0.231 0.429 0.495 ;
    RECT 0.363 0.495 0.594 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 0.22 0.825 0.429 0.891 ;
    RECT 0.825 0.825 1.276 0.891 ;
    RECT 1.21 0.891 1.276 0.924 ;
    RECT 0.825 0.891 0.891 0.957 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDH_NR2B_2
#
# 
MACRO LDH_NR2B_3 FOREIGN C0A07BLDH_NR2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.693 ;
      RECT 0.033 0.759 0.099 0.99 ;
      RECT 0.033 0.693 0.55 0.759 ;
      RECT 0.165 0.297 1.1 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.594 ;
      RECT 0.825 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.199 0.924 1.265 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.165 1.496 0.231 ;
    RECT 1.353 0.231 1.419 0.693 ;
    RECT 0.33 0.495 0.726 0.561 ;
    RECT 0.66 0.561 0.726 0.693 ;
    RECT 0.66 0.693 1.419 0.759 ;
    RECT 1.353 0.759 1.419 0.825 ;
    RECT 0.242 0.825 1.1 0.891 ;
    RECT 1.353 0.825 1.496 0.891 ;
  END
END LDH_NR2B_3
#
# 
MACRO LDH_NR2B_4 FOREIGN C0A07BLDH_NR2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.693 0.825 1.155 0.891 ;
      RECT 0.693 0.726 0.759 0.825 ;
      RECT 0.957 0.726 1.023 0.825 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.704 0.297 1.914 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.759 ;
    RECT 0.198 0.759 0.495 0.825 ;
    RECT 1.287 0.825 2.057 0.891 ;
    RECT 0.561 0.858 0.627 0.957 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.561 0.957 1.353 1.023 ;
  END
END LDH_NR2B_4
#
# 
MACRO LDH_NR2B_6 FOREIGN C0A07BLDH_NR2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.902 0.825 1.738 0.891 ;
      RECT 0.902 0.297 2.816 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.638 0.363 0.704 0.495 ;
    RECT 0.638 0.495 1.518 0.561 ;
    RECT 0.638 0.561 0.704 0.825 ;
    RECT 0.22 0.825 0.704 0.891 ;
    RECT 1.848 0.825 2.959 0.891 ;
    RECT 1.848 0.891 1.914 0.957 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 0.726 0.957 1.914 1.023 ;
  END
END LDH_NR2B_6
#
# 
MACRO LDH_NR2B_8 FOREIGN C0A07BLDH_NR2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 0.88 0.825 2.079 0.891 ;
      RECT 0.88 0.297 3.498 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.462 3.3 0.594 ;
      RECT 2.497 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.616 0.363 0.682 0.495 ;
    RECT 0.616 0.495 1.826 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 2.145 0.825 3.641 0.891 ;
    RECT 2.145 0.891 2.211 0.957 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.704 0.957 2.211 1.023 ;
  END
END LDH_NR2B_8
#
# 
MACRO LDH_NR2_0P5 FOREIGN C0A07BLDH_NR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.638 0.495 0.726 ;
      RECT 0.297 0.572 0.363 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.792 ;
      RECT 0.165 0.792 0.275 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.924 ;
      RECT 0.033 0.924 0.143 1.056 ;
      RECT 0.033 0.407 0.297 0.473 ;
      RECT 0.231 0.132 0.297 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_NR2_0P5
#
# 
MACRO LDH_NR2_1 FOREIGN C0A07BLDH_NR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 0.528 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09801 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.385 0.924 0.495 1.056 ;
      RECT 0.055 0.297 0.495 0.363 ;
      RECT 0.407 0.198 0.495 0.297 ;
      RECT 0.055 0.209 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDH_NR2_1
#
# 
MACRO LDH_NR2_10 FOREIGN C0A07BLDH_NR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.6534 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.715 ;
      RECT 1.353 0.715 1.738 0.781 ;
      RECT 1.353 0.781 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.198 0.297 3.498 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.199 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.179 0.726 ;
      RECT 2.244 0.462 3.179 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 3.366 0.979 3.498 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.825 3.641 0.891 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 1.881 1.056 ;
  END
END LDH_NR2_10
#
# 
MACRO LDH_NR2_12 FOREIGN C0A07BLDH_NR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.32 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.78408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.715 ;
      RECT 1.485 0.715 2.134 0.781 ;
      RECT 1.485 0.781 1.551 0.825 ;
      RECT 0.242 0.825 1.551 0.891 ;
      RECT 0.242 0.297 4.246 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.594 3.971 0.726 ;
      RECT 2.772 0.462 3.971 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.825 4.389 0.891 ;
    RECT 4.323 0.891 4.389 0.968 ;
    RECT 2.211 0.891 2.277 0.979 ;
    RECT 0.099 0.902 0.165 0.979 ;
    RECT 0.099 0.979 2.277 1.045 ;
  END
END LDH_NR2_12
#
# 
MACRO LDH_NR2_16 FOREIGN C0A07BLDH_NR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.594 5.159 0.726 ;
      RECT 3.564 0.462 5.159 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.04544 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.374 2.211 0.726 ;
      RECT 0.363 0.726 2.794 0.825 ;
      RECT 0.198 0.825 2.794 0.858 ;
      RECT 0.198 0.858 0.473 0.891 ;
      RECT 2.728 0.693 2.794 0.726 ;
      RECT 0.187 0.286 5.61 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.594 0.231 0.726 ;
      RECT 0.121 0.462 2.002 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.045 5.544 1.155 ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 4.422 1.045 4.488 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 4.07 1.045 4.136 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.718 1.045 3.784 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 5.126 1.045 5.192 1.155 ;
      RECT 5.126 0.979 5.258 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 5.478 0.979 5.61 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.86 0.825 5.753 0.913 ;
    RECT 2.86 0.913 2.948 0.968 ;
    RECT 5.687 0.913 5.753 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 2.948 1.056 ;
  END
END LDH_NR2_16
#
# 
MACRO LDH_NR2_1RE FOREIGN C0A07BLDH_NR2_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 0.297 0.561 ;
      RECT 0.231 0.561 0.297 0.627 ;
      RECT 0.231 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.495 0.748 0.561 ;
      RECT 0.429 0.33 0.495 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.175692 ;
    PORT
      LAYER M1L ;
      RECT 0.451 0.759 1.155 0.825 ;
      RECT 0.671 0.825 0.737 0.99 ;
      RECT 0.451 0.825 0.517 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDH_NR2_1RE
#
# 
MACRO LDH_NR2_2 FOREIGN C0A07BLDH_NR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.385 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
      RECT 0.22 0.319 0.704 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDH_NR2_2
#
# 
MACRO LDH_NR2_2RE FOREIGN C0A07BLDH_NR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.495 0.748 0.561 ;
      RECT 0.682 0.462 0.748 0.495 ;
      RECT 0.121 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.495 1.716 0.561 ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 0.968 0.462 1.034 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.627 1.485 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 1.067 0.693 1.133 0.902 ;
      RECT 0.825 0.363 0.891 0.627 ;
      RECT 0.891 0.132 0.957 0.297 ;
      RECT 0.418 0.297 1.342 0.363 ;
      RECT 1.276 0.264 1.342 0.297 ;
      RECT 0.418 0.132 0.528 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.627 0.693 0.693 ;
    RECT 0.627 0.693 0.693 0.759 ;
    RECT 0.231 0.693 0.297 0.902 ;
    RECT 0.627 0.759 0.957 0.825 ;
    RECT 1.243 0.792 1.309 1.001 ;
    RECT 1.551 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.001 ;
    RECT 1.551 0.891 1.617 0.979 ;
    RECT 1.551 0.979 1.694 1.001 ;
    RECT 0.891 1.001 1.694 1.067 ;
  END
END LDH_NR2_2RE
#
# 
MACRO LDH_NR2_3 FOREIGN C0A07BLDH_NR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.693 ;
      RECT 0.495 0.693 0.627 0.759 ;
      RECT 0.495 0.759 0.561 0.825 ;
      RECT 0.099 0.825 0.561 0.891 ;
      RECT 0.099 0.891 0.165 0.968 ;
      RECT 0.242 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.825 1.078 0.891 ;
    RECT 0.627 0.891 0.693 0.979 ;
    RECT 0.242 0.979 0.693 1.045 ;
  END
END LDH_NR2_3
#
# 
MACRO LDH_NR2_4 FOREIGN C0A07BLDH_NR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.748 ;
      RECT 0.561 0.748 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDH_NR2_4
#
# 
MACRO LDH_NR2_4RE FOREIGN C0A07BLDH_NR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.242 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.805 0.033 2.871 0.396 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.408 0.561 ;
      RECT 1.342 0.561 1.408 0.594 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.297 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.628 0.495 2.816 0.561 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.628 0.462 1.694 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.368082 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.627 2.673 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.595 0.693 1.661 0.902 ;
      RECT 1.485 0.363 1.551 0.627 ;
      RECT 1.353 0.297 1.881 0.363 ;
      RECT 1.815 0.363 2.497 0.429 ;
      RECT 2.431 0.154 2.497 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 0.451 0.363 1.419 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.451 0.154 0.517 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.023 0.891 1.133 1.155 ;
      RECT 1.023 0.825 1.166 0.891 ;
      RECT 0.715 0.913 0.781 1.155 ;
      RECT 0.638 0.847 0.781 0.913 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.693 1.419 0.759 ;
    RECT 0.231 0.759 0.517 0.825 ;
    RECT 1.353 0.759 1.485 0.825 ;
    RECT 0.891 0.759 0.957 0.924 ;
    RECT 2.783 0.77 2.849 1.001 ;
    RECT 1.903 0.792 1.969 1.001 ;
    RECT 2.255 0.792 2.321 1.001 ;
    RECT 2.431 0.792 2.497 1.001 ;
    RECT 1.419 0.825 1.485 1.001 ;
    RECT 0.231 0.825 0.297 1.034 ;
    RECT 1.419 1.001 2.849 1.067 ;
  END
END LDH_NR2_4RE
#
# 
MACRO LDH_NR2_5 FOREIGN C0A07BLDH_NR2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340494 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.825 ;
      RECT 0.077 0.825 0.891 0.891 ;
      RECT 0.077 0.891 0.143 0.968 ;
      RECT 0.22 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.825 1.782 0.891 ;
    RECT 0.957 0.891 1.023 0.979 ;
    RECT 0.22 0.979 1.023 1.045 ;
  END
END LDH_NR2_5
#
# 
MACRO LDH_NR2_6 FOREIGN C0A07BLDH_NR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.423016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.22 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.123 0.594 ;
      RECT 2.013 0.594 2.123 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.792 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.024 0.979 2.156 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.672 0.979 1.804 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.847 2.299 0.913 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 1.177 0.913 1.243 0.979 ;
    RECT 2.233 0.913 2.299 0.99 ;
    RECT 0.077 0.979 1.243 1.045 ;
  END
END LDH_NR2_6
#
# 
MACRO LDH_NR2_8 FOREIGN C0A07BLDH_NR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.825 ;
      RECT 0.22 0.825 1.419 0.891 ;
      RECT 0.22 0.319 2.816 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.924 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 2.332 0.979 2.464 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 0.077 0.979 1.551 1.045 ;
  END
END LDH_NR2_8
#
# 
MACRO LDH_NR2_S_1 FOREIGN C0A07BLDH_NR2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05687 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.825 ;
      RECT 0.297 0.825 0.594 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
  END
END LDH_NR2_S_1
#
# 
MACRO LDH_NR2_S_12 FOREIGN C0A07BLDH_NR2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.651 0.033 2.717 0.407 ;
      RECT 2.299 0.033 2.365 0.242 ;
      RECT 1.925 0.033 1.991 0.407 ;
      RECT 1.551 0.033 1.617 0.407 ;
      RECT 1.199 0.033 1.265 0.418 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.33 0.968 0.462 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.121 0.198 0.231 0.33 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.839 0.726 ;
      RECT 3.036 0.33 3.839 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.499488 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 2.904 0.726 ;
      RECT 2.794 0.231 2.904 0.594 ;
      RECT 2.794 0.165 3.476 0.231 ;
      RECT 2.475 0.132 2.541 0.594 ;
      RECT 2.123 0.132 2.211 0.594 ;
      RECT 1.727 0.132 1.815 0.594 ;
      RECT 1.353 0.132 1.441 0.594 ;
      RECT 1.067 0.231 1.133 0.594 ;
      RECT 0.374 0.165 1.133 0.231 ;
      RECT 0.242 0.726 0.429 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.794 0.979 2.926 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.418 ;
    RECT 0 0.418 0.33 0.528 ;
    RECT 3.586 0.418 3.96 0.528 ;
    RECT 0.33 0.418 3.586 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.814 0.121 0.935 ;
    RECT 1.925 0.825 3.861 0.891 ;
    RECT 1.925 0.891 1.991 0.935 ;
    RECT 3.795 0.891 3.861 0.968 ;
    RECT 0.055 0.935 1.991 1.001 ;
  END
END LDH_NR2_S_12
#
# 
MACRO LDH_NR2_S_2 FOREIGN C0A07BLDH_NR2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDH_NR2_S_2
#
# 
MACRO LDH_NR2_S_3 FOREIGN C0A07BLDH_NR2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.605 0.033 0.671 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.131406 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.825 ;
      RECT 0.033 0.825 0.495 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.429 0.561 0.891 0.627 ;
      RECT 0.825 0.264 0.891 0.561 ;
      RECT 0.781 0.132 0.891 0.264 ;
      RECT 0.429 0.132 0.495 0.561 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.748 0.979 0.88 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDH_NR2_S_3
#
# 
MACRO LDH_NR2_S_4 FOREIGN C0A07BLDH_NR2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.759 0.033 0.825 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.176 0.649 0.561 ;
      RECT 0.561 0.561 1.023 0.627 ;
      RECT 0.561 0.627 0.649 0.825 ;
      RECT 0.198 0.825 0.649 0.891 ;
      RECT 0.935 0.176 1.023 0.561 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.089 0.528 1.419 0.594 ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.759 1.529 0.825 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 0.726 0.825 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 0.792 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDH_NR2_S_4
#
# 
MACRO LDH_NR2_S_6 FOREIGN C0A07BLDH_NR2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.259424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.429 0.297 1.947 0.363 ;
      RECT 1.881 0.132 1.947 0.297 ;
      RECT 1.353 0.132 1.419 0.297 ;
      RECT 0.957 0.132 1.023 0.297 ;
      RECT 0.429 0.132 0.495 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.485 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.825 2.299 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 2.233 0.891 2.299 0.99 ;
    RECT 0.077 0.924 0.143 0.957 ;
    RECT 0.077 0.957 1.243 1.023 ;
    RECT 0.077 1.023 0.143 1.056 ;
  END
END LDH_NR2_S_6
#
# 
MACRO LDH_NR2_S_8 FOREIGN C0A07BLDH_NR2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.495 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.375 0.033 1.441 0.242 ;
      RECT 0.979 0.033 1.045 0.495 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.055 0.033 0.121 0.561 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.473 ;
      RECT 2.145 0.275 2.475 0.341 ;
      RECT 2.277 0.341 2.343 0.473 ;
      RECT 2.409 0.341 2.475 0.473 ;
      RECT 2.409 0.132 2.475 0.275 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.352 0.495 0.605 ;
      RECT 0.429 0.286 0.649 0.352 ;
      RECT 0.561 0.352 0.649 0.605 ;
      RECT 0.429 0.198 0.495 0.286 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.419144 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.594 2.772 0.726 ;
      RECT 0.033 0.726 0.814 0.792 ;
      RECT 0.374 0.792 0.814 0.858 ;
      RECT 0.033 0.792 0.121 0.858 ;
      RECT 0.297 0.132 0.363 0.726 ;
      RECT 2.585 0.132 2.651 0.594 ;
      RECT 1.947 0.132 2.013 0.594 ;
      RECT 1.551 0.132 1.617 0.594 ;
      RECT 1.199 0.132 1.287 0.594 ;
      RECT 0.803 0.132 0.891 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 2.761 0.858 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.396 ;
    RECT 0 0.396 0.429 0.528 ;
    RECT 2.398 0.396 2.904 0.528 ;
    RECT 0.429 0.396 2.398 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.629 0.891 ;
    RECT 0.902 0.891 0.968 0.957 ;
    RECT 2.563 0.891 2.629 0.99 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.968 1.023 ;
    RECT 0.231 1.023 0.297 1.056 ;
  END
END LDH_NR2_S_8
#
# 
MACRO LDH_NR3B_0P5 FOREIGN C0A07BLDH_NR3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04719 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.132 0.495 0.297 ;
      RECT 0.033 0.132 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDH_NR3B_0P5
#
# 
MACRO LDH_NR3B_1 FOREIGN C0A07BLDH_NR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDH_NR3B_1
#
# 
MACRO LDH_NR3B_2 FOREIGN C0A07BLDH_NR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.308 ;
      RECT 1.232 0.033 1.298 0.187 ;
      RECT 1.232 0.187 1.364 0.253 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.858 ;
      RECT 0.198 0.297 1.155 0.363 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.924 1.661 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.319 1.518 0.385 ;
    RECT 1.287 0.385 1.353 0.825 ;
    RECT 0.198 0.693 0.836 0.759 ;
    RECT 1.287 0.825 1.518 0.891 ;
    RECT 0.561 0.88 0.627 0.957 ;
    RECT 0.561 0.957 1.364 1.023 ;
  END
END LDH_NR3B_2
#
# 
MACRO LDH_NR3B_3 FOREIGN C0A07BLDH_NR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.229416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.803 ;
      RECT 1.353 0.803 1.815 0.869 ;
      RECT 0.033 0.275 1.628 0.341 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 2.156 0.231 ;
    RECT 1.925 0.231 1.991 0.495 ;
    RECT 1.518 0.495 1.991 0.561 ;
    RECT 1.925 0.561 1.991 0.957 ;
    RECT 0.22 0.825 1.078 0.891 ;
    RECT 0.77 0.957 1.628 1.023 ;
    RECT 1.925 0.957 2.156 1.023 ;
  END
END LDH_NR3B_3
#
# 
MACRO LDH_NR3B_4 FOREIGN C0A07BLDH_NR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.693 ;
      RECT 0.825 0.693 1.408 0.759 ;
      RECT 0.396 0.297 1.287 0.363 ;
      RECT 1.221 0.231 1.287 0.297 ;
      RECT 1.221 0.165 2.211 0.231 ;
      RECT 2.145 0.231 2.211 0.297 ;
      RECT 2.145 0.297 2.684 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.858 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.584 0.297 1.936 0.363 ;
    RECT 1.584 0.363 1.65 0.495 ;
    RECT 0.99 0.495 1.65 0.561 ;
    RECT 1.584 0.561 1.65 0.693 ;
    RECT 1.584 0.693 1.903 0.759 ;
    RECT 1.837 0.759 1.903 0.858 ;
    RECT 0.044 0.825 1.584 0.891 ;
    RECT 2.233 0.825 2.684 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 2.233 0.891 2.299 0.957 ;
    RECT 0.22 0.957 2.299 1.023 ;
  END
END LDH_NR3B_4
#
# 
MACRO LDH_NR3B_6 FOREIGN C0A07BLDH_NR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.157 0.462 3.696 0.594 ;
      RECT 3.157 0.594 3.267 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.413094 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 2.09 0.759 ;
      RECT 0.374 0.297 1.947 0.363 ;
      RECT 1.881 0.231 1.947 0.297 ;
      RECT 1.881 0.165 3.003 0.231 ;
      RECT 2.937 0.231 3.003 0.297 ;
      RECT 2.937 0.297 3.872 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.924 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.047 0.594 ;
      RECT 2.937 0.594 3.047 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.297 2.816 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.386 0.495 2.343 0.561 ;
    RECT 2.277 0.561 2.343 0.693 ;
    RECT 2.277 0.693 2.816 0.759 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 0.198 0.825 3.872 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDH_NR3B_6
#
# 
MACRO LDH_NR3_0P5 FOREIGN C0A07BLDH_NR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.143 ;
      RECT 0.462 0.143 0.594 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05445 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.341 0.363 0.957 ;
      RECT 0.077 0.957 0.363 1.023 ;
      RECT 0.077 0.88 0.165 0.957 ;
      RECT 0.297 0.275 0.759 0.341 ;
      RECT 0.671 0.132 0.759 0.275 ;
      RECT 0.297 0.132 0.363 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.858 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_NR3_0P5
#
# 
MACRO LDH_NR3_1 FOREIGN C0A07BLDH_NR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10043 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.044 0.957 0.363 1.023 ;
      RECT 0.044 1.023 0.11 1.056 ;
      RECT 0.297 0.297 0.759 0.363 ;
      RECT 0.671 0.198 0.759 0.297 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.858 ;
      RECT 0.561 0.451 0.704 0.517 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDH_NR3_1
#
# 
MACRO LDH_NR3_2 FOREIGN C0A07BLDH_NR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 0.495 0.891 ;
      RECT 0.253 0.297 0.693 0.363 ;
      RECT 0.627 0.22 0.693 0.297 ;
      RECT 0.627 0.154 1.221 0.22 ;
      RECT 1.155 0.22 1.221 0.286 ;
      RECT 0.253 0.176 0.319 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.825 1.254 0.891 ;
    RECT 0.044 0.957 0.902 1.023 ;
    RECT 0.044 1.023 0.11 1.056 ;
  END
END LDH_NR3_2
#
# 
MACRO LDH_NR3_3 FOREIGN C0A07BLDH_NR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234256 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.715 ;
      RECT 0.297 0.715 0.627 0.781 ;
      RECT 0.297 0.781 0.363 0.825 ;
      RECT 0.077 0.825 0.363 0.891 ;
      RECT 0.077 0.891 0.143 0.99 ;
      RECT 0.22 0.275 1.771 0.341 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 0.22 0.957 1.1 1.023 ;
    RECT 0.22 1.023 0.286 1.056 ;
  END
END LDH_NR3_3
#
# 
MACRO LDH_NR3_4 FOREIGN C0A07BLDH_NR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.539 ;
      RECT 1.881 0.539 2.211 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.803 ;
      RECT 0.198 0.803 0.759 0.869 ;
      RECT 0.374 0.297 2.079 0.363 ;
      RECT 2.013 0.198 2.079 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.288 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
  END
END LDH_NR3_4
#
# 
MACRO LDH_NR3_6 FOREIGN C0A07BLDH_NR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.255 0.594 ;
      RECT 2.145 0.594 2.255 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.418418 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.541 0.825 3.344 0.891 ;
      RECT 0.396 0.297 3.135 0.363 ;
      RECT 3.069 0.198 3.135 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.056 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.443 0.594 ;
      RECT 3.333 0.198 3.443 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 2.288 0.891 ;
    RECT 3.454 0.924 3.52 0.957 ;
    RECT 1.276 0.957 3.52 1.023 ;
  END
END LDH_NR3_6
#
# 
MACRO LDH_NR3_8 FOREIGN C0A07BLDH_NR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.783 0.594 ;
      RECT 2.673 0.594 2.783 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.188 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.235 0.594 ;
      RECT 4.125 0.198 4.235 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.57596 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 3.19 0.825 4.4 0.891 ;
      RECT 0.374 0.297 4.059 0.363 ;
      RECT 3.949 0.198 4.059 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 2.97 0.891 ;
    RECT 1.606 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDH_NR3_8
#
# 
MACRO LDH_NR4BB_1 FOREIGN C0A07BLDH_NR4BB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.638 ;
      RECT 0.165 0.33 0.286 0.396 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 1.089 0.198 1.155 0.275 ;
      RECT 0.649 0.275 1.155 0.341 ;
      RECT 0.649 0.132 0.715 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.858 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.737 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.033 0.737 0.363 0.803 ;
    RECT 0.825 0.759 1.023 0.825 ;
    RECT 0.297 0.803 0.363 1.023 ;
    RECT 0.825 0.825 0.891 1.023 ;
    RECT 0.297 1.023 0.891 1.089 ;
  END
END LDH_NR4BB_1
#
# 
MACRO LDH_NR4BB_2 FOREIGN C0A07BLDH_NR4BB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.792 ;
      RECT 1.529 0.792 1.683 0.858 ;
      RECT 1.529 0.858 1.595 0.924 ;
      RECT 0.825 0.275 1.683 0.341 ;
      RECT 0.825 0.198 0.891 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 0.693 0.561 1.155 0.627 ;
      RECT 0.693 0.198 0.759 0.561 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.836 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.231 ;
    RECT 0.055 0.231 0.319 0.297 ;
    RECT 0.253 0.297 0.319 0.627 ;
    RECT 1.386 0.495 1.518 0.561 ;
    RECT 1.386 0.561 1.452 0.825 ;
    RECT 0.198 0.627 0.319 0.693 ;
    RECT 0.594 0.693 1.276 0.759 ;
    RECT 0.198 0.693 0.264 0.825 ;
    RECT 0.198 0.825 1.452 0.891 ;
    RECT 1.705 0.924 1.771 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 1.386 1.023 1.771 1.089 ;
  END
END LDH_NR4BB_2
#
# 
MACRO LDH_NR4BB_4 FOREIGN C0A07BLDH_NR4BB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.124 0.143 3.256 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.848 0.143 2.002 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.133 0.033 1.199 0.308 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.295966 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 1.122 0.825 1.606 0.891 ;
      RECT 1.331 0.275 3.058 0.341 ;
      RECT 1.331 0.176 1.397 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.429 0.319 0.847 0.385 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.858 0.495 1.364 0.561 ;
    RECT 0.858 0.561 0.924 0.825 ;
    RECT 2.431 0.77 2.497 0.847 ;
    RECT 0.253 0.825 0.924 0.891 ;
    RECT 1.705 0.847 2.497 0.913 ;
    RECT 2.574 0.847 3.377 0.913 ;
    RECT 0.253 0.891 0.319 0.99 ;
    RECT 1.705 0.913 1.771 0.979 ;
    RECT 2.574 0.913 2.64 0.979 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.946 0.979 1.771 1.045 ;
    RECT 1.87 0.979 2.64 1.045 ;
  END
END LDH_NR4BB_4
#
# 
MACRO LDH_NR4B_S_1 FOREIGN C0A07BLDH_NR4B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.957 ;
      RECT 0.693 0.957 0.902 1.023 ;
      RECT 0.253 0.297 0.759 0.363 ;
      RECT 0.627 0.132 0.693 0.297 ;
      RECT 0.253 0.132 0.319 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.165 1.1 0.231 ;
    RECT 0.869 0.231 0.935 0.792 ;
    RECT 0.869 0.792 1.067 0.858 ;
    RECT 1.001 0.858 1.067 1.056 ;
  END
END LDH_NR4B_S_1
#
# 
MACRO LDH_NR4B_S_2 FOREIGN C0A07BLDH_NR4B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.693 0.836 0.759 ;
      RECT 0.693 0.165 1.782 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.407 ;
    RECT 0.231 0.407 0.594 0.473 ;
    RECT 0.407 0.473 0.473 1.012 ;
    RECT 1.265 0.748 1.331 0.825 ;
    RECT 1.419 0.748 1.485 0.825 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.419 0.825 2.189 0.891 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 2.123 0.891 2.189 0.99 ;
    RECT 1.056 0.957 1.694 1.023 ;
  END
END LDH_NR4B_S_2
#
# 
MACRO LDH_NR4B_S_4 FOREIGN C0A07BLDH_NR4B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.333 0.33 3.399 0.462 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.33 2.475 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.748 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.165 1.551 0.297 ;
      RECT 1.485 0.099 2.761 0.165 ;
      RECT 2.673 0.165 2.761 0.297 ;
      RECT 2.673 0.297 3.267 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.33 1.815 0.462 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.122 0.561 ;
    RECT 0.429 0.561 0.495 0.814 ;
    RECT 2.013 0.726 2.079 0.825 ;
    RECT 2.167 0.726 2.233 0.825 ;
    RECT 0.572 0.825 2.079 0.891 ;
    RECT 2.167 0.825 3.641 0.891 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 1.452 0.957 2.794 1.023 ;
  END
END LDH_NR4B_S_4
#
# 
MACRO LDH_NR4_0P5 FOREIGN C0A07BLDH_NR4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.418 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.506 0.891 0.726 ;
      RECT 0.693 0.44 0.891 0.506 ;
      RECT 0.693 0.506 0.759 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.057838 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDH_NR4_0P5
#
# 
MACRO LDH_NR4_1 FOREIGN C0A07BLDH_NR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.088814 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDH_NR4_1
#
# 
MACRO LDH_NR4_2 FOREIGN C0A07BLDH_NR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.15246 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.858 ;
      RECT 0.297 0.297 1.617 0.363 ;
      RECT 1.551 0.176 1.617 0.297 ;
      RECT 1.177 0.176 1.243 0.297 ;
      RECT 0.671 0.176 0.759 0.297 ;
      RECT 0.297 0.176 0.363 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.748 0.913 0.825 ;
    RECT 1.001 0.748 1.067 0.825 ;
    RECT 0.473 0.825 0.913 0.891 ;
    RECT 1.001 0.825 1.793 0.891 ;
    RECT 0.473 0.891 0.539 0.957 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.638 0.957 1.276 1.023 ;
    RECT 0.066 0.957 0.539 1.023 ;
  END
END LDH_NR4_2
#
# 
MACRO LDH_NR4_3 FOREIGN C0A07BLDH_NR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224334 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.881 0.825 2.343 0.891 ;
      RECT 2.255 0.891 2.343 1.012 ;
      RECT 0.396 0.297 1.947 0.363 ;
      RECT 1.881 0.198 1.947 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 0.693 0.891 ;
    RECT 0.792 0.825 1.628 0.891 ;
    RECT 0.627 0.891 0.693 0.957 ;
    RECT 0.627 0.957 1.1 1.023 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDH_NR4_3
#
# 
MACRO LDH_NR4_4 FOREIGN C0A07BLDH_NR4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.737 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.561 0.363 0.627 0.737 ;
      RECT 0.231 0.297 2.937 0.363 ;
      RECT 2.871 0.198 2.937 0.297 ;
      RECT 1.815 0.176 1.881 0.297 ;
      RECT 1.309 0.176 1.375 0.297 ;
      RECT 0.231 0.198 0.297 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.748 1.551 0.825 ;
    RECT 1.639 0.748 1.705 0.825 ;
    RECT 0.759 0.825 1.551 0.891 ;
    RECT 1.639 0.825 3.113 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.924 0.979 2.266 1.045 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDH_NR4_4
#
# 
MACRO LDH_NR4_6 FOREIGN C0A07BLDH_NR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.498 0.143 3.63 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.135 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.993 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.431728 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.023 0.891 ;
      RECT 0.374 0.297 4.224 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.748 2.277 0.825 ;
    RECT 2.365 0.748 2.431 0.825 ;
    RECT 1.133 0.825 2.277 0.891 ;
    RECT 2.365 0.825 4.543 0.891 ;
    RECT 1.133 0.891 1.199 0.979 ;
    RECT 4.477 0.891 4.543 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 1.298 0.979 3.344 1.045 ;
    RECT 0.055 0.979 1.199 1.045 ;
  END
END LDH_NR4_6
#
# 
MACRO LDH_NR4_8 FOREIGN C0A07BLDH_NR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.784 0.033 3.85 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.495 2.475 0.726 ;
      RECT 1.914 0.429 2.475 0.495 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.495 5.379 0.726 ;
      RECT 4.73 0.429 5.379 0.495 ;
      RECT 5.313 0.33 5.379 0.429 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.495 3.267 0.726 ;
      RECT 3.201 0.429 3.762 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.165 0.429 0.737 0.495 ;
      RECT 0.165 0.198 0.231 0.429 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.569184 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.55 0.275 5.126 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.462 ;
    RECT 0 0.462 1.32 0.528 ;
    RECT 4.51 0.462 5.676 0.528 ;
    RECT 1.32 0.462 4.51 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.684 0.891 ;
    RECT 2.992 0.825 5.621 0.891 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 5.555 0.891 5.621 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.551 1.045 ;
    RECT 1.65 0.979 4.026 1.045 ;
  END
END LDH_NR4_8
#
# 
MACRO LDH_OA211_0P5 FOREIGN C0A07BLDH_OA211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.407 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 0.429 0.154 0.495 0.275 ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.034 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDH_OA211_0P5
#
# 
MACRO LDH_OA211_1 FOREIGN C0A07BLDH_OA211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDH_OA211_1
#
# 
MACRO LDH_OA211_2 FOREIGN C0A07BLDH_OA211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 2.024 0.825 2.211 0.891 ;
      RECT 2.024 0.297 2.211 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.858 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.946 0.165 1.782 0.231 ;
    RECT 0.22 0.297 1.254 0.363 ;
    RECT 1.474 0.297 1.914 0.363 ;
    RECT 1.848 0.363 1.914 0.495 ;
    RECT 1.848 0.495 2.024 0.561 ;
    RECT 1.848 0.561 1.914 0.957 ;
    RECT 0.044 0.825 0.88 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.572 0.957 1.914 1.023 ;
  END
END LDH_OA211_2
#
# 
MACRO LDH_OA211_4 FOREIGN C0A07BLDH_OA211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.858 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.165 2.09 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.782 0.297 2.343 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 2.277 0.495 2.706 0.561 ;
    RECT 2.277 0.561 2.343 0.957 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 1.353 0.825 1.881 0.891 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.815 0.891 1.881 0.957 ;
    RECT 0.726 0.957 1.419 1.023 ;
    RECT 1.815 0.957 2.343 1.023 ;
  END
END LDH_OA211_4
#
# 
MACRO LDH_OA211_6 FOREIGN C0A07BLDH_OA211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 1.463 0.033 1.529 0.198 ;
      RECT 1.43 0.198 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.561 2.871 0.99 ;
      RECT 2.552 0.495 2.871 0.561 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.561 1.815 0.858 ;
      RECT 1.749 0.495 2.211 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      RECT 2.112 1.023 2.178 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.85 0.957 3.982 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.209 ;
    RECT 3.025 0.132 3.091 0.209 ;
    RECT 1.617 0.209 3.091 0.275 ;
    RECT 0.198 0.297 1.298 0.341 ;
    RECT 0.198 0.341 2.244 0.363 ;
    RECT 2.354 0.341 3.135 0.407 ;
    RECT 1.232 0.363 2.244 0.407 ;
    RECT 3.069 0.407 3.135 0.495 ;
    RECT 2.354 0.407 2.42 0.825 ;
    RECT 3.069 0.495 3.762 0.561 ;
    RECT 0.055 0.825 1.562 0.891 ;
    RECT 1.881 0.825 2.739 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.881 0.891 1.947 0.957 ;
    RECT 2.673 0.891 2.739 1.023 ;
    RECT 0.902 0.957 1.947 1.023 ;
  END
END LDH_OA211_6
#
# 
MACRO LDH_OA211_8 FOREIGN C0A07BLDH_OA211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.356 0.726 5.676 0.858 ;
      RECT 4.378 0.297 5.588 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.583 ;
      RECT 3.069 0.583 3.927 0.649 ;
      RECT 3.861 0.649 3.927 0.726 ;
      RECT 3.729 0.649 3.795 0.726 ;
      RECT 3.729 0.462 3.795 0.583 ;
      RECT 3.597 0.649 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.583 ;
      RECT 3.465 0.649 3.531 0.726 ;
      RECT 3.333 0.649 3.399 0.726 ;
      RECT 3.069 0.649 3.135 0.726 ;
      RECT 3.201 0.649 3.267 0.726 ;
      RECT 3.201 0.462 3.267 0.583 ;
      RECT 3.861 0.462 3.927 0.583 ;
      RECT 3.465 0.462 3.531 0.583 ;
      RECT 3.333 0.462 3.399 0.583 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.539 ;
      RECT 2.277 0.539 2.871 0.605 ;
      RECT 2.805 0.605 2.871 0.726 ;
      RECT 2.673 0.605 2.739 0.726 ;
      RECT 2.541 0.605 2.607 0.726 ;
      RECT 2.409 0.605 2.475 0.726 ;
      RECT 2.277 0.605 2.343 0.858 ;
      RECT 2.805 0.462 2.871 0.539 ;
      RECT 2.673 0.462 2.739 0.539 ;
      RECT 2.541 0.462 2.607 0.539 ;
      RECT 2.409 0.462 2.475 0.539 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.221 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 2.211 0.528 4.048 0.616 ;
    RECT 0 0.528 2.211 0.616 ;
    RECT 4.048 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.354 0.165 3.938 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.003 0.363 ;
    RECT 3.256 0.297 4.191 0.363 ;
    RECT 2.937 0.363 3.003 0.44 ;
    RECT 4.125 0.363 4.191 0.495 ;
    RECT 4.125 0.495 5.038 0.561 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 0.374 0.825 1.914 0.891 ;
    RECT 2.409 0.825 4.191 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.254 0.957 2.475 1.023 ;
  END
END LDH_OA211_8
#
# 
MACRO LDH_OA21B_1 FOREIGN C0A07BLDH_OA21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.924 ;
      RECT 0.583 0.924 0.759 0.99 ;
      RECT 0.583 0.99 0.649 1.056 ;
      RECT 0.693 0.297 0.858 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.792 ;
    RECT 0.429 0.792 0.627 0.858 ;
    RECT 0.429 0.858 0.495 0.924 ;
  END
END LDH_OA21B_1
#
# 
MACRO LDH_OA21B_2 FOREIGN C0A07BLDH_OA21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.078 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
      RECT 1.089 0.198 1.177 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.231 0.693 0.495 0.759 ;
    RECT 0.231 0.759 0.297 0.924 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.935 0.825 1.782 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.935 0.891 1.001 0.99 ;
    RECT 0.055 0.902 0.121 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDH_OA21B_2
#
# 
MACRO LDH_OA21B_3 FOREIGN C0A07BLDH_OA21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.913 0.825 1.364 0.891 ;
      RECT 0.913 0.891 0.979 0.968 ;
      RECT 1.056 0.297 1.914 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.825 0.495 1.122 0.561 ;
    RECT 0.198 0.693 0.495 0.759 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 1.474 0.825 1.914 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 1.474 0.891 1.54 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
    RECT 1.056 0.979 1.54 1.045 ;
  END
END LDH_OA21B_3
#
# 
MACRO LDH_OA21B_4 FOREIGN C0A07BLDH_OA21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 1.452 0.693 2.079 0.759 ;
      RECT 1.485 0.297 2.64 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.165 1.419 0.231 ;
    RECT 0.429 0.198 0.495 0.286 ;
    RECT 0.803 0.231 0.869 0.286 ;
    RECT 1.353 0.231 1.419 0.495 ;
    RECT 0.429 0.286 0.869 0.352 ;
    RECT 0.462 0.352 0.528 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.077 0.825 0.528 0.891 ;
    RECT 2.013 0.825 2.838 0.891 ;
    RECT 1.309 0.858 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 1.309 0.957 2.079 1.023 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDH_OA21B_4
#
# 
MACRO LDH_OA21B_6 FOREIGN C0A07BLDH_OA21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.804 0.825 2.607 0.891 ;
      RECT 1.804 0.297 3.718 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.617 0.495 2.376 0.561 ;
    RECT 0.803 0.825 1.606 0.891 ;
    RECT 0.242 0.825 0.693 0.891 ;
    RECT 2.717 0.825 3.894 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 2.717 0.891 2.783 0.957 ;
    RECT 0.066 0.957 0.869 1.023 ;
    RECT 1.628 0.957 2.783 1.023 ;
  END
END LDH_OA21B_6
#
# 
MACRO LDH_OA21B_8 FOREIGN C0A07BLDH_OA21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.421 0.825 ;
      RECT 2.222 0.825 3.421 0.891 ;
      RECT 2.222 0.297 4.818 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 3.575 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.575 0.528 3.663 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.686 1.045 4.752 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.22 0.649 0.297 ;
    RECT 0.583 0.297 2.079 0.363 ;
    RECT 2.013 0.363 2.079 0.495 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 2.013 0.495 3.19 0.561 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 3.487 0.825 4.961 0.891 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.487 0.891 3.553 0.957 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 2.046 0.957 3.553 1.023 ;
    RECT 0.198 0.979 1.001 1.045 ;
  END
END LDH_OA21B_8
#
# 
MACRO LDH_OA21_0P5 FOREIGN C0A07BLDH_OA21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.297 0.66 0.407 0.792 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.616 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.858 0.495 0.957 ;
    RECT 0.429 0.957 0.891 1.023 ;
  END
END LDH_OA21_0P5
#
# 
MACRO LDH_OA21_1 FOREIGN C0A07BLDH_OA21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.605 0.759 0.858 ;
      RECT 0.572 0.539 0.759 0.605 ;
      RECT 0.693 0.33 0.759 0.539 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.462 0.605 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 0.891 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.473 0.198 0.539 0.297 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.539 0.363 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDH_OA21_1
#
# 
MACRO LDH_OA21_2 FOREIGN C0A07BLDH_OA21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.396 0.858 ;
      RECT 0.165 0.297 0.352 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.605 0.165 0.671 0.264 ;
    RECT 0.979 0.165 1.045 0.297 ;
    RECT 1.353 0.176 1.419 0.297 ;
    RECT 1.727 0.176 1.793 0.297 ;
    RECT 0.748 0.231 0.88 0.297 ;
    RECT 0.748 0.297 0.814 0.33 ;
    RECT 0.979 0.297 1.793 0.363 ;
    RECT 0.693 0.33 0.814 0.396 ;
    RECT 0.693 0.396 0.759 0.495 ;
    RECT 0.33 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.957 ;
    RECT 0.979 0.748 1.045 0.825 ;
    RECT 0.979 0.825 1.793 0.891 ;
    RECT 1.727 0.891 1.793 0.968 ;
    RECT 0.693 0.957 1.254 1.023 ;
  END
END LDH_OA21_2
#
# 
MACRO LDH_OA21_3 FOREIGN C0A07BLDH_OA21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.66 ;
      RECT 1.749 0.66 1.848 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 1.012 1.749 1.155 ;
      RECT 1.683 0.946 1.782 1.012 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.221 0.209 ;
    RECT 1.155 0.209 1.221 0.297 ;
    RECT 1.859 0.22 1.925 0.297 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.979 0.308 1.045 0.825 ;
    RECT 0.33 0.495 0.682 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 1.551 0.814 1.925 0.88 ;
    RECT 0.616 0.825 1.43 0.891 ;
    RECT 1.859 0.88 1.925 0.946 ;
    RECT 1.551 0.88 1.617 0.957 ;
    RECT 1.122 0.957 1.617 1.023 ;
  END
END LDH_OA21_3
#
# 
MACRO LDH_OA21_4 FOREIGN C0A07BLDH_OA21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.165 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.386 0.209 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.902 0.209 0.968 0.495 ;
    RECT 1.078 0.275 2.585 0.341 ;
    RECT 0.462 0.495 0.968 0.561 ;
    RECT 0.902 0.561 0.968 0.825 ;
    RECT 1.848 0.792 1.914 0.825 ;
    RECT 0.902 0.825 1.914 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.606 0.957 2.057 1.023 ;
  END
END LDH_OA21_4
#
# 
MACRO LDH_OA21_6 FOREIGN C0A07BLDH_OA21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.198 0.297 1.034 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.165 2.101 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 2.035 0.231 2.101 0.297 ;
    RECT 1.265 0.297 1.958 0.363 ;
    RECT 2.035 0.297 3.509 0.363 ;
    RECT 1.892 0.363 1.958 0.396 ;
    RECT 1.265 0.363 1.331 0.495 ;
    RECT 0.594 0.495 1.331 0.561 ;
    RECT 1.265 0.561 1.331 0.825 ;
    RECT 2.596 0.792 2.662 0.825 ;
    RECT 1.265 0.825 2.662 0.891 ;
    RECT 2.739 0.825 3.509 0.891 ;
    RECT 2.739 0.891 2.805 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 2.002 0.957 2.805 1.023 ;
  END
END LDH_OA21_6
#
# 
MACRO LDH_OA21_8 FOREIGN C0A07BLDH_OA21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.805 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.597 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.165 2.442 0.231 ;
    RECT 4.345 0.22 4.411 0.297 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 1.782 0.297 4.411 0.363 ;
    RECT 0.594 0.495 1.683 0.561 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.617 0.825 3.366 0.891 ;
    RECT 3.476 0.825 4.268 0.891 ;
    RECT 3.476 0.891 3.542 0.957 ;
    RECT 2.706 0.957 3.542 1.023 ;
  END
END LDH_OA21_8
#
# 
MACRO LDH_OA222_0P5 FOREIGN C0A07BLDH_OA222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.132 1.683 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 1.012 0.462 1.155 0.528 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.792 0.462 0.891 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.331 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.748 ;
      RECT 0.561 0.462 0.693 0.528 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.396 0.495 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.858 0.165 ;
    RECT 1.023 0.143 1.298 0.209 ;
    RECT 0.792 0.165 0.858 0.187 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 0.055 0.165 0.121 0.33 ;
    RECT 0.792 0.187 0.924 0.253 ;
    RECT 1.023 0.209 1.089 0.33 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.66 0.297 0.726 0.33 ;
    RECT 0.286 0.297 0.352 0.385 ;
    RECT 0.66 0.33 1.089 0.396 ;
    RECT 0.253 0.385 0.352 0.451 ;
    RECT 0.253 0.451 0.319 0.847 ;
    RECT 1.441 0.594 1.507 0.847 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 1.221 0.847 1.507 0.913 ;
    RECT 0.253 0.913 0.319 0.924 ;
    RECT 0.627 0.913 0.693 0.957 ;
    RECT 1.221 0.913 1.287 0.957 ;
    RECT 0.055 0.924 0.319 0.99 ;
    RECT 0.627 0.957 1.287 1.023 ;
    RECT 0.055 0.99 0.121 1.056 ;
  END
END LDH_OA222_0P5
#
# 
MACRO LDH_OA222_1 FOREIGN C0A07BLDH_OA222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
      RECT 1.573 0.858 1.683 0.99 ;
      RECT 1.573 0.198 1.683 0.33 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.583 ;
      RECT 0.385 0.583 0.495 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.418 0.627 0.66 ;
      RECT 0.561 0.66 0.715 0.726 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.099 0.374 0.187 0.462 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.858 ;
      RECT 1.221 0.462 1.331 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.88 0.165 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 0.814 0.165 0.946 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.199 0.198 1.265 0.297 ;
    RECT 0.616 0.231 0.748 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.682 0.297 1.265 0.363 ;
    RECT 0.286 0.297 0.352 0.44 ;
    RECT 0.253 0.44 0.352 0.506 ;
    RECT 1.485 0.462 1.551 0.726 ;
    RECT 0.253 0.506 0.319 0.847 ;
    RECT 1.353 0.726 1.551 0.792 ;
    RECT 1.353 0.792 1.419 0.957 ;
    RECT 0.055 0.847 0.66 0.913 ;
    RECT 0.594 0.913 0.66 0.957 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.594 0.957 1.419 1.023 ;
  END
END LDH_OA222_1
#
# 
MACRO LDH_OA222_2 FOREIGN C0A07BLDH_OA222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.286 0.143 0.418 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.396 2.739 0.792 ;
      RECT 2.585 0.792 2.739 0.858 ;
      RECT 2.585 0.858 2.651 0.924 ;
      RECT 2.585 0.33 2.739 0.396 ;
      RECT 2.585 0.264 2.651 0.33 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.858 ;
      RECT 1.353 0.429 1.54 0.495 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.671 2.343 0.737 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.726 ;
      RECT 1.881 0.429 2.024 0.495 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.858 ;
      RECT 0.99 0.429 1.155 0.495 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.761 0.924 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.462 ;
    RECT 0 0.462 0.792 0.528 ;
    RECT 1.903 0.462 2.904 0.528 ;
    RECT 0.792 0.462 1.903 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 2.112 0.143 ;
    RECT 0.759 0.143 2.178 0.165 ;
    RECT 1.122 0.165 1.254 0.209 ;
    RECT 2.046 0.165 2.178 0.209 ;
    RECT 0.759 0.165 0.825 0.308 ;
    RECT 1.551 0.165 1.617 0.308 ;
    RECT 0.561 0.198 0.649 0.297 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.924 0.231 1.056 0.297 ;
    RECT 1.32 0.231 1.452 0.297 ;
    RECT 1.749 0.231 1.98 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 1.056 0.297 ;
    VIA 0.594 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.99 0.297 1.386 0.363 ;
    RECT 1.914 0.297 2.486 0.363 ;
    RECT 1.749 0.297 1.815 0.627 ;
    RECT 2.42 0.363 2.486 0.495 ;
    RECT 2.42 0.495 2.552 0.561 ;
    RECT 1.551 0.627 1.815 0.693 ;
    RECT 1.551 0.693 1.617 0.99 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.771 0.825 2.321 0.891 ;
    RECT 0.55 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.924 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.771 0.891 1.837 0.99 ;
    RECT 2.255 0.891 2.321 0.99 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.957 0.99 1.617 1.056 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDH_OA222_2
#
# 
MACRO LDH_OA222_4 FOREIGN C0A07BLDH_OA222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.772 0.726 3.432 0.858 ;
      RECT 2.882 0.297 3.366 0.363 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.815 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.749 0.33 1.815 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 0.924 0.165 2.64 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 1.584 0.363 ;
    RECT 1.881 0.319 2.695 0.385 ;
    RECT 2.629 0.385 2.695 0.495 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 2.629 0.495 3.08 0.561 ;
    RECT 1.133 0.693 1.947 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.133 0.759 1.199 0.825 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 2.189 0.825 2.64 0.891 ;
    RECT 0.55 0.825 1.199 0.891 ;
    RECT 1.881 0.825 2.09 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 2.189 0.891 2.255 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.255 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDH_OA222_4
#
# 
MACRO LDH_OA22_0P5 FOREIGN C0A07BLDH_OA22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 1.1 0.957 1.287 1.023 ;
      RECT 1.1 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.726 0.891 0.99 ;
      RECT 0.825 0.594 0.935 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.308 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.429 ;
    RECT 0.561 0.429 1.122 0.495 ;
    RECT 0.561 0.495 0.627 1.034 ;
  END
END LDH_OA22_0P5
#
# 
MACRO LDH_OA22_1 FOREIGN C0A07BLDH_OA22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.253 1.419 0.935 ;
      RECT 1.276 0.935 1.419 1.001 ;
      RECT 1.276 0.187 1.419 0.253 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.572 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.407 ;
    RECT 0.561 0.407 1.287 0.473 ;
    RECT 1.221 0.473 1.287 0.594 ;
    RECT 0.561 0.473 0.627 0.88 ;
  END
END LDH_OA22_1
#
# 
MACRO LDH_OA22_2 FOREIGN C0A07BLDH_OA22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.594 1.023 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.66 ;
      RECT 1.353 0.66 1.947 0.726 ;
      RECT 1.881 0.726 1.947 0.858 ;
      RECT 1.485 0.594 1.551 0.66 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.594 0.231 0.66 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 1.012 ;
      RECT 2.057 1.012 2.343 1.078 ;
      RECT 2.057 0.946 2.123 1.012 ;
      RECT 2.024 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.595 0.165 ;
    RECT 0.605 0.165 0.671 0.297 ;
    RECT 1.155 0.165 1.221 0.33 ;
    RECT 1.529 0.165 1.595 0.33 ;
    RECT 0.253 0.22 0.319 0.297 ;
    RECT 0.979 0.264 1.045 0.429 ;
    RECT 1.331 0.264 1.397 0.429 ;
    RECT 1.705 0.264 1.771 0.429 ;
    RECT 0.253 0.297 0.671 0.363 ;
    RECT 0.979 0.429 1.914 0.495 ;
    RECT 1.848 0.495 2.178 0.561 ;
    RECT 1.188 0.495 1.254 0.825 ;
    RECT 0.055 0.792 0.462 0.858 ;
    RECT 1.331 0.825 1.771 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 0.396 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDH_OA22_2
#
# 
MACRO LDH_OA22_3 FOREIGN C0A07BLDH_OA22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 1.804 0.693 2.343 0.759 ;
      RECT 2.277 0.759 2.343 0.858 ;
      RECT 1.804 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 1.782 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.825 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.617 0.495 2.178 0.561 ;
    RECT 0.572 0.792 0.638 0.825 ;
    RECT 1.188 0.792 1.254 0.825 ;
    RECT 0.044 0.825 0.495 0.891 ;
    RECT 1.331 0.825 1.782 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 0.429 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDH_OA22_3
#
# 
MACRO LDH_OA22_4 FOREIGN C0A07BLDH_OA22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.408 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 1.881 0.528 2.343 0.594 ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.385 3.003 0.693 ;
      RECT 2.673 0.693 3.003 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.486 0.825 2.739 0.891 ;
      RECT 2.486 0.319 3.003 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 1.243 0.297 2.09 0.363 ;
    RECT 1.243 0.363 1.309 0.825 ;
    RECT 2.409 0.495 2.838 0.561 ;
    RECT 2.409 0.561 2.475 0.693 ;
    RECT 1.507 0.693 2.475 0.759 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.507 0.759 1.573 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.639 0.825 2.09 0.891 ;
    RECT 0.759 0.825 1.573 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.254 0.957 1.705 1.023 ;
  END
END LDH_OA22_4
#
# 
MACRO LDH_OA22_6 FOREIGN C0A07BLDH_OA22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.3 0.726 4.356 0.858 ;
      RECT 3.432 0.297 4.268 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 3.212 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 1.551 0.363 ;
    RECT 1.848 0.297 3.267 0.363 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.201 0.495 4.026 0.561 ;
    RECT 0.055 0.825 0.847 0.891 ;
    RECT 2.409 0.825 3.179 0.891 ;
    RECT 0.946 0.825 2.343 0.891 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 3.113 0.891 3.179 0.99 ;
    RECT 0.781 0.957 1.606 1.023 ;
    RECT 1.672 0.957 2.475 1.023 ;
    RECT 1.54 1.023 1.606 1.056 ;
    RECT 1.672 1.023 1.738 1.056 ;
  END
END LDH_OA22_6
#
# 
MACRO LDH_OA22_8 FOREIGN C0A07BLDH_OA22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 3.828 0.726 5.148 0.858 ;
      RECT 3.872 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 4.048 0.957 4.18 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.165 3.641 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.815 0.231 1.881 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 1.947 0.297 3.498 0.363 ;
    RECT 0.055 0.297 1.881 0.363 ;
    RECT 1.947 0.363 2.013 0.396 ;
    RECT 3.432 0.363 3.498 0.495 ;
    RECT 2.552 0.363 2.618 0.825 ;
    RECT 3.432 0.495 4.818 0.561 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 2.695 0.825 3.498 0.891 ;
    RECT 1.078 0.825 2.618 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.695 0.891 2.761 0.957 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 2.761 1.023 ;
  END
END LDH_OA22_8
#
# 
MACRO LDH_OA2BB2_0P5 FOREIGN C0A07BLDH_OA2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069212 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.924 ;
      RECT 1.177 0.924 1.287 0.99 ;
      RECT 1.177 0.99 1.243 1.056 ;
      RECT 0.792 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.858 ;
      RECT 0.352 0.429 0.495 0.495 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.033 0.297 1.155 0.363 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.649 0.924 0.715 0.99 ;
    RECT 0.033 0.957 0.176 1.023 ;
    RECT 0.649 0.99 1.067 1.056 ;
  END
END LDH_OA2BB2_0P5
#
# 
MACRO LDH_OA2BB2_1 FOREIGN C0A07BLDH_OA2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.308 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.135762 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.726 ;
      RECT 1.177 0.726 1.287 0.858 ;
      RECT 1.221 0.858 1.287 0.99 ;
      RECT 0.847 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 1.023 ;
      RECT 0.132 1.023 0.363 1.089 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.187 0.297 1.155 0.363 ;
    RECT 0.055 0.363 0.253 0.429 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.055 0.429 0.121 0.77 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.627 0.924 0.693 0.99 ;
    RECT 0.627 0.99 1.067 1.056 ;
  END
END LDH_OA2BB2_1
#
# 
MACRO LDH_OA2BB2_2 FOREIGN C0A07BLDH_OA2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 1.947 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.584 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.396 1.155 0.858 ;
      RECT 0.913 0.33 1.507 0.396 ;
      RECT 1.441 0.264 1.507 0.33 ;
      RECT 0.913 0.242 0.979 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.099 1.683 0.165 ;
    RECT 1.298 0.165 1.364 0.187 ;
    RECT 1.617 0.165 1.683 0.297 ;
    RECT 1.991 0.176 2.057 0.297 ;
    RECT 1.232 0.187 1.364 0.253 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 1.617 0.297 2.057 0.363 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 0.99 0.561 ;
    RECT 0.759 0.561 0.825 0.66 ;
    RECT 0.583 0.66 0.825 0.726 ;
    RECT 0.583 0.726 0.649 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.265 0.825 2.057 0.891 ;
    RECT 0.759 0.858 0.825 0.968 ;
    RECT 0.913 0.858 0.979 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.913 0.957 1.331 1.023 ;
    RECT 0.407 0.968 0.825 1.034 ;
  END
END LDH_OA2BB2_2
#
# 
MACRO LDH_OA2BB2_3 FOREIGN C0A07BLDH_OA2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.893 0.033 2.959 0.264 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.176 0.033 0.242 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.814 ;
      RECT 1.265 0.814 1.683 0.88 ;
      RECT 1.265 0.88 1.331 0.946 ;
      RECT 1.397 0.297 2.244 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.143 2.409 0.209 ;
    RECT 0.407 0.198 0.473 0.33 ;
    RECT 0.935 0.198 1.001 0.33 ;
    RECT 2.343 0.209 2.409 0.297 ;
    RECT 2.343 0.297 2.794 0.363 ;
    RECT 0.407 0.33 1.177 0.396 ;
    RECT 1.111 0.396 1.177 0.495 ;
    RECT 1.111 0.495 1.518 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 0.726 0.792 0.792 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.726 0.825 1.177 0.891 ;
    RECT 1.793 0.825 2.937 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.793 0.891 1.859 0.957 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.397 0.957 1.859 1.023 ;
  END
END LDH_OA2BB2_3
#
# 
MACRO LDH_OA2BB2_4 FOREIGN C0A07BLDH_OA2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.803 ;
      RECT 1.452 0.803 1.947 0.869 ;
      RECT 1.309 0.297 2.64 0.363 ;
      RECT 1.309 0.22 1.375 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.517 3.003 0.726 ;
      RECT 2.937 0.451 3.267 0.517 ;
      RECT 3.201 0.517 3.267 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.429 0.33 0.495 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.891 0.231 ;
    RECT 1.98 0.165 2.805 0.231 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 2.739 0.231 2.805 0.297 ;
    RECT 0.825 0.297 1.243 0.363 ;
    RECT 2.739 0.297 3.509 0.363 ;
    RECT 1.177 0.363 1.243 0.495 ;
    RECT 1.177 0.495 1.782 0.561 ;
    RECT 1.177 0.561 1.243 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.243 0.891 ;
    RECT 2.013 0.825 3.509 0.891 ;
    RECT 1.309 0.88 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 3.443 0.891 3.509 0.99 ;
    RECT 0.605 0.957 1.056 1.023 ;
    RECT 1.309 0.957 2.079 1.023 ;
  END
END LDH_OA2BB2_4
#
# 
MACRO LDH_OA2BB2_6 FOREIGN C0A07BLDH_OA2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.693 ;
      RECT 2.673 0.693 2.97 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.134 0.825 2.739 0.891 ;
      RECT 1.958 0.297 4.026 0.363 ;
      RECT 3.96 0.363 4.026 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.016 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.96 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.287 0.231 ;
    RECT 3.014 0.165 4.169 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 1.221 0.231 1.287 0.297 ;
    RECT 4.103 0.231 4.169 0.297 ;
    RECT 1.221 0.297 1.749 0.363 ;
    RECT 4.103 0.297 5.225 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 1.683 0.495 2.574 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.078 0.825 1.936 0.891 ;
    RECT 3.047 0.825 5.225 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 3.047 0.891 3.113 0.957 ;
    RECT 5.159 0.891 5.225 0.968 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 3.113 1.023 ;
  END
END LDH_OA2BB2_6
#
# 
MACRO LDH_OA2BB2_8 FOREIGN C0A07BLDH_OA2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.586 0.363 3.696 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.31 0.297 5.071 0.363 ;
      RECT 5.005 0.363 5.071 0.44 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.462 6.336 0.594 ;
      RECT 6.237 0.594 6.303 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 3.74 0.165 5.247 0.231 ;
    RECT 6.589 0.198 6.655 0.297 ;
    RECT 5.181 0.231 5.247 0.297 ;
    RECT 0.55 0.297 2.09 0.363 ;
    RECT 5.181 0.297 6.655 0.363 ;
    RECT 2.024 0.363 2.09 0.495 ;
    RECT 2.024 0.495 3.443 0.561 ;
    RECT 2.024 0.561 2.09 0.825 ;
    RECT 1.287 0.748 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.773 0.825 6.655 0.891 ;
    RECT 2.167 0.88 2.233 0.957 ;
    RECT 2.343 0.88 2.409 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.773 0.891 3.839 0.957 ;
    RECT 6.589 0.891 6.655 0.99 ;
    RECT 1.111 0.957 2.233 1.023 ;
    RECT 2.343 0.957 3.839 1.023 ;
  END
END LDH_OA2BB2_8
#
# 
MACRO LDH_OA31_0P5 FOREIGN C0A07BLDH_OA31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.583 ;
      RECT 0.693 0.583 0.891 0.649 ;
      RECT 0.693 0.462 0.759 0.583 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.891 1.012 0.957 1.155 ;
      RECT 0.858 0.946 0.957 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.737 ;
    RECT 0.693 0.737 1.023 0.803 ;
    RECT 0.693 0.803 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDH_OA31_0P5
#
# 
MACRO LDH_OA31_1 FOREIGN C0A07BLDH_OA31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.693 0.517 0.759 0.649 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.924 0.935 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.693 0.825 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDH_OA31_1
#
# 
MACRO LDH_OA31_2 FOREIGN C0A07BLDH_OA31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.264 2.079 0.957 ;
      RECT 1.892 0.957 2.079 1.023 ;
      RECT 1.925 0.198 2.079 0.264 ;
      RECT 1.925 0.132 1.991 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 1.507 0.198 1.573 0.286 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.155 0.22 1.221 0.286 ;
    RECT 0.22 0.231 0.363 0.297 ;
    RECT 0.429 0.286 1.573 0.352 ;
    RECT 0.297 0.297 0.363 0.825 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 0.77 0.693 1.947 0.759 ;
    RECT 0.77 0.759 0.836 0.825 ;
    RECT 0.946 0.825 1.606 0.891 ;
    RECT 0.297 0.825 0.836 0.891 ;
    RECT 0.418 0.957 1.254 1.023 ;
  END
END LDH_OA31_2
#
# 
MACRO LDH_OA31_3 FOREIGN C0A07BLDH_OA31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.539 ;
      RECT 1.617 0.539 1.947 0.605 ;
      RECT 1.617 0.462 1.683 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.539 ;
      RECT 1.089 0.539 1.419 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.803 ;
      RECT 2.673 0.869 2.739 0.99 ;
      RECT 2.222 0.803 2.739 0.869 ;
      RECT 2.222 0.297 2.739 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.057 0.924 2.123 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.517 0.198 ;
    RECT 0.825 0.165 1.397 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.451 0.198 0.517 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 1.331 0.231 1.397 0.297 ;
    RECT 0.451 0.297 0.891 0.363 ;
    RECT 1.331 0.297 1.782 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 2.013 0.495 2.53 0.561 ;
    RECT 2.013 0.561 2.079 0.671 ;
    RECT 0.957 0.671 2.079 0.737 ;
    RECT 0.957 0.737 1.023 0.825 ;
    RECT 1.122 0.825 1.958 0.891 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.594 0.957 1.43 1.023 ;
  END
END LDH_OA31_3
#
# 
MACRO LDH_OA31_4 FOREIGN C0A07BLDH_OA31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.618 0.165 2.75 0.231 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.594 ;
      RECT 1.749 0.451 2.211 0.517 ;
      RECT 2.145 0.198 2.211 0.451 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 2.409 0.825 3.003 0.891 ;
      RECT 2.937 0.891 3.003 0.99 ;
      RECT 2.409 0.891 2.475 0.99 ;
      RECT 2.442 0.297 3.003 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 0.649 0.209 ;
    RECT 1.991 0.198 2.057 0.275 ;
    RECT 0.583 0.209 0.649 0.275 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 0.583 0.275 2.057 0.341 ;
    RECT 0.055 0.275 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 2.277 0.495 2.838 0.561 ;
    RECT 2.277 0.561 2.343 0.825 ;
    RECT 1.254 0.693 2.09 0.759 ;
    RECT 0.198 0.825 2.343 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDH_OA31_4
#
# 
MACRO LDH_OA31_6 FOREIGN C0A07BLDH_OA31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.828 0.165 3.96 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.805 0.539 3.135 0.605 ;
      RECT 2.805 0.462 2.871 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.531 0.726 4.224 0.825 ;
      RECT 3.333 0.825 4.224 0.858 ;
      RECT 3.333 0.858 3.597 0.891 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 3.3 0.297 4.191 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 0.869 0.231 ;
    RECT 2.937 0.22 3.003 0.297 ;
    RECT 0.803 0.231 0.869 0.297 ;
    RECT 0.803 0.297 3.003 0.363 ;
    RECT 0.242 0.297 0.726 0.363 ;
    RECT 0.66 0.363 0.726 0.825 ;
    RECT 3.201 0.495 3.872 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 1.65 0.693 3.036 0.759 ;
    RECT 0.242 0.825 3.267 0.891 ;
    RECT 0.77 0.957 2.31 1.023 ;
  END
END LDH_OA31_6
#
# 
MACRO LDH_OA31_8 FOREIGN C0A07BLDH_OA31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.61 0.033 5.676 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.192 0.165 5.324 0.231 ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.224 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 2.805 0.594 2.871 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.62 0.726 5.94 0.858 ;
      RECT 4.664 0.297 5.907 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 1.023 5.61 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.586 0.165 4.455 0.231 ;
    RECT 4.389 0.231 4.455 0.495 ;
    RECT 0.374 0.297 4.246 0.363 ;
    RECT 4.389 0.495 5.588 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 2.222 0.792 2.288 0.825 ;
    RECT 2.354 0.792 2.42 0.825 ;
    RECT 0.055 0.825 2.288 0.891 ;
    RECT 2.354 0.825 4.455 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 3.366 1.023 ;
  END
END LDH_OA31_8
#
# 
MACRO LDH_OAI2111_0P5 FOREIGN C0A07BLDH_OAI2111_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.506 ;
      RECT 0.484 0.506 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.068244 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.693 ;
      RECT 0.429 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.825 0.165 1.122 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.627 0.858 0.693 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI2111_0P5
#
# 
MACRO LDH_OAI2111_1 FOREIGN C0A07BLDH_OAI2111_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.134068 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.803 ;
      RECT 0.429 0.803 0.891 0.869 ;
      RECT 0.825 0.869 0.891 0.99 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.825 0.297 1.122 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.99 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI2111_1
#
# 
MACRO LDH_OAI2111_2 FOREIGN C0A07BLDH_OAI2111_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.561 0.528 0.891 0.55 ;
      RECT 0.693 0.55 0.891 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.759 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.638 0.572 0.682 ;
      RECT 0.429 0.682 1.155 0.748 ;
      RECT 1.089 0.462 1.155 0.682 ;
      RECT 0.429 0.33 0.495 0.638 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.825 ;
      RECT 1.353 0.825 1.881 0.891 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.693 1.947 0.759 ;
      RECT 1.881 0.462 1.947 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.231 0.825 1.155 0.891 ;
      RECT 1.089 0.891 1.155 0.957 ;
      RECT 1.089 0.957 1.738 1.023 ;
      RECT 0.231 0.891 0.297 0.99 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 1.21 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 0.726 0.297 1.914 0.363 ;
  END
END LDH_OAI2111_2
#
# 
MACRO LDH_OAI2111_4 FOREIGN C0A07BLDH_OAI2111_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.176 ;
      RECT 3.784 0.176 3.883 0.242 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.683 0.627 ;
      RECT 1.617 0.495 1.683 0.561 ;
      RECT 1.617 0.429 2.123 0.495 ;
      RECT 2.057 0.495 2.123 0.594 ;
      RECT 0.825 0.33 0.891 0.429 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 3.531 0.495 ;
      RECT 3.465 0.495 3.531 0.594 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.693 ;
      RECT 1.089 0.693 2.343 0.759 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 1.089 0.594 1.155 0.693 ;
      RECT 2.277 0.462 2.343 0.693 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.825 ;
      RECT 2.409 0.825 2.871 0.891 ;
      RECT 2.805 0.627 2.871 0.825 ;
      RECT 2.805 0.561 3.399 0.627 ;
      RECT 3.333 0.627 3.399 0.693 ;
      RECT 3.333 0.693 3.795 0.759 ;
      RECT 3.729 0.462 3.795 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.079 0.891 ;
      RECT 1.991 0.957 3.003 1.023 ;
      RECT 2.937 0.891 3.003 0.957 ;
      RECT 2.937 0.825 3.564 0.891 ;
      RECT 1.991 0.891 2.079 0.957 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.266 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.078 0.297 3.74 0.363 ;
  END
END LDH_OAI2111_4
#
# 
MACRO LDH_OAI211_1 FOREIGN C0A07BLDH_OAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.506 0.759 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.693 0.33 0.759 0.506 ;
      RECT 0.561 0.33 0.627 0.506 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.825 ;
      RECT 0.429 0.825 1.023 0.891 ;
      RECT 0.935 0.891 1.023 0.99 ;
      RECT 0.429 0.891 0.495 1.023 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.682 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI211_1
#
# 
MACRO LDH_OAI211_2 FOREIGN C0A07BLDH_OAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.825 ;
      RECT 0.561 0.825 1.65 0.891 ;
      RECT 0.561 0.726 0.627 0.825 ;
      RECT 1.485 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.132 1.793 0.165 ;
    RECT 0.99 0.165 1.793 0.231 ;
    RECT 1.727 0.231 1.793 0.264 ;
    RECT 0.22 0.297 1.298 0.363 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.957 0.88 1.023 ;
  END
END LDH_OAI211_2
#
# 
MACRO LDH_OAI211_4 FOREIGN C0A07BLDH_OAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.394944 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 0.935 0.825 2.97 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 2.409 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 3.047 0.132 3.113 0.165 ;
    RECT 1.606 0.165 3.113 0.231 ;
    RECT 3.047 0.231 3.113 0.264 ;
    RECT 0.198 0.297 2.266 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDH_OAI211_4
#
# 
MACRO LDH_OAI211_6 FOREIGN C0A07BLDH_OAI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 1.287 0.825 4.378 0.891 ;
      RECT 1.287 0.726 1.353 0.825 ;
      RECT 3.465 0.297 4.378 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.477 0.924 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 4.554 0.231 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.231 0.297 3.322 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDH_OAI211_6
#
# 
MACRO LDH_OAI211_8 FOREIGN C0A07BLDH_OAI211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.462 5.808 0.594 ;
      RECT 5.709 0.594 5.775 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789888 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 1.617 0.825 5.874 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 4.686 0.297 5.874 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.234 1.023 ;
      RECT 5.566 0.957 5.698 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.951 0.132 6.017 0.165 ;
    RECT 3.102 0.165 6.017 0.231 ;
    RECT 5.951 0.231 6.017 0.264 ;
    RECT 0.198 0.297 4.466 0.363 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDH_OAI211_8
#
# 
MACRO LDH_OAI21B_0P5 FOREIGN C0A07BLDH_OAI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.242 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047674 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.803 ;
      RECT 0.429 0.803 0.627 0.869 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.726 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 1.056 ;
  END
END LDH_OAI21B_0P5
#
# 
MACRO LDH_OAI21B_1 FOREIGN C0A07BLDH_OAI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.55 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.55 ;
      RECT 0.825 0.55 0.891 0.627 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.737 0.495 0.99 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.264 0.627 0.671 ;
      RECT 0.561 0.198 0.671 0.264 ;
      RECT 0.605 0.132 0.671 0.198 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.33 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.693 0.33 0.825 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.693 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.034 ;
  END
END LDH_OAI21B_1
#
# 
MACRO LDH_OAI21B_2 FOREIGN C0A07BLDH_OAI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172788 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.825 ;
      RECT 0.495 0.825 1.155 0.891 ;
      RECT 1.089 0.693 1.155 0.825 ;
      RECT 0.495 0.891 0.561 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.143 0.935 0.209 ;
    RECT 0.297 0.198 0.363 0.495 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.495 0.209 0.561 0.33 ;
    RECT 1.573 0.22 1.639 0.297 ;
    RECT 0.869 0.297 1.639 0.363 ;
    RECT 0.297 0.495 0.594 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.639 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.221 0.891 1.287 0.957 ;
    RECT 1.573 0.891 1.639 0.968 ;
    RECT 0.836 0.957 1.287 1.023 ;
  END
END LDH_OAI21B_2
#
# 
MACRO LDH_OAI21B_3 FOREIGN C0A07BLDH_OAI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 2.024 0.143 2.156 0.209 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.237886 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.715 ;
      RECT 0.77 0.715 1.628 0.781 ;
      RECT 0.957 0.781 1.023 0.858 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.506 0.957 0.638 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.243 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.233 0.22 2.299 0.297 ;
    RECT 1.177 0.231 1.243 0.297 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.177 0.297 2.299 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.858 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.705 0.825 2.156 0.891 ;
    RECT 1.705 0.891 1.771 0.957 ;
    RECT 1.32 0.957 1.771 1.023 ;
  END
END LDH_OAI21B_3
#
# 
MACRO LDH_OAI21B_4 FOREIGN C0A07BLDH_OAI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.517 2.475 0.726 ;
      RECT 2.409 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.627 0.726 2.002 0.858 ;
      RECT 1.936 0.693 2.002 0.726 ;
      RECT 0.627 0.858 0.693 0.99 ;
      RECT 0.77 0.297 1.287 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.441 0.209 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 1.375 0.209 1.441 0.297 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 0.231 0.297 0.528 0.363 ;
    RECT 1.375 0.297 2.849 0.363 ;
    RECT 0.462 0.363 0.528 0.495 ;
    RECT 0.462 0.495 1.122 0.561 ;
    RECT 0.462 0.561 0.528 0.825 ;
    RECT 2.783 0.748 2.849 0.825 ;
    RECT 0.198 0.825 0.528 0.891 ;
    RECT 2.079 0.825 2.849 0.891 ;
    RECT 2.079 0.891 2.145 0.957 ;
    RECT 1.342 0.957 2.145 1.023 ;
  END
END LDH_OAI21B_4
#
# 
MACRO LDH_OAI21B_6 FOREIGN C0A07BLDH_OAI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.77 0.726 2.838 0.858 ;
      RECT 2.772 0.693 2.838 0.726 ;
      RECT 0.946 0.297 1.749 0.363 ;
      RECT 1.683 0.363 1.749 0.44 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.925 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 1.859 0.209 1.925 0.297 ;
    RECT 3.971 0.22 4.037 0.297 ;
    RECT 0.055 0.297 0.66 0.363 ;
    RECT 1.859 0.297 4.037 0.363 ;
    RECT 0.594 0.363 0.66 0.495 ;
    RECT 0.594 0.495 1.386 0.561 ;
    RECT 0.594 0.561 0.66 0.825 ;
    RECT 3.971 0.748 4.037 0.825 ;
    RECT 0.055 0.825 0.66 0.891 ;
    RECT 2.915 0.825 4.037 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.915 0.891 2.981 0.957 ;
    RECT 1.826 0.957 2.981 1.023 ;
  END
END LDH_OAI21B_6
#
# 
MACRO LDH_OAI21B_8 FOREIGN C0A07BLDH_OAI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.902 0.726 3.465 0.825 ;
      RECT 0.902 0.825 3.685 0.858 ;
      RECT 3.597 0.726 3.685 0.825 ;
      RECT 3.399 0.858 3.685 0.891 ;
      RECT 2.145 0.363 2.255 0.462 ;
      RECT 1.078 0.297 2.255 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.097768 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 2.409 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.343 0.297 5.225 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.958 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 5.159 0.748 5.225 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 3.751 0.825 5.225 0.891 ;
    RECT 3.751 0.891 3.817 0.957 ;
    RECT 2.31 0.957 3.817 1.023 ;
  END
END LDH_OAI21B_8
#
# 
MACRO LDH_OAI21_0P5 FOREIGN C0A07BLDH_OAI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.396 0.957 0.759 1.023 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.429 0.154 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI21_0P5
#
# 
MACRO LDH_OAI21_1 FOREIGN C0A07BLDH_OAI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098978 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI21_1
#
# 
MACRO LDH_OAI21_2 FOREIGN C0A07BLDH_OAI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.308 0.495 0.825 ;
      RECT 0.198 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.331 0.22 1.397 0.297 ;
    RECT 0.605 0.297 1.397 0.363 ;
    RECT 0.957 0.825 1.397 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 1.331 0.891 1.397 0.968 ;
    RECT 0.572 0.957 1.023 1.023 ;
  END
END LDH_OAI21_2
#
# 
MACRO LDH_OAI21_3 FOREIGN C0A07BLDH_OAI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.056 0.891 ;
      RECT 0.077 0.297 0.495 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.298 0.957 1.43 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.705 0.22 1.771 0.297 ;
    RECT 0.605 0.297 1.771 0.363 ;
    RECT 1.155 0.825 1.628 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.748 0.957 1.221 1.023 ;
  END
END LDH_OAI21_3
#
# 
MACRO LDH_OAI21_4 FOREIGN C0A07BLDH_OAI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.748 2.453 0.825 ;
    RECT 1.683 0.825 2.453 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDH_OAI21_4
#
# 
MACRO LDH_OAI21_6 FOREIGN C0A07BLDH_OAI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.935 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.132 0.726 2.288 0.858 ;
      RECT 0.374 0.297 1.21 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.375 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 1.309 0.231 1.375 0.297 ;
    RECT 1.309 0.297 3.509 0.363 ;
    RECT 2.387 0.825 3.509 0.891 ;
    RECT 2.387 0.891 2.453 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 1.276 0.957 2.453 1.023 ;
  END
END LDH_OAI21_6
#
# 
MACRO LDH_OAI21_8 FOREIGN C0A07BLDH_OAI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.772 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.132 0.726 2.409 0.825 ;
      RECT 0.132 0.825 2.992 0.858 ;
      RECT 2.343 0.858 2.992 0.891 ;
      RECT 0.374 0.297 1.551 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.727 0.231 ;
    RECT 4.499 0.22 4.565 0.297 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 1.661 0.297 4.565 0.363 ;
    RECT 3.091 0.825 4.565 0.891 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.628 0.957 3.157 1.023 ;
  END
END LDH_OAI21_8
#
# 
MACRO LDH_OAI21_S_1 FOREIGN C0A07BLDH_OAI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.979 ;
      RECT 0.418 0.979 0.759 1.045 ;
      RECT 0.649 0.176 0.759 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.473 0.132 0.539 0.297 ;
    RECT 0.077 0.297 0.539 0.363 ;
  END
END LDH_OAI21_S_1
#
# 
MACRO LDH_OAI21_S_2 FOREIGN C0A07BLDH_OAI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119548 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.133 0.803 1.287 0.869 ;
      RECT 1.133 0.869 1.199 0.957 ;
      RECT 0.572 0.957 1.199 1.023 ;
      RECT 1.188 0.33 1.287 0.396 ;
      RECT 1.188 0.319 1.254 0.33 ;
      RECT 1.122 0.253 1.254 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.264 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.605 0.22 0.671 0.297 ;
    RECT 0.253 0.297 1.023 0.363 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.044 0.825 0.847 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDH_OAI21_S_2
#
# 
MACRO LDH_OAI21_S_3 FOREIGN C0A07BLDH_OAI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.199166 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.286 1.419 0.825 ;
      RECT 1.155 0.825 1.65 0.891 ;
      RECT 1.155 0.891 1.221 0.957 ;
      RECT 0.748 0.957 1.221 1.023 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.099 1.65 0.165 ;
    RECT 1.518 0.165 1.65 0.209 ;
    RECT 1.177 0.165 1.243 0.297 ;
    RECT 0.396 0.297 1.243 0.363 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDH_OAI21_S_3
#
# 
MACRO LDH_OAI21_S_4 FOREIGN C0A07BLDH_OAI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.968 0.825 2.156 0.891 ;
      RECT 1.749 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.848 0.979 1.98 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.156 0.231 ;
    RECT 1.551 0.231 1.617 0.297 ;
    RECT 0.242 0.297 1.617 0.363 ;
    RECT 0.066 0.847 0.869 0.913 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.803 0.957 1.628 1.023 ;
  END
END LDH_OAI21_S_4
#
# 
MACRO LDH_OAI21_S_6 FOREIGN C0A07BLDH_OAI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.991 0.033 2.057 0.176 ;
      RECT 1.958 0.176 2.057 0.242 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.328152 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.287 0.825 2.97 0.891 ;
      RECT 1.287 0.748 1.353 0.825 ;
      RECT 2.277 0.297 2.794 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.165 2.992 0.231 ;
    RECT 2.134 0.231 2.2 0.319 ;
    RECT 0.198 0.319 2.2 0.385 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDH_OAI21_S_6
#
# 
MACRO LDH_OAI21_S_8 FOREIGN C0A07BLDH_OAI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.662 0.176 2.761 0.242 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.31 0.176 2.409 0.242 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.352 0.165 0.484 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46827 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 1.617 0.825 3.85 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 3.014 0.297 3.85 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.838 0.165 3.674 0.231 ;
    RECT 2.838 0.231 2.904 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.583 0.319 2.904 0.385 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDH_OAI21_S_8
#
# 
MACRO LDH_OAI221_1 FOREIGN C0A07BLDH_OAI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14036 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.352 1.023 0.957 ;
      RECT 0.374 0.957 1.023 1.023 ;
      RECT 0.957 0.286 1.056 0.352 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.858 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.429 0.572 0.495 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.99 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.254 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
  END
END LDH_OAI221_1
#
# 
MACRO LDH_OAI221_2 FOREIGN C0A07BLDH_OAI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.230868 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.847 ;
      RECT 0.55 0.847 2.211 0.869 ;
      RECT 0.924 0.869 2.211 0.913 ;
      RECT 2.123 0.913 2.211 0.99 ;
      RECT 0.55 0.803 0.99 0.847 ;
      RECT 1.881 0.319 2.046 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.539 ;
      RECT 0.825 0.539 1.155 0.605 ;
      RECT 0.825 0.528 0.891 0.539 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.495 1.551 0.594 ;
      RECT 1.485 0.429 1.815 0.495 ;
      RECT 1.749 0.495 1.815 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.198 0.924 0.297 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.165 2.189 0.231 ;
    RECT 2.123 0.231 2.189 0.308 ;
    RECT 0.198 0.297 1.716 0.363 ;
    RECT 1.617 0.638 1.683 0.715 ;
    RECT 0.88 0.671 1.155 0.715 ;
    RECT 0.88 0.715 1.683 0.737 ;
    RECT 1.089 0.737 1.683 0.781 ;
    RECT 0.055 0.792 0.429 0.858 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.363 0.858 0.429 0.957 ;
    RECT 0.363 0.957 0.858 1.023 ;
  END
END LDH_OAI221_2
#
# 
MACRO LDH_OAI221_4 FOREIGN C0A07BLDH_OAI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.187 0.033 0.253 0.165 ;
      RECT 0.187 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.726 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.40656 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 2.519 0.825 3.85 0.891 ;
      RECT 2.519 0.759 2.607 0.825 ;
      RECT 1.485 0.693 2.607 0.759 ;
      RECT 1.485 0.759 1.551 0.825 ;
      RECT 0.902 0.825 1.551 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 3.333 0.297 3.85 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.805 0.517 2.871 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.112 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.026 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.639 0.825 2.409 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 1.639 0.891 1.705 0.968 ;
    RECT 0.759 0.957 1.562 1.023 ;
    RECT 2.343 0.957 3.146 1.023 ;
    RECT 1.496 1.023 1.562 1.056 ;
  END
END LDH_OAI221_4
#
# 
MACRO LDH_OAI222_0P5 FOREIGN C0A07BLDH_OAI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.924 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.924 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.924 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.682 0.231 0.858 ;
      RECT 0.121 0.55 0.231 0.682 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.858 1.155 1.023 ;
      RECT 0.033 1.023 1.155 1.089 ;
      RECT 0.429 0.495 0.495 1.023 ;
      RECT 0.297 0.429 0.495 0.495 ;
      RECT 0.297 0.396 0.363 0.429 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
      RECT 0.033 0.924 0.143 1.023 ;
      RECT 0.033 0.858 0.099 0.924 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.517 0.165 ;
    RECT 0.77 0.099 1.353 0.165 ;
    RECT 0.451 0.165 0.517 0.297 ;
    RECT 0.055 0.165 0.121 0.407 ;
    RECT 0.77 0.165 0.836 0.231 ;
    RECT 1.287 0.165 1.353 0.242 ;
    RECT 0.704 0.231 0.836 0.297 ;
    RECT 0.913 0.242 1.012 0.308 ;
    RECT 0.451 0.297 0.627 0.363 ;
    RECT 0.913 0.308 0.979 0.429 ;
    RECT 0.561 0.363 0.627 0.429 ;
    RECT 0.561 0.429 0.979 0.495 ;
  END
END LDH_OAI222_0P5
#
# 
MACRO LDH_OAI222_1 FOREIGN C0A07BLDH_OAI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.211508 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.792 ;
      RECT 0.297 0.792 0.759 0.858 ;
      RECT 0.693 0.858 0.759 0.957 ;
      RECT 0.693 0.957 0.99 1.023 ;
      RECT 0.297 0.858 0.363 0.924 ;
      RECT 0.033 0.924 0.363 0.99 ;
      RECT 0.033 0.99 0.121 1.056 ;
      RECT 0.242 0.297 0.495 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.198 0.638 0.363 0.726 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.572 0.099 0.792 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.429 0.231 0.462 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.99 ;
      RECT 1.045 0.462 1.155 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.451 0.99 0.517 1.155 ;
      RECT 0.451 0.924 0.55 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.902 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.594 0.297 1.254 0.363 ;
  END
END LDH_OAI222_1
#
# 
MACRO LDH_OAI222_2 FOREIGN C0A07BLDH_OAI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.693 ;
      RECT 1.089 0.693 1.947 0.759 ;
      RECT 1.881 0.759 1.947 0.825 ;
      RECT 1.881 0.825 2.09 0.891 ;
      RECT 1.089 0.759 1.155 0.825 ;
      RECT 0.539 0.825 1.155 0.891 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 1.881 0.297 2.442 0.363 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.66 ;
      RECT 2.013 0.66 2.211 0.726 ;
      RECT 2.013 0.462 2.079 0.66 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.99 2.409 1.155 ;
      RECT 2.343 0.924 2.442 0.99 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 2.519 0.132 2.585 0.165 ;
    RECT 0.924 0.165 2.585 0.231 ;
    RECT 2.519 0.231 2.585 0.264 ;
    RECT 0.198 0.297 1.584 0.363 ;
    RECT 0.055 0.792 0.473 0.858 ;
    RECT 2.2 0.792 2.585 0.858 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.407 0.858 0.473 0.957 ;
    RECT 2.519 0.858 2.585 0.924 ;
    RECT 2.2 0.858 2.266 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.266 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDH_OAI222_2
#
# 
MACRO LDH_OAI222_4 FOREIGN C0A07BLDH_OAI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.479644 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.682 ;
      RECT 2.277 0.682 3.531 0.748 ;
      RECT 3.465 0.748 3.531 0.825 ;
      RECT 3.465 0.825 3.916 0.891 ;
      RECT 2.277 0.748 2.343 0.825 ;
      RECT 0.935 0.825 2.343 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 3.465 0.297 4.642 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.33 3.267 0.462 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.517 3.927 0.726 ;
      RECT 3.597 0.451 3.927 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.594 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.517 4.587 0.726 ;
      RECT 4.257 0.451 4.587 0.517 ;
      RECT 4.257 0.517 4.323 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.165 4.818 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 3.036 0.363 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.409 0.825 3.212 0.891 ;
    RECT 4.015 0.825 4.818 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 2.409 0.891 2.475 0.979 ;
    RECT 4.015 0.891 4.081 0.957 ;
    RECT 3.234 0.957 4.081 1.023 ;
    RECT 0.759 0.979 1.562 1.045 ;
    RECT 1.672 0.979 2.475 1.045 ;
  END
END LDH_OAI222_4
#
# 
MACRO LDH_OAI22_0P5 FOREIGN C0A07BLDH_OAI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.99 ;
      RECT 0.429 0.429 0.627 0.495 ;
      RECT 0.561 0.297 0.627 0.429 ;
      RECT 0.561 0.231 0.704 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDH_OAI22_0P5
#
# 
MACRO LDH_OAI22_1 FOREIGN C0A07BLDH_OAI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDH_OAI22_1
#
# 
MACRO LDH_OAI22_2 FOREIGN C0A07BLDH_OAI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.638 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.561 0.825 1.287 0.891 ;
      RECT 0.957 0.297 1.815 0.363 ;
      RECT 1.727 0.198 1.815 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.165 1.628 0.231 ;
    RECT 0.66 0.231 0.726 0.297 ;
    RECT 0.22 0.297 0.726 0.363 ;
    RECT 1.727 0.748 1.793 0.825 ;
    RECT 0.077 0.792 0.462 0.858 ;
    RECT 1.386 0.825 1.793 0.891 ;
    RECT 0.077 0.858 0.143 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.386 0.891 1.452 0.957 ;
    RECT 0.396 0.957 0.902 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 0.836 1.023 0.902 1.056 ;
    RECT 0.968 1.023 1.034 1.056 ;
  END
END LDH_OAI22_2
#
# 
MACRO LDH_OAI22_3 FOREIGN C0A07BLDH_OAI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.77 0.825 1.683 0.891 ;
      RECT 1.32 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.881 0.66 2.079 0.726 ;
      RECT 1.881 0.462 1.947 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.881 0.99 1.947 1.155 ;
      RECT 1.881 0.924 1.98 0.99 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.266 0.132 2.332 0.165 ;
    RECT 1.155 0.165 2.332 0.231 ;
    RECT 1.155 0.231 1.221 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.221 0.363 ;
    RECT 1.749 0.792 2.123 0.858 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 2.057 0.858 2.123 0.924 ;
    RECT 1.749 0.858 1.815 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.078 1.023 ;
    RECT 1.298 0.957 1.815 1.023 ;
  END
END LDH_OAI22_3
#
# 
MACRO LDH_OAI22_4 FOREIGN C0A07BLDH_OAI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.671 ;
      RECT 1.287 0.671 1.815 0.737 ;
      RECT 1.749 0.737 1.815 0.825 ;
      RECT 1.749 0.825 2.277 0.891 ;
      RECT 2.211 0.792 2.277 0.825 ;
      RECT 1.287 0.737 1.353 0.825 ;
      RECT 0.902 0.825 1.353 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 1.485 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.177 0.726 ;
      RECT 0.957 0.451 1.177 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.32 0.165 2.97 0.231 ;
    RECT 1.32 0.231 1.386 0.297 ;
    RECT 0.198 0.297 1.386 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.617 0.858 1.683 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.968 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.617 0.957 2.409 1.023 ;
  END
END LDH_OAI22_4
#
# 
MACRO LDH_OAI22_6 FOREIGN C0A07BLDH_OAI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.98 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.33 2.343 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.726 3.366 0.825 ;
      RECT 1.265 0.825 3.366 0.858 ;
      RECT 1.265 0.781 1.353 0.825 ;
      RECT 1.265 0.858 1.485 0.891 ;
      RECT 3.3 0.385 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.165 4.565 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.22 0.297 2.211 0.363 ;
    RECT 3.454 0.759 3.894 0.825 ;
    RECT 0.044 0.825 1.199 0.891 ;
    RECT 3.828 0.825 4.565 0.891 ;
    RECT 3.454 0.825 3.542 0.957 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.133 0.891 1.199 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.133 0.957 2.288 1.023 ;
    RECT 2.354 0.957 3.542 1.023 ;
    RECT 2.222 1.023 2.288 1.056 ;
    RECT 2.354 1.023 2.42 1.056 ;
  END
END LDH_OAI22_6
#
# 
MACRO LDH_OAI22_8 FOREIGN C0A07BLDH_OAI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 4.224 0.594 ;
      RECT 3.069 0.33 3.135 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.726 4.257 0.825 ;
      RECT 1.65 0.825 4.455 0.858 ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 3.256 0.297 5.852 0.363 ;
      RECT 4.191 0.858 4.455 0.891 ;
      RECT 1.65 0.858 2.013 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.962 0.132 6.028 0.165 ;
    RECT 2.772 0.165 6.028 0.231 ;
    RECT 2.772 0.231 2.838 0.297 ;
    RECT 0.22 0.297 2.838 0.363 ;
    RECT 0.044 0.825 1.54 0.891 ;
    RECT 4.521 0.825 6.028 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 5.962 0.891 6.028 0.924 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 1.474 0.957 3.014 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
    RECT 2.948 1.023 3.014 1.056 ;
    RECT 3.08 1.023 3.146 1.056 ;
  END
END LDH_OAI22_8
#
# 
MACRO LDH_OAI22_S_1 FOREIGN C0A07BLDH_OAI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.462 0.495 0.495 ;
      RECT 0.429 0.495 0.572 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.55 0.275 0.891 0.341 ;
      RECT 0.55 0.341 0.616 0.374 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDH_OAI22_S_1
#
# 
MACRO LDH_OAI22_S_2 FOREIGN C0A07BLDH_OAI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.341 1.023 0.825 ;
      RECT 0.539 0.825 1.287 0.891 ;
      RECT 1.221 0.726 1.287 0.825 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 0.957 0.275 1.815 0.341 ;
      RECT 1.727 0.198 1.815 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.143 1.628 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.759 0.209 0.825 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.705 0.726 1.771 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.353 0.825 1.771 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.968 0.957 1.419 1.023 ;
  END
END LDH_OAI22_S_2
#
# 
MACRO LDH_OAI22_S_3 FOREIGN C0A07BLDH_OAI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.221 0.451 1.419 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253132 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 0.759 0.825 1.551 0.891 ;
      RECT 0.759 0.726 0.825 0.825 ;
      RECT 1.276 0.275 2.156 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 2.332 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.266 0.209 2.332 0.242 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.055 0.275 1.177 0.341 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.661 0.825 2.156 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.661 0.891 1.727 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.276 0.957 1.727 1.023 ;
  END
END LDH_OAI22_S_3
#
# 
MACRO LDH_OAI22_S_4 FOREIGN C0A07BLDH_OAI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.496 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.342672 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.363 1.683 0.693 ;
      RECT 1.287 0.693 1.881 0.759 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.825 2.233 0.891 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.287 0.759 1.353 0.825 ;
      RECT 0.935 0.825 1.353 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.595 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.463 0.231 1.529 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
  END
END LDH_OAI22_S_4
#
# 
MACRO LDH_OAI22_S_6 FOREIGN C0A07BLDH_OAI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.542564 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.013 0.693 2.739 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.673 0.825 3.333 0.891 ;
      RECT 3.267 0.726 3.333 0.825 ;
      RECT 2.013 0.759 2.079 0.825 ;
      RECT 1.276 0.825 2.079 0.891 ;
      RECT 2.409 0.297 4.246 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 2.64 0.462 3.564 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.32 0.462 2.112 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.726 ;
      RECT 3.696 0.462 4.356 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.165 4.422 0.231 ;
    RECT 2.189 0.231 2.255 0.297 ;
    RECT 0.198 0.297 2.255 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 2.189 0.858 2.255 0.957 ;
    RECT 2.387 0.858 2.453 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.99 ;
    RECT 1.111 0.957 2.255 1.023 ;
    RECT 2.387 0.957 3.509 1.023 ;
  END
END LDH_OAI22_S_6
#
# 
MACRO LDH_OAI22_S_8 FOREIGN C0A07BLDH_OAI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.672276 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.135 0.825 ;
      RECT 1.749 0.825 4.455 0.891 ;
      RECT 4.389 0.715 4.455 0.825 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.606 0.693 1.815 0.759 ;
      RECT 3.069 0.275 6.039 0.341 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 3.432 0.462 4.224 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 5.852 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.871 0.209 2.937 0.275 ;
    RECT 0.055 0.275 2.937 0.341 ;
    RECT 0.055 0.825 1.683 0.891 ;
    RECT 4.521 0.825 5.995 0.891 ;
    RECT 1.617 0.891 1.683 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 5.929 0.891 5.995 0.99 ;
    RECT 1.617 0.957 2.97 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
  END
END LDH_OAI22_S_8
#
# 
MACRO LDH_OAI2B11_1 FOREIGN C0A07BLDH_OAI2B11_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.561 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11737 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 0.693 0.825 1.287 0.891 ;
      RECT 0.693 0.891 0.759 1.023 ;
      RECT 1.122 0.165 1.287 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.803 0.198 0.869 0.297 ;
    RECT 0.297 0.231 0.363 0.957 ;
    RECT 0.429 0.297 0.869 0.363 ;
    RECT 0.671 0.462 0.737 0.528 ;
    RECT 0.561 0.528 0.737 0.594 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 0.22 0.957 0.627 1.023 ;
  END
END LDH_OAI2B11_1
#
# 
MACRO LDH_OAI2B11_2 FOREIGN C0A07BLDH_OAI2B11_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.55 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.033 0.616 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.935 0.825 1.914 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.617 0.297 1.914 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.991 0.132 2.057 0.165 ;
    RECT 1.254 0.165 2.057 0.231 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 1.991 0.231 2.057 0.264 ;
    RECT 0.297 0.264 0.363 0.693 ;
    RECT 0.583 0.297 1.529 0.363 ;
    RECT 1.463 0.363 1.529 0.44 ;
    RECT 0.803 0.495 0.99 0.561 ;
    RECT 0.803 0.561 0.869 0.693 ;
    RECT 0.231 0.693 0.869 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 0.759 0.957 1.21 1.023 ;
  END
END LDH_OAI2B11_2
#
# 
MACRO LDH_OAI2B11_4 FOREIGN C0A07BLDH_OAI2B11_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.056 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.033 0.561 0.231 0.627 ;
      RECT 0.033 0.627 0.099 0.726 ;
    END
  END A
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 1.441 0.825 3.498 0.891 ;
      RECT 1.441 0.726 1.507 0.825 ;
      RECT 2.937 0.297 3.498 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 2.134 0.132 2.2 0.165 ;
    RECT 3.575 0.132 3.641 0.165 ;
    RECT 0.198 0.165 0.363 0.231 ;
    RECT 2.134 0.165 3.641 0.231 ;
    RECT 0.737 0.22 0.803 0.297 ;
    RECT 0.297 0.231 0.363 0.693 ;
    RECT 3.575 0.231 3.641 0.264 ;
    RECT 0.737 0.297 2.794 0.363 ;
    RECT 1.221 0.495 1.804 0.561 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.231 0.693 1.287 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 0.561 0.891 0.627 0.99 ;
    RECT 1.265 0.957 2.068 1.023 ;
    RECT 2.002 1.023 2.068 1.056 ;
  END
END LDH_OAI2B11_4
#
# 
MACRO LDH_OAI2B1_1 FOREIGN C0A07BLDH_OAI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.957 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 0.297 0.594 0.363 0.957 ;
    RECT 0.297 0.957 1.122 1.023 ;
  END
END LDH_OAI2B1_1
#
# 
MACRO LDH_OAI2B1_2 FOREIGN C0A07BLDH_OAI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.957 ;
      RECT 0.198 1.023 0.264 1.056 ;
      RECT 0.198 0.957 0.858 1.023 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.649 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 1.485 0.165 1.628 0.231 ;
    RECT 1.485 0.231 1.551 0.693 ;
    RECT 0.583 0.297 1.386 0.363 ;
    RECT 0.759 0.462 0.825 0.693 ;
    RECT 0.759 0.693 1.551 0.759 ;
    RECT 1.485 0.759 1.551 0.957 ;
    RECT 0.55 0.825 1.386 0.891 ;
    RECT 1.485 0.957 1.628 1.023 ;
  END
END LDH_OAI2B1_2
#
# 
MACRO LDH_OAI2B1_4 FOREIGN C0A07BLDH_OAI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.288 0.528 ;
      RECT 1.98 0.528 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.772 0.132 2.838 0.165 ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.673 0.165 2.838 0.231 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.673 0.231 2.739 0.693 ;
    RECT 2.387 0.264 2.453 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.363 2.453 0.429 ;
    RECT 1.21 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 1.749 0.693 2.739 0.759 ;
    RECT 2.673 0.759 2.739 0.825 ;
    RECT 1.683 0.825 2.486 0.891 ;
    RECT 2.673 0.825 2.838 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDH_OAI2B1_4
#
# 
MACRO LDH_OAI2B2_1 FOREIGN C0A07BLDH_OAI2B2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102124 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.429 0.957 0.891 1.023 ;
      RECT 0.429 0.858 0.495 0.957 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.155 0.132 1.221 1.056 ;
    RECT 0.407 0.165 0.891 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.495 0.462 0.561 0.66 ;
    RECT 0.495 0.66 0.627 0.726 ;
    RECT 0.561 0.726 0.627 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.254 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
  END
END LDH_OAI2B2_1
#
# 
MACRO LDH_OAI2B2_2 FOREIGN C0A07BLDH_OAI2B2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.341 1.023 0.726 ;
      RECT 0.792 0.726 1.21 0.759 ;
      RECT 1.144 0.693 1.21 0.726 ;
      RECT 0.792 0.825 1.21 0.858 ;
      RECT 0.561 0.759 1.21 0.825 ;
      RECT 0.935 0.275 1.738 0.341 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.353 0.495 1.683 0.561 ;
      VIA 1.584 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.33 1.947 0.594 ;
    END
  END A
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.627 ;
      RECT 0.561 0.627 0.693 0.693 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.132 2.079 0.264 ;
    RECT 0.781 0.143 1.562 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.781 0.209 0.847 0.297 ;
    RECT 2.013 0.264 2.079 0.693 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.561 ;
    RECT 1.122 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 1.287 0.693 2.079 0.759 ;
    RECT 1.969 0.759 2.079 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.287 0.825 1.738 0.891 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.287 0.891 1.353 0.924 ;
    RECT 0.429 0.924 0.847 0.99 ;
    RECT 0.935 0.924 1.353 0.99 ;
    RECT 0.781 0.99 0.847 1.056 ;
    RECT 0.935 0.99 1.001 1.056 ;
  END
END LDH_OAI2B2_2
#
# 
MACRO LDH_OAI2B2_4 FOREIGN C0A07BLDH_OAI2B2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39688 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.705 0.693 ;
      RECT 0.935 0.693 2.233 0.759 ;
      RECT 2.145 0.759 2.233 0.858 ;
      RECT 0.935 0.759 1.023 0.858 ;
      RECT 1.617 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.561 ;
      RECT 2.508 0.561 3.267 0.594 ;
      RECT 3.003 0.594 3.267 0.627 ;
      RECT 2.508 0.462 3.069 0.561 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 1.32 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.399 0.132 3.465 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.333 0.198 3.465 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.333 0.264 3.399 0.693 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 1.87 0.495 2.409 0.561 ;
    RECT 2.343 0.561 2.409 0.693 ;
    RECT 2.343 0.693 3.399 0.759 ;
    RECT 3.333 0.759 3.399 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.333 0.924 3.465 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
    RECT 3.399 0.99 3.465 1.056 ;
  END
END LDH_OAI2B2_4
#
# 
MACRO LDH_OAI31_0P5 FOREIGN C0A07BLDH_OAI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05082 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
  END
END LDH_OAI31_0P5
#
# 
MACRO LDH_OAI31_1 FOREIGN C0A07BLDH_OAI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.748 0.165 0.891 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
  END
END LDH_OAI31_1
#
# 
MACRO LDH_OAI31_2 FOREIGN C0A07BLDH_OAI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.825 ;
      RECT 0.913 0.825 1.782 0.891 ;
      RECT 0.913 0.726 1.023 0.825 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.143 1.782 0.209 ;
    RECT 1.265 0.209 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.748 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
  END
END LDH_OAI31_2
#
# 
MACRO LDH_OAI31_3 FOREIGN C0A07BLDH_OAI31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265474 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.254 0.825 2.156 0.891 ;
      RECT 1.881 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.661 0.165 2.156 0.231 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 0.198 0.297 1.727 0.363 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDH_OAI31_3
#
# 
MACRO LDH_OAI31_4 FOREIGN C0A07BLDH_OAI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.330088 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.617 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 3.003 0.517 ;
      RECT 2.937 0.517 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.321 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 2.321 0.209 2.387 0.297 ;
    RECT 0.055 0.297 2.387 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.902 0.957 2.244 1.023 ;
  END
END LDH_OAI31_4
#
# 
MACRO LDH_OAI31_6 FOREIGN C0A07BLDH_OAI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.594 3.267 0.726 ;
      RECT 2.64 0.462 3.3 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 3.828 0.462 4.488 0.594 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.487388 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 2.343 0.825 4.587 0.891 ;
      RECT 4.499 0.891 4.587 0.99 ;
      RECT 2.343 0.748 2.409 0.825 ;
      RECT 3.597 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 3.421 0.165 4.565 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.055 0.297 3.487 0.363 ;
    RECT 2.167 0.748 2.233 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.254 0.957 3.322 1.023 ;
  END
END LDH_OAI31_6
#
# 
MACRO LDH_OAI31_8 FOREIGN C0A07BLDH_OAI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.645172 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.825 ;
      RECT 3.014 0.825 6.039 0.891 ;
      RECT 5.951 0.891 6.039 0.99 ;
      RECT 3.014 0.792 3.08 0.825 ;
      RECT 4.653 0.297 5.852 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.594 5.643 0.726 ;
      RECT 4.884 0.462 5.676 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.594 4.059 0.726 ;
      RECT 3.3 0.462 4.092 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.594 2.475 0.726 ;
      RECT 1.716 0.462 2.508 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.455 0.165 6.017 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.455 0.231 4.521 0.297 ;
    RECT 5.951 0.231 6.017 0.308 ;
    RECT 0.055 0.297 4.521 0.363 ;
    RECT 2.871 0.748 2.937 0.825 ;
    RECT 0.055 0.825 2.937 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.606 0.957 4.378 1.023 ;
  END
END LDH_OAI31_8
#
# 
MACRO LDH_OAI33_1 FOREIGN C0A07BLDH_OAI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129954 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 0.55 0.957 1.287 1.023 ;
      RECT 0.748 0.165 1.287 0.231 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.935 0.616 ;
      RECT 0.825 0.616 0.891 0.858 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.858 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.078 0.363 ;
  END
END LDH_OAI33_1
#
# 
MACRO LDH_OAI33_2 FOREIGN C0A07BLDH_OAI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.24926 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.913 0.825 1.683 0.891 ;
      RECT 0.913 0.726 0.979 0.825 ;
      RECT 1.408 0.297 2.42 0.363 ;
      RECT 1.408 0.264 1.474 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.353 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.475 0.517 ;
      RECT 2.409 0.517 2.475 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 1.023 2.343 1.155 ;
      RECT 2.277 0.957 2.42 1.023 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.099 1.628 0.165 ;
    RECT 1.562 0.165 2.585 0.231 ;
    RECT 1.265 0.165 1.331 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.519 0.231 2.585 0.308 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.771 0.726 1.837 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.771 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
    RECT 1.408 0.957 2.046 1.023 ;
  END
END LDH_OAI33_2
#
# 
MACRO LDH_OAI33_4 FOREIGN C0A07BLDH_OAI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456896 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.825 ;
      RECT 1.617 0.825 3.157 0.891 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 4.554 0.363 ;
      RECT 4.488 0.363 4.554 0.396 ;
      RECT 2.486 0.264 2.552 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.517 4.345 0.726 ;
      RECT 4.125 0.451 4.345 0.517 ;
      RECT 4.125 0.517 4.191 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.517 3.795 0.726 ;
      RECT 3.311 0.451 3.795 0.517 ;
      RECT 3.311 0.517 3.399 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.422 0.957 4.554 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 2.343 0.099 2.728 0.165 ;
    RECT 2.662 0.165 4.697 0.231 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 4.631 0.231 4.697 0.33 ;
    RECT 0.055 0.297 2.409 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 3.223 0.748 3.289 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 3.223 0.825 4.697 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.631 0.891 4.697 0.968 ;
    RECT 0.902 0.957 2.266 1.023 ;
    RECT 2.486 0.957 3.85 1.023 ;
  END
END LDH_OAI33_4
#
# 
MACRO LDH_OAOI211_1 FOREIGN C0A07BLDH_OAOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.110594 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.693 ;
      RECT 0.693 0.693 0.858 0.759 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.198 0.627 0.451 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.176 0.495 0.275 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.429 0.825 1.001 0.891 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.935 0.891 1.001 0.968 ;
  END
END LDH_OAOI211_1
#
# 
MACRO LDH_OAOI211_2 FOREIGN C0A07BLDH_OAOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 1.221 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.891 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.165 1.683 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.165 1.364 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.847 0.231 0.913 0.297 ;
    RECT 0.055 0.297 0.913 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.913 0.825 1.375 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.913 0.891 0.979 0.957 ;
    RECT 1.309 0.891 1.375 0.99 ;
    RECT 1.815 0.924 1.881 0.99 ;
    RECT 0.55 0.957 0.979 1.023 ;
    RECT 1.309 0.99 1.881 1.056 ;
  END
END LDH_OAOI211_2
#
# 
MACRO LDH_OAOI211_4 FOREIGN C0A07BLDH_OAOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2541 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.825 ;
      RECT 2.618 0.825 3.102 0.891 ;
      RECT 1.76 0.297 3.267 0.363 ;
      RECT 3.179 0.198 3.267 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.805 0.451 3.135 0.517 ;
      RECT 3.069 0.517 3.135 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.42 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.551 0.231 1.617 0.275 ;
    RECT 0.055 0.275 1.617 0.341 ;
    RECT 1.463 0.77 1.529 0.847 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.617 0.847 2.508 0.913 ;
    RECT 3.179 0.902 3.245 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.617 0.913 1.683 0.979 ;
    RECT 2.442 0.913 2.508 0.979 ;
    RECT 0.902 0.979 1.683 1.045 ;
    RECT 2.442 0.979 3.245 1.045 ;
  END
END LDH_OAOI211_4
#
# 
MACRO LDH_OR2_0P5 FOREIGN C0A07BLDH_OR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.858 ;
      RECT 0.649 0.858 0.759 1.001 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.682 ;
      RECT 0.198 0.682 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.253 0.297 0.561 0.363 ;
    RECT 0.495 0.363 0.561 0.847 ;
    RECT 0.055 0.847 0.561 0.913 ;
    RECT 0.055 0.913 0.121 1.034 ;
  END
END LDH_OR2_0P5
#
# 
MACRO LDH_OR2_1 FOREIGN C0A07BLDH_OR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDH_OR2_1
#
# 
MACRO LDH_OR2_10 FOREIGN C0A07BLDH_OR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.772 0.726 4.488 0.858 ;
      RECT 2.882 0.319 4.422 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.275 ;
    RECT 0.605 0.154 0.671 0.275 ;
    RECT 1.001 0.154 1.067 0.275 ;
    RECT 1.375 0.154 1.441 0.275 ;
    RECT 1.749 0.154 1.815 0.275 ;
    RECT 2.123 0.154 2.189 0.275 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.231 0.275 2.585 0.341 ;
    RECT 2.519 0.341 2.585 0.495 ;
    RECT 1.177 0.341 1.243 0.825 ;
    RECT 2.519 0.495 3.762 0.561 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 1.243 0.891 ;
    RECT 1.375 0.847 2.618 0.913 ;
    RECT 1.375 0.913 1.441 0.957 ;
    RECT 0.198 0.957 1.441 1.023 ;
  END
END LDH_OR2_10
#
# 
MACRO LDH_OR2_12 FOREIGN C0A07BLDH_OR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.752 0.143 4.884 0.209 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 3.696 0.033 3.762 0.143 ;
      RECT 3.696 0.143 3.828 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.156 0.033 2.222 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.363 4.323 0.726 ;
      RECT 3.036 0.726 5.148 0.858 ;
      RECT 3.168 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.4 0.979 4.532 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.025 0.99 3.091 1.155 ;
      RECT 3.025 0.924 3.124 0.99 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.752 0.979 4.884 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 4.048 0.979 4.18 1.045 ;
      RECT 3.696 1.045 3.762 1.155 ;
      RECT 3.696 0.979 3.828 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.297 3.058 0.363 ;
    RECT 2.992 0.363 3.058 0.495 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 2.992 0.495 4.092 0.561 ;
    RECT 1.463 0.825 2.937 0.891 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.529 1.045 ;
  END
END LDH_OR2_12
#
# 
MACRO LDH_OR2_16 FOREIGN C0A07BLDH_OR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.726 ;
      RECT 3.96 0.726 6.732 0.858 ;
      RECT 4.07 0.297 6.666 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 6.006 0.979 6.138 1.045 ;
      RECT 5.654 1.045 5.72 1.155 ;
      RECT 5.654 0.979 5.786 1.045 ;
      RECT 5.302 1.045 5.368 1.155 ;
      RECT 5.302 0.979 5.434 1.045 ;
      RECT 4.95 1.045 5.016 1.155 ;
      RECT 4.95 0.979 5.082 1.045 ;
      RECT 3.927 0.99 3.993 1.155 ;
      RECT 3.927 0.924 4.026 0.99 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 4.598 1.045 4.664 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.246 0.979 4.378 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0 0.528 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.297 3.96 0.363 ;
    RECT 3.894 0.363 3.96 0.495 ;
    RECT 1.815 0.363 1.881 0.759 ;
    RECT 3.894 0.495 5.83 0.561 ;
    RECT 0.055 0.759 1.881 0.825 ;
    RECT 1.991 0.825 3.85 0.891 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 1.991 0.891 2.057 0.979 ;
    RECT 0.198 0.979 2.057 1.045 ;
  END
END LDH_OR2_16
#
# 
MACRO LDH_OR2_2 FOREIGN C0A07BLDH_OR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDH_OR2_2
#
# 
MACRO LDH_OR2_2RE FOREIGN C0A07BLDH_OR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.066 0.495 0.264 0.561 ;
      RECT 0.066 0.561 0.132 0.759 ;
      RECT 0.066 0.759 0.264 0.825 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.627 0.495 0.693 ;
      RECT 0.429 0.462 0.495 0.627 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.308 0.297 ;
    RECT 0.198 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.451 0.759 0.627 0.825 ;
    RECT 0.451 0.825 0.517 1.034 ;
  END
END LDH_OR2_2RE
#
# 
MACRO LDH_OR2_3 FOREIGN C0A07BLDH_OR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.693 ;
      RECT 0.957 0.693 1.551 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 0.957 0.759 1.023 0.858 ;
      RECT 1.078 0.319 1.551 0.385 ;
      RECT 1.463 0.198 1.551 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.913 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.319 0.319 0.946 0.385 ;
    RECT 0.88 0.385 0.946 0.495 ;
    RECT 0.319 0.385 0.385 0.693 ;
    RECT 0.88 0.495 1.254 0.561 ;
    RECT 0.231 0.693 0.385 0.759 ;
    RECT 0.231 0.759 0.297 0.836 ;
    RECT 0.407 0.825 0.858 0.891 ;
    RECT 0.055 0.869 0.121 0.957 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.957 0.473 1.023 ;
  END
END LDH_OR2_3
#
# 
MACRO LDH_OR2_4 FOREIGN C0A07BLDH_OR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDH_OR2_4
#
# 
MACRO LDH_OR2_4RE FOREIGN C0A07BLDH_OR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.759 ;
      RECT 0.132 0.759 0.726 0.825 ;
      RECT 0.66 0.693 0.726 0.759 ;
      RECT 0.66 0.627 0.99 0.693 ;
      RECT 0.924 0.561 0.99 0.627 ;
      RECT 0.924 0.495 1.056 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.627 2.079 0.693 ;
      RECT 2.079 0.759 2.145 0.924 ;
      RECT 2.013 0.693 2.343 0.759 ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 1.419 0.363 2.343 0.385 ;
      RECT 1.782 0.319 2.343 0.363 ;
      RECT 1.419 0.385 1.848 0.429 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 1.419 0.693 1.485 0.902 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.561 0.363 0.627 ;
      RECT 0.297 0.495 0.814 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.792 1.903 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.33 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.33 0.759 0.363 ;
    RECT 0.231 0.363 1.287 0.396 ;
    RECT 0.693 0.396 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.221 0.495 2.211 0.528 ;
    RECT 1.221 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.825 0.825 0.891 0.891 ;
    RECT 0.418 0.891 0.891 0.957 ;
  END
END LDH_OR2_4RE
#
# 
MACRO LDH_OR2_6 FOREIGN C0A07BLDH_OR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.484 0.143 0.616 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.716 0.726 2.772 0.858 ;
      RECT 1.826 0.319 2.662 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 1.331 0.198 1.397 0.275 ;
    RECT 0.231 0.275 1.584 0.341 ;
    RECT 1.518 0.341 1.584 0.495 ;
    RECT 0.616 0.341 0.682 0.825 ;
    RECT 1.518 0.495 2.31 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 0.759 0.825 1.606 0.891 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDH_OR2_6
#
# 
MACRO LDH_OR2_8 FOREIGN C0A07BLDH_OR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDH_OR2_8
#
# 
MACRO LDH_OR3B_1 FOREIGN C0A07BLDH_OR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.495 0.759 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.682 0.957 1.023 1.023 ;
      RECT 0.682 1.023 0.748 1.056 ;
      RECT 0.858 0.165 1.023 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.286 0.363 0.825 ;
    RECT 0.825 0.462 0.891 0.825 ;
    RECT 0.297 0.825 0.891 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.066 0.957 0.363 1.023 ;
  END
END LDH_OR3B_1
#
# 
MACRO LDH_OR3B_2 FOREIGN C0A07BLDH_OR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.144 0.825 1.65 0.891 ;
      RECT 1.144 0.297 1.287 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.451 0.165 0.891 0.231 ;
    RECT 0.968 0.165 1.419 0.231 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.451 0.231 0.517 0.308 ;
    RECT 0.825 0.231 0.891 0.462 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.825 0.462 1.155 0.528 ;
    RECT 1.089 0.528 1.155 0.594 ;
    RECT 0.825 0.528 0.891 0.825 ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.891 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDH_OR3B_2
#
# 
MACRO LDH_OR3B_3 FOREIGN C0A07BLDH_OR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.727 0.462 1.947 0.528 ;
      RECT 1.727 0.528 1.815 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 1.056 0.726 1.584 0.825 ;
      RECT 1.056 0.825 1.914 0.858 ;
      RECT 1.518 0.858 1.914 0.891 ;
      RECT 1.287 0.429 1.419 0.495 ;
      RECT 1.287 0.363 1.353 0.429 ;
      RECT 0.902 0.297 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.165 1.529 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.605 0.198 0.671 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.231 0.297 0.792 0.363 ;
    RECT 1.463 0.297 1.914 0.363 ;
    RECT 0.726 0.363 0.792 0.495 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 0.726 0.561 0.792 0.704 ;
    RECT 0.605 0.704 0.792 0.77 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.605 0.77 0.671 0.836 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.979 ;
    RECT 0.781 0.902 0.847 0.979 ;
    RECT 0.429 0.979 0.847 1.045 ;
  END
END LDH_OR3B_3
#
# 
MACRO LDH_OR3B_4 FOREIGN C0A07BLDH_OR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.552 0.143 2.684 0.209 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.485 0.825 2.684 0.891 ;
      RECT 1.496 0.297 1.947 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.143 2.123 0.209 ;
    RECT 2.057 0.209 2.123 0.297 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 0.396 0.275 1.265 0.341 ;
    RECT 2.057 0.297 2.827 0.363 ;
    RECT 1.199 0.341 1.265 0.495 ;
    RECT 1.199 0.495 1.782 0.561 ;
    RECT 1.199 0.561 1.265 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.198 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.265 0.891 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.056 1.023 ;
  END
END LDH_OR3B_4
#
# 
MACRO LDH_OR3B_6 FOREIGN C0A07BLDH_OR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.353 0.198 1.419 0.462 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 2.805 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.201 0.528 3.267 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.828 0.858 ;
      RECT 1.804 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.628 0.165 2.783 0.231 ;
    RECT 3.817 0.22 3.883 0.297 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 0.374 0.275 1.21 0.341 ;
    RECT 2.717 0.297 3.883 0.363 ;
    RECT 0.902 0.341 0.968 0.825 ;
    RECT 1.518 0.495 2.442 0.561 ;
    RECT 1.518 0.561 1.584 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.902 0.825 1.584 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDH_OR3B_6
#
# 
MACRO LDH_OR3B_8 FOREIGN C0A07BLDH_OR3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.98 0.726 4.752 0.858 ;
      RECT 2.046 0.297 3.234 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 4.763 0.924 4.829 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.165 3.399 0.231 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 3.333 0.231 3.399 0.297 ;
    RECT 0.198 0.297 1.815 0.363 ;
    RECT 3.333 0.297 4.829 0.363 ;
    RECT 1.749 0.363 1.815 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.749 0.495 2.838 0.561 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.979 0.825 1.826 0.891 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.979 0.891 1.045 0.957 ;
    RECT 0.198 0.957 1.045 1.023 ;
  END
END LDH_OR3B_8
#
# 
MACRO LDH_OR3_0P5 FOREIGN C0A07BLDH_OR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDH_OR3_0P5
#
# 
MACRO LDH_OR3_1 FOREIGN C0A07BLDH_OR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDH_OR3_1
#
# 
MACRO LDH_OR3_10 FOREIGN C0A07BLDH_OR3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.333 0.462 3.927 0.528 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 4.785 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.22 0.297 1.76 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.013 0.165 3.839 0.231 ;
    RECT 3.773 0.231 3.839 0.297 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 3.773 0.297 4.928 0.363 ;
    RECT 4.477 0.363 4.543 0.825 ;
    RECT 0.968 0.495 2.079 0.561 ;
    RECT 1.98 0.825 4.224 0.891 ;
    RECT 4.477 0.825 5.632 0.891 ;
    RECT 5.566 0.891 5.632 0.924 ;
    RECT 3.212 0.957 5.456 1.023 ;
  END
END LDH_OR3_10
#
# 
MACRO LDH_OR3_12 FOREIGN C0A07BLDH_OR3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.313 0.462 6.171 0.528 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.841 0.528 5.907 0.726 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.313 0.528 5.379 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.993 0.429 4.796 0.495 ;
      RECT 3.993 0.33 4.059 0.429 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 2.112 0.858 ;
      RECT 0.198 0.297 2.09 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.462 ;
    RECT 0 0.462 3.641 0.528 ;
    RECT 5.258 0.462 6.6 0.528 ;
    RECT 3.641 0.462 5.258 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 3.223 0.165 4.213 0.231 ;
    RECT 3.223 0.231 3.289 0.275 ;
    RECT 4.147 0.231 4.213 0.275 ;
    RECT 2.409 0.275 3.289 0.341 ;
    RECT 4.147 0.275 6.05 0.341 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 5.049 0.341 5.115 0.825 ;
    RECT 1.012 0.495 2.475 0.561 ;
    RECT 6.336 0.792 6.402 0.825 ;
    RECT 2.31 0.825 4.95 0.891 ;
    RECT 5.049 0.825 6.402 0.891 ;
    RECT 6.479 0.88 6.545 0.957 ;
    RECT 3.916 0.957 6.545 1.023 ;
  END
END LDH_OR3_12
#
# 
MACRO LDH_OR3_2 FOREIGN C0A07BLDH_OR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.231 0.231 0.825 ;
      RECT 0.165 0.825 0.352 0.891 ;
      RECT 0.165 0.165 0.352 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.473 0.924 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.165 1.441 0.231 ;
    RECT 0.495 0.231 0.561 0.429 ;
    RECT 1.375 0.231 1.441 0.803 ;
    RECT 0.297 0.429 0.561 0.495 ;
    RECT 0.297 0.495 0.363 0.594 ;
    RECT 1.232 0.792 1.298 0.825 ;
    RECT 1.375 0.803 1.65 0.869 ;
    RECT 0.616 0.825 1.298 0.891 ;
    RECT 1.727 0.88 1.793 0.957 ;
    RECT 0.99 0.957 1.793 1.023 ;
  END
END LDH_OR3_2
#
# 
MACRO LDH_OR3_3 FOREIGN C0A07BLDH_OR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.165 2.156 0.231 ;
    RECT 0.649 0.231 0.715 0.495 ;
    RECT 1.749 0.231 1.815 0.825 ;
    RECT 0.374 0.495 0.715 0.561 ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 1.749 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.924 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDH_OR3_3
#
# 
MACRO LDH_OR3_4 FOREIGN C0A07BLDH_OR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.165 2.288 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 1.881 0.231 1.947 0.825 ;
    RECT 0.418 0.495 0.891 0.561 ;
    RECT 0.924 0.825 1.76 0.891 ;
    RECT 1.881 0.825 2.464 0.891 ;
    RECT 2.398 0.891 2.464 0.924 ;
    RECT 1.452 0.957 2.288 1.023 ;
  END
END LDH_OR3_4
#
# 
MACRO LDH_OR3_6 FOREIGN C0A07BLDH_OR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.86 0.033 2.926 0.143 ;
      RECT 2.86 0.143 2.992 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 3.333 0.198 3.399 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.22 0.297 1.056 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.275 3.168 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 2.805 0.341 2.871 0.825 ;
    RECT 0.484 0.495 1.221 0.561 ;
    RECT 1.276 0.825 2.64 0.891 ;
    RECT 2.805 0.825 3.344 0.891 ;
    RECT 1.98 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDH_OR3_6
#
# 
MACRO LDH_OR3_8 FOREIGN C0A07BLDH_OR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.003 0.726 ;
      RECT 2.937 0.429 3.421 0.495 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 2.552 0.528 ;
    RECT 3.872 0.462 4.884 0.528 ;
    RECT 2.552 0.462 3.872 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.176 1.859 0.275 ;
    RECT 2.321 0.176 2.387 0.275 ;
    RECT 3.663 0.176 3.729 0.275 ;
    RECT 4.037 0.176 4.103 0.275 ;
    RECT 2.717 0.198 2.783 0.275 ;
    RECT 4.565 0.198 4.631 0.275 ;
    RECT 1.793 0.275 4.631 0.341 ;
    RECT 1.793 0.341 1.859 0.495 ;
    RECT 3.861 0.341 3.927 0.825 ;
    RECT 0.726 0.495 1.859 0.561 ;
    RECT 1.584 0.825 3.553 0.891 ;
    RECT 3.861 0.825 4.664 0.891 ;
    RECT 2.86 0.957 4.84 1.023 ;
    RECT 4.774 1.023 4.84 1.056 ;
  END
END LDH_OR3_8
#
# 
MACRO LDH_OR4B_1 FOREIGN C0A07BLDH_OR4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089782 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 0.825 0.891 0.891 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.297 ;
    RECT 0.033 0.297 1.001 0.363 ;
    RECT 0.935 0.363 1.001 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 0.033 0.957 0.176 1.023 ;
  END
END LDH_OR4B_1
#
# 
MACRO LDH_OR4B_2 FOREIGN C0A07BLDH_OR4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.54 0.825 2.024 0.891 ;
      RECT 1.54 0.297 1.683 0.363 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.364 0.143 1.815 0.209 ;
    RECT 0.242 0.165 0.495 0.231 ;
    RECT 1.749 0.209 1.815 0.297 ;
    RECT 0.429 0.231 0.495 0.275 ;
    RECT 2.134 0.264 2.2 0.297 ;
    RECT 0.429 0.275 1.419 0.341 ;
    RECT 1.749 0.297 2.2 0.363 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 0.429 0.341 0.495 0.825 ;
    RECT 1.353 0.495 1.518 0.561 ;
    RECT 0.594 0.825 1.067 0.891 ;
    RECT 0.242 0.825 0.495 0.891 ;
    RECT 1.001 0.891 1.067 0.957 ;
    RECT 0.066 0.957 0.902 1.023 ;
    RECT 1.001 0.957 1.254 1.023 ;
  END
END LDH_OR4B_2
#
# 
MACRO LDH_OR4B_3 FOREIGN C0A07BLDH_OR4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.033 2.475 0.176 ;
      RECT 2.409 0.176 2.508 0.242 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.826 0.825 2.684 0.891 ;
      RECT 1.65 0.297 2.211 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 1.826 0.165 2.343 0.231 ;
    RECT 0.935 0.22 1.001 0.297 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 2.277 0.231 2.343 0.319 ;
    RECT 0.561 0.297 1.551 0.363 ;
    RECT 2.277 0.319 2.684 0.385 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDH_OR4B_3
#
# 
MACRO LDH_OR4B_4 FOREIGN C0A07BLDH_OR4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.495 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.673 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
      RECT 2.673 0.528 2.739 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.726 ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.782 0.297 2.255 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.363 0.165 0.627 0.231 ;
    RECT 1.606 0.165 2.409 0.231 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.561 0.231 0.627 0.275 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.561 0.275 1.551 0.341 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 1.485 0.341 1.551 0.495 ;
    RECT 0.561 0.341 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDH_OR4B_4
#
# 
MACRO LDH_OR4B_6 FOREIGN C0A07BLDH_OR4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.376 0.726 4.488 0.858 ;
      RECT 2.486 0.297 3.322 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 3.487 0.231 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.198 0.275 2.211 0.341 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.145 0.341 2.211 0.495 ;
    RECT 0.693 0.341 0.759 0.825 ;
    RECT 2.145 0.495 3.102 0.561 ;
    RECT 0.902 0.825 2.266 0.891 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDH_OR4B_6
#
# 
MACRO LDH_OR4B_8 FOREIGN C0A07BLDH_OR4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.116 0.165 6.248 0.231 ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.764 0.165 5.896 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.594 ;
      RECT 5.445 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.594 ;
      RECT 6.105 0.528 6.171 0.594 ;
      RECT 5.841 0.528 5.907 0.594 ;
      RECT 5.709 0.528 5.775 0.594 ;
      RECT 5.445 0.528 5.511 0.594 ;
      RECT 5.577 0.528 5.643 0.594 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.541 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.564 0.726 6.336 0.858 ;
      RECT 3.652 0.297 4.851 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.884 0.957 5.016 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.18 0.957 4.312 1.023 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.588 0.957 5.72 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 3.476 0.165 4.983 0.231 ;
    RECT 4.917 0.231 4.983 0.297 ;
    RECT 6.358 0.264 6.424 0.297 ;
    RECT 0.726 0.297 3.399 0.363 ;
    RECT 4.917 0.297 6.424 0.363 ;
    RECT 3.333 0.363 3.399 0.495 ;
    RECT 1.056 0.363 1.122 0.825 ;
    RECT 3.333 0.495 4.554 0.561 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 1.254 0.825 3.366 0.891 ;
    RECT 0.198 0.825 1.122 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDH_OR4B_8
#
# 
MACRO LDH_OR4B_HD_1 FOREIGN C0A07BLDH_OR4B_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.99 ;
      RECT 0.759 0.297 1.023 0.363 ;
      RECT 0.759 0.198 0.825 0.297 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 1.177 0.924 1.243 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDH_OR4B_HD_1
#
# 
MACRO LDH_OR4B_HD_2 FOREIGN C0A07BLDH_OR4B_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.825 ;
      RECT 0.902 0.825 1.386 0.891 ;
      RECT 0.913 0.264 1.023 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.177 0.165 ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 1.111 0.165 1.177 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 1.111 0.319 1.529 0.385 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDH_OR4B_HD_2
#
# 
MACRO LDH_OR4B_HD_4 FOREIGN C0A07BLDH_OR4B_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.946 0.825 2.156 0.891 ;
      RECT 0.946 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.595 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.429 0.176 0.495 0.297 ;
    RECT 1.529 0.231 1.595 0.319 ;
    RECT 2.233 0.242 2.299 0.319 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.529 0.319 2.299 0.385 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.759 0.495 1.254 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.429 0.825 0.825 0.891 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDH_OR4B_HD_4
#
# 
MACRO LDH_OR4_1 FOREIGN C0A07BLDH_OR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.792 ;
      RECT 0.693 0.792 0.803 0.858 ;
      RECT 0.737 0.858 0.803 0.924 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.033 0.539 0.231 0.605 ;
      RECT 0.033 0.462 0.099 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.561 0.946 0.627 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 1.089 0.165 1.232 0.231 ;
    RECT 1.089 0.231 1.155 0.308 ;
    RECT 0.825 0.308 1.155 0.374 ;
    RECT 0.231 0.363 0.627 0.429 ;
    RECT 0.825 0.374 0.891 0.66 ;
    RECT 0.561 0.429 0.627 0.781 ;
    RECT 0.825 0.66 0.935 0.726 ;
    RECT 0.869 0.726 0.935 0.825 ;
    RECT 0.429 0.781 0.627 0.847 ;
    RECT 0.869 0.825 1.397 0.891 ;
    RECT 0.429 0.847 0.495 0.99 ;
    RECT 1.331 0.891 1.397 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDH_OR4_1
#
# 
MACRO LDH_OR4_2 FOREIGN C0A07BLDH_OR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.308 1.199 0.44 ;
      RECT 1.089 0.44 1.155 0.825 ;
      RECT 1.089 0.825 1.562 0.891 ;
      RECT 1.089 0.891 1.177 0.99 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.353 0.209 ;
    RECT 0.407 0.198 0.473 0.693 ;
    RECT 1.287 0.209 1.353 0.363 ;
    RECT 2.167 0.22 2.233 0.693 ;
    RECT 1.639 0.264 1.705 0.363 ;
    RECT 1.287 0.363 1.705 0.429 ;
    RECT 0.913 0.462 0.979 0.693 ;
    RECT 1.43 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 0.407 0.693 0.979 0.759 ;
    RECT 1.749 0.693 2.233 0.759 ;
    RECT 0.583 0.759 0.649 0.924 ;
    RECT 1.991 0.759 2.057 0.924 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 2.167 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.407 1.023 0.825 1.089 ;
    RECT 1.815 1.023 2.233 1.089 ;
  END
END LDH_OR4_2
#
# 
MACRO LDH_OR4_3 FOREIGN C0A07BLDH_OR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.66 ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.98 0.858 ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 0.957 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.132 1.166 0.165 ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 2.915 0.154 2.981 0.286 ;
    RECT 1.1 0.165 1.551 0.231 ;
    RECT 2.167 0.176 2.233 0.286 ;
    RECT 2.541 0.176 2.607 0.286 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.803 0.198 0.869 0.275 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.055 0.275 0.869 0.341 ;
    RECT 2.167 0.286 2.981 0.352 ;
    RECT 1.485 0.297 1.936 0.363 ;
    RECT 0.693 0.341 0.759 0.495 ;
    RECT 2.277 0.352 2.343 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 1.65 0.495 2.343 0.561 ;
    RECT 0.693 0.561 0.759 0.803 ;
    RECT 2.277 0.561 2.343 0.803 ;
    RECT 0.594 0.803 0.759 0.869 ;
    RECT 2.277 0.803 2.442 0.869 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 2.541 0.825 2.981 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 2.915 0.891 2.981 0.968 ;
    RECT 2.541 0.891 2.607 0.99 ;
    RECT 0.803 0.924 0.869 0.99 ;
    RECT 2.167 0.924 2.233 0.99 ;
    RECT 0.429 0.99 0.869 1.056 ;
    RECT 2.167 0.99 2.607 1.056 ;
  END
END LDH_OR4_3
#
# 
MACRO LDH_OR4_4 FOREIGN C0A07BLDH_OR4_4_R3 0 0 ;
##MACROVERSION "3.0 2008/10/28" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.035 0.033 2.101 0.242 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.462 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.188 0.726 2.508 0.858 ;
      RECT 1.298 0.319 1.815 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.143 1.958 0.209 ;
    RECT 0.407 0.198 0.473 0.297 ;
    RECT 1.155 0.209 1.221 0.286 ;
    RECT 1.892 0.209 1.958 0.341 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 2.563 0.264 2.629 0.341 ;
    RECT 2.695 0.275 3.41 0.341 ;
    RECT 0.407 0.297 1.089 0.363 ;
    RECT 1.892 0.341 2.629 0.407 ;
    RECT 2.695 0.341 2.761 0.495 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 0.495 0.363 0.561 0.715 ;
    RECT 1.023 0.495 1.628 0.561 ;
    RECT 1.98 0.495 2.761 0.561 ;
    RECT 0.407 0.715 0.561 0.781 ;
    RECT 0.407 0.781 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 3.267 0.825 3.773 0.891 ;
    RECT 0.583 0.847 1.034 0.913 ;
    RECT 2.75 0.847 3.201 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
    RECT 0.583 0.913 0.649 0.979 ;
    RECT 3.135 0.913 3.201 0.957 ;
    RECT 3.135 0.957 3.608 1.023 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDH_OR4_4
#
# 
MACRO LDH_OR4_6 FOREIGN C0A07BLDH_OR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.082 0.165 5.214 0.231 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.553 0.033 3.619 0.242 ;
      RECT 3.201 0.033 3.267 0.242 ;
      RECT 2.849 0.033 2.915 0.242 ;
      RECT 1.254 0.033 1.32 0.187 ;
      RECT 1.254 0.187 1.386 0.253 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.696 0.858 ;
      RECT 1.76 0.297 2.607 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.917 0.462 5.247 0.528 ;
      RECT 5.181 0.528 5.247 0.594 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.143 2.739 0.209 ;
    RECT 1.617 0.209 1.683 0.286 ;
    RECT 2.673 0.209 2.739 0.341 ;
    RECT 4.235 0.22 4.301 0.308 ;
    RECT 4.587 0.22 4.653 0.308 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.407 0.242 0.473 0.33 ;
    RECT 0.759 0.242 0.825 0.33 ;
    RECT 1.111 0.242 1.177 0.33 ;
    RECT 3.729 0.264 3.795 0.341 ;
    RECT 3.927 0.308 5.005 0.374 ;
    RECT 0.407 0.33 1.529 0.396 ;
    RECT 2.673 0.341 3.795 0.407 ;
    RECT 3.927 0.374 3.993 0.495 ;
    RECT 4.763 0.374 4.829 0.847 ;
    RECT 1.463 0.396 1.529 0.495 ;
    RECT 0.616 0.396 0.682 0.825 ;
    RECT 1.463 0.495 2.376 0.561 ;
    RECT 2.937 0.495 3.993 0.561 ;
    RECT 5.115 0.77 5.181 0.847 ;
    RECT 0.759 0.825 1.562 0.891 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 3.85 0.825 4.653 0.891 ;
    RECT 4.763 0.847 5.181 0.913 ;
    RECT 5.291 0.88 5.357 0.979 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 4.587 0.891 4.653 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
    RECT 4.587 0.979 5.357 1.045 ;
  END
END LDH_OR4_6
#
# 
MACRO LDH_OR4_8 FOREIGN C0A07BLDH_OR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.462 ;
      RECT 0.165 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.726 ;
      RECT 1.848 0.726 4.62 0.858 ;
      RECT 1.958 0.297 3.157 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 5.049 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.973 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.726 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 6.237 0.198 6.303 0.462 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER HVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.143 3.289 0.209 ;
    RECT 1.815 0.209 1.881 0.286 ;
    RECT 3.223 0.209 3.289 0.297 ;
    RECT 0.55 0.297 1.749 0.363 ;
    RECT 3.223 0.297 4.73 0.363 ;
    RECT 4.884 0.297 6.006 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 4.884 0.363 4.95 0.495 ;
    RECT 5.731 0.363 5.797 0.847 ;
    RECT 1.683 0.495 2.827 0.561 ;
    RECT 3.3 0.495 4.95 0.561 ;
    RECT 6.435 0.77 6.501 0.847 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 4.774 0.825 5.621 0.891 ;
    RECT 5.731 0.847 6.501 0.913 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 5.555 0.891 5.621 0.979 ;
    RECT 0.198 0.979 1.001 1.045 ;
    RECT 5.555 0.979 6.358 1.045 ;
  END
END LDH_OR4_8

#
# 
MACRO LDN_ADDF_1 FOREIGN C0A07BLDN_ADDF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.792 ;
      RECT 0.033 0.792 0.165 0.858 ;
      RECT 0.099 0.858 0.165 0.924 ;
      RECT 0.033 0.33 0.165 0.396 ;
      RECT 0.099 0.264 0.165 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.345 0.924 4.455 1.056 ;
      RECT 4.345 0.132 4.455 0.264 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.583 ;
      RECT 0.561 0.583 1.111 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
      RECT 1.045 0.462 1.111 0.583 ;
    END
  END B
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.594 ;
      RECT 2.838 0.561 2.904 0.627 ;
      RECT 2.453 0.627 2.904 0.693 ;
      RECT 2.453 0.693 2.519 0.792 ;
      RECT 2.838 0.495 2.97 0.561 ;
      LAYER M2L ;
      RECT 2.838 0.495 3.564 0.561 ;
      VIA 2.904 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.715 ;
      RECT 0.792 0.715 1.287 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 2.233 0.165 ;
    RECT 3.223 0.099 4.147 0.165 ;
    RECT 2.321 0.132 2.387 0.462 ;
    RECT 0.231 0.165 0.902 0.231 ;
    RECT 1.397 0.165 1.463 0.297 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 2.838 0.165 3.157 0.231 ;
    RECT 4.081 0.165 4.147 0.594 ;
    RECT 3.223 0.165 3.289 1.023 ;
    RECT 0.814 0.231 0.902 0.462 ;
    RECT 0.231 0.231 0.297 0.979 ;
    RECT 3.091 0.231 3.157 0.759 ;
    RECT 2.695 0.242 2.761 0.363 ;
    RECT 1.639 0.264 1.705 0.33 ;
    RECT 1.793 0.264 1.903 0.462 ;
    RECT 1.991 0.264 2.057 0.726 ;
    RECT 3.597 0.286 3.663 0.924 ;
    RECT 3.949 0.286 4.015 0.858 ;
    RECT 1.122 0.297 1.463 0.363 ;
    RECT 1.551 0.33 1.705 0.396 ;
    RECT 2.497 0.33 2.563 0.495 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.397 0.363 1.463 0.847 ;
    RECT 2.695 0.363 2.904 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.715 ;
    RECT 0.363 0.462 0.429 0.858 ;
    RECT 2.277 0.462 2.387 0.528 ;
    RECT 4.257 0.462 4.323 0.858 ;
    RECT 2.497 0.495 2.706 0.561 ;
    LAYER M2L ;
    RECT 1.518 0.495 2.706 0.561 ;
    VIA 2.64 0.528 V1L2L ;
    VIA 1.584 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.528 2.343 0.66 ;
    RECT 1.716 0.561 1.881 0.649 ;
    LAYER M2L ;
    RECT 1.782 0.627 3.828 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.649 1.881 0.803 ;
    RECT 2.277 0.66 2.387 0.726 ;
    RECT 3.366 0.66 3.454 0.891 ;
    RECT 1.551 0.715 1.705 0.781 ;
    RECT 1.947 0.726 2.057 0.858 ;
    RECT 2.321 0.726 2.387 1.056 ;
    RECT 2.695 0.759 3.157 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 2.046 0.825 ;
    RECT 3.564 0.759 4.356 0.825 ;
    VIA 0.396 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.639 0.781 1.705 0.924 ;
    RECT 2.145 0.803 2.233 1.056 ;
    RECT 3.795 0.814 3.861 1.023 ;
    RECT 2.695 0.825 2.761 1.056 ;
    RECT 0.924 0.847 1.573 0.913 ;
    RECT 0.693 0.858 0.759 0.979 ;
    RECT 1.991 0.858 2.057 1.056 ;
    RECT 3.949 0.858 4.059 0.99 ;
    RECT 3.366 0.891 3.498 0.957 ;
    LAYER M2L ;
    RECT 0.66 0.891 2.244 0.957 ;
    RECT 3.366 0.891 4.092 0.957 ;
    VIA 0.726 0.924 V1L2L ;
    VIA 2.178 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.507 0.913 1.573 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.231 0.979 0.759 1.045 ;
    RECT 1.507 1.023 1.881 1.089 ;
    RECT 3.223 1.023 3.861 1.089 ;
  END
END LDN_ADDF_1
#
# 
MACRO LDN_ADDF_1RE FOREIGN C0A07BLDN_ADDF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.033 4.521 0.242 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.311 0.033 3.377 0.143 ;
      RECT 3.234 0.143 3.377 0.209 ;
      RECT 0.891 0.033 0.957 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.968 ;
      RECT 4.323 0.319 4.455 0.385 ;
      RECT 4.323 0.231 4.389 0.319 ;
      RECT 4.246 0.165 4.389 0.231 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.594 ;
      RECT 2.145 0.429 2.31 0.517 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.957 0.319 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.924 0.495 2.244 0.561 ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.178 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.407 0.528 ;
      RECT 0.297 0.528 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.253 4.719 0.715 ;
      RECT 4.521 0.715 4.719 0.825 ;
      RECT 4.521 0.825 4.587 0.858 ;
      RECT 4.609 0.132 4.719 0.253 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.44 3.135 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 3.432 0.825 ;
      RECT 3.102 0.693 3.168 0.759 ;
      RECT 3.036 0.627 3.168 0.693 ;
      VIA 3.102 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.488 1.045 4.554 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 3.311 1.045 3.377 1.155 ;
      RECT 3.234 0.979 3.377 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.099 2.321 0.165 ;
    RECT 0.033 0.132 0.143 0.385 ;
    RECT 0.473 0.132 0.539 0.495 ;
    RECT 1.045 0.132 1.155 0.253 ;
    RECT 0.671 0.132 0.781 0.33 ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 1.221 0.132 1.331 0.253 ;
    RECT 2.607 0.132 2.673 0.33 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 3.443 0.132 3.509 0.198 ;
    RECT 3.619 0.132 3.685 0.198 ;
    RECT 2.816 0.132 2.882 0.165 ;
    RECT 2.409 0.143 2.519 0.396 ;
    RECT 2.255 0.165 2.321 0.264 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.419 0.198 1.551 0.264 ;
    RECT 3.795 0.198 3.927 0.264 ;
    RECT 3.443 0.198 3.685 0.264 ;
    RECT 1.749 0.231 1.936 0.297 ;
    RECT 3.058 0.231 3.124 0.275 ;
    RECT 4.004 0.231 4.07 0.275 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.716 0.297 ;
    RECT 2.574 0.231 4.455 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.253 1.155 0.671 ;
    RECT 1.221 0.253 1.287 0.825 ;
    RECT 1.485 0.264 1.551 0.693 ;
    RECT 3.861 0.264 3.927 0.693 ;
    RECT 3.443 0.264 3.509 0.396 ;
    RECT 3.575 0.264 3.641 0.704 ;
    RECT 3.058 0.275 3.366 0.341 ;
    RECT 4.004 0.275 4.191 0.341 ;
    RECT 1.749 0.297 1.815 0.825 ;
    RECT 2.013 0.297 2.178 0.363 ;
    LAYER M2L ;
    RECT 4.389 0.297 4.455 0.363 ;
    LAYER M1L ;
    RECT 0.715 0.33 0.891 0.396 ;
    RECT 2.607 0.33 2.739 0.396 ;
    RECT 2.805 0.33 2.871 0.594 ;
    RECT 3.729 0.33 3.795 0.594 ;
    RECT 4.521 0.33 4.587 0.616 ;
    RECT 3.3 0.341 3.366 0.495 ;
    RECT 4.125 0.341 4.191 1.023 ;
    RECT 2.013 0.363 2.079 0.693 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.828 0.429 ;
    RECT 4.389 0.363 4.62 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 0.825 0.396 0.891 0.715 ;
    RECT 2.409 0.396 2.475 0.594 ;
    RECT 2.673 0.396 2.739 0.825 ;
    RECT 3.993 0.451 4.059 0.715 ;
    RECT 4.257 0.451 4.323 0.726 ;
    RECT 0.649 0.462 0.715 0.495 ;
    RECT 1.617 0.462 1.683 0.726 ;
    RECT 1.881 0.462 1.947 0.726 ;
    RECT 2.541 0.462 2.607 0.693 ;
    RECT 0.473 0.495 0.715 0.561 ;
    RECT 3.3 0.495 3.443 0.561 ;
    LAYER M2L ;
    RECT 2.343 0.495 2.508 0.561 ;
    RECT 2.805 0.495 4.092 0.561 ;
    VIA 2.442 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.649 0.561 0.715 0.594 ;
    RECT 0.473 0.561 0.539 0.726 ;
    RECT 3.3 0.561 3.366 0.847 ;
    LAYER M2L ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 1.056 0.627 2.409 0.693 ;
    RECT 2.508 0.627 2.871 0.693 ;
    RECT 3.828 0.627 4.356 0.693 ;
    VIA 2.574 0.66 V1L2L ;
    VIA 1.65 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.443 0.638 3.509 0.704 ;
    RECT 1.023 0.671 1.155 0.781 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 2.013 0.693 2.607 0.759 ;
    RECT 2.805 0.693 2.871 0.891 ;
    RECT 3.762 0.693 3.927 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 3.443 0.704 3.641 0.77 ;
    RECT 0.165 0.715 0.231 0.759 ;
    RECT 0.682 0.715 0.891 0.781 ;
    RECT 0.429 0.726 0.539 0.792 ;
    RECT 0.033 0.759 0.231 0.869 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.32 0.825 ;
    RECT 2.343 0.759 2.904 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.77 3.641 0.825 ;
    RECT 0.825 0.781 0.891 0.847 ;
    RECT 0.429 0.792 0.495 1.012 ;
    RECT 3.993 0.814 4.059 0.891 ;
    RECT 1.221 0.825 2.321 0.891 ;
    RECT 2.574 0.825 2.739 0.891 ;
    RECT 3.575 0.825 3.85 0.891 ;
    RECT 0.682 0.847 1.155 0.913 ;
    RECT 3.069 0.847 3.509 0.913 ;
    RECT 2.255 0.891 2.321 0.968 ;
    RECT 2.805 0.891 2.948 0.957 ;
    RECT 3.784 0.891 4.059 0.957 ;
    RECT 1.089 0.913 1.155 0.957 ;
    RECT 3.443 0.913 3.509 0.957 ;
    RECT 3.069 0.913 3.135 1.023 ;
    RECT 2.431 0.924 2.497 1.023 ;
    RECT 1.089 0.957 1.936 1.023 ;
    RECT 3.443 0.957 3.718 1.023 ;
    RECT 2.431 1.023 3.135 1.089 ;
    RECT 3.652 1.023 4.191 1.089 ;
  END
END LDN_ADDF_1RE
#
# 
MACRO LDN_ADDF_2 FOREIGN C0A07BLDN_ADDF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 2.937 0.033 3.003 0.143 ;
      RECT 2.937 0.143 3.08 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.858 ;
      RECT 0.693 0.297 1.254 0.363 ;
    END
  END B
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.093 0.792 5.247 0.858 ;
      RECT 5.093 0.858 5.159 1.056 ;
      RECT 5.093 0.33 5.247 0.396 ;
      RECT 5.093 0.132 5.159 0.33 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.792 ;
      RECT 3.465 0.462 3.531 0.627 ;
      RECT 2.904 0.627 3.531 0.693 ;
      LAYER M2L ;
      RECT 3.432 0.495 4.092 0.561 ;
      VIA 3.498 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.594 1.749 0.726 ;
      RECT 1.683 0.484 1.749 0.594 ;
      RECT 1.089 0.462 1.155 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.355 0.924 3.421 1.155 ;
      RECT 2.948 0.957 3.014 1.155 ;
      RECT 2.948 0.891 3.08 0.957 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 2.695 0.165 ;
    RECT 3.729 0.099 4.785 0.165 ;
    RECT 2.783 0.143 2.849 0.407 ;
    RECT 0.363 0.165 1.419 0.231 ;
    RECT 1.859 0.165 1.925 0.231 ;
    RECT 2.629 0.165 2.695 0.308 ;
    RECT 3.322 0.165 3.663 0.231 ;
    RECT 4.059 0.165 4.125 0.308 ;
    RECT 4.719 0.165 4.785 0.594 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.353 0.231 1.419 0.462 ;
    RECT 0.363 0.231 0.429 0.979 ;
    RECT 1.584 0.231 1.925 0.297 ;
    RECT 3.597 0.231 3.663 0.759 ;
    RECT 4.4 0.231 4.653 0.297 ;
    RECT 2.101 0.264 2.167 0.33 ;
    RECT 2.277 0.264 2.343 0.462 ;
    RECT 2.453 0.264 2.541 0.924 ;
    RECT 1.859 0.297 1.925 0.891 ;
    RECT 4.587 0.297 4.653 1.012 ;
    RECT 4.257 0.308 4.323 0.88 ;
    RECT 2.013 0.33 2.167 0.396 ;
    RECT 3.124 0.363 3.377 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.3 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    VIA 3.234 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.959 0.385 3.025 0.495 ;
    RECT 2.013 0.396 2.079 0.77 ;
    RECT 2.739 0.407 2.849 0.473 ;
    RECT 3.311 0.429 3.377 0.506 ;
    RECT 0.495 0.462 0.561 0.858 ;
    RECT 2.178 0.462 2.343 0.528 ;
    RECT 4.389 0.462 4.455 0.803 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 2.739 0.473 2.805 0.737 ;
    RECT 2.959 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.98 0.495 3.168 0.561 ;
    VIA 3.102 0.528 V1L2L ;
    VIA 2.046 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.895 0.528 5.093 0.594 ;
    RECT 4.895 0.594 4.961 0.726 ;
    RECT 2.178 0.605 2.354 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.488 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.266 0.693 2.354 0.803 ;
    RECT 4.719 0.726 4.961 0.792 ;
    RECT 2.739 0.737 2.849 0.803 ;
    RECT 3.179 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.462 0.759 2.574 0.825 ;
    RECT 4.224 0.759 4.818 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.752 0.792 V1L2L ;
    VIA 0.528 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.77 2.167 0.836 ;
    RECT 4.719 0.792 4.785 0.858 ;
    RECT 2.783 0.803 2.849 0.946 ;
    RECT 3.179 0.825 3.245 0.99 ;
    RECT 2.101 0.836 2.167 0.902 ;
    RECT 3.861 0.836 3.927 0.891 ;
    RECT 1.221 0.858 1.287 0.979 ;
    RECT 2.607 0.858 2.695 1.023 ;
    RECT 1.386 0.891 1.925 0.957 ;
    RECT 3.861 0.891 4.18 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.706 0.957 ;
    RECT 3.96 0.891 4.686 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    VIA 4.62 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 4.433 0.902 4.499 1.023 ;
    RECT 1.859 0.957 1.925 1.023 ;
    RECT 0.363 0.979 1.287 1.045 ;
    RECT 2.442 1.023 2.695 1.089 ;
    RECT 1.859 1.023 2.321 1.089 ;
    RECT 3.729 1.023 4.499 1.089 ;
  END
END LDN_ADDF_2
#
# 
MACRO LDN_ADDF_2RE FOREIGN C0A07BLDN_ADDF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.095 0.187 ;
      RECT 6.952 0.187 7.095 0.253 ;
      RECT 6.688 0.033 6.754 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.314 0.033 6.38 0.143 ;
      RECT 6.314 0.143 6.457 0.209 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 5.181 0.033 5.247 0.242 ;
      RECT 4.807 0.033 4.873 0.396 ;
      RECT 4.631 0.033 4.697 0.396 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.179 0.231 ;
      RECT 1.617 0.033 1.727 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.693 0.033 0.759 0.374 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.171 0.363 6.567 0.429 ;
      RECT 6.501 0.429 6.567 0.759 ;
      RECT 6.138 0.759 6.567 0.825 ;
      RECT 6.501 0.825 6.567 0.858 ;
      RECT 6.171 0.825 6.237 0.99 ;
      RECT 6.501 0.33 6.567 0.363 ;
      RECT 6.171 0.154 6.237 0.363 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.462 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.541 0.33 2.607 0.594 ;
      RECT 1.947 0.33 2.013 0.594 ;
      LAYER M2L ;
      RECT 1.914 0.363 3.168 0.429 ;
      VIA 1.98 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
      RECT 0.165 0.561 0.231 0.594 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.561 0.198 0.627 0.495 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.385 7.095 0.759 ;
      RECT 6.831 0.759 7.095 0.825 ;
      RECT 6.831 0.825 6.897 1.034 ;
      RECT 6.798 0.319 7.095 0.385 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.561 4.455 0.726 ;
      RECT 4.345 0.495 4.631 0.561 ;
      RECT 4.345 0.462 4.455 0.495 ;
      LAYER M2L ;
      RECT 4.356 0.627 4.752 0.693 ;
      VIA 4.422 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.314 1.045 6.38 1.155 ;
      RECT 6.314 0.979 6.446 1.045 ;
      RECT 5.973 0.935 6.083 1.155 ;
      RECT 5.137 1.023 5.247 1.155 ;
      RECT 5.071 0.957 5.247 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.499 1.045 4.565 1.155 ;
      RECT 4.422 0.979 4.565 1.045 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 1.573 1.023 1.683 1.155 ;
      RECT 1.496 0.957 1.683 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.034 0.957 1.342 1.023 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.682 0.979 0.814 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.913 0.44 0.979 ;
      RECT 0.374 0.847 0.506 0.913 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 6.633 0.814 6.699 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.121 2.959 0.187 ;
    RECT 1.419 0.132 1.485 0.297 ;
    RECT 2.222 0.132 2.288 0.165 ;
    RECT 2.475 0.132 2.541 0.165 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 3.795 0.132 3.861 0.33 ;
    RECT 4.983 0.132 5.049 0.33 ;
    RECT 3.993 0.132 4.059 0.297 ;
    RECT 4.455 0.132 4.521 0.297 ;
    RECT 3.608 0.154 3.718 0.319 ;
    RECT 5.643 0.154 5.709 0.231 ;
    RECT 5.786 0.154 5.852 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 1.793 0.165 1.936 0.231 ;
    RECT 5.313 0.165 5.5 0.231 ;
    RECT 2.805 0.187 2.915 0.297 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 2.409 0.231 2.475 0.33 ;
    RECT 1.793 0.231 1.881 0.693 ;
    RECT 5.577 0.231 5.709 0.297 ;
    RECT 5.313 0.231 5.379 0.363 ;
    RECT 5.786 0.231 5.929 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    RECT 2.64 0.231 3.531 0.297 ;
    RECT 3.762 0.231 5.973 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 3.828 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.407 0.242 0.473 0.275 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 0.033 0.275 0.473 0.341 ;
    RECT 0.858 0.297 1.155 0.363 ;
    RECT 1.386 0.297 1.551 0.33 ;
    RECT 2.079 0.297 2.343 0.363 ;
    RECT 2.805 0.297 3.003 0.363 ;
    RECT 5.577 0.297 5.643 0.671 ;
    RECT 3.993 0.297 4.521 0.363 ;
    RECT 5.841 0.297 5.929 0.396 ;
    LAYER M2L ;
    RECT 3.465 0.297 3.531 0.363 ;
    RECT 5.907 0.297 5.973 0.495 ;
    LAYER M1L ;
    RECT 3.234 0.319 3.718 0.385 ;
    RECT 1.386 0.33 1.727 0.363 ;
    RECT 3.795 0.33 3.927 0.396 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 5.445 0.33 5.511 0.594 ;
    RECT 0.407 0.341 0.473 0.374 ;
    RECT 0.033 0.341 0.165 0.385 ;
    RECT 1.089 0.363 1.155 0.429 ;
    RECT 1.485 0.363 1.727 0.396 ;
    RECT 2.277 0.363 2.343 0.693 ;
    RECT 2.937 0.363 3.003 0.825 ;
    RECT 5.709 0.363 5.775 0.528 ;
    RECT 4.455 0.363 4.521 0.396 ;
    RECT 5.181 0.363 5.379 0.429 ;
    RECT 4.213 0.363 4.279 0.825 ;
    LAYER M2L ;
    RECT 3.465 0.363 5.544 0.429 ;
    VIA 5.478 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.693 ;
    RECT 3.465 0.385 3.531 0.759 ;
    RECT 1.661 0.396 1.727 0.825 ;
    RECT 3.861 0.396 3.927 0.693 ;
    RECT 5.049 0.396 5.115 0.693 ;
    RECT 5.841 0.396 5.973 0.462 ;
    RECT 1.089 0.429 1.419 0.462 ;
    RECT 2.112 0.429 2.211 0.495 ;
    RECT 5.181 0.429 5.247 0.825 ;
    LAYER M2L ;
    RECT 3.663 0.429 3.729 0.495 ;
    LAYER M1L ;
    RECT 1.089 0.462 1.595 0.495 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 3.729 0.462 3.795 0.528 ;
    RECT 3.993 0.462 4.059 0.726 ;
    RECT 4.873 0.462 4.939 0.528 ;
    RECT 5.907 0.462 5.973 0.803 ;
    RECT 6.633 0.462 6.963 0.572 ;
    RECT 1.353 0.495 1.595 0.528 ;
    RECT 1.089 0.495 1.155 0.693 ;
    RECT 2.145 0.495 2.211 0.561 ;
    RECT 6.072 0.495 6.38 0.561 ;
    LAYER M2L ;
    RECT 2.112 0.495 3.564 0.561 ;
    RECT 3.663 0.495 3.828 0.561 ;
    RECT 4.125 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.864 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    VIA 6.666 0.528 V1L2L ;
    VIA 6.798 0.528 V1L2L ;
    VIA 3.762 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 1.529 0.528 1.595 0.594 ;
    RECT 3.597 0.528 3.795 0.594 ;
    RECT 5.709 0.528 5.808 0.594 ;
    RECT 4.785 0.528 4.939 0.594 ;
    RECT 2.112 0.561 2.211 0.627 ;
    RECT 6.171 0.561 6.237 0.627 ;
    LAYER M2L ;
    RECT 4.125 0.561 4.191 0.627 ;
    LAYER M1L ;
    RECT 6.633 0.572 6.699 0.605 ;
    RECT 6.897 0.572 6.963 0.605 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 3.597 0.594 3.663 0.66 ;
    RECT 4.785 0.594 4.851 0.627 ;
    RECT 5.313 0.594 5.379 0.693 ;
    RECT 4.631 0.627 4.851 0.693 ;
    RECT 6.072 0.627 6.336 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.914 0.693 ;
    RECT 2.244 0.627 4.191 0.693 ;
    RECT 5.016 0.627 5.412 0.693 ;
    RECT 5.544 0.627 6.336 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 5.346 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    VIA 6.138 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.671 5.742 0.737 ;
    RECT 0.033 0.693 0.759 0.759 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 2.046 0.693 2.343 0.759 ;
    RECT 2.574 0.693 2.739 0.759 ;
    RECT 1.793 0.693 1.947 0.759 ;
    RECT 3.762 0.693 3.927 0.759 ;
    RECT 4.95 0.693 5.115 0.759 ;
    RECT 4.631 0.693 4.697 0.825 ;
    RECT 5.313 0.693 5.511 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.231 0.759 0.297 0.968 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 3.267 0.759 3.663 0.825 ;
    RECT 5.445 0.759 5.511 0.803 ;
    RECT 5.445 0.803 5.973 0.869 ;
    RECT 0.693 0.825 1.287 0.891 ;
    RECT 1.386 0.825 1.815 0.891 ;
    RECT 1.881 0.825 3.003 0.891 ;
    RECT 3.597 0.825 4.07 0.891 ;
    RECT 3.267 0.825 3.333 1.034 ;
    RECT 4.213 0.825 5.379 0.891 ;
    RECT 1.749 0.891 1.815 0.957 ;
    RECT 5.313 0.891 5.379 0.935 ;
    RECT 4.213 0.891 4.279 0.957 ;
    RECT 5.313 0.935 5.907 1.001 ;
    RECT 1.749 0.957 2.882 1.023 ;
    RECT 3.586 0.957 4.279 1.023 ;
    RECT 5.797 1.001 5.907 1.056 ;
    RECT 3.586 1.023 3.652 1.056 ;
  END
END LDN_ADDF_2RE
#
# 
MACRO LDN_ADDF_3 FOREIGN C0A07BLDN_ADDF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 0.627 0.033 0.693 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.473 ;
      RECT 2.453 0.473 2.871 0.539 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.605 ;
      RECT 2.145 0.605 3.531 0.671 ;
      RECT 3.465 0.462 3.531 0.605 ;
    END
  END A
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.341 6.303 0.726 ;
      RECT 5.896 0.726 6.468 0.858 ;
      RECT 5.907 0.275 6.402 0.341 ;
      RECT 5.907 0.198 5.973 0.275 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.08228 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.396 5.511 0.792 ;
      RECT 1.441 0.627 1.672 0.693 ;
      RECT 1.441 0.484 1.507 0.627 ;
      RECT 0.693 0.33 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.627 5.544 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
      VIA 5.478 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.045 6.204 1.155 ;
      RECT 6.072 0.979 6.204 1.045 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.884 0.979 5.016 1.045 ;
      RECT 4.532 1.001 4.598 1.155 ;
      RECT 4.532 0.935 4.664 1.001 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.099 2.387 0.165 ;
    RECT 5.181 0.099 5.797 0.165 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 4.741 0.132 4.807 0.363 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.321 0.165 2.387 0.319 ;
    RECT 5.731 0.165 5.797 0.264 ;
    RECT 5.181 0.165 5.247 0.297 ;
    RECT 1.089 0.187 1.771 0.253 ;
    RECT 3.069 0.198 3.135 0.297 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 5.456 0.231 5.643 0.297 ;
    RECT 2.673 0.242 2.739 0.319 ;
    RECT 1.705 0.253 1.771 0.363 ;
    RECT 1.089 0.253 1.155 0.627 ;
    RECT 2.013 0.286 2.079 0.363 ;
    RECT 3.069 0.297 3.751 0.363 ;
    RECT 3.872 0.297 4.169 0.363 ;
    RECT 4.532 0.297 4.664 0.363 ;
    RECT 5.06 0.297 5.247 0.363 ;
    RECT 5.313 0.297 5.379 0.803 ;
    RECT 5.577 0.297 5.643 0.407 ;
    RECT 1.221 0.319 1.364 0.385 ;
    RECT 2.321 0.319 2.739 0.385 ;
    RECT 1.474 0.319 1.639 0.385 ;
    RECT 0.561 0.33 0.627 0.495 ;
    RECT 3.685 0.363 3.751 0.528 ;
    RECT 4.103 0.363 4.169 0.495 ;
    RECT 1.705 0.363 2.079 0.429 ;
    RECT 4.598 0.363 4.664 0.495 ;
    RECT 5.181 0.363 5.247 0.671 ;
    RECT 4.741 0.363 4.939 0.429 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.385 1.287 0.693 ;
    RECT 1.573 0.385 1.639 0.495 ;
    RECT 5.577 0.407 6.083 0.473 ;
    RECT 2.013 0.429 2.079 0.737 ;
    RECT 4.873 0.429 4.939 0.495 ;
    RECT 3.971 0.462 4.037 0.528 ;
    RECT 4.455 0.462 4.521 0.627 ;
    RECT 6.017 0.473 6.083 0.594 ;
    RECT 5.577 0.473 5.643 0.891 ;
    RECT 0.396 0.495 0.627 0.561 ;
    RECT 0.825 0.495 0.99 0.561 ;
    RECT 1.573 0.495 1.914 0.561 ;
    RECT 4.103 0.495 4.279 0.561 ;
    RECT 4.598 0.495 4.774 0.561 ;
    RECT 4.873 0.495 5.082 0.561 ;
    RECT 3.685 0.528 4.037 0.594 ;
    RECT 5.709 0.539 5.896 0.605 ;
    RECT 0.825 0.561 0.891 1.056 ;
    RECT 1.848 0.561 1.914 0.825 ;
    RECT 4.103 0.561 4.169 0.693 ;
    RECT 4.598 0.561 4.664 0.759 ;
    RECT 4.873 0.561 4.939 0.77 ;
    RECT 3.685 0.594 3.751 0.737 ;
    RECT 5.709 0.605 5.775 0.858 ;
    RECT 0.957 0.627 1.155 0.693 ;
    RECT 4.257 0.627 4.521 0.693 ;
    RECT 5.06 0.671 5.247 0.737 ;
    RECT 1.221 0.693 1.364 0.759 ;
    RECT 3.872 0.693 4.169 0.759 ;
    RECT 0.957 0.693 1.023 1.023 ;
    RECT 4.257 0.693 4.323 1.023 ;
    RECT 2.695 0.737 3.751 0.803 ;
    RECT 2.013 0.737 2.596 0.803 ;
    RECT 4.389 0.759 4.664 0.825 ;
    LAYER M2L ;
    RECT 0.792 0.759 5.808 0.825 ;
    VIA 0.858 0.792 V1L2L ;
    VIA 5.742 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.741 0.77 4.939 0.803 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 2.695 0.803 2.761 0.891 ;
    RECT 4.741 0.803 5.379 0.836 ;
    RECT 1.089 0.825 1.914 0.891 ;
    RECT 4.389 0.825 4.455 1.034 ;
    RECT 4.873 0.836 5.379 0.869 ;
    RECT 4.741 0.836 4.807 0.902 ;
    RECT 5.313 0.869 5.379 1.023 ;
    RECT 2.86 0.891 3.828 0.957 ;
    RECT 1.089 0.891 1.155 0.924 ;
    RECT 1.848 0.891 2.761 0.957 ;
    RECT 5.478 0.891 5.643 0.957 ;
    RECT 5.72 0.957 5.852 1.023 ;
    RECT 1.452 0.979 1.782 1.023 ;
    RECT 0.957 1.023 4.323 1.045 ;
    RECT 5.313 1.023 5.786 1.089 ;
    RECT 0.957 1.045 1.518 1.089 ;
    RECT 1.716 1.045 4.323 1.089 ;
  END
END LDN_ADDF_3
#
# 
MACRO LDN_ADDF_4 FOREIGN C0A07BLDN_ADDF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.645 0.033 7.711 0.264 ;
      RECT 7.26 0.033 7.326 0.143 ;
      RECT 7.26 0.143 7.392 0.209 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.864 0.165 6.996 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 5.621 0.033 5.687 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.495 ;
      RECT 2.695 0.495 3.135 0.561 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.297 0.825 0.748 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.297 0.297 0.748 0.363 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.341 7.491 0.726 ;
      RECT 7.084 0.726 7.568 0.858 ;
      RECT 7.095 0.275 7.568 0.341 ;
      RECT 7.095 0.198 7.161 0.275 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.627 ;
      RECT 2.409 0.627 3.927 0.693 ;
      RECT 3.861 0.462 3.927 0.627 ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.462 6.501 0.792 ;
      RECT 1.683 0.627 1.914 0.693 ;
      RECT 1.683 0.462 1.749 0.627 ;
      RECT 0.891 0.66 0.957 0.726 ;
      RECT 0.891 0.594 1.001 0.66 ;
      RECT 0.935 0.33 1.001 0.594 ;
      LAYER M2L ;
      RECT 0.858 0.627 6.534 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 7.26 1.023 7.326 1.155 ;
      RECT 7.26 0.957 7.392 1.023 ;
      RECT 6.897 0.924 6.963 1.155 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.099 0.924 0.165 1.155 ;
      RECT 7.645 0.924 7.711 1.155 ;
      RECT 5.588 1.045 5.654 1.155 ;
      RECT 5.588 0.979 5.72 1.045 ;
      RECT 5.082 0.979 5.148 1.155 ;
      RECT 5.082 0.913 5.335 0.979 ;
      RECT 5.269 0.979 5.335 1.056 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.099 2.629 0.165 ;
    RECT 1.331 0.099 2.013 0.165 ;
    RECT 6.171 0.099 6.787 0.165 ;
    RECT 1.067 0.132 1.133 0.495 ;
    RECT 5.445 0.132 5.511 0.363 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 2.563 0.165 2.629 0.319 ;
    RECT 1.947 0.165 2.013 0.363 ;
    RECT 1.331 0.165 1.397 0.627 ;
    RECT 6.721 0.165 6.787 0.264 ;
    RECT 6.171 0.165 6.237 0.297 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 1.716 0.231 1.881 0.297 ;
    RECT 6.446 0.231 6.633 0.297 ;
    RECT 2.915 0.242 2.981 0.319 ;
    RECT 2.255 0.286 2.321 0.363 ;
    RECT 3.443 0.297 4.125 0.363 ;
    RECT 1.815 0.297 1.881 0.495 ;
    RECT 4.422 0.297 4.719 0.363 ;
    RECT 6.303 0.297 6.369 0.803 ;
    RECT 5.764 0.297 6.237 0.363 ;
    RECT 6.567 0.297 6.633 0.363 ;
    RECT 2.563 0.319 2.981 0.385 ;
    RECT 5.082 0.319 5.214 0.385 ;
    RECT 1.463 0.341 1.628 0.407 ;
    RECT 4.059 0.363 4.125 0.528 ;
    RECT 4.653 0.363 4.719 0.495 ;
    RECT 1.947 0.363 2.321 0.429 ;
    RECT 5.445 0.363 5.643 0.429 ;
    RECT 5.885 0.363 5.951 0.671 ;
    RECT 6.171 0.363 6.237 0.671 ;
    RECT 6.567 0.363 7.029 0.429 ;
    RECT 5.148 0.385 5.214 0.495 ;
    RECT 1.463 0.407 1.551 0.693 ;
    RECT 2.255 0.429 2.321 0.759 ;
    RECT 5.577 0.429 5.643 0.495 ;
    RECT 6.963 0.429 7.029 0.495 ;
    RECT 6.567 0.429 6.633 0.891 ;
    RECT 0.539 0.462 0.627 0.715 ;
    RECT 4.521 0.462 4.587 0.528 ;
    RECT 5.005 0.462 5.071 0.627 ;
    RECT 1.067 0.495 1.232 0.561 ;
    RECT 1.815 0.495 2.156 0.561 ;
    RECT 4.653 0.495 4.829 0.561 ;
    RECT 5.148 0.495 5.324 0.561 ;
    RECT 5.577 0.495 5.786 0.561 ;
    RECT 6.732 0.495 6.897 0.561 ;
    RECT 6.963 0.495 7.26 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 1.584 0.561 ;
    VIA 0.594 0.528 V1L2L ;
    VIA 1.518 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.059 0.528 4.587 0.594 ;
    RECT 1.067 0.561 1.133 0.726 ;
    RECT 2.09 0.561 2.156 0.825 ;
    RECT 4.653 0.561 4.719 0.693 ;
    RECT 5.148 0.561 5.214 0.759 ;
    RECT 5.577 0.561 5.643 0.803 ;
    RECT 6.831 0.561 6.897 0.858 ;
    RECT 4.059 0.594 4.125 0.759 ;
    RECT 1.199 0.627 1.397 0.693 ;
    RECT 4.807 0.627 5.071 0.693 ;
    RECT 5.764 0.671 5.951 0.737 ;
    RECT 6.094 0.671 6.237 0.737 ;
    RECT 1.463 0.693 1.606 0.759 ;
    RECT 4.422 0.693 4.719 0.759 ;
    RECT 1.199 0.693 1.265 1.023 ;
    RECT 4.807 0.693 4.873 1.023 ;
    RECT 1.023 0.726 1.133 0.858 ;
    RECT 2.937 0.759 4.125 0.825 ;
    RECT 2.255 0.759 2.838 0.825 ;
    RECT 4.939 0.759 5.214 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 6.93 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 6.864 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.331 0.792 1.397 0.825 ;
    RECT 5.412 0.803 6.369 0.869 ;
    RECT 1.331 0.825 2.156 0.891 ;
    RECT 2.937 0.825 3.003 0.891 ;
    RECT 4.939 0.825 5.005 1.034 ;
    RECT 1.067 0.858 1.133 1.056 ;
    RECT 6.303 0.869 6.369 1.023 ;
    RECT 3.234 0.891 4.202 0.957 ;
    RECT 1.331 0.891 1.397 0.924 ;
    RECT 2.09 0.891 3.003 0.957 ;
    RECT 6.468 0.891 6.633 0.957 ;
    RECT 6.699 0.924 6.765 1.023 ;
    RECT 1.694 0.979 2.024 1.023 ;
    RECT 1.199 1.023 4.873 1.045 ;
    RECT 6.303 1.023 6.765 1.089 ;
    RECT 1.199 1.045 1.76 1.089 ;
    RECT 1.958 1.045 4.873 1.089 ;
  END
END LDN_ADDF_4
#
# 
MACRO LDN_ADDF_HD_0P5 FOREIGN C0A07BLDN_ADDF_HD_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.253 ;
      RECT 2.178 0.253 2.31 0.319 ;
      RECT 1.782 0.033 1.848 0.187 ;
      RECT 1.782 0.187 1.914 0.253 ;
      RECT 0.286 0.033 0.352 0.209 ;
      RECT 0.22 0.209 0.352 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.453 0.561 2.541 0.726 ;
      RECT 2.376 0.495 2.541 0.561 ;
      RECT 1.914 0.561 2.002 0.726 ;
      RECT 1.914 0.495 2.046 0.561 ;
      RECT 1.001 0.462 1.089 0.715 ;
      RECT 0.429 0.561 0.495 0.66 ;
      RECT 0.363 0.66 0.495 0.726 ;
      RECT 0.363 0.726 0.429 0.792 ;
      RECT 0.429 0.495 0.594 0.561 ;
      LAYER M2L ;
      RECT 0.429 0.495 2.508 0.561 ;
      VIA 0.528 0.528 V1L2L ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.462 2.739 0.726 ;
      RECT 1.683 0.506 1.793 0.726 ;
      RECT 1.155 0.55 1.221 0.726 ;
      RECT 1.155 0.484 1.287 0.55 ;
      RECT 1.221 0.418 1.287 0.484 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.772 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.154 3.135 0.99 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.198 0.121 0.99 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.178 0.759 2.31 0.825 ;
      RECT 2.178 0.594 2.266 0.759 ;
      RECT 0.605 0.627 0.693 0.88 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.682 0.099 1.331 0.165 ;
    RECT 1.639 0.154 1.705 0.341 ;
    RECT 0.682 0.165 0.748 0.209 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.418 0.176 0.484 0.209 ;
    RECT 1.463 0.198 1.551 0.924 ;
    RECT 2.673 0.198 2.739 0.297 ;
    RECT 0.418 0.209 0.748 0.275 ;
    LAYER M2L ;
    RECT 1.452 0.231 2.772 0.297 ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.518 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.242 2.079 0.341 ;
    RECT 0.869 0.264 1.155 0.33 ;
    RECT 2.673 0.297 2.871 0.363 ;
    RECT 0.869 0.33 0.935 0.363 ;
    RECT 1.089 0.33 1.155 0.396 ;
    RECT 1.639 0.341 2.079 0.407 ;
    RECT 0.187 0.363 0.935 0.429 ;
    RECT 2.805 0.363 2.871 0.462 ;
    RECT 0.187 0.429 0.253 0.594 ;
    RECT 0.759 0.429 0.825 0.88 ;
    RECT 2.805 0.462 2.915 0.594 ;
    RECT 2.805 0.594 2.871 0.825 ;
    RECT 1.331 0.616 1.397 0.825 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 1.089 0.825 1.397 0.88 ;
    RECT 1.639 0.825 2.112 0.891 ;
    RECT 2.684 0.825 2.871 0.891 ;
    RECT 0.759 0.88 1.397 0.891 ;
    RECT 0.759 0.891 1.155 0.946 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 0.418 0.957 0.55 1.023 ;
    RECT 1.232 0.957 1.364 1.023 ;
    RECT 0.484 1.023 1.298 1.089 ;
  END
END LDN_ADDF_HD_0P5
#
# 
MACRO LDN_ADDF_HD_1 FOREIGN C0A07BLDN_ADDF_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.156 0.033 2.222 0.209 ;
      RECT 2.156 0.209 2.288 0.275 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.442 0.561 2.53 0.726 ;
      RECT 2.376 0.495 2.53 0.561 ;
      RECT 1.859 0.44 1.947 0.715 ;
      RECT 0.957 0.462 1.067 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.352 0.462 0.44 0.715 ;
      LAYER M2L ;
      RECT 0.33 0.495 2.508 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.462 2.695 0.726 ;
      RECT 1.661 0.528 1.771 0.737 ;
      RECT 1.155 0.462 1.243 0.726 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.706 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.64 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.286 0.121 0.99 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.792 3.091 0.858 ;
      RECT 3.025 0.858 3.091 0.99 ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.937 0.33 3.091 0.396 ;
      RECT 3.025 0.198 3.091 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.759 2.31 0.825 ;
      RECT 2.145 0.583 2.211 0.759 ;
      RECT 2.068 0.517 2.211 0.583 ;
      RECT 0.627 0.462 0.693 0.858 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.849 0.924 2.915 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.099 1.331 0.165 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 1.617 0.132 1.683 0.275 ;
    RECT 0.418 0.165 0.682 0.231 ;
    RECT 1.265 0.165 1.331 0.264 ;
    RECT 1.419 0.198 1.485 0.286 ;
    RECT 2.574 0.22 2.761 0.308 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.706 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.253 1.188 0.297 ;
    RECT 1.617 0.275 2.068 0.341 ;
    RECT 1.419 0.286 1.551 0.352 ;
    RECT 0.187 0.297 1.188 0.319 ;
    RECT 2.695 0.308 2.761 0.33 ;
    RECT 0.187 0.319 0.847 0.363 ;
    RECT 1.122 0.319 1.188 0.363 ;
    RECT 2.695 0.33 2.827 0.396 ;
    RECT 1.485 0.352 1.551 0.77 ;
    RECT 0.187 0.363 0.253 0.594 ;
    RECT 0.781 0.363 0.847 0.847 ;
    RECT 2.761 0.396 2.827 0.462 ;
    RECT 1.353 0.462 1.419 0.528 ;
    RECT 2.761 0.462 2.871 0.594 ;
    RECT 1.309 0.528 1.419 0.594 ;
    RECT 1.309 0.594 1.375 0.847 ;
    RECT 2.761 0.594 2.827 0.792 ;
    RECT 1.441 0.77 1.551 0.836 ;
    RECT 2.695 0.792 2.827 0.858 ;
    RECT 1.441 0.836 1.507 0.902 ;
    RECT 0.781 0.847 1.375 0.913 ;
    RECT 1.617 0.847 2.068 0.913 ;
    RECT 2.695 0.858 2.761 0.924 ;
    RECT 1.617 0.913 1.683 0.99 ;
    RECT 0.451 0.924 0.517 1.023 ;
    RECT 1.232 0.979 1.364 1.023 ;
    RECT 0.451 1.023 1.364 1.045 ;
    RECT 0.451 1.045 1.298 1.089 ;
  END
END LDN_ADDF_HD_1
#
# 
MACRO LDN_ADDF_HD_2 FOREIGN C0A07BLDN_ADDF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.047 0.033 3.113 0.242 ;
      RECT 2.31 0.033 2.376 0.231 ;
      RECT 2.31 0.231 2.442 0.297 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 1.936 0.143 2.068 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.585 0.462 2.673 0.726 ;
      RECT 2.057 0.462 2.145 0.726 ;
      RECT 1.155 0.462 1.243 0.726 ;
      RECT 0.561 0.462 0.627 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.495 2.706 0.561 ;
      VIA 0.594 0.528 V1L2L ;
      VIA 1.188 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.071632 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.462 2.871 0.726 ;
      RECT 1.87 0.484 1.98 0.726 ;
      RECT 1.331 0.462 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.627 2.904 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 1.056 ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.242 0.297 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.132 3.289 1.056 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.858 ;
      RECT 0.825 0.462 0.891 0.858 ;
      LAYER M2L ;
      RECT 0.792 0.759 2.376 0.825 ;
      VIA 0.858 0.792 V1L2L ;
      VIA 2.31 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.507 0.165 ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.594 0.165 0.924 0.231 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.617 0.198 1.683 0.264 ;
    RECT 2.145 0.198 2.211 0.286 ;
    RECT 2.849 0.198 2.937 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.727 0.33 ;
    RECT 1.793 0.286 2.211 0.352 ;
    RECT 0.363 0.297 1.364 0.363 ;
    RECT 2.849 0.297 3.003 0.363 ;
    RECT 1.661 0.33 1.727 0.77 ;
    RECT 1.793 0.352 1.859 0.418 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 0.957 0.363 1.023 0.825 ;
    RECT 2.937 0.363 3.003 0.495 ;
    RECT 0.297 0.462 0.429 0.528 ;
    RECT 1.529 0.462 1.595 0.528 ;
    RECT 2.937 0.495 3.102 0.561 ;
    RECT 0.297 0.528 0.363 0.594 ;
    RECT 1.485 0.528 1.595 0.594 ;
    RECT 2.937 0.561 3.003 0.825 ;
    RECT 1.485 0.594 1.551 0.825 ;
    RECT 1.617 0.77 1.727 0.836 ;
    RECT 0.957 0.825 1.551 0.891 ;
    RECT 2.849 0.825 3.003 0.891 ;
    RECT 1.617 0.836 1.683 0.902 ;
    RECT 1.793 0.836 2.211 0.902 ;
    RECT 2.849 0.891 2.915 0.968 ;
    RECT 1.793 0.902 1.859 0.968 ;
    RECT 2.145 0.902 2.211 1.056 ;
    RECT 0.627 0.924 0.693 1.023 ;
    RECT 1.408 0.957 1.54 1.023 ;
    RECT 0.627 1.023 1.474 1.089 ;
  END
END LDN_ADDF_HD_2
#
# 
MACRO LDN_ADDF_HD_4 FOREIGN C0A07BLDN_ADDF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.462 3.135 0.726 ;
      RECT 2.409 0.462 2.497 0.726 ;
      RECT 1.529 0.462 1.617 0.726 ;
      RECT 0.891 0.462 0.957 0.792 ;
      LAYER M2L ;
      RECT 0.858 0.495 3.168 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.088088 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.289 0.726 ;
      RECT 2.277 0.561 2.343 0.726 ;
      RECT 2.178 0.495 2.343 0.561 ;
      RECT 1.683 0.462 1.771 0.726 ;
      LAYER M2L ;
      RECT 1.65 0.627 3.3 0.693 ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.31 0.66 V1L2L ;
      VIA 3.234 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 0.671 0.858 ;
      RECT 0.583 0.858 0.671 1.056 ;
      RECT 0.165 0.385 0.231 0.726 ;
      RECT 0.165 0.319 0.649 0.385 ;
      RECT 0.583 0.242 0.649 0.319 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.114 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.663 0.319 4.081 0.385 ;
      RECT 4.015 0.242 4.081 0.319 ;
      RECT 3.663 0.132 3.729 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.792 2.739 0.858 ;
      RECT 2.607 0.726 2.739 0.792 ;
      RECT 2.607 0.462 2.673 0.726 ;
      RECT 1.155 0.462 1.221 0.858 ;
      LAYER M2L ;
      RECT 1.122 0.759 2.772 0.825 ;
      VIA 1.188 0.792 V1L2L ;
      VIA 2.706 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 4.213 0.924 4.279 1.155 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.21 0.099 1.826 0.143 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.21 0.143 1.892 0.165 ;
    RECT 1.76 0.165 1.892 0.209 ;
    RECT 0.946 0.165 1.276 0.231 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 2.145 0.198 2.211 0.275 ;
    RECT 3.201 0.198 3.267 0.275 ;
    LAYER M2L ;
    RECT 1.98 0.231 3.3 0.297 ;
    VIA 3.234 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.275 2.079 0.341 ;
    RECT 2.145 0.275 2.596 0.341 ;
    RECT 3.201 0.275 3.421 0.341 ;
    RECT 0.759 0.297 1.716 0.363 ;
    RECT 2.013 0.341 2.079 0.77 ;
    RECT 3.355 0.341 3.421 0.495 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 1.309 0.363 1.375 0.825 ;
    RECT 1.881 0.462 1.947 0.528 ;
    RECT 0.374 0.495 0.825 0.561 ;
    RECT 3.355 0.495 3.718 0.561 ;
    RECT 1.837 0.528 1.947 0.594 ;
    RECT 3.355 0.561 3.421 0.792 ;
    RECT 1.837 0.594 1.903 0.825 ;
    RECT 1.969 0.77 2.079 0.836 ;
    RECT 2.145 0.77 2.211 0.847 ;
    RECT 3.289 0.792 3.421 0.858 ;
    RECT 1.309 0.825 1.903 0.891 ;
    RECT 1.969 0.836 2.035 0.902 ;
    RECT 2.145 0.847 2.563 0.913 ;
    RECT 3.289 0.858 3.355 0.924 ;
    RECT 2.497 0.913 2.563 1.056 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 1.76 0.979 1.892 1.023 ;
    RECT 0.979 1.023 1.892 1.045 ;
    RECT 0.979 1.045 1.826 1.089 ;
  END
END LDN_ADDF_HD_4
#
# 
MACRO LDN_ADDHCSCOB_2 FOREIGN C0A07BLDN_ADDHCSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.091 0.033 3.157 0.242 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.913 0.033 0.979 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.925 0.33 2.013 0.616 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.046 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.98 0.396 V1L2L ;
    END
  END A
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.374 0.671 0.759 ;
      RECT 0.561 0.825 0.671 0.858 ;
      RECT 0.198 0.759 0.671 0.825 ;
      RECT 0.561 0.308 0.704 0.374 ;
    END
  END CO0
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.408 0.693 1.683 0.759 ;
      RECT 1.617 0.759 1.683 0.858 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END CO1
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.594 4.191 1.001 ;
      RECT 4.037 1.001 4.191 1.067 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.396 4.587 0.726 ;
      RECT 4.356 0.726 4.62 0.858 ;
      RECT 4.455 0.33 4.587 0.396 ;
      RECT 4.455 0.264 4.521 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.158752 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.462 3.091 0.726 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.496 0.594 ;
      RECT 0.297 0.627 0.462 0.693 ;
      RECT 0.297 0.528 0.363 0.627 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.627 3.102 0.693 ;
      VIA 0.396 0.66 V1L2L ;
      VIA 1.254 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 4.279 0.924 4.345 1.155 ;
      RECT 3.091 0.836 3.157 1.155 ;
      RECT 1.969 0.88 2.035 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.165 ;
    RECT 2.585 0.132 2.651 0.231 ;
    RECT 2.761 0.132 2.827 0.198 ;
    RECT 1.793 0.132 1.859 0.715 ;
    RECT 0.407 0.165 0.825 0.231 ;
    RECT 2.233 0.198 2.299 0.77 ;
    RECT 2.717 0.198 2.827 0.264 ;
    RECT 2.915 0.198 2.981 0.319 ;
    RECT 3.399 0.198 3.465 0.561 ;
    RECT 3.707 0.198 3.773 0.363 ;
    RECT 0.759 0.231 0.825 0.264 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 2.409 0.231 2.651 0.297 ;
    RECT 3.85 0.231 3.982 0.297 ;
    RECT 0.055 0.264 0.121 0.297 ;
    RECT 2.717 0.264 2.783 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 3.85 0.297 3.916 0.627 ;
    RECT 4.059 0.308 4.125 0.385 ;
    RECT 2.871 0.319 2.981 0.385 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 4.257 0.33 4.323 0.462 ;
    RECT 0.055 0.363 0.121 0.396 ;
    RECT 2.585 0.363 2.783 0.429 ;
    RECT 3.531 0.363 3.773 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.366 0.429 ;
    RECT 3.63 0.363 4.356 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.3 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.385 2.937 0.495 ;
    RECT 3.993 0.385 4.125 0.451 ;
    RECT 3.223 0.396 3.333 0.462 ;
    RECT 2.585 0.429 2.651 0.869 ;
    RECT 3.531 0.429 3.597 0.77 ;
    RECT 3.993 0.451 4.059 0.836 ;
    RECT 3.223 0.462 3.289 0.869 ;
    RECT 4.257 0.462 4.411 0.528 ;
    RECT 2.772 0.495 2.937 0.561 ;
    RECT 4.345 0.528 4.411 0.594 ;
    RECT 2.101 0.55 2.167 0.715 ;
    RECT 2.871 0.561 2.937 1.001 ;
    RECT 3.355 0.561 3.465 0.627 ;
    RECT 3.355 0.627 3.421 0.77 ;
    RECT 3.707 0.627 3.916 0.693 ;
    RECT 3.707 0.693 3.773 0.869 ;
    RECT 1.793 0.715 2.167 0.781 ;
    RECT 2.101 0.781 2.167 0.869 ;
    RECT 1.793 0.781 1.859 0.924 ;
    RECT 0.88 0.825 1.331 0.891 ;
    RECT 3.839 0.836 4.059 0.902 ;
    RECT 2.101 0.869 2.651 0.935 ;
    RECT 3.223 0.869 3.773 0.935 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 3.839 0.902 3.905 1.001 ;
    RECT 1.265 0.979 1.716 1.045 ;
    RECT 2.31 1.001 2.937 1.067 ;
    RECT 3.432 1.001 3.905 1.067 ;
  END
END LDN_ADDHCSCOB_2
#
# 
MACRO LDN_ADDHCSCOB_4 FOREIGN C0A07BLDN_ADDHCSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 5.753 0.033 5.819 0.264 ;
      RECT 4.521 0.033 4.587 0.242 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.453 0.693 3.135 0.759 ;
      RECT 1.584 0.297 3.135 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.363 1.023 0.759 ;
      RECT 0.198 0.759 1.353 0.825 ;
      RECT 1.287 0.825 1.353 0.902 ;
      RECT 0.957 0.825 1.023 0.858 ;
      RECT 0.561 0.825 0.627 0.99 ;
      RECT 0.935 0.297 1.397 0.363 ;
    END
  END CO0
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.561 5.643 0.99 ;
      RECT 5.577 0.495 5.72 0.561 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.726 ;
      RECT 5.808 0.726 6.468 0.858 ;
      RECT 5.951 0.319 6.402 0.385 ;
      RECT 5.951 0.242 6.017 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.289432 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.594 4.587 0.726 ;
      RECT 4.477 0.462 4.587 0.594 ;
      RECT 2.211 0.594 2.277 0.726 ;
      RECT 2.211 0.462 2.662 0.594 ;
      RECT 0.55 0.627 0.792 0.693 ;
      RECT 0.55 0.594 0.66 0.627 ;
      RECT 0.264 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.62 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.244 0.66 V1L2L ;
      VIA 4.554 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      RECT 1.485 0.594 1.551 0.858 ;
      RECT 1.144 0.462 1.958 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.759 3.432 0.825 ;
      VIA 1.518 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 4.521 0.836 4.587 1.155 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.792 0.957 0.858 1.155 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.111 0.968 1.177 1.155 ;
      RECT 1.111 0.902 1.21 0.968 ;
      RECT 0.407 0.968 0.473 1.155 ;
      RECT 0.33 0.902 0.473 0.968 ;
      RECT 0.055 0.858 0.121 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 5.137 0.099 5.687 0.165 ;
    RECT 3.993 0.132 4.059 0.231 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 4.169 0.132 4.235 0.363 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 5.621 0.165 5.687 0.363 ;
    RECT 5.137 0.165 5.203 0.495 ;
    RECT 4.653 0.198 4.719 0.869 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.817 0.231 4.059 0.297 ;
    LAYER M2L ;
    RECT 3.894 0.231 4.752 0.297 ;
    VIA 3.96 0.264 V1L2L ;
    VIA 4.686 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.242 4.411 0.308 ;
    RECT 3.641 0.264 3.707 0.77 ;
    RECT 4.785 0.264 4.851 0.77 ;
    RECT 5.313 0.264 5.379 0.627 ;
    RECT 5.489 0.264 5.555 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.817 0.297 3.883 0.77 ;
    RECT 3.201 0.297 3.575 0.363 ;
    RECT 4.301 0.308 4.411 0.374 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 3.993 0.363 4.235 0.429 ;
    RECT 3.509 0.363 3.575 0.528 ;
    RECT 3.201 0.363 3.267 0.924 ;
    RECT 5.621 0.363 5.885 0.429 ;
    RECT 4.301 0.374 4.367 0.495 ;
    RECT 5.445 0.396 5.511 1.001 ;
    RECT 3.993 0.429 4.059 0.869 ;
    RECT 5.819 0.429 5.885 0.495 ;
    RECT 4.224 0.495 4.367 0.561 ;
    RECT 4.961 0.495 5.203 0.561 ;
    RECT 5.819 0.495 6.138 0.561 ;
    RECT 3.465 0.528 3.575 0.594 ;
    RECT 4.301 0.561 4.367 1.001 ;
    RECT 4.961 0.561 5.027 0.77 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 5.137 0.627 5.379 0.693 ;
    RECT 5.137 0.693 5.203 0.869 ;
    RECT 1.617 0.748 1.683 0.825 ;
    RECT 1.617 0.825 3.091 0.891 ;
    RECT 3.465 0.825 3.597 0.869 ;
    RECT 3.465 0.869 4.059 0.891 ;
    RECT 4.653 0.869 5.203 0.935 ;
    RECT 3.025 0.891 3.091 0.99 ;
    RECT 3.531 0.891 4.059 0.935 ;
    RECT 3.718 1.001 4.367 1.067 ;
    RECT 4.862 1.001 5.511 1.067 ;
  END
END LDN_ADDHCSCOB_4
#
# 
MACRO LDN_ADDH_0P5 FOREIGN C0A07BLDN_ADDH_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.041866 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
      RECT 1.837 0.858 1.947 0.99 ;
      RECT 1.837 0.198 1.947 0.33 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.858 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 0.759 0.737 ;
      RECT 0.693 0.561 0.759 0.671 ;
      RECT 0.693 0.495 0.858 0.561 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 0.825 ;
      RECT 0.143 0.825 0.891 0.891 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.462 1.111 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.683 0.165 ;
    RECT 0.077 0.132 0.143 0.396 ;
    RECT 0.429 0.132 0.495 0.396 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.617 0.165 1.683 0.495 ;
    RECT 0.803 0.231 1.419 0.297 ;
    RECT 0.803 0.297 0.869 0.363 ;
    RECT 1.353 0.297 1.419 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.077 0.396 0.495 0.462 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 1.617 0.495 1.782 0.561 ;
    RECT 1.617 0.561 1.683 1.023 ;
    RECT 0.979 0.759 1.419 0.825 ;
    RECT 0.979 0.825 1.045 0.902 ;
    RECT 0.396 0.979 0.528 1.023 ;
    RECT 0.396 1.023 1.683 1.045 ;
    RECT 0.462 1.045 1.683 1.089 ;
  END
END LDN_ADDH_0P5
#
# 
MACRO LDN_ADDH_1 FOREIGN C0A07BLDN_ADDH_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.727 0.198 1.815 0.858 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.759 0.66 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.429 0.517 0.495 0.66 ;
      RECT 0.33 0.451 0.495 0.517 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.275 1.441 0.781 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 1.023 ;
      RECT 0.143 1.023 1.166 1.089 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.11 1.617 0.176 ;
    RECT 0.605 0.176 0.671 0.242 ;
    RECT 1.551 0.176 1.617 0.891 ;
    RECT 0.077 0.198 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.803 0.286 1.287 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.221 0.352 1.287 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 0.924 0.759 1.287 0.825 ;
    RECT 0.396 0.891 1.617 0.957 ;
  END
END LDN_ADDH_1
#
# 
MACRO LDN_ADDH_2 FOREIGN C0A07BLDN_ADDH_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.881 0.924 2.013 0.99 ;
      RECT 1.947 0.99 2.013 1.056 ;
      RECT 1.881 0.198 2.013 0.264 ;
      RECT 1.947 0.132 2.013 0.198 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.683 0.693 ;
      RECT 1.463 0.693 1.683 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 1.463 0.33 1.683 0.396 ;
      RECT 1.463 0.264 1.529 0.33 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.594 0.759 0.693 ;
      RECT 0.693 0.506 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.506 ;
      RECT 0.352 0.451 0.495 0.517 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.825 ;
      RECT 0.297 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.825 0.66 1.155 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.165 0.693 0.363 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.099 1.815 0.165 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.649 0.165 0.715 0.264 ;
    RECT 1.749 0.165 1.815 1.023 ;
    RECT 0.418 0.198 0.517 0.264 ;
    RECT 0.418 0.264 0.484 0.275 ;
    RECT 0.055 0.275 0.484 0.341 ;
    RECT 0.803 0.286 1.397 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.331 0.352 1.397 0.495 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.594 ;
    RECT 1.331 0.495 1.518 0.561 ;
    RECT 1.331 0.561 1.397 0.792 ;
    RECT 0.979 0.792 1.397 0.858 ;
    RECT 0.979 0.858 1.045 0.924 ;
    RECT 0.44 0.957 0.704 1.023 ;
    RECT 0.638 1.023 1.815 1.089 ;
  END
END LDN_ADDH_2
#
# 
MACRO LDN_ADDH_3 FOREIGN C0A07BLDN_ADDH_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.145 0.693 2.607 0.759 ;
      RECT 2.519 0.759 2.607 0.858 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 2.112 0.297 2.563 0.363 ;
      RECT 2.497 0.198 2.563 0.297 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.847 ;
      RECT 0.165 0.847 0.891 0.913 ;
      RECT 0.825 0.693 0.891 0.847 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.55 1.111 0.627 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.408 0.693 1.892 0.759 ;
      RECT 1.408 0.297 1.859 0.363 ;
      RECT 1.793 0.132 1.859 0.297 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.715 ;
      RECT 0.297 0.715 0.759 0.781 ;
      RECT 0.693 0.561 0.759 0.715 ;
      RECT 0.693 0.495 0.946 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.858 2.387 1.155 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.111 0.165 ;
    RECT 1.045 0.165 1.111 0.231 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 1.045 0.231 1.188 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.046 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.264 0.847 0.363 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.363 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 0.561 0.429 0.627 0.583 ;
    RECT 1.221 0.495 1.628 0.561 ;
    RECT 1.947 0.495 2.31 0.561 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 2.013 0.561 2.079 0.847 ;
    RECT 0.517 0.583 0.627 0.649 ;
    RECT 0.957 0.759 1.287 0.825 ;
    RECT 0.957 0.825 1.023 0.924 ;
    RECT 1.452 0.847 2.079 0.913 ;
    RECT 1.452 0.913 1.518 1.023 ;
    RECT 0.418 0.979 0.572 1.023 ;
    RECT 0.418 1.023 1.518 1.045 ;
    RECT 0.506 1.045 1.518 1.089 ;
  END
END LDN_ADDH_3
#
# 
MACRO LDN_ADDH_4 FOREIGN C0A07BLDN_ADDH_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      RECT 1.221 0.033 1.287 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 2.09 0.726 2.64 0.858 ;
      RECT 2.123 0.297 2.574 0.363 ;
      RECT 2.123 0.198 2.189 0.297 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.803 ;
      RECT 0.297 0.803 0.759 0.869 ;
      RECT 0.693 0.462 0.759 0.803 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.837 0.693 ;
      RECT 1.386 0.693 1.837 0.759 ;
      RECT 1.386 0.297 1.837 0.363 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 0.165 0.462 0.231 0.858 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.188 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.023 0.231 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.957 0.231 1.023 0.462 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 1.947 0.33 2.013 0.495 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.825 0.363 0.891 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.046 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 1.221 0.462 1.331 0.594 ;
    RECT 1.914 0.495 2.222 0.561 ;
    RECT 1.914 0.561 1.98 0.825 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 0.825 0.825 1.287 0.891 ;
    RECT 1.353 0.825 1.98 0.891 ;
    RECT 1.353 0.891 1.419 1.001 ;
    RECT 0.396 0.957 0.627 1.001 ;
    RECT 0.396 1.001 1.419 1.023 ;
    RECT 0.561 1.023 1.419 1.067 ;
  END
END LDN_ADDH_4
#
# 
MACRO LDN_AN2_0P5 FOREIGN C0A07BLDN_AN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.473 0.033 0.539 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.297 0.451 0.407 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.286 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.649 0.154 0.759 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.198 0.231 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 0.517 0.462 0.583 0.869 ;
    RECT 0.033 0.869 0.583 0.935 ;
  END
END LDN_AN2_0P5
#
# 
MACRO LDN_AN2_1 FOREIGN C0A07BLDN_AN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDN_AN2_1
#
# 
MACRO LDN_AN2_10 FOREIGN C0A07BLDN_AN2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.958 0.726 3.564 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 1.958 0.319 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.001 0.209 ;
    RECT 1.639 0.198 1.705 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.275 1.705 0.341 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 1.683 0.495 2.948 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 0.374 0.825 1.749 0.891 ;
  END
END LDN_AN2_10
#
# 
MACRO LDN_AN2_12 FOREIGN C0A07BLDN_AN2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.87 0.594 ;
      RECT 1.309 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.924 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 4.488 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.143 2.277 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.133 0.209 1.199 0.275 ;
    RECT 2.211 0.209 2.277 0.286 ;
    RECT 1.298 0.275 2.134 0.341 ;
    RECT 0.055 0.275 1.199 0.341 ;
    RECT 2.068 0.341 2.134 0.495 ;
    RECT 2.068 0.495 3.762 0.561 ;
    RECT 2.068 0.561 2.134 0.825 ;
    RECT 0.374 0.825 2.134 0.891 ;
  END
END LDN_AN2_12
#
# 
MACRO LDN_AN2_16 FOREIGN C0A07BLDN_AN2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.726 5.94 0.858 ;
      RECT 4.763 0.341 4.851 0.726 ;
      RECT 3.278 0.275 5.874 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.045 5.632 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.214 1.045 5.28 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.862 1.045 4.928 1.155 ;
      RECT 4.862 0.979 4.994 1.045 ;
      RECT 4.51 1.045 4.576 1.155 ;
      RECT 4.51 0.979 4.642 1.045 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.158 0.979 4.29 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.454 0.979 3.586 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 1.485 0.187 3.014 0.253 ;
    RECT 1.485 0.253 1.551 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.65 0.319 2.871 0.385 ;
    RECT 2.805 0.385 2.871 0.484 ;
    RECT 2.805 0.484 4.664 0.572 ;
    RECT 2.805 0.572 2.871 0.847 ;
    RECT 0.374 0.847 2.871 0.913 ;
  END
END LDN_AN2_16
#
# 
MACRO LDN_AN2_2 FOREIGN C0A07BLDN_AN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDN_AN2_2
#
# 
MACRO LDN_AN2_2RE FOREIGN C0A07BLDN_AN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.429 0.561 0.495 0.594 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.506 0.209 ;
    RECT 0.44 0.209 0.506 0.275 ;
    RECT 0.44 0.275 0.627 0.341 ;
    RECT 0.561 0.341 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.825 ;
    RECT 0.231 0.792 0.297 0.825 ;
    RECT 0.231 0.825 0.627 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
  END
END LDN_AN2_2RE
#
# 
MACRO LDN_AN2_3 FOREIGN C0A07BLDN_AN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.902 0.726 1.452 0.858 ;
      RECT 0.902 0.319 1.419 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.572 0.275 0.704 0.341 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.638 0.341 0.704 0.407 ;
    RECT 0.638 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.495 ;
    RECT 0.737 0.495 1.254 0.561 ;
    RECT 0.737 0.561 0.803 0.825 ;
    RECT 0.231 0.825 0.803 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDN_AN2_3
#
# 
MACRO LDN_AN2_4 FOREIGN C0A07BLDN_AN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDN_AN2_4
#
# 
MACRO LDN_AN2_4RE FOREIGN C0A07BLDN_AN2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.792 0.561 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 1.419 0.319 2.343 0.385 ;
      RECT 1.419 0.385 1.551 0.429 ;
      RECT 1.419 0.154 1.485 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.946 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 0.715 0.132 0.781 0.33 ;
    RECT 0.429 0.33 1.155 0.396 ;
    RECT 1.089 0.396 1.155 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.089 0.495 2.211 0.528 ;
    RECT 1.089 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.089 0.561 1.155 0.759 ;
    RECT 0.231 0.759 1.155 0.825 ;
    RECT 0.891 0.825 0.957 0.99 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDN_AN2_4RE
#
# 
MACRO LDN_AN2_6 FOREIGN C0A07BLDN_AN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.155 0.033 1.221 0.286 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 2.156 0.858 ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.32 0.319 2.156 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.319 ;
    RECT 0.077 0.242 0.143 0.308 ;
    RECT 0.077 0.308 0.495 0.374 ;
    RECT 0.605 0.319 1.056 0.385 ;
    RECT 0.429 0.374 0.495 0.825 ;
    RECT 0.99 0.495 1.892 0.561 ;
    RECT 0.99 0.561 1.056 0.825 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDN_AN2_6
#
# 
MACRO LDN_AN2_8 FOREIGN C0A07BLDN_AN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDN_AN2_8
#
# 
MACRO LDN_AN2_S_1 FOREIGN C0A07BLDN_AN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.55 ;
      RECT 0.297 0.55 0.429 0.616 ;
      RECT 0.363 0.616 0.429 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.198 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.264 ;
    RECT 0.033 0.264 0.143 0.33 ;
    RECT 0.033 0.33 0.099 0.957 ;
    RECT 0.539 0.462 0.605 0.825 ;
    RECT 0.297 0.825 0.605 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.033 0.957 0.363 1.023 ;
  END
END LDN_AN2_S_1
#
# 
MACRO LDN_AN2_S_10 FOREIGN C0A07BLDN_AN2_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.18 0.033 4.246 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 2.882 0.726 4.488 0.858 ;
      RECT 2.882 0.297 4.422 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.255 0.594 ;
      RECT 1.584 0.594 2.255 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.594 1.32 0.726 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.191 1.023 4.257 1.155 ;
      RECT 4.114 0.957 4.257 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.363 0.924 0.429 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.44 0.528 2.607 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 2.607 0.528 4.62 0.66 ;
    RECT 0 0.66 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 2.651 0.231 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 2.585 0.231 2.651 0.33 ;
    RECT 1.661 0.297 2.497 0.363 ;
    RECT 0.385 0.297 1.551 0.363 ;
    RECT 1.661 0.363 1.727 0.462 ;
    RECT 2.409 0.363 2.497 0.484 ;
    RECT 2.409 0.484 3.828 0.572 ;
    RECT 2.409 0.572 2.497 0.825 ;
    RECT 0.528 0.825 2.497 0.891 ;
  END
END LDN_AN2_S_10
#
# 
MACRO LDN_AN2_S_12 FOREIGN C0A07BLDN_AN2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.726 ;
      RECT 3.564 0.726 5.544 0.858 ;
      RECT 3.586 0.297 5.478 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.047 0.594 ;
      RECT 2.112 0.594 3.047 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 1.716 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 5.555 0.99 5.621 1.155 ;
      RECT 5.522 0.924 5.621 0.99 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.895 1.023 4.961 1.155 ;
      RECT 4.818 0.957 4.961 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.385 0.946 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.44 0.528 3.311 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.311 0.528 5.676 0.66 ;
    RECT 0 0.66 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.165 3.355 0.231 ;
    RECT 0.385 0.22 0.451 0.297 ;
    RECT 1.837 0.231 1.903 0.297 ;
    RECT 3.289 0.231 3.355 0.33 ;
    RECT 2.013 0.297 3.201 0.363 ;
    RECT 0.385 0.297 1.903 0.363 ;
    RECT 2.013 0.363 2.079 0.462 ;
    RECT 3.113 0.363 3.201 0.484 ;
    RECT 3.113 0.484 4.928 0.572 ;
    RECT 3.113 0.572 3.201 0.825 ;
    RECT 0.572 0.825 3.201 0.891 ;
  END
END LDN_AN2_S_12
#
# 
MACRO LDN_AN2_S_16 FOREIGN C0A07BLDN_AN2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.716 0.165 1.848 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.364 0.165 1.496 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.374 6.171 0.726 ;
      RECT 4.07 0.726 6.732 0.858 ;
      RECT 4.07 0.286 6.666 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.443 0.594 ;
      RECT 2.376 0.594 3.443 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.594 1.584 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.743 0.99 6.809 1.155 ;
      RECT 6.71 0.924 6.809 0.99 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.379 1.023 5.445 1.155 ;
      RECT 5.302 0.957 5.445 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.44 0.528 3.795 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.795 0.528 6.864 0.66 ;
    RECT 0 0.66 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 3.476 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.055 0.297 1.991 0.363 ;
    RECT 2.101 0.297 3.685 0.363 ;
    RECT 2.101 0.363 2.167 0.462 ;
    RECT 3.597 0.363 3.685 0.484 ;
    RECT 3.597 0.484 5.973 0.572 ;
    RECT 3.597 0.572 3.685 0.825 ;
    RECT 0.198 0.825 3.685 0.891 ;
  END
END LDN_AN2_S_16
#
# 
MACRO LDN_AN2_S_2 FOREIGN C0A07BLDN_AN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.056 0.803 1.287 0.869 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.198 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.089 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDN_AN2_S_2
#
# 
MACRO LDN_AN2_S_3 FOREIGN C0A07BLDN_AN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.298 0.803 1.749 0.869 ;
      RECT 1.683 0.869 1.749 0.99 ;
      RECT 1.298 0.297 1.782 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.99 ;
      RECT 0.825 0.594 1.023 0.66 ;
      RECT 0.825 0.66 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 0.649 0.143 ;
    RECT 0.198 0.143 0.649 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.297 1.034 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.429 ;
    RECT 0.44 0.429 1.155 0.495 ;
    RECT 1.089 0.495 1.518 0.561 ;
    RECT 0.44 0.495 0.506 0.825 ;
    RECT 0.374 0.825 0.858 0.891 ;
  END
END LDN_AN2_S_3
#
# 
MACRO LDN_AN2_S_4 FOREIGN C0A07BLDN_AN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.682 ;
      RECT 0.891 0.682 1.023 0.748 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.561 ;
      RECT 1.089 0.561 1.551 0.627 ;
      RECT 1.485 0.33 1.551 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.218284 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 1.243 0.825 2.178 0.891 ;
      RECT 1.243 0.891 1.309 1.056 ;
      RECT 1.65 0.297 2.178 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.572 0.517 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.682 0.528 1.65 0.594 ;
    RECT 0 0.528 0.682 0.594 ;
    RECT 1.65 0.528 2.376 0.594 ;
    RECT 0 0.594 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 0.055 0.143 0.913 0.165 ;
    RECT 0.374 0.165 0.913 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.847 0.209 0.913 0.297 ;
    RECT 0.847 0.297 1.342 0.363 ;
    RECT 0.198 0.297 0.77 0.363 ;
    RECT 1.276 0.363 1.342 0.44 ;
    RECT 0.704 0.363 0.77 0.825 ;
    RECT 1.617 0.495 1.914 0.561 ;
    RECT 1.617 0.561 1.683 0.693 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.111 0.759 1.177 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
  END
END LDN_AN2_S_4
#
# 
MACRO LDN_AN2_S_6 FOREIGN C0A07BLDN_AN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.112 0.726 3.036 0.858 ;
      RECT 2.134 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.452 0.594 1.848 0.726 ;
      RECT 1.749 0.726 1.815 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.924 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.99 3.113 1.155 ;
      RECT 3.014 0.924 3.113 0.99 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0.858 0.528 1.859 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.859 0.528 3.168 0.638 ;
    RECT 0 0.638 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 1.023 0.165 1.892 0.231 ;
    RECT 0.297 0.198 0.363 0.297 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 0.297 0.297 1.089 0.363 ;
    RECT 1.221 0.297 2.035 0.363 ;
    RECT 1.969 0.363 2.035 0.495 ;
    RECT 1.221 0.363 1.287 0.825 ;
    RECT 1.969 0.495 2.706 0.561 ;
    RECT 0.44 0.825 1.661 0.891 ;
    RECT 1.595 0.891 1.661 1.023 ;
  END
END LDN_AN2_S_6
#
# 
MACRO LDN_AN2_S_8 FOREIGN C0A07BLDN_AN2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.264 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.402688 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.486 0.297 3.707 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.649 ;
      RECT 1.353 0.649 1.947 0.715 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.649 1.144 0.715 ;
      RECT 0.165 0.33 0.231 0.649 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 2.178 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 2.178 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.123 0.198 2.189 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.44 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.189 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
    RECT 2.123 0.363 2.189 0.495 ;
    RECT 2.123 0.495 3.234 0.561 ;
    RECT 2.123 0.561 2.189 0.781 ;
    RECT 0.253 0.781 2.189 0.847 ;
    RECT 0.671 0.847 0.737 0.924 ;
    RECT 1.023 0.847 1.089 0.924 ;
    RECT 1.375 0.847 1.441 0.924 ;
    RECT 1.727 0.847 1.793 0.924 ;
    RECT 0.253 0.847 0.319 0.99 ;
    RECT 2.123 0.847 2.189 0.99 ;
  END
END LDN_AN2_S_8
#
# 
MACRO LDN_AN3B_1 FOREIGN C0A07BLDN_AN3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.198 ;
      RECT 0.77 0.198 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.33 ;
      RECT 0.264 0.143 0.495 0.209 ;
      RECT 0.297 0.209 0.363 0.33 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.627 0.33 0.891 0.396 ;
      RECT 0.627 0.264 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.286 0.143 0.451 ;
    RECT 0.033 0.451 0.099 0.726 ;
    RECT 0.66 0.462 0.759 0.528 ;
    RECT 0.693 0.528 0.759 0.792 ;
    RECT 0.033 0.726 0.198 0.792 ;
    RECT 0.132 0.792 0.297 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.132 0.847 0.759 0.858 ;
    RECT 0.231 0.858 0.693 0.913 ;
    RECT 0.231 0.913 0.297 1.034 ;
  END
END LDN_AN3B_1
#
# 
MACRO LDN_AN3B_2 FOREIGN C0A07BLDN_AN3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.198 ;
      RECT 1.276 0.198 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.748 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.418 1.287 0.693 ;
      RECT 1.122 0.693 1.287 0.759 ;
      RECT 1.089 0.33 1.287 0.418 ;
      RECT 1.089 0.264 1.155 0.33 ;
      RECT 0.627 0.198 1.155 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.517 0.33 ;
    RECT 0.055 0.33 1.023 0.341 ;
    RECT 0.451 0.341 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.528 0.396 0.594 0.726 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.429 0.726 0.594 0.792 ;
    RECT 0.429 0.792 0.495 0.847 ;
    RECT 0.231 0.847 0.495 0.913 ;
    RECT 0.627 0.869 1.397 0.935 ;
    RECT 0.231 0.913 0.297 1.012 ;
    RECT 0.627 0.935 0.693 1.034 ;
    RECT 1.331 0.935 1.397 1.034 ;
  END
END LDN_AN3B_2
#
# 
MACRO LDN_AN3B_3 FOREIGN C0A07BLDN_AN3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.671 ;
      RECT 0.935 0.671 1.551 0.737 ;
      RECT 0.935 0.737 1.023 0.858 ;
      RECT 1.089 0.319 1.914 0.385 ;
      RECT 1.089 0.198 1.177 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.572 0.253 0.704 0.319 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.638 0.319 0.704 0.363 ;
    RECT 0.638 0.363 0.858 0.429 ;
    RECT 0.792 0.429 0.858 0.495 ;
    RECT 0.792 0.495 1.364 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.231 0.825 0.858 0.891 ;
    RECT 1.111 0.847 1.914 0.913 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.111 0.913 1.177 1.034 ;
  END
END LDN_AN3B_3
#
# 
MACRO LDN_AN3B_4 FOREIGN C0A07BLDN_AN3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.693 ;
      RECT 1.089 0.693 1.551 0.759 ;
      RECT 1.089 0.759 1.155 0.858 ;
      RECT 1.1 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.759 0.198 0.858 0.264 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.331 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 2.365 0.891 2.431 0.99 ;
    RECT 0.957 0.902 1.023 0.979 ;
    RECT 0.957 0.979 1.375 1.045 ;
  END
END LDN_AN3B_4
#
# 
MACRO LDN_AN3B_8 FOREIGN C0A07BLDN_AN3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.825 ;
      RECT 1.804 0.825 2.959 0.891 ;
      RECT 2.871 0.682 2.959 0.825 ;
      RECT 1.837 0.319 4.4 0.385 ;
      RECT 1.837 0.242 1.903 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.235 0.594 ;
      RECT 4.125 0.594 4.235 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 3.916 0.979 4.048 1.045 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.268 0.979 4.4 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 1.727 0.231 ;
    RECT 1.661 0.231 1.727 0.495 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 1.485 0.495 2.442 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.198 0.825 1.551 0.891 ;
    RECT 3.047 0.847 4.543 0.913 ;
    RECT 3.047 0.913 3.135 0.957 ;
    RECT 4.477 0.913 4.543 0.99 ;
    RECT 1.661 0.924 1.727 0.957 ;
    RECT 1.661 0.957 3.135 1.023 ;
    RECT 1.661 1.023 1.727 1.056 ;
  END
END LDN_AN3B_8
#
# 
MACRO LDN_AN3_0P5 FOREIGN C0A07BLDN_AN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.682 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDN_AN3_0P5
#
# 
MACRO LDN_AN3_1 FOREIGN C0A07BLDN_AN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.55 ;
      RECT 0.165 0.55 0.231 0.649 ;
      RECT 0.033 0.55 0.099 0.649 ;
      RECT 0.165 0.319 0.231 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDN_AN3_1
#
# 
MACRO LDN_AN3_2 FOREIGN C0A07BLDN_AN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.957 0.66 1.155 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.418 1.683 0.825 ;
      RECT 1.496 0.825 1.683 0.891 ;
      RECT 1.496 0.33 1.683 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.176 1.023 0.242 1.155 ;
      RECT 0.176 0.957 0.308 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.298 0.979 1.43 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 1.133 0.176 1.199 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 0.55 0.275 1.199 0.341 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 0.297 0.341 0.363 0.825 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.825 ;
    RECT 0.297 0.825 1.287 0.891 ;
  END
END LDN_AN3_2
#
# 
MACRO LDN_AN3_3 FOREIGN C0A07BLDN_AN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.033 1.353 0.264 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 1.474 0.825 1.947 0.891 ;
      RECT 1.859 0.891 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.154 1.947 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.759 0.198 0.902 0.264 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.319 0.495 0.385 ;
    RECT 0.583 0.33 1.177 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 1.287 0.495 1.65 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
  END
END LDN_AN3_3
#
# 
MACRO LDN_AN3_4 FOREIGN C0A07BLDN_AN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.803 ;
      RECT 1.826 0.803 2.31 0.869 ;
      RECT 1.826 0.275 2.277 0.341 ;
      RECT 2.211 0.154 2.277 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 1.54 0.495 2.046 0.561 ;
    RECT 1.54 0.561 1.606 0.825 ;
    RECT 0.231 0.825 1.606 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDN_AN3_4
#
# 
MACRO LDN_AN3_8 FOREIGN C0A07BLDN_AN3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.695 0.033 2.761 0.242 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.726 ;
      RECT 2.772 0.726 4.092 0.858 ;
      RECT 2.838 0.297 4.026 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.99 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 4.103 0.99 4.169 1.155 ;
      RECT 4.07 0.924 4.169 0.99 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.738 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 2.519 0.495 3.564 0.561 ;
    RECT 2.519 0.561 2.585 0.825 ;
    RECT 0.407 0.825 2.585 0.891 ;
    RECT 0.407 0.891 0.473 0.968 ;
  END
END LDN_AN3_8
#
# 
MACRO LDN_AN3_S_1 FOREIGN C0A07BLDN_AN3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.627 ;
      RECT 0.297 0.627 0.44 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.429 0.396 0.627 0.462 ;
      RECT 0.561 0.33 0.627 0.396 ;
      RECT 0.429 0.198 0.495 0.396 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.198 0.891 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.693 0.462 0.759 0.759 ;
    RECT 0.033 0.759 0.759 0.825 ;
    RECT 0.033 0.825 0.121 1.056 ;
    RECT 0.407 0.825 0.473 1.056 ;
  END
END LDN_AN3_S_1
#
# 
MACRO LDN_AN3_S_2 FOREIGN C0A07BLDN_AN3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.485 0.803 1.683 0.869 ;
      RECT 1.485 0.297 1.683 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.044 0.231 0.11 0.264 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 0.297 0.957 1.287 1.023 ;
  END
END LDN_AN3_S_2
#
# 
MACRO LDN_AN3_S_3 FOREIGN C0A07BLDN_AN3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.803 ;
      RECT 1.804 0.803 2.343 0.869 ;
      RECT 2.277 0.869 2.343 0.99 ;
      RECT 1.804 0.297 2.343 0.363 ;
      RECT 2.277 0.198 2.343 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.484 0.979 0.616 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.012 0.979 1.144 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.044 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.847 ;
    RECT 1.617 0.495 2.046 0.561 ;
    RECT 1.617 0.561 1.683 0.847 ;
    RECT 0.22 0.847 1.683 0.913 ;
  END
END LDN_AN3_S_3
#
# 
MACRO LDN_AN3_S_4 FOREIGN C0A07BLDN_AN3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.803 ;
      RECT 2.486 0.803 2.97 0.869 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.266 0.363 ;
    RECT 0.198 0.319 0.803 0.385 ;
    RECT 0.737 0.385 0.803 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.55 0.825 1.001 0.891 ;
    RECT 2.068 0.825 2.387 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.068 0.891 2.134 0.957 ;
    RECT 0.935 0.957 2.134 1.023 ;
  END
END LDN_AN3_S_4
#
# 
MACRO LDN_AN3_S_8 FOREIGN C0A07BLDN_AN3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.638 ;
      RECT 2.673 0.638 3.267 0.726 ;
      RECT 3.069 0.462 3.135 0.638 ;
      RECT 2.805 0.462 2.871 0.638 ;
      RECT 2.937 0.462 3.003 0.638 ;
      RECT 2.673 0.462 2.739 0.638 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.696 0.726 5.016 0.858 ;
      RECT 3.762 0.297 4.95 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.297 0.638 0.891 0.726 ;
      RECT 0.825 0.462 0.891 0.638 ;
      RECT 0.693 0.462 0.759 0.638 ;
      RECT 0.561 0.462 0.627 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.638 ;
      RECT 1.485 0.638 2.211 0.726 ;
      RECT 2.145 0.462 2.211 0.638 ;
      RECT 2.013 0.462 2.079 0.638 ;
      RECT 1.881 0.462 1.947 0.638 ;
      RECT 1.617 0.462 1.683 0.638 ;
      RECT 1.749 0.462 1.815 0.638 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.342 1.045 1.408 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 5.027 0.99 5.093 1.155 ;
      RECT 4.994 0.924 5.093 0.99 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.33 0.528 3.454 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.454 0.528 5.148 0.682 ;
    RECT 0 0.682 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.398 0.231 ;
    RECT 1.342 0.297 3.542 0.363 ;
    RECT 0.242 0.297 1.188 0.363 ;
    RECT 1.122 0.363 1.188 0.847 ;
    RECT 3.476 0.495 4.686 0.561 ;
    RECT 3.476 0.561 3.542 0.847 ;
    RECT 0.462 0.847 3.542 0.913 ;
  END
END LDN_AN3_S_8
#
# 
MACRO LDN_AN4B_1 FOREIGN C0A07BLDN_AN4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.836 0.561 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 0.836 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.825 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDN_AN4B_1
#
# 
MACRO LDN_AN4B_2 FOREIGN C0A07BLDN_AN4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.353 0.033 1.419 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.671 ;
      RECT 1.518 0.671 1.815 0.737 ;
      RECT 1.518 0.297 2.002 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.88 0.209 ;
    RECT 1.155 0.198 1.221 0.275 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.572 0.275 1.221 0.341 ;
    RECT 0.22 0.275 0.429 0.341 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 1.221 0.495 1.65 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 1.375 0.825 2.178 0.891 ;
    RECT 1.375 0.891 1.441 0.968 ;
    RECT 0.22 0.957 1.287 1.023 ;
  END
END LDN_AN4B_2
#
# 
MACRO LDN_AN4B_3 FOREIGN C0A07BLDN_AN4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.66 ;
      RECT 1.98 0.66 2.079 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.803 ;
      RECT 1.276 0.803 1.815 0.869 ;
      RECT 1.452 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.616 0.099 0.858 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.165 0.616 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.55 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.013 1.012 2.079 1.155 ;
      RECT 2.013 0.946 2.112 1.012 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.572 0.319 1.232 0.385 ;
    RECT 0.22 0.319 0.363 0.385 ;
    RECT 0.297 0.385 0.363 0.825 ;
    RECT 1.111 0.495 1.65 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 1.881 0.792 2.255 0.858 ;
    RECT 0.22 0.825 1.177 0.891 ;
    RECT 2.189 0.858 2.255 0.924 ;
    RECT 1.881 0.858 1.947 0.957 ;
    RECT 1.452 0.957 1.947 1.023 ;
  END
END LDN_AN4B_3
#
# 
MACRO LDN_AN4B_4 FOREIGN C0A07BLDN_AN4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.276848 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 1.848 0.803 2.343 0.869 ;
      RECT 1.848 0.297 3.058 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.583 0.363 0.649 0.825 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.396 0.825 1.716 0.891 ;
    RECT 2.431 0.825 3.234 0.891 ;
    RECT 2.431 0.891 2.497 0.957 ;
    RECT 1.672 0.957 2.497 1.023 ;
  END
END LDN_AN4B_4
#
# 
MACRO LDN_AN4B_6 FOREIGN C0A07BLDN_AN4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.508 0.726 3.366 0.858 ;
      RECT 3.256 0.693 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.671 ;
      RECT 3.674 0.671 3.795 0.737 ;
      RECT 3.696 0.462 4.224 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 1.012 3.685 1.155 ;
      RECT 3.619 0.946 3.718 1.012 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.31 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.726 0.385 0.792 0.825 ;
    RECT 2.2 0.495 2.948 0.561 ;
    RECT 2.2 0.561 2.266 0.825 ;
    RECT 4.499 0.726 4.565 0.803 ;
    RECT 3.432 0.803 4.565 0.869 ;
    RECT 0.374 0.825 2.266 0.891 ;
    RECT 3.432 0.869 3.52 0.957 ;
    RECT 2.354 0.957 3.52 1.023 ;
  END
END LDN_AN4B_6
#
# 
MACRO LDN_AN4B_8 FOREIGN C0A07BLDN_AN4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.148 0.033 5.214 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.796 0.165 4.928 0.231 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.444 0.165 4.576 0.231 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.649 ;
      RECT 3.861 0.649 4.026 0.715 ;
      RECT 3.861 0.715 3.971 0.726 ;
      RECT 2.772 0.726 3.971 0.858 ;
      RECT 2.838 0.319 5.456 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.704 0.594 ;
      RECT 0.253 0.594 0.363 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.716 0.594 ;
      RECT 1.177 0.594 1.287 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.519 0.594 ;
      RECT 2.409 0.594 2.519 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.477 0.462 5.28 0.594 ;
      RECT 4.477 0.594 4.587 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 4.972 0.957 5.104 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.738 0.231 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.319 0.935 0.385 ;
    RECT 0.869 0.385 0.935 0.825 ;
    RECT 2.585 0.495 3.652 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.55 0.825 2.651 0.891 ;
    RECT 4.103 0.825 5.599 0.891 ;
    RECT 4.103 0.891 4.169 0.957 ;
    RECT 5.533 0.891 5.599 0.968 ;
    RECT 2.662 0.957 4.169 1.023 ;
  END
END LDN_AN4B_8
#
# 
MACRO LDN_AN4_1 FOREIGN C0A07BLDN_AN4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.033 0.891 0.308 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.638 ;
      RECT 0.033 0.638 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.638 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.748 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.253 1.155 0.825 ;
      RECT 0.99 0.825 1.155 0.891 ;
      RECT 0.99 0.187 1.155 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.847 ;
    RECT 0.825 0.462 0.968 0.594 ;
    RECT 0.825 0.594 0.891 0.847 ;
    RECT 0.231 0.847 0.891 0.913 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 0.627 0.913 0.693 0.99 ;
  END
END LDN_AN4_1
#
# 
MACRO LDN_AN4_2 FOREIGN C0A07BLDN_AN4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.771 0.033 1.837 0.264 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.408 0.143 1.54 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.803 ;
      RECT 1.914 0.803 2.079 0.869 ;
      RECT 1.914 0.319 2.079 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.792 ;
      RECT 0.693 0.792 0.891 0.858 ;
      RECT 0.825 0.594 0.891 0.792 ;
      RECT 0.561 0.495 0.759 0.561 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.561 1.155 0.792 ;
      RECT 1.089 0.792 1.287 0.858 ;
      RECT 1.221 0.594 1.287 0.792 ;
      RECT 1.012 0.495 1.155 0.561 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.099 0.825 0.143 ;
    RECT 0.913 0.099 1.331 0.165 ;
    RECT 0.055 0.143 0.825 0.165 ;
    RECT 0.055 0.165 0.506 0.209 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.913 0.165 0.979 0.264 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.617 0.242 1.683 0.308 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 1.089 0.264 1.155 0.363 ;
    RECT 0.198 0.297 0.407 0.363 ;
    RECT 1.265 0.308 1.683 0.374 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.341 0.363 0.407 0.957 ;
    RECT 1.65 0.495 1.914 0.561 ;
    RECT 1.65 0.561 1.716 0.957 ;
    RECT 0.341 0.957 1.716 1.023 ;
  END
END LDN_AN4_2
#
# 
MACRO LDN_AN4_3 FOREIGN C0A07BLDN_AN4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.672 0.143 1.804 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.803 ;
      RECT 2.068 0.803 2.607 0.869 ;
      RECT 2.244 0.297 2.739 0.363 ;
      RECT 2.651 0.198 2.739 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.892 0.638 ;
    RECT 0 0.528 0.418 0.638 ;
    RECT 1.892 0.528 2.772 0.638 ;
    RECT 0 0.638 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.045 0.209 ;
    RECT 1.133 0.143 1.573 0.209 ;
    RECT 0.979 0.209 1.045 0.286 ;
    RECT 1.507 0.209 1.573 0.275 ;
    RECT 1.133 0.209 1.199 0.286 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 1.507 0.275 1.98 0.341 ;
    RECT 0.055 0.275 0.528 0.363 ;
    RECT 0.77 0.319 0.902 0.385 ;
    RECT 0.462 0.363 0.528 0.825 ;
    RECT 0.836 0.385 1.408 0.451 ;
    RECT 1.881 0.495 2.442 0.561 ;
    RECT 1.881 0.561 1.947 0.825 ;
    RECT 0.374 0.825 1.947 0.891 ;
  END
END LDN_AN4_3
#
# 
MACRO LDN_AN4_4 FOREIGN C0A07BLDN_AN4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.803 ;
      RECT 2.354 0.803 2.838 0.869 ;
      RECT 2.354 0.319 2.838 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 1.254 0.165 1.705 0.231 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 1.639 0.231 1.705 0.297 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 1.639 0.297 2.09 0.363 ;
    RECT 0.407 0.352 0.473 0.825 ;
    RECT 1.496 0.363 1.562 0.396 ;
    RECT 2.046 0.495 2.574 0.561 ;
    RECT 2.046 0.561 2.112 0.825 ;
    RECT 0.407 0.825 2.112 0.891 ;
  END
END LDN_AN4_4
#
# 
MACRO LDN_AN4_6 FOREIGN C0A07BLDN_AN4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.682 ;
      RECT 2.541 0.682 2.871 0.748 ;
      RECT 2.805 0.462 2.871 0.682 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.682 ;
      RECT 1.221 0.682 1.551 0.748 ;
      RECT 1.221 0.462 1.287 0.682 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.682 ;
      RECT 1.881 0.682 2.211 0.748 ;
      RECT 2.145 0.462 2.211 0.682 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.682 ;
      RECT 0.297 0.682 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.682 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.224 0.858 ;
      RECT 3.993 0.385 4.059 0.726 ;
      RECT 3.322 0.319 4.158 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.232 0.979 1.364 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.836 0.979 0.968 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0.33 0.528 3.058 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.058 0.528 4.356 0.682 ;
    RECT 0 0.682 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.143 0.935 0.209 ;
    RECT 1.034 0.165 2.266 0.231 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.242 0.275 0.792 0.341 ;
    RECT 0.869 0.297 1.364 0.363 ;
    RECT 1.958 0.297 2.794 0.363 ;
    RECT 0.726 0.341 0.792 0.847 ;
    RECT 2.992 0.495 3.894 0.561 ;
    RECT 2.992 0.561 3.058 0.847 ;
    RECT 0.242 0.847 3.058 0.913 ;
  END
END LDN_AN4_6
#
# 
MACRO LDN_AN4_8 FOREIGN C0A07BLDN_AN4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.462 2.343 0.594 ;
      RECT 2.233 0.594 2.915 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.309 0.594 1.848 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.025 0.462 3.135 0.594 ;
      RECT 3.025 0.594 3.608 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.792 0.726 ;
      RECT 0.253 0.462 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.07 0.726 5.324 0.858 ;
      RECT 5.181 0.385 5.247 0.726 ;
      RECT 4.07 0.319 5.324 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 5.016 0.957 5.148 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.33 0.528 3.762 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 3.762 0.528 5.544 0.66 ;
    RECT 0 0.66 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 1.1 0.209 ;
    RECT 1.21 0.165 2.838 0.231 ;
    RECT 1.034 0.209 1.1 0.297 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 1.034 0.297 1.892 0.363 ;
    RECT 2.156 0.297 3.806 0.363 ;
    RECT 0.077 0.297 0.968 0.363 ;
    RECT 0.902 0.363 0.968 0.825 ;
    RECT 3.707 0.495 5.016 0.561 ;
    RECT 3.707 0.561 3.773 0.825 ;
    RECT 0.275 0.825 3.773 0.891 ;
    RECT 0.275 0.891 0.341 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
  END
END LDN_AN4_8
#
# 
MACRO LDN_AN4_S_1 FOREIGN C0A07BLDN_AN4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.638 ;
      RECT 0.429 0.638 0.572 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.594 ;
      RECT 0.121 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.418 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.286 1.155 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.759 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.693 0.198 0.759 0.297 ;
    RECT 0.693 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.462 ;
    RECT 0.869 0.462 0.979 0.594 ;
    RECT 0.869 0.594 0.935 0.825 ;
    RECT 0.231 0.825 0.935 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 0.649 0.891 0.715 1.056 ;
  END
END LDN_AN4_S_1
#
# 
MACRO LDN_AN4_S_2 FOREIGN C0A07BLDN_AN4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.726 ;
      RECT 2.013 0.726 2.123 0.858 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.572 ;
      RECT 0.825 0.572 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.902 0.528 1.43 0.814 ;
    RECT 0 0.528 0.902 0.814 ;
    RECT 1.43 0.528 2.376 0.814 ;
    RECT 0 0.814 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.594 0.165 1.122 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.209 1.287 0.297 ;
    RECT 0.429 0.297 0.924 0.363 ;
    RECT 1.221 0.297 1.738 0.363 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.055 0.825 1.947 0.891 ;
    RECT 1.188 0.891 1.254 0.979 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.429 0.891 0.495 1.056 ;
    RECT 0.803 0.891 0.869 1.056 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 1.188 0.979 1.32 1.045 ;
  END
END LDN_AN4_S_2
#
# 
MACRO LDN_AN4_S_3 FOREIGN C0A07BLDN_AN4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.671 ;
      RECT 2.673 0.737 2.739 0.858 ;
      RECT 2.398 0.671 2.739 0.737 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.881 0.693 2.079 0.759 ;
      RECT 2.013 0.462 2.079 0.693 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.221 0.693 1.474 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.814 0.528 2.574 0.726 ;
    RECT 0 0.528 0.814 0.726 ;
    RECT 2.574 0.528 2.904 0.726 ;
    RECT 0 0.726 2.904 1.221 ;
    LAYER M1L ;
    RECT 2.618 0.132 2.684 0.165 ;
    RECT 1.364 0.165 1.551 0.231 ;
    RECT 1.738 0.165 2.684 0.231 ;
    RECT 2.761 0.198 2.827 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.726 0.297 1.419 0.363 ;
    RECT 1.485 0.297 2.068 0.363 ;
    RECT 2.222 0.297 2.827 0.363 ;
    RECT 1.353 0.363 1.419 0.495 ;
    RECT 2.222 0.363 2.288 0.825 ;
    RECT 1.353 0.495 1.694 0.561 ;
    RECT 0.33 0.495 0.671 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.605 0.825 2.431 0.891 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 1.397 0.891 1.463 0.99 ;
    RECT 1.969 0.891 2.035 0.99 ;
    RECT 2.365 0.891 2.431 0.99 ;
  END
END LDN_AN4_S_3
#
# 
MACRO LDN_AN4_S_4 FOREIGN C0A07BLDN_AN4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.803 ;
      RECT 3.014 0.803 3.498 0.869 ;
      RECT 3.014 0.297 3.498 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.682 ;
      RECT 0.957 0.682 1.287 0.748 ;
      RECT 0.957 0.462 1.023 0.682 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.485 0.682 1.815 0.748 ;
      RECT 1.485 0.462 1.551 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.649 2.607 0.99 ;
      RECT 2.541 0.462 2.607 0.583 ;
      RECT 2.277 0.583 2.607 0.649 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.99 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.627 0.605 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 3.696 0.682 ;
    RECT 0 0.682 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 0.946 0.165 1.87 0.231 ;
    RECT 1.969 0.165 2.794 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.969 0.231 2.035 0.297 ;
    RECT 0.055 0.297 1.276 0.363 ;
    RECT 1.54 0.297 2.035 0.363 ;
    RECT 2.101 0.297 2.739 0.363 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 2.101 0.363 2.167 0.847 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 0.55 0.847 2.266 0.913 ;
  END
END LDN_AN4_S_4
#
# 
MACRO LDN_AN4_S_6 FOREIGN C0A07BLDN_AN4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.685 0.033 3.751 0.264 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.836 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.671 ;
      RECT 1.353 0.671 1.694 0.737 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.715 ;
      RECT 3.08 0.715 3.399 0.781 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 3.828 0.726 4.796 0.858 ;
      RECT 3.894 0.297 4.796 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.671 ;
      RECT 2.024 0.671 2.343 0.737 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.685 0.924 3.751 1.155 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.266 0.979 2.398 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.562 0.979 1.694 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0.352 0.528 3.63 0.682 ;
    RECT 2.706 0.682 3.63 0.748 ;
    RECT 0 0.528 0.352 0.682 ;
    RECT 0 0.682 2.706 0.748 ;
    RECT 3.63 0.528 5.016 0.748 ;
    RECT 0 0.748 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 0.22 0.165 1.87 0.231 ;
    RECT 2.09 0.165 2.607 0.231 ;
    RECT 0.077 0.198 0.143 0.297 ;
    RECT 2.541 0.231 2.607 0.297 ;
    RECT 1.166 0.297 2.475 0.363 ;
    RECT 2.541 0.297 3.498 0.363 ;
    RECT 0.077 0.297 1.001 0.363 ;
    RECT 2.409 0.363 2.475 0.429 ;
    RECT 0.935 0.363 1.001 0.847 ;
    RECT 2.409 0.429 2.794 0.495 ;
    RECT 3.509 0.495 4.378 0.561 ;
    RECT 3.509 0.561 3.575 0.847 ;
    RECT 0.517 0.847 3.575 0.913 ;
    RECT 0.517 0.913 0.583 0.99 ;
    RECT 1.419 0.913 1.485 0.99 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.047 0.913 3.113 0.99 ;
    RECT 3.421 0.913 3.487 0.99 ;
  END
END LDN_AN4_S_6
#
# 
MACRO LDN_AN4_S_8 FOREIGN C0A07BLDN_AN4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.693 ;
      RECT 3.278 0.693 3.795 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.693 ;
      RECT 2.409 0.693 2.926 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 4.488 0.726 5.698 0.858 ;
      RECT 4.51 0.297 5.698 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 4.026 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.026 0.528 5.94 0.726 ;
    RECT 0 0.726 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.288 0.165 4.29 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.97 0.363 ;
    RECT 3.19 0.297 4.125 0.363 ;
    RECT 1.375 0.363 1.441 0.44 ;
    RECT 4.059 0.363 4.125 0.495 ;
    RECT 4.059 0.495 5.346 0.561 ;
    RECT 4.059 0.561 4.125 0.847 ;
    RECT 0.253 0.847 4.125 0.913 ;
    RECT 0.253 0.913 0.319 1.012 ;
    RECT 2.123 0.913 2.189 1.012 ;
    RECT 4.059 0.913 4.125 1.012 ;
  END
END LDN_AN4_S_8
#
# 
MACRO LDN_AO211_1 FOREIGN C0A07BLDN_AO211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.034 0.033 1.1 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
      RECT 1.177 0.858 1.287 0.99 ;
      RECT 1.177 0.198 1.287 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.44 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.737 ;
      RECT 0.088 0.429 0.231 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.616 0.407 0.726 ;
      RECT 0.297 0.44 0.363 0.616 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.583 0.154 0.649 0.275 ;
    RECT 0.055 0.275 1.089 0.341 ;
    RECT 1.023 0.341 1.089 0.462 ;
    RECT 1.023 0.462 1.133 0.594 ;
    RECT 1.023 0.594 1.089 0.957 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.726 0.957 1.089 1.023 ;
  END
END LDN_AO211_1
#
# 
MACRO LDN_AO211_2 FOREIGN C0A07BLDN_AO211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.693 ;
      RECT 1.089 0.693 1.298 0.759 ;
      RECT 1.089 0.297 1.298 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.045 1.87 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.364 0.979 1.496 1.045 ;
      RECT 1.738 0.979 1.87 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.165 1.672 0.231 ;
    RECT 0.957 0.231 1.023 0.319 ;
    RECT 0.429 0.319 1.023 0.385 ;
    RECT 0.957 0.385 1.023 0.594 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 0.638 0.825 2.046 0.891 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 0.055 0.902 0.121 0.957 ;
    RECT 0.055 0.957 0.946 1.045 ;
  END
END LDN_AO211_2
#
# 
MACRO LDN_AO211_4 FOREIGN C0A07BLDN_AO211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.376 0.726 3.036 0.858 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 0.583 0.231 0.649 0.275 ;
    RECT 0.198 0.275 0.649 0.341 ;
    RECT 0.748 0.297 2.255 0.363 ;
    RECT 2.189 0.363 2.255 0.495 ;
    RECT 2.189 0.495 2.706 0.561 ;
    RECT 2.189 0.561 2.255 0.825 ;
    RECT 0.055 0.825 1.584 0.891 ;
    RECT 1.804 0.825 2.255 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 2.112 1.023 ;
  END
END LDN_AO211_4
#
# 
MACRO LDN_AO211_6 FOREIGN C0A07BLDN_AO211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.825 ;
      RECT 0.198 0.825 1.034 0.891 ;
      RECT 0.198 0.319 1.034 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 3.982 0.979 4.114 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 3.608 0.143 4.081 0.209 ;
    RECT 4.015 0.209 4.081 0.297 ;
    RECT 1.287 0.297 3.916 0.363 ;
    RECT 4.015 0.297 4.466 0.363 ;
    RECT 1.287 0.363 1.353 0.495 ;
    RECT 0.462 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 2.332 0.825 4.961 0.891 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDN_AO211_6
#
# 
MACRO LDN_AO211_8 FOREIGN C0A07BLDN_AO211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.53 0.693 3.718 0.759 ;
      RECT 2.53 0.297 3.718 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.462 5.775 0.528 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.632 1.045 5.698 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 5.28 1.045 5.346 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.136 0.165 4.961 0.231 ;
    RECT 4.895 0.231 4.961 0.297 ;
    RECT 0.55 0.297 2.244 0.363 ;
    RECT 3.96 0.297 4.796 0.363 ;
    RECT 4.895 0.297 5.698 0.363 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 0.99 0.363 1.056 0.825 ;
    RECT 3.96 0.363 4.026 0.495 ;
    RECT 2.178 0.495 2.948 0.561 ;
    RECT 3.234 0.495 4.026 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 1.254 0.825 5.874 0.891 ;
    RECT 0.231 0.825 1.056 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDN_AO211_8
#
# 
MACRO LDN_AO21B_1 FOREIGN C0A07BLDN_AO21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.627 0.297 0.759 0.363 ;
      RECT 0.627 0.198 0.693 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.539 0.231 ;
    RECT 0.473 0.231 0.539 0.825 ;
    RECT 0.231 0.825 0.539 0.891 ;
    RECT 0.231 0.891 0.297 1.034 ;
  END
END LDN_AO21B_1
#
# 
MACRO LDN_AO21B_2 FOREIGN C0A07BLDN_AO21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.748 0.825 1.232 0.891 ;
      RECT 0.748 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.374 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.023 0.231 ;
    RECT 1.309 0.22 1.375 0.297 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.374 0.297 0.627 0.363 ;
    RECT 0.957 0.297 1.375 0.363 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 0.198 0.825 0.627 0.891 ;
  END
END LDN_AO21B_2
#
# 
MACRO LDN_AO21B_3 FOREIGN C0A07BLDN_AO21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.716 0.143 1.848 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.308 0.033 0.374 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.166 0.825 2.024 0.891 ;
      RECT 1.023 0.297 1.474 0.363 ;
      RECT 1.023 0.22 1.089 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.913 1.023 1.001 1.155 ;
      RECT 0.792 0.957 1.122 1.023 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.143 0.946 0.209 ;
    RECT 1.166 0.143 1.639 0.209 ;
    RECT 0.44 0.209 0.506 0.297 ;
    RECT 1.573 0.209 1.639 0.297 ;
    RECT 0.099 0.22 0.165 0.297 ;
    RECT 0.616 0.275 0.957 0.341 ;
    RECT 0.099 0.297 0.506 0.363 ;
    RECT 1.573 0.297 2.024 0.363 ;
    RECT 0.891 0.341 0.957 0.495 ;
    RECT 0.891 0.495 1.232 0.561 ;
    RECT 0.891 0.561 0.957 0.825 ;
    RECT 0.264 0.825 0.957 0.891 ;
  END
END LDN_AO21B_3
#
# 
MACRO LDN_AO21B_4 FOREIGN C0A07BLDN_AO21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.341 1.595 0.407 ;
      RECT 1.485 0.308 1.595 0.341 ;
      RECT 1.485 0.407 1.595 0.44 ;
      RECT 1.485 0.44 1.551 0.825 ;
      RECT 1.122 0.825 2.31 0.891 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.748 1.023 0.836 1.155 ;
      RECT 0.748 0.957 1.078 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 1.749 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 1.331 0.165 1.397 0.242 ;
    RECT 0.979 0.165 1.045 0.264 ;
    RECT 1.683 0.165 1.749 0.297 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 1.683 0.297 2.453 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.32 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDN_AO21B_4
#
# 
MACRO LDN_AO21B_6 FOREIGN C0A07BLDN_AO21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.673 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.825 ;
      RECT 1.43 0.825 3.344 0.891 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.43 0.297 2.255 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.386 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.254 0.165 2.409 0.231 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.748 0.297 1.232 0.363 ;
    RECT 2.343 0.297 3.487 0.363 ;
    RECT 1.166 0.363 1.232 0.495 ;
    RECT 1.166 0.495 2.002 0.561 ;
    RECT 1.166 0.561 1.232 0.825 ;
    RECT 0.198 0.825 1.232 0.891 ;
  END
END LDN_AO21B_6
#
# 
MACRO LDN_AO21B_8 FOREIGN C0A07BLDN_AO21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.716 0.726 4.488 0.858 ;
      RECT 1.782 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.465 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 3.465 0.528 3.531 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.639 0.924 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.111 0.143 ;
    RECT 1.177 0.099 1.529 0.143 ;
    RECT 0.759 0.143 1.529 0.165 ;
    RECT 1.639 0.143 3.135 0.209 ;
    RECT 1.045 0.165 1.243 0.209 ;
    RECT 1.463 0.165 1.529 0.264 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 3.069 0.209 3.135 0.319 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.477 0.242 4.543 0.319 ;
    RECT 0.935 0.264 1.001 0.33 ;
    RECT 1.287 0.264 1.353 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.069 0.319 4.543 0.385 ;
    RECT 0.935 0.33 1.353 0.396 ;
    RECT 1.287 0.396 1.353 0.495 ;
    RECT 1.287 0.495 2.838 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.374 0.825 1.353 0.891 ;
  END
END LDN_AO21B_8
#
# 
MACRO LDN_AO21_0P5 FOREIGN C0A07BLDN_AO21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.649 ;
      RECT 0.132 0.649 0.231 0.715 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.649 ;
      RECT 0.297 0.649 0.396 0.715 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.803 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.023 0.924 ;
      RECT 0.913 0.924 1.023 1.056 ;
      RECT 0.913 0.176 1.023 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.946 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.605 0.209 ;
    RECT 0.539 0.209 0.605 0.297 ;
    RECT 0.539 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.462 ;
    RECT 0.781 0.462 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.968 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.407 0.847 0.473 1.012 ;
    RECT 0.055 0.847 0.121 1.034 ;
    RECT 0.583 0.902 0.649 0.968 ;
    RECT 0.583 0.968 0.847 1.034 ;
  END
END LDN_AO21_0P5
#
# 
MACRO LDN_AO21_1 FOREIGN C0A07BLDN_AO21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.198 1.155 0.33 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.649 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 0.583 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.957 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 0.935 1.023 ;
  END
END LDN_AO21_1
#
# 
MACRO LDN_AO21_2 FOREIGN C0A07BLDN_AO21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.198 1.551 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.705 0.924 1.771 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0.462 0.528 0.957 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 0.957 0.528 1.848 0.594 ;
    RECT 0 0.594 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.935 0.198 1.001 0.847 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 1.353 0.462 1.419 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.935 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.759 0.979 1.21 1.045 ;
  END
END LDN_AO21_2
#
# 
MACRO LDN_AO21_3 FOREIGN C0A07BLDN_AO21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.474 0.693 1.947 0.759 ;
      RECT 1.859 0.759 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.198 1.947 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 0.858 1.749 1.155 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.177 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 1.111 0.297 1.375 0.363 ;
    RECT 1.309 0.363 1.375 0.495 ;
    RECT 1.309 0.495 1.584 0.561 ;
    RECT 1.309 0.561 1.375 0.979 ;
    RECT 0.055 0.847 1.21 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.902 0.979 1.375 1.045 ;
  END
END LDN_AO21_3
#
# 
MACRO LDN_AO21_4 FOREIGN C0A07BLDN_AO21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.958 0.726 2.508 0.858 ;
      RECT 1.958 0.319 2.409 0.385 ;
      RECT 2.343 0.242 2.409 0.319 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.825 0.693 1.023 0.759 ;
      RECT 0.957 0.594 1.023 0.693 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.143 1.177 0.209 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 1.463 0.22 1.529 0.297 ;
    RECT 0.198 0.275 1.034 0.341 ;
    RECT 1.111 0.297 1.529 0.363 ;
    RECT 0.968 0.341 1.034 0.374 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 1.749 0.495 2.178 0.561 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.287 0.825 1.815 0.891 ;
    RECT 1.111 0.891 1.177 0.979 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.979 1.562 1.045 ;
  END
END LDN_AO21_4
#
# 
MACRO LDN_AO21_6 FOREIGN C0A07BLDN_AO21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.726 3.432 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.53 0.319 3.366 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.727 0.209 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.661 0.297 2.343 0.363 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.661 0.363 1.727 0.825 ;
    RECT 2.277 0.495 2.97 0.561 ;
    RECT 1.661 0.825 2.112 0.891 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.463 0.913 1.529 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.463 0.957 2.288 1.023 ;
  END
END LDN_AO21_6
#
# 
MACRO LDN_AO21_8 FOREIGN C0A07BLDN_AO21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.138424 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.036 0.726 4.356 0.858 ;
      RECT 3.036 0.319 4.224 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 3.916 0.979 4.048 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 1.76 0.209 ;
    RECT 2.541 0.198 2.607 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.198 0.275 1.001 0.341 ;
    RECT 1.111 0.275 2.607 0.341 ;
    RECT 1.111 0.341 1.177 0.418 ;
    RECT 2.013 0.341 2.079 0.847 ;
    RECT 2.871 0.495 3.696 0.561 ;
    RECT 2.871 0.561 2.937 0.847 ;
    RECT 0.055 0.847 1.881 0.913 ;
    RECT 2.013 0.847 2.937 0.913 ;
    RECT 1.815 0.913 1.881 0.979 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 1.815 0.979 2.651 1.045 ;
  END
END LDN_AO21_8
#
# 
MACRO LDN_AO221_0P5 FOREIGN C0A07BLDN_AO221_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.858 ;
      RECT 1.309 0.858 1.419 0.99 ;
      RECT 1.309 0.99 1.375 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.594 1.155 0.726 ;
      RECT 1.089 0.726 1.155 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.594 0.759 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.385 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.221 0.352 1.287 0.385 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 0.957 0.385 1.287 0.451 ;
    RECT 0.44 0.792 0.858 0.858 ;
    RECT 0.44 0.858 0.506 0.869 ;
    RECT 0.792 0.858 0.858 0.957 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.374 0.869 0.506 0.935 ;
    RECT 0.583 0.924 0.682 0.99 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.792 0.957 1.034 1.023 ;
    RECT 0.583 0.99 0.649 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDN_AO221_0P5
#
# 
MACRO LDN_AO221_1 FOREIGN C0A07BLDN_AO221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.858 ;
      RECT 0.957 0.528 1.067 0.66 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.957 0.363 1.287 0.429 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 1.221 0.429 1.287 0.594 ;
    RECT 0.374 0.825 0.847 0.891 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.682 1.045 ;
    RECT 0.781 0.957 1.034 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
  END
END LDN_AO221_1
#
# 
MACRO LDN_AO221_2 FOREIGN C0A07BLDN_AO221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.484 0.165 0.616 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.693 ;
      RECT 0.165 0.693 0.33 0.759 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.132 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 2.244 0.132 2.31 0.165 ;
    RECT 2.145 0.165 2.31 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 0.363 0.297 2.211 0.363 ;
    RECT 0.363 0.363 0.429 0.594 ;
    RECT 2.145 0.363 2.211 0.825 ;
    RECT 0.594 0.825 1.958 0.891 ;
    RECT 2.145 0.825 2.31 0.891 ;
    RECT 2.387 0.902 2.453 0.957 ;
    RECT 1.298 0.957 2.453 1.045 ;
  END
END LDN_AO221_2
#
# 
MACRO LDN_AO221_4 FOREIGN C0A07BLDN_AO221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.825 0.528 1.287 0.594 ;
      RECT 1.221 0.462 1.287 0.528 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 1.089 0.462 1.155 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.947 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.881 0.33 1.947 0.528 ;
      RECT 1.617 0.462 1.683 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.673 0.528 3.003 0.594 ;
      RECT 2.673 0.33 2.739 0.528 ;
      RECT 2.805 0.33 2.871 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 0.704 0.891 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 3.014 0.231 ;
    RECT 1.452 0.165 2.079 0.231 ;
    RECT 3.311 0.198 3.377 0.33 ;
    RECT 3.685 0.198 3.751 0.33 ;
    RECT 0.957 0.22 1.023 0.297 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
    RECT 2.013 0.297 2.607 0.363 ;
    RECT 3.201 0.33 3.751 0.396 ;
    RECT 2.013 0.363 2.079 0.66 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 3.201 0.396 3.267 0.671 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.66 ;
    RECT 0.572 0.66 2.079 0.726 ;
    RECT 2.541 0.671 3.267 0.737 ;
    RECT 3.201 0.737 3.267 0.825 ;
    RECT 0.924 0.825 3.014 0.891 ;
    RECT 3.201 0.825 3.762 0.891 ;
    RECT 2.002 0.957 3.586 1.023 ;
  END
END LDN_AO221_4
#
# 
MACRO LDN_AO221_6 FOREIGN C0A07BLDN_AO221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.63 0.165 3.762 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.221 0.528 1.683 0.594 ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.353 0.462 1.419 0.528 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 1.056 0.891 ;
      RECT 0.165 0.297 1.056 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.528 ;
      RECT 3.729 0.528 4.191 0.594 ;
      RECT 3.993 0.462 4.059 0.528 ;
      RECT 3.729 0.462 3.795 0.528 ;
      RECT 3.861 0.462 3.927 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.475 0.594 ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 2.409 0.33 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
    END
  END B1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.528 4.851 0.726 ;
      RECT 4.521 0.462 4.851 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.75 0.165 3.553 0.231 ;
    RECT 1.98 0.165 2.651 0.231 ;
    RECT 3.487 0.231 3.553 0.297 ;
    RECT 2.585 0.231 2.651 0.297 ;
    RECT 1.452 0.297 2.288 0.363 ;
    RECT 3.487 0.297 3.938 0.363 ;
    RECT 2.585 0.297 3.41 0.363 ;
    RECT 4.334 0.319 4.818 0.385 ;
    RECT 2.585 0.363 2.651 0.66 ;
    RECT 3.344 0.363 3.41 0.66 ;
    RECT 4.334 0.385 4.4 0.66 ;
    RECT 0.396 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 0.66 ;
    RECT 0.825 0.66 2.651 0.726 ;
    RECT 3.344 0.66 4.4 0.726 ;
    RECT 4.334 0.726 4.4 0.825 ;
    RECT 1.276 0.825 4.114 0.891 ;
    RECT 4.334 0.825 4.818 0.891 ;
    RECT 4.895 0.902 4.961 0.979 ;
    RECT 2.75 0.979 4.961 1.045 ;
  END
END LDN_AO221_6
#
# 
MACRO LDN_AO221_8 FOREIGN C0A07BLDN_AO221_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.528 ;
      RECT 1.749 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.462 2.079 0.528 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.198 6.963 0.462 ;
      RECT 6.369 0.462 6.963 0.528 ;
      RECT 6.897 0.528 6.963 0.726 ;
      RECT 6.765 0.528 6.831 0.726 ;
      RECT 6.633 0.528 6.699 0.726 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.369 0.528 6.435 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.22 0.297 1.408 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.198 5.907 0.528 ;
      RECT 5.313 0.528 5.907 0.594 ;
      RECT 5.577 0.462 5.643 0.528 ;
      RECT 5.313 0.462 5.379 0.528 ;
      RECT 5.709 0.462 5.775 0.528 ;
      RECT 5.445 0.462 5.511 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.717 0.165 3.52 0.231 ;
    RECT 3.916 0.165 5.071 0.231 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 5.005 0.231 5.071 0.297 ;
    RECT 1.98 0.297 2.783 0.363 ;
    RECT 5.005 0.297 5.632 0.363 ;
    RECT 2.86 0.297 4.884 0.363 ;
    RECT 6.171 0.319 6.688 0.385 ;
    RECT 2.86 0.363 2.926 0.66 ;
    RECT 4.818 0.363 4.884 0.66 ;
    RECT 6.171 0.385 6.237 0.66 ;
    RECT 0.528 0.495 1.617 0.561 ;
    RECT 1.551 0.561 1.617 0.66 ;
    RECT 1.551 0.66 2.926 0.726 ;
    RECT 4.818 0.66 6.237 0.726 ;
    RECT 6.171 0.726 6.237 0.825 ;
    RECT 1.628 0.825 5.984 0.891 ;
    RECT 6.171 0.825 7.04 0.891 ;
    RECT 7.15 0.924 7.216 0.957 ;
    RECT 3.916 0.957 7.216 1.023 ;
  END
END LDN_AO221_8
#
# 
MACRO LDN_AO222_0P5 FOREIGN C0A07BLDN_AO222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.671 ;
      RECT 0.561 0.671 0.979 0.737 ;
      RECT 0.913 0.737 0.979 0.946 ;
      RECT 0.561 0.737 0.627 0.902 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.737 0.836 0.803 1.155 ;
      RECT 1.969 0.924 2.035 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.836 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.243 0.154 1.309 0.33 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.539 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.056 ;
    RECT 1.067 0.33 1.309 0.396 ;
    RECT 1.067 0.396 1.133 0.627 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.067 0.627 1.287 0.693 ;
    RECT 1.221 0.693 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDN_AO222_0P5
#
# 
MACRO LDN_AO222_1 FOREIGN C0A07BLDN_AO222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109626 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.352 0.759 0.726 ;
      RECT 0.561 0.726 0.759 0.792 ;
      RECT 0.693 0.792 0.759 0.825 ;
      RECT 0.693 0.825 1.012 0.891 ;
      RECT 0.561 0.792 0.627 0.858 ;
      RECT 0.561 0.286 0.759 0.352 ;
      RECT 0.561 0.132 0.627 0.286 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.924 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.616 ;
    RECT 1.243 0.198 1.309 0.33 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.012 ;
    RECT 1.023 0.33 1.309 0.396 ;
    RECT 1.023 0.396 1.089 0.693 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.023 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDN_AO222_1
#
# 
MACRO LDN_AO222_2 FOREIGN C0A07BLDN_AO222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.726 ;
    END
  END C2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.561 ;
      RECT 1.881 0.561 2.079 0.627 ;
      RECT 1.881 0.627 1.947 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.429 0.891 0.726 ;
      RECT 0.583 0.726 1.529 0.858 ;
      RECT 1.463 0.858 1.529 0.99 ;
      RECT 0.583 0.858 0.649 0.99 ;
      RECT 0.825 0.363 1.21 0.429 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.541 0.462 2.651 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.77 0.528 1.848 0.572 ;
    RECT 0 0.528 0.77 0.572 ;
    RECT 1.848 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.099 1.518 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.583 0.143 1.584 0.165 ;
    RECT 1.452 0.165 1.584 0.209 ;
    RECT 0.583 0.165 0.649 0.33 ;
    RECT 2.651 0.198 2.717 0.297 ;
    RECT 1.661 0.22 1.727 0.297 ;
    RECT 0.902 0.231 1.386 0.297 ;
    RECT 1.815 0.264 1.881 0.429 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.32 0.297 1.727 0.363 ;
    RECT 2.277 0.297 2.717 0.363 ;
    RECT 0.451 0.363 0.517 0.462 ;
    RECT 2.277 0.363 2.343 1.023 ;
    RECT 1.276 0.429 1.881 0.495 ;
    RECT 0.451 0.462 0.561 0.594 ;
    RECT 1.276 0.495 1.342 0.517 ;
    RECT 1.749 0.495 1.815 0.891 ;
    RECT 1.056 0.517 1.342 0.583 ;
    RECT 1.474 0.561 1.672 0.627 ;
    RECT 0.451 0.594 0.517 0.825 ;
    RECT 1.606 0.627 1.672 1.023 ;
    RECT 0.231 0.825 0.517 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.749 0.891 2.09 0.957 ;
    RECT 2.475 0.924 2.541 1.023 ;
    RECT 1.606 1.023 2.541 1.089 ;
  END
END LDN_AO222_2
#
# 
MACRO LDN_AO222_3 FOREIGN C0A07BLDN_AO222_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340978 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.506 1.683 0.726 ;
      RECT 1.056 0.726 2.783 0.858 ;
      RECT 2.717 0.858 2.783 0.99 ;
      RECT 1.617 0.44 1.727 0.506 ;
      RECT 1.661 0.297 1.727 0.44 ;
      RECT 1.661 0.231 2.112 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.66 3.399 0.726 ;
      RECT 3.333 0.462 3.399 0.66 ;
      RECT 3.201 0.462 3.267 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 4.499 0.902 4.565 1.155 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.893 0.572 ;
    RECT 0 0.528 1.518 0.572 ;
    RECT 2.893 0.528 4.62 0.572 ;
    RECT 0 0.572 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.398 0.143 ;
    RECT 2.893 0.099 3.311 0.165 ;
    RECT 4.147 0.099 4.565 0.165 ;
    RECT 0.055 0.143 0.858 0.231 ;
    RECT 1.507 0.143 2.783 0.165 ;
    RECT 2.332 0.165 2.783 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 2.893 0.165 2.959 0.264 ;
    RECT 3.245 0.165 3.311 0.286 ;
    RECT 4.499 0.165 4.565 0.264 ;
    RECT 4.147 0.165 4.213 0.297 ;
    RECT 2.717 0.209 2.783 0.286 ;
    RECT 3.641 0.22 3.707 0.286 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 0.055 0.231 0.121 0.286 ;
    RECT 3.069 0.264 3.135 0.429 ;
    RECT 4.323 0.264 4.389 0.33 ;
    RECT 3.245 0.286 3.707 0.352 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 2.222 0.297 2.64 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 3.795 0.297 4.213 0.363 ;
    RECT 4.323 0.33 4.488 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.804 0.363 2.288 0.429 ;
    RECT 4.422 0.396 4.488 0.759 ;
    RECT 1.804 0.429 1.87 0.462 ;
    RECT 2.354 0.429 3.135 0.495 ;
    RECT 0.759 0.495 1.364 0.561 ;
    RECT 2.354 0.495 2.42 0.517 ;
    RECT 3.069 0.495 3.135 0.825 ;
    RECT 1.914 0.517 2.42 0.583 ;
    RECT 0.759 0.561 0.825 0.924 ;
    RECT 2.53 0.561 2.937 0.627 ;
    RECT 2.871 0.627 2.937 0.99 ;
    RECT 4.356 0.759 4.488 0.825 ;
    RECT 3.069 0.825 3.564 0.891 ;
    RECT 3.927 0.825 4.422 0.891 ;
    RECT 3.927 0.891 3.993 0.99 ;
    LAYER M2L ;
    RECT 2.838 0.891 4.026 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDN_AO222_3
#
# 
MACRO LDN_AO222_4 FOREIGN C0A07BLDN_AO222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 0.033 4.598 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 1.364 0.033 1.43 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.957 0.033 1.023 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.99 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.462 4.323 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.616 1.815 0.726 ;
      RECT 1.683 0.55 1.815 0.616 ;
      RECT 1.683 0.297 1.749 0.55 ;
      RECT 1.683 0.231 2.508 0.297 ;
      RECT 1.056 0.726 2.64 0.825 ;
      RECT 1.056 0.825 3.179 0.858 ;
      RECT 2.574 0.858 3.179 0.891 ;
      RECT 3.113 0.891 3.179 0.968 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.627 3.553 0.858 ;
      RECT 3.41 0.561 3.553 0.627 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.851 0.528 ;
      RECT 4.785 0.528 4.851 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 5.027 0.902 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.749 0.528 3.476 0.572 ;
    RECT 0 0.528 1.749 0.572 ;
    RECT 3.476 0.528 5.148 0.572 ;
    RECT 0 0.572 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.794 0.143 ;
    RECT 3.443 0.099 3.883 0.165 ;
    RECT 4.675 0.099 5.093 0.165 ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 1.507 0.143 3.212 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 2.728 0.165 3.212 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 3.443 0.165 3.509 0.264 ;
    RECT 3.817 0.165 3.883 0.297 ;
    RECT 5.027 0.165 5.093 0.264 ;
    RECT 4.675 0.165 4.741 0.297 ;
    RECT 3.289 0.22 3.355 0.297 ;
    RECT 4.169 0.22 4.235 0.297 ;
    RECT 4.323 0.22 4.389 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 3.619 0.264 3.685 0.429 ;
    RECT 4.851 0.264 4.917 0.33 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 2.618 0.297 3.355 0.363 ;
    RECT 3.817 0.297 4.235 0.363 ;
    RECT 4.323 0.297 4.741 0.363 ;
    RECT 4.851 0.33 5.016 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.848 0.363 2.684 0.429 ;
    RECT 4.95 0.396 5.016 0.748 ;
    RECT 2.75 0.429 3.685 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 2.75 0.495 2.816 0.517 ;
    RECT 3.619 0.495 3.685 0.825 ;
    RECT 2.134 0.517 2.816 0.583 ;
    RECT 0.759 0.561 0.825 0.792 ;
    RECT 2.926 0.561 3.311 0.627 ;
    RECT 2.75 0.583 2.816 0.726 ;
    RECT 3.245 0.627 3.311 0.858 ;
    RECT 4.851 0.748 5.016 0.814 ;
    RECT 4.851 0.814 4.917 0.825 ;
    RECT 3.619 0.825 4.092 0.891 ;
    RECT 4.499 0.825 4.917 0.891 ;
    RECT 3.245 0.858 3.355 0.99 ;
    RECT 4.422 0.891 4.565 0.979 ;
    LAYER M2L ;
    RECT 3.234 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 3.3 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDN_AO222_4
#
# 
MACRO LDN_AO22_1 FOREIGN C0A07BLDN_AO22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.561 ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.572 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.165 0.627 0.231 0.726 ;
      RECT 0.088 0.561 0.231 0.627 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 1.155 0.319 1.287 0.385 ;
      RECT 1.155 0.242 1.221 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.671 0.231 0.737 0.748 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.583 0.748 0.737 0.814 ;
    RECT 0.583 0.814 0.649 0.88 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.407 0.979 0.858 1.045 ;
  END
END LDN_AO22_1
#
# 
MACRO LDN_AO22_2 FOREIGN C0A07BLDN_AO22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.572 0.605 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.539 ;
      RECT 0.165 0.605 0.231 0.726 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.078 0.825 1.287 0.891 ;
      RECT 1.111 0.319 1.287 0.385 ;
      RECT 1.111 0.242 1.177 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.737 0.231 ;
    RECT 0.671 0.231 0.737 0.297 ;
    RECT 0.671 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.671 0.363 0.737 0.715 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.55 0.715 0.737 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDN_AO22_2
#
# 
MACRO LDN_AO22_3 FOREIGN C0A07BLDN_AO22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.199 0.143 1.364 0.209 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.726 0.165 1.012 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.407 1.551 0.825 ;
      RECT 1.056 0.825 1.551 0.891 ;
      RECT 1.089 0.341 1.551 0.407 ;
      RECT 1.441 0.198 1.551 0.341 ;
      RECT 1.089 0.264 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.913 0.924 0.979 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.232 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 0.561 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.638 0.363 0.704 0.715 ;
    RECT 0.957 0.495 1.364 0.561 ;
    RECT 0.55 0.715 0.704 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDN_AO22_3
#
# 
MACRO LDN_AO22_4 FOREIGN C0A07BLDN_AO22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 1.166 0.726 1.716 0.858 ;
      RECT 1.166 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.506 0.165 ;
    RECT 0.44 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.297 ;
    RECT 0.693 0.297 1.056 0.363 ;
    RECT 0.99 0.363 1.056 0.495 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.99 0.495 1.386 0.561 ;
    RECT 0.066 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.759 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDN_AO22_4
#
# 
MACRO LDN_AO22_6 FOREIGN C0A07BLDN_AO22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.726 ;
      RECT 1.98 0.726 2.904 0.858 ;
      RECT 2.002 0.297 2.838 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.462 1.551 0.66 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 1.705 0.176 1.771 0.297 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.331 0.297 1.771 0.363 ;
    RECT 0.66 0.297 0.726 0.363 ;
    RECT 1.089 0.297 1.155 0.363 ;
    RECT 0.66 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.781 ;
    RECT 1.749 0.495 2.574 0.561 ;
    RECT 1.749 0.561 1.815 0.803 ;
    RECT 0.957 0.781 1.155 0.803 ;
    RECT 0.957 0.803 1.815 0.869 ;
    RECT 0.055 0.825 0.869 0.891 ;
    RECT 0.957 0.869 1.023 0.924 ;
    RECT 1.705 0.869 1.771 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.869 1.023 ;
    RECT 1.1 0.957 1.606 1.023 ;
    RECT 0.803 1.023 1.166 1.089 ;
  END
END LDN_AO22_6
#
# 
MACRO LDN_AO22_8 FOREIGN C0A07BLDN_AO22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 1.848 0.726 3.168 0.858 ;
      RECT 1.914 0.297 3.102 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.771 0.924 1.837 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.11 0.825 0.176 ;
    RECT 0.913 0.11 1.331 0.176 ;
    RECT 0.759 0.176 0.825 0.264 ;
    RECT 0.407 0.176 0.473 0.297 ;
    RECT 0.913 0.176 0.979 0.264 ;
    RECT 1.265 0.176 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.275 0.649 0.363 ;
    RECT 1.089 0.275 1.155 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.265 0.297 1.716 0.363 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.836 0.429 0.902 0.693 ;
    RECT 1.683 0.495 2.684 0.561 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 0.836 0.693 1.155 0.759 ;
    RECT 1.485 0.693 1.749 0.759 ;
    RECT 1.089 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.551 0.825 ;
    RECT 0.198 0.825 1.012 0.891 ;
    RECT 1.089 0.825 1.551 0.891 ;
    RECT 1.617 0.88 1.683 0.957 ;
    RECT 0.946 0.891 1.012 0.957 ;
    RECT 0.946 0.957 1.683 1.023 ;
  END
END LDN_AO22_8
#
# 
MACRO LDN_AO2B2B_1 FOREIGN C0A07BLDN_AO2B2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.957 ;
      RECT 0.374 0.957 0.759 1.023 ;
      RECT 0.583 0.33 0.759 0.396 ;
      RECT 0.583 0.264 0.649 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.484 1.287 0.594 ;
      RECT 1.166 0.396 1.287 0.484 ;
      RECT 1.221 0.33 1.287 0.396 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.858 1.023 1.023 ;
      RECT 0.858 1.023 1.023 1.089 ;
      LAYER M2L ;
      RECT 0.924 0.891 1.32 0.957 ;
      VIA 0.99 0.924 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.66 1.199 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.957 0.132 1.023 0.748 ;
    RECT 1.309 0.132 1.419 0.264 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.353 0.264 1.419 0.693 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.297 0.462 0.363 0.627 ;
    RECT 0.484 0.495 0.627 0.561 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.297 0.627 0.495 0.693 ;
    LAYER M2L ;
    RECT 0.528 0.627 1.056 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.594 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.693 0.495 0.858 ;
    RECT 1.276 0.693 1.419 0.759 ;
    RECT 1.276 0.759 1.364 0.858 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.386 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
  END
END LDN_AO2B2B_1
#
# 
MACRO LDN_AO2B2B_2 FOREIGN C0A07BLDN_AO2B2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.583 0.693 0.891 0.759 ;
      RECT 0.583 0.759 0.649 0.836 ;
      RECT 0.825 0.462 0.979 0.528 ;
      RECT 0.913 0.363 0.979 0.462 ;
      RECT 0.913 0.264 0.979 0.297 ;
      RECT 0.913 0.297 1.683 0.363 ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.408 0.693 1.551 0.759 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END X
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.66 ;
    END
  END D
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.396 1.947 0.627 ;
      RECT 1.782 0.627 1.947 0.693 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.112 0.693 ;
      VIA 1.848 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.947 0.924 2.013 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.122 0.165 ;
    RECT 1.474 0.132 1.54 0.165 ;
    RECT 2.101 0.132 2.211 0.264 ;
    RECT 1.056 0.165 1.54 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.749 0.176 1.859 0.308 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 2.145 0.264 2.211 0.759 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 1.749 0.308 1.815 0.462 ;
    RECT 1.617 0.462 1.815 0.528 ;
    RECT 0.429 0.495 0.682 0.561 ;
    RECT 1.617 0.528 1.683 0.825 ;
    RECT 0.429 0.561 0.495 0.726 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.594 0.693 ;
    VIA 0.462 0.66 V1L2L ;
    RECT 0.528 0.693 0.594 0.759 ;
    LAYER M1L ;
    RECT 1.98 0.759 2.211 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.112 0.825 ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.88 0.825 1.364 0.891 ;
    RECT 1.617 0.825 1.87 0.891 ;
    RECT 2.145 0.825 2.211 0.924 ;
    RECT 0.44 0.891 0.506 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.298 0.891 1.364 0.957 ;
    RECT 2.101 0.924 2.211 1.056 ;
    RECT 0.44 0.957 0.858 1.023 ;
    RECT 1.298 0.957 1.716 1.023 ;
  END
END LDN_AO2B2B_2
#
# 
MACRO LDN_AO2B2B_4 FOREIGN C0A07BLDN_AO2B2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.597 0.033 3.663 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.606 0.363 1.694 0.726 ;
      RECT 1.452 0.726 2.266 0.759 ;
      RECT 2.2 0.66 2.266 0.726 ;
      RECT 1.452 0.825 2.266 0.858 ;
      RECT 0.902 0.759 2.266 0.825 ;
      RECT 1.606 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.594 ;
    END
  END B
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.726 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.399 0.176 3.465 0.693 ;
    RECT 3.729 0.198 3.861 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.729 0.264 3.795 0.396 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 3.597 0.396 3.795 0.462 ;
    RECT 3.597 0.462 3.663 0.825 ;
    RECT 1.056 0.495 1.364 0.561 ;
    RECT 1.87 0.495 2.431 0.561 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 2.365 0.561 2.431 0.693 ;
    RECT 1.056 0.627 1.32 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 3.696 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.693 3.465 0.759 ;
    RECT 3.399 0.759 3.465 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 3.597 0.825 3.894 0.891 ;
    RECT 0.759 0.891 0.825 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.924 ;
    RECT 0.759 0.924 1.529 0.99 ;
    RECT 1.639 0.924 2.409 0.99 ;
    RECT 1.111 0.99 1.177 1.056 ;
    RECT 1.463 0.99 1.529 1.056 ;
    RECT 1.639 0.99 1.705 1.056 ;
    RECT 1.991 0.99 2.057 1.056 ;
    RECT 2.343 0.99 2.409 1.056 ;
  END
END LDN_AO2B2B_4
#
# 
MACRO LDN_AO2B2_S_1 FOREIGN C0A07BLDN_AO2B2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.726 0.495 0.825 ;
      RECT 0.594 0.165 0.759 0.231 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.99 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 0.825 0.176 0.891 0.957 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.198 1.485 0.264 ;
    RECT 1.221 0.264 1.287 1.056 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.561 0.33 0.627 0.726 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.462 0.363 0.957 ;
    RECT 0.297 0.957 0.891 1.023 ;
  END
END LDN_AO2B2_S_1
#
# 
MACRO LDN_AO2B2_S_2 FOREIGN C0A07BLDN_AO2B2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.429 ;
      RECT 0.297 0.495 0.363 0.594 ;
      RECT 0.297 0.429 0.495 0.495 ;
    END
  END C2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.045 0.825 ;
      RECT 0.957 0.825 1.419 0.891 ;
      RECT 1.353 0.891 1.419 0.924 ;
      RECT 1.353 0.924 1.573 0.99 ;
      RECT 1.507 0.99 1.573 1.056 ;
      RECT 0.957 0.891 1.045 0.99 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.649 0.858 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.66 ;
      RECT 1.661 0.66 1.815 0.726 ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.177 0.693 1.287 0.759 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.099 1.221 0.165 ;
    RECT 0.649 0.132 0.715 0.363 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 1.155 0.165 1.221 0.297 ;
    RECT 1.859 0.198 1.925 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.649 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.957 ;
    RECT 1.485 0.462 1.551 0.792 ;
    RECT 1.485 0.792 1.749 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.683 0.858 1.749 0.99 ;
    RECT 0.297 0.891 0.363 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.891 1.782 0.957 ;
    VIA 0.33 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.957 0.891 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
  END
END LDN_AO2B2_S_2
#
# 
MACRO LDN_AO2B2_S_4 FOREIGN C0A07BLDN_AO2B2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.198 3.531 0.693 ;
      RECT 2.937 0.693 3.531 0.759 ;
      RECT 2.937 0.462 3.003 0.693 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.528 ;
      RECT 3.201 0.528 3.399 0.594 ;
      RECT 3.201 0.462 3.267 0.528 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.541 0.66 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.66 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.41624 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.825 ;
      RECT 0.825 0.825 2.233 0.891 ;
      RECT 2.167 0.891 2.233 0.957 ;
      RECT 2.167 0.957 2.442 1.023 ;
      RECT 0.033 0.275 0.891 0.341 ;
      RECT 0.033 0.341 0.121 0.693 ;
      RECT 0.033 0.693 0.506 0.759 ;
      RECT 0.033 0.759 0.121 0.858 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.594 ;
      RECT 1.782 0.429 2.046 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.254 0.429 1.518 0.495 ;
      LAYER M2L ;
      RECT 1.32 0.495 1.98 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.858 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.023 0.209 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 3.179 0.198 3.245 0.297 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 2.233 0.363 ;
    RECT 2.299 0.297 2.706 0.363 ;
    RECT 2.805 0.297 3.245 0.363 ;
    RECT 2.299 0.363 2.365 0.693 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 1.617 0.462 1.683 0.693 ;
    RECT 0.264 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.858 ;
    RECT 0.957 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.904 0.825 ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.299 0.825 2.706 0.891 ;
    RECT 2.805 0.825 3.454 0.891 ;
  END
END LDN_AO2B2_S_4
#
# 
MACRO LDN_AO2BB2_0P5 FOREIGN C0A07BLDN_AO2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.451 0.033 0.517 0.176 ;
      RECT 0.451 0.176 0.55 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.083006 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.627 1.023 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.858 ;
      RECT 0.528 0.462 0.627 0.528 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.429 0.528 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.814 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.132 0.715 0.198 ;
    RECT 1.001 0.132 1.067 0.198 ;
    RECT 0.055 0.132 0.363 0.198 ;
    RECT 0.649 0.198 1.067 0.264 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.297 0.198 0.363 0.33 ;
    RECT 0.297 0.33 1.133 0.396 ;
    RECT 1.067 0.396 1.133 0.462 ;
    RECT 0.693 0.396 0.759 1.023 ;
    RECT 0.231 0.814 0.297 1.023 ;
    RECT 0.231 1.023 0.759 1.089 ;
  END
END LDN_AO2BB2_0P5
#
# 
MACRO LDN_AO2BB2_1 FOREIGN C0A07BLDN_AO2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172546 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.693 ;
      RECT 0.957 0.693 1.287 0.759 ;
      RECT 0.957 0.759 1.023 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.495 0.66 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.594 0.165 1.078 0.231 ;
    RECT 0.055 0.297 1.111 0.363 ;
    RECT 1.045 0.363 1.111 0.594 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.231 0.825 0.759 0.891 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDN_AO2BB2_1
#
# 
MACRO LDN_AO2BB2_2 FOREIGN C0A07BLDN_AO2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.462 1.683 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.308 0.891 0.825 ;
      RECT 0.616 0.825 1.276 0.891 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.067 0.209 ;
    RECT 1.001 0.209 1.067 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.001 0.297 1.793 0.363 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.386 0.792 1.793 0.858 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 1.727 0.858 1.793 0.924 ;
    RECT 1.386 0.858 1.452 0.957 ;
    RECT 0.968 0.957 1.452 1.023 ;
  END
END LDN_AO2BB2_2
#
# 
MACRO LDN_AO2BB2_3 FOREIGN C0A07BLDN_AO2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.617 0.033 1.683 0.176 ;
      RECT 1.617 0.176 1.716 0.242 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.089 0.825 1.892 0.891 ;
      RECT 1.089 0.891 1.155 0.99 ;
      RECT 0.88 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.232 0.957 1.364 1.023 ;
      RECT 0.825 0.924 0.891 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 1.056 0.165 1.551 0.231 ;
    RECT 0.374 0.231 0.44 0.308 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.519 0.242 2.585 0.319 ;
    RECT 0.55 0.297 0.759 0.363 ;
    RECT 0.055 0.308 0.44 0.374 ;
    RECT 1.485 0.319 2.585 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.584 0.957 2.057 1.023 ;
  END
END LDN_AO2BB2_3
#
# 
MACRO LDN_AO2BB2_4 FOREIGN C0A07BLDN_AO2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.012 0.825 2.343 0.891 ;
      RECT 2.277 0.726 2.343 0.825 ;
      RECT 1.188 0.297 1.683 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.948 0.957 3.08 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 1.012 0.165 1.815 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.749 0.231 1.815 0.297 ;
    RECT 3.19 0.264 3.256 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.913 0.363 ;
    RECT 1.749 0.297 3.256 0.363 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.474 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.22 0.825 0.913 0.891 ;
    RECT 2.453 0.825 3.256 0.891 ;
    RECT 3.19 0.891 3.256 0.924 ;
    RECT 2.453 0.891 2.519 0.957 ;
    RECT 1.716 0.957 2.519 1.023 ;
  END
END LDN_AO2BB2_4
#
# 
MACRO LDN_AO2BB2_6 FOREIGN C0A07BLDN_AO2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.563 0.033 2.629 0.176 ;
      RECT 2.563 0.176 2.662 0.242 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.726 ;
      RECT 1.298 0.726 3.036 0.825 ;
      RECT 1.298 0.825 3.366 0.858 ;
      RECT 3.3 0.792 3.366 0.825 ;
      RECT 2.97 0.858 3.366 0.891 ;
      RECT 1.474 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.179 0.594 3.267 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.034 0.231 ;
    RECT 1.298 0.165 2.486 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.42 0.231 2.486 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.726 0.297 1.199 0.363 ;
    RECT 2.42 0.319 4.565 0.385 ;
    RECT 0.726 0.363 0.792 0.396 ;
    RECT 1.133 0.363 1.199 0.495 ;
    RECT 1.133 0.495 2.068 0.561 ;
    RECT 1.133 0.561 1.199 0.825 ;
    RECT 0.198 0.825 1.199 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 2.354 0.957 3.509 1.023 ;
  END
END LDN_AO2BB2_6
#
# 
MACRO LDN_AO2BB2_8 FOREIGN C0A07BLDN_AO2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 4.026 0.033 4.092 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601612 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.672 0.726 4.444 0.858 ;
      RECT 1.848 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.62 0.594 ;
      RECT 4.51 0.594 4.62 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.132 1.606 0.165 ;
    RECT 1.672 0.132 1.738 0.165 ;
    RECT 0.759 0.165 1.606 0.231 ;
    RECT 1.672 0.165 3.179 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.951 0.22 6.017 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.113 0.231 3.179 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.924 0.297 1.573 0.363 ;
    RECT 3.113 0.297 6.017 0.363 ;
    RECT 1.507 0.363 1.573 0.495 ;
    RECT 1.507 0.495 2.596 0.561 ;
    RECT 1.507 0.561 1.573 0.825 ;
    RECT 0.374 0.825 1.573 0.891 ;
    RECT 4.554 0.825 6.017 0.891 ;
    RECT 4.554 0.891 4.62 0.957 ;
    RECT 5.951 0.891 6.017 0.968 ;
    RECT 3.08 0.957 4.62 1.023 ;
  END
END LDN_AO2BB2_8
#
# 
MACRO LDN_AO31_0P5 FOREIGN C0A07BLDN_AO31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.836 0.143 0.968 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.781 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDN_AO31_0P5
#
# 
MACRO LDN_AO31_1 FOREIGN C0A07BLDN_AO31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.858 0.143 0.99 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.462 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.77 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDN_AO31_1
#
# 
MACRO LDN_AO31_2 FOREIGN C0A07BLDN_AO31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.178 0.759 ;
      RECT 2.013 0.297 2.178 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.946 0.275 1.782 0.341 ;
    RECT 0.814 0.341 0.88 0.374 ;
    RECT 0.946 0.341 1.012 0.374 ;
    RECT 1.716 0.341 1.782 0.495 ;
    RECT 1.716 0.495 1.914 0.561 ;
    RECT 1.716 0.561 1.782 0.825 ;
    RECT 0.198 0.825 1.397 0.891 ;
    RECT 1.518 0.825 1.782 0.891 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.331 0.957 1.826 1.023 ;
  END
END LDN_AO31_2
#
# 
MACRO LDN_AO31_3 FOREIGN C0A07BLDN_AO31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.815 0.726 2.376 0.858 ;
      RECT 1.859 0.319 2.343 0.385 ;
      RECT 1.859 0.198 1.925 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.21 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.891 0.275 1.749 0.341 ;
    RECT 0.759 0.341 0.825 0.418 ;
    RECT 0.891 0.341 0.957 0.396 ;
    RECT 1.65 0.341 1.716 0.495 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 1.474 0.825 1.716 0.891 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.287 0.957 1.782 1.023 ;
  END
END LDN_AO31_3
#
# 
MACRO LDN_AO31_4 FOREIGN C0A07BLDN_AO31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.442 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.33 2.211 0.462 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 2.013 0.22 2.079 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 1.254 0.297 2.079 0.363 ;
    RECT 1.76 0.363 1.826 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.198 0.825 1.694 0.891 ;
    RECT 1.76 0.825 2.387 0.891 ;
    RECT 1.628 0.891 1.694 0.957 ;
    RECT 1.628 0.957 2.112 1.023 ;
  END
END LDN_AO31_4
#
# 
MACRO LDN_AO31_6 FOREIGN C0A07BLDN_AO31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 3.025 0.033 3.091 0.264 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.64 0.143 2.772 0.209 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.143 2.266 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.275 2.948 0.341 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.639 0.341 1.705 0.418 ;
    RECT 2.882 0.341 2.948 0.495 ;
    RECT 1.496 0.363 1.562 0.418 ;
    RECT 2.882 0.495 3.894 0.561 ;
    RECT 2.882 0.561 2.948 0.825 ;
    RECT 2.464 0.825 2.948 0.891 ;
    RECT 0.055 0.825 2.266 0.891 ;
    RECT 3.025 0.88 3.091 0.957 ;
    RECT 2.2 0.891 2.266 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.2 0.957 3.091 1.023 ;
  END
END LDN_AO31_6
#
# 
MACRO LDN_AO31_8 FOREIGN C0A07BLDN_AO31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.5 0.033 5.566 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.455 0.033 4.521 0.264 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.385 5.643 0.726 ;
      RECT 4.598 0.726 5.83 0.858 ;
      RECT 4.598 0.319 5.83 0.385 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 5.5 0.957 5.632 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.43 0.165 2.97 0.231 ;
    RECT 0.374 0.297 2.09 0.363 ;
    RECT 2.31 0.297 3.85 0.363 ;
    RECT 3.366 0.363 3.432 0.825 ;
    RECT 4.389 0.495 5.478 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 0.055 0.825 3.289 0.891 ;
    RECT 3.366 0.825 4.455 0.891 ;
    RECT 3.223 0.891 3.289 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.223 0.957 4.378 1.023 ;
  END
END LDN_AO31_8
#
# 
MACRO LDN_AO32_0P5 FOREIGN C0A07BLDN_AO32_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.056 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.792 ;
      RECT 0.957 0.792 1.155 0.858 ;
      RECT 1.089 0.594 1.155 0.792 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.385 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.385 1.155 0.451 ;
    RECT 1.089 0.451 1.155 0.495 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDN_AO32_0P5
#
# 
MACRO LDN_AO32_1 FOREIGN C0A07BLDN_AO32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.792 ;
      RECT 1.177 0.792 1.287 0.924 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.858 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.363 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.594 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDN_AO32_1
#
# 
MACRO LDN_AO32_2 FOREIGN C0A07BLDN_AO32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.42 0.825 2.607 0.891 ;
      RECT 2.42 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.924 2.343 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.232 0.209 ;
    RECT 1.474 0.143 2.156 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 0.935 0.275 1.815 0.341 ;
    RECT 0.792 0.341 0.858 0.374 ;
    RECT 0.935 0.341 1.001 0.418 ;
    RECT 1.749 0.341 1.815 0.825 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.474 0.825 2.211 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 0.935 0.957 2.156 1.023 ;
  END
END LDN_AO32_2
#
# 
MACRO LDN_AO32_4 FOREIGN C0A07BLDN_AO32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 2.992 0.825 3.531 0.891 ;
      RECT 2.992 0.297 3.531 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 1.782 0.165 2.233 0.231 ;
    RECT 2.167 0.231 2.233 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 2.167 0.297 2.618 0.363 ;
    RECT 1.254 0.297 2.09 0.363 ;
    RECT 2.024 0.363 2.09 0.759 ;
    RECT 2.552 0.495 3.322 0.561 ;
    RECT 2.552 0.561 2.618 0.825 ;
    RECT 1.782 0.759 2.09 0.825 ;
    RECT 2.024 0.825 2.618 0.891 ;
    RECT 0.198 0.825 1.705 0.891 ;
    RECT 1.639 0.891 1.705 0.979 ;
    RECT 2.695 0.902 2.761 0.979 ;
    RECT 1.639 0.979 2.761 1.045 ;
  END
END LDN_AO32_4
#
# 
MACRO LDN_AO33_0P5 FOREIGN C0A07BLDN_AO33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.99 ;
      RECT 0.825 0.33 1.067 0.396 ;
      RECT 1.001 0.154 1.067 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.506 ;
    RECT 0.429 0.363 0.495 0.847 ;
    RECT 0.957 0.495 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 1.353 0.891 1.419 1.056 ;
    RECT 1.727 0.891 1.793 1.056 ;
    RECT 0.055 0.913 0.121 1.056 ;
    RECT 0.429 0.913 0.495 1.056 ;
  END
END LDN_AO33_0P5
#
# 
MACRO LDN_AO33_1 FOREIGN C0A07BLDN_AO33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.858 ;
      RECT 0.825 0.297 1.1 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.847 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.759 0.913 ;
    RECT 1.353 0.891 1.419 0.99 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDN_AO33_1
#
# 
MACRO LDN_AO33_2 FOREIGN C0A07BLDN_AO33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 2.365 0.033 2.431 0.264 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 1.617 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.531 0.858 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.97 0.495 3.135 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 1.925 0.165 ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 2.871 0.121 3.641 0.209 ;
    RECT 1.485 0.165 1.551 0.264 ;
    RECT 1.859 0.165 1.925 0.319 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.871 0.209 2.937 0.264 ;
    RECT 3.575 0.209 3.641 0.264 ;
    RECT 2.541 0.22 2.607 0.363 ;
    RECT 0.55 0.275 1.375 0.341 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 3.014 0.275 3.146 0.341 ;
    RECT 3.256 0.275 3.498 0.341 ;
    RECT 1.859 0.319 2.31 0.385 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 3.014 0.341 3.08 0.363 ;
    RECT 3.256 0.341 3.322 0.957 ;
    RECT 2.541 0.363 3.08 0.429 ;
    RECT 1.485 0.462 1.551 0.957 ;
    RECT 2.024 0.495 2.299 0.561 ;
    RECT 2.233 0.561 2.299 0.957 ;
    RECT 0.363 0.957 1.551 1.023 ;
    RECT 2.233 0.957 3.322 1.023 ;
  END
END LDN_AO33_2
#
# 
MACRO LDN_AO33_3 FOREIGN C0A07BLDN_AO33_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.563 0.033 2.629 0.264 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END B3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.726 ;
      RECT 1.584 0.726 2.508 0.858 ;
      RECT 1.617 0.858 1.683 0.99 ;
      RECT 1.441 0.319 1.947 0.385 ;
      RECT 1.441 0.242 1.507 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.462 3.795 0.55 ;
      RECT 3.729 0.55 3.795 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 1.034 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.254 0.957 1.54 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.102 0.132 3.168 0.165 ;
    RECT 0.077 0.165 0.88 0.231 ;
    RECT 1.584 0.165 2.079 0.231 ;
    RECT 3.102 0.165 3.905 0.231 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.077 0.231 0.143 0.308 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 3.839 0.231 3.905 0.308 ;
    RECT 0.561 0.297 1.353 0.363 ;
    RECT 2.013 0.297 2.464 0.363 ;
    RECT 2.728 0.297 3.41 0.363 ;
    RECT 0.22 0.319 0.495 0.385 ;
    RECT 3.509 0.319 3.762 0.385 ;
    RECT 0.561 0.363 0.627 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 3.509 0.385 3.575 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 2.398 0.495 2.673 0.561 ;
    RECT 1.353 0.561 1.419 0.825 ;
    RECT 2.607 0.561 2.673 0.825 ;
    RECT 0.22 0.825 1.419 0.891 ;
    RECT 2.607 0.825 3.762 0.891 ;
  END
END LDN_AO33_3
#
# 
MACRO LDN_AO33_4 FOREIGN C0A07BLDN_AO33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.091 0.033 3.157 0.176 ;
      RECT 3.091 0.176 3.19 0.242 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.497 0.726 ;
      RECT 1.98 0.726 3.3 0.858 ;
      RECT 2.002 0.297 2.497 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.858 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.52 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 1.859 0.143 2.629 0.209 ;
    RECT 0.22 0.165 1.078 0.231 ;
    RECT 4.092 0.165 4.95 0.231 ;
    RECT 1.859 0.209 1.925 0.286 ;
    RECT 2.563 0.209 2.629 0.319 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 5.027 0.242 5.093 0.319 ;
    RECT 0.77 0.297 1.628 0.363 ;
    RECT 0.077 0.297 0.66 0.363 ;
    RECT 3.564 0.297 4.4 0.363 ;
    RECT 2.563 0.319 3.366 0.385 ;
    RECT 4.521 0.319 5.093 0.385 ;
    RECT 0.594 0.363 0.66 0.825 ;
    RECT 4.521 0.385 4.587 0.825 ;
    RECT 1.749 0.495 2.31 0.561 ;
    RECT 2.651 0.495 3.476 0.561 ;
    RECT 1.749 0.561 1.815 0.957 ;
    RECT 3.41 0.561 3.476 0.825 ;
    RECT 0.396 0.825 0.869 0.891 ;
    RECT 3.41 0.825 4.774 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.815 1.023 ;
  END
END LDN_AO33_4
#
# 
MACRO LDN_AOAI211_0P5 FOREIGN C0A07BLDN_AOAI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.737 ;
      RECT 0.264 0.407 0.363 0.473 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.44 0.495 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.594 0.627 0.671 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.979 ;
      RECT 0.572 0.979 0.891 1.045 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.858 ;
      RECT 0.616 0.407 0.759 0.473 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.165 0.594 0.231 0.671 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.605 0.132 0.671 0.275 ;
    RECT 0.055 0.275 0.671 0.341 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.055 0.902 0.121 0.99 ;
  END
END LDN_AOAI211_0P5
#
# 
MACRO LDN_AOAI211_1 FOREIGN C0A07BLDN_AOAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.209 0.891 0.979 ;
      RECT 0.55 0.979 0.891 1.045 ;
      RECT 0.726 0.143 0.891 0.209 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.484 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.495 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.748 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.088 0.495 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.682 0.341 ;
    RECT 0.055 0.847 0.506 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDN_AOAI211_1
#
# 
MACRO LDN_AOAI211_2 FOREIGN C0A07BLDN_AOAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.174724 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.847 ;
      RECT 0.957 0.847 1.782 0.913 ;
      RECT 0.957 0.726 1.023 0.847 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.847 0.165 ;
    RECT 1.309 0.132 1.749 0.198 ;
    RECT 0.781 0.165 0.847 0.176 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.781 0.176 0.891 0.242 ;
    RECT 1.683 0.198 1.749 0.264 ;
    RECT 1.309 0.198 1.375 0.308 ;
    RECT 0.077 0.242 0.143 0.319 ;
    RECT 0.605 0.264 0.671 0.308 ;
    RECT 0.605 0.308 1.375 0.396 ;
    RECT 0.077 0.319 0.495 0.385 ;
    RECT 0.077 0.847 0.847 0.913 ;
    RECT 0.781 0.913 0.847 0.979 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.781 0.979 1.232 1.045 ;
  END
END LDN_AOAI211_2
#
# 
MACRO LDN_AOAI211_4 FOREIGN C0A07BLDN_AOAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.310728 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.825 ;
      RECT 1.749 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.749 0.781 1.815 0.825 ;
      RECT 1.606 0.715 1.815 0.781 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.519 0.363 2.607 0.462 ;
      RECT 2.519 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.705 0.209 ;
    RECT 2.343 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.639 0.209 1.705 0.275 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 1.639 0.275 2.409 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 1.463 0.979 2.277 1.045 ;
  END
END LDN_AOAI211_4
#
# 
MACRO LDN_AOI211_0P5 FOREIGN C0A07BLDN_AOI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.484 0.759 0.836 ;
      RECT 0.693 0.836 1.023 0.924 ;
      RECT 0.957 0.924 1.023 1.056 ;
      RECT 0.429 0.418 0.759 0.484 ;
      RECT 0.693 0.231 0.759 0.418 ;
      RECT 0.693 0.165 0.836 0.231 ;
      RECT 0.429 0.264 0.495 0.418 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDN_AOI211_0P5
#
# 
MACRO LDN_AOI211_1 FOREIGN C0A07BLDN_AOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.748 0.957 0.891 1.023 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.99 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDN_AOI211_1
#
# 
MACRO LDN_AOI211_2 FOREIGN C0A07BLDN_AOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172304 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.606 0.891 ;
      RECT 0.957 0.297 1.782 0.363 ;
      RECT 0.957 0.231 1.023 0.297 ;
      RECT 0.55 0.165 1.023 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.198 0.825 1.232 0.891 ;
    RECT 0.924 0.957 1.782 1.023 ;
  END
END LDN_AOI211_2
#
# 
MACRO LDN_AOI211_4 FOREIGN C0A07BLDN_AOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 2.409 0.825 2.97 0.891 ;
      RECT 0.891 0.297 3.135 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.198 0.825 2.266 0.891 ;
    RECT 3.047 0.924 3.113 0.957 ;
    RECT 1.606 0.957 3.113 1.023 ;
    RECT 3.047 1.023 3.113 1.056 ;
  END
END LDN_AOI211_4
#
# 
MACRO LDN_AOI211_6 FOREIGN C0A07BLDN_AOI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.594 1.551 0.726 ;
      RECT 1.452 0.462 1.991 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.47432 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 3.597 0.825 4.4 0.891 ;
      RECT 1.276 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 3.344 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.332 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDN_AOI211_6
#
# 
MACRO LDN_AOI21B_0P5 FOREIGN C0A07BLDN_AOI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.748 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.748 0.671 0.99 ;
      RECT 0.429 0.682 0.671 0.748 ;
      RECT 0.429 0.154 0.495 0.682 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.11 1.023 0.176 ;
    RECT 0.913 0.176 1.023 0.264 ;
    RECT 0.561 0.176 0.627 0.506 ;
    RECT 0.957 0.264 1.023 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.913 0.924 1.023 1.056 ;
  END
END LDN_AOI21B_0P5
#
# 
MACRO LDN_AOI21B_1 FOREIGN C0A07BLDN_AOI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.759 0.627 0.924 ;
      RECT 0.561 0.924 0.671 1.056 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.429 0.154 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 1.023 0.264 ;
    RECT 0.957 0.264 1.023 0.759 ;
    RECT 0.605 0.462 0.671 0.528 ;
    RECT 0.605 0.528 0.759 0.594 ;
    RECT 0.693 0.594 0.759 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.957 0.825 1.023 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.913 0.902 1.023 1.034 ;
  END
END LDN_AOI21B_1
#
# 
MACRO LDN_AOI21B_2 FOREIGN C0A07BLDN_AOI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.155364 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.803 ;
      RECT 0.957 0.803 1.1 0.869 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 1.199 0.198 1.287 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.595 0.924 1.661 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.407 0.231 0.473 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.353 0.275 1.661 0.341 ;
    RECT 0.055 0.319 0.473 0.385 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 1.122 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.957 ;
    RECT 0.055 0.847 0.869 0.913 ;
    RECT 1.199 0.847 1.265 0.957 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.803 0.957 1.265 1.023 ;
    RECT 1.353 0.957 1.496 1.023 ;
  END
END LDN_AOI21B_2
#
# 
MACRO LDN_AOI21B_3 FOREIGN C0A07BLDN_AOI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22869 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 1.771 0.759 ;
      RECT 1.705 0.759 1.771 0.858 ;
      RECT 0.748 0.297 1.628 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.859 0.165 2.156 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 1.859 0.231 1.925 0.495 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 1.386 0.495 1.925 0.561 ;
    RECT 1.859 0.561 1.925 0.957 ;
    RECT 0.055 0.825 1.595 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.529 0.891 1.595 0.968 ;
    RECT 1.859 0.957 2.156 1.023 ;
  END
END LDN_AOI21B_3
#
# 
MACRO LDN_AOI21B_4 FOREIGN C0A07BLDN_AOI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.286 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286044 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.617 0.693 2.178 0.759 ;
      RECT 0.924 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.276 0.979 1.408 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.651 0.154 2.717 0.275 ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.275 2.717 0.341 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 1.914 0.495 2.475 0.561 ;
    RECT 2.409 0.561 2.475 0.825 ;
    RECT 2.409 0.825 2.739 0.891 ;
    RECT 0.055 0.847 2.321 0.913 ;
    RECT 2.673 0.891 2.739 0.968 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.255 0.913 2.321 0.99 ;
  END
END LDN_AOI21B_4
#
# 
MACRO LDN_AOI21B_6 FOREIGN C0A07BLDN_AOI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.693 ;
      RECT 2.31 0.693 2.607 0.759 ;
      RECT 2.541 0.759 2.607 0.825 ;
      RECT 2.541 0.825 3.179 0.891 ;
      RECT 1.254 0.297 3.311 0.363 ;
      RECT 1.254 0.363 1.32 0.396 ;
      RECT 3.223 0.198 3.311 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 3.96 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 0.924 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 3.971 0.198 4.037 0.275 ;
    RECT 1.111 0.231 1.177 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.377 0.275 4.037 0.341 ;
    RECT 0.055 0.319 1.177 0.385 ;
    RECT 3.377 0.341 3.443 0.495 ;
    RECT 2.706 0.495 3.443 0.561 ;
    RECT 3.377 0.561 3.443 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 3.377 0.825 3.894 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.167 0.957 3.322 1.023 ;
  END
END LDN_AOI21B_6
#
# 
MACRO LDN_AOI21B_8 FOREIGN C0A07BLDN_AOI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.18 0.033 4.246 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 3.058 0.693 3.267 0.759 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 3.201 0.825 4.246 0.891 ;
      RECT 1.628 0.297 4.389 0.363 ;
      RECT 4.323 0.198 4.389 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.016 0.594 ;
      RECT 4.653 0.594 4.719 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 5.027 0.22 5.093 0.297 ;
    RECT 1.463 0.231 1.529 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.455 0.297 5.093 0.363 ;
    RECT 0.055 0.319 1.529 0.385 ;
    RECT 4.455 0.363 4.521 0.495 ;
    RECT 3.366 0.495 4.521 0.561 ;
    RECT 4.455 0.561 4.521 0.825 ;
    RECT 4.455 0.825 4.95 0.891 ;
    RECT 0.055 0.847 2.981 0.913 ;
    RECT 2.915 0.913 2.981 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.915 0.957 4.422 1.023 ;
  END
END LDN_AOI21B_8
#
# 
MACRO LDN_AOI21_0P5 FOREIGN C0A07BLDN_AOI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.053724 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.154 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.836 ;
      RECT 0.561 0.836 0.759 0.924 ;
      RECT 0.693 0.924 0.759 1.056 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDN_AOI21_0P5
#
# 
MACRO LDN_AOI21_1 FOREIGN C0A07BLDN_AOI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091718 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.825 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.561 0.825 0.759 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDN_AOI21_1
#
# 
MACRO LDN_AOI21_2 FOREIGN C0A07BLDN_AOI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.858 ;
      RECT 0.55 0.297 1.232 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.132 0.858 0.165 ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 0.374 0.231 0.44 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.44 0.385 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.759 0.957 1.232 1.023 ;
  END
END LDN_AOI21_2
#
# 
MACRO LDN_AOI21_3 FOREIGN C0A07BLDN_AOI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.792 0.297 1.628 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.165 1.1 0.231 ;
    RECT 0.616 0.231 0.682 0.319 ;
    RECT 0.242 0.319 0.682 0.385 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 1.628 1.023 ;
  END
END LDN_AOI21_3
#
# 
MACRO LDN_AOI21_4 FOREIGN C0A07BLDN_AOI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.112 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.749 0.825 2.343 0.891 ;
      RECT 0.924 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.65 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.584 0.891 1.65 0.979 ;
    RECT 2.398 0.946 2.464 0.979 ;
    RECT 1.584 0.979 2.464 1.045 ;
  END
END LDN_AOI21_4
#
# 
MACRO LDN_AOI21_6 FOREIGN C0A07BLDN_AOI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.594 2.343 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.398332 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.432 0.858 ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 1.276 0.297 3.399 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.266 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDN_AOI21_6
#
# 
MACRO LDN_AOI21_8 FOREIGN C0A07BLDN_AOI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.462 4.092 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.488 0.858 ;
      RECT 4.389 0.363 4.455 0.726 ;
      RECT 1.628 0.297 4.455 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 0.055 0.825 3.036 0.891 ;
    RECT 2.97 0.891 3.036 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.97 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDN_AOI21_8
#
# 
MACRO LDN_AOI21_S_0P5 FOREIGN C0A07BLDN_AOI21_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.033 0.198 0.099 0.671 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.033154 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.803 ;
      RECT 0.627 0.803 0.759 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.396 0.165 0.759 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDN_AOI21_S_0P5
#
# 
MACRO LDN_AOI21_S_1 FOREIGN C0A07BLDN_AOI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065098 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.693 0.759 ;
      RECT 0.627 0.759 0.693 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDN_AOI21_S_1
#
# 
MACRO LDN_AOI21_S_2 FOREIGN C0A07BLDN_AOI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.286 0.033 0.352 0.187 ;
      RECT 0.22 0.187 0.352 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.462 1.155 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.825 ;
      RECT 0.935 0.825 1.419 0.891 ;
      RECT 1.331 0.891 1.419 0.99 ;
      RECT 0.935 0.759 1.023 0.825 ;
      RECT 0.693 0.693 1.023 0.759 ;
      RECT 0.693 0.319 0.759 0.693 ;
      RECT 0.594 0.253 0.759 0.319 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.176 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.891 0.165 ;
    RECT 0.825 0.165 0.891 0.286 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.055 0.198 0.121 0.319 ;
    RECT 0.055 0.319 0.495 0.385 ;
    RECT 0.044 0.825 0.869 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.254 1.023 ;
    RECT 1.188 1.023 1.254 1.056 ;
  END
END LDN_AOI21_S_2
#
# 
MACRO LDN_AOI21_S_3 FOREIGN C0A07BLDN_AOI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168674 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.231 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.726 0.165 1.628 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.528 ;
      RECT 1.485 0.528 1.683 0.594 ;
      RECT 1.617 0.33 1.683 0.528 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.056 0.363 ;
    RECT 0.055 0.825 1.221 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.155 0.957 1.628 1.023 ;
  END
END LDN_AOI21_S_3
#
# 
MACRO LDN_AOI21_S_4 FOREIGN C0A07BLDN_AOI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 0.924 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.232 0.231 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.54 0.891 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.474 0.957 2.332 1.023 ;
    RECT 2.266 1.023 2.332 1.056 ;
  END
END LDN_AOI21_S_4
#
# 
MACRO LDN_AOI21_S_6 FOREIGN C0A07BLDN_AOI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.198 3.003 0.462 ;
      RECT 2.596 0.462 3.036 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.290884 ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.726 3.168 0.858 ;
      RECT 2.277 0.66 2.442 0.726 ;
      RECT 2.277 0.341 2.343 0.66 ;
      RECT 1.254 0.275 2.783 0.341 ;
      RECT 1.254 0.341 1.32 0.374 ;
      RECT 2.717 0.198 2.783 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 1.914 0.209 ;
    RECT 0.407 0.198 0.473 0.275 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.407 0.275 1.177 0.341 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.167 0.957 3.366 1.023 ;
  END
END LDN_AOI21_S_6
#
# 
MACRO LDN_AOI21_S_8 FOREIGN C0A07BLDN_AOI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.32 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 4.092 0.594 ;
      RECT 3.993 0.198 4.059 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405592 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 3.069 0.726 4.356 0.792 ;
      RECT 3.168 0.792 4.356 0.858 ;
      RECT 1.606 0.297 3.872 0.363 ;
      RECT 1.606 0.363 1.672 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.266 0.231 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.726 0.297 1.529 0.363 ;
    RECT 0.055 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.893 0.902 3.113 0.957 ;
    RECT 2.893 0.957 4.422 0.968 ;
    RECT 3.047 0.968 4.422 1.023 ;
  END
END LDN_AOI21_S_8
#
# 
MACRO LDN_AOI221_1 FOREIGN C0A07BLDN_AOI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 1.221 0.891 1.287 0.99 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 0.418 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.495 0.55 ;
      RECT 0.429 0.55 0.495 0.726 ;
      RECT 0.297 0.55 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.825 0.902 0.891 ;
    RECT 0.594 0.957 1.078 1.023 ;
  END
END LDN_AOI221_1
#
# 
MACRO LDN_AOI221_2 FOREIGN C0A07BLDN_AOI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.507 0.033 1.573 0.176 ;
      RECT 1.507 0.176 1.606 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177628 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.693 ;
      RECT 1.221 0.693 2.079 0.759 ;
      RECT 2.013 0.759 2.079 0.858 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.561 ;
      RECT 1.749 0.561 1.947 0.627 ;
      RECT 1.65 0.495 1.815 0.561 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.43 0.231 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.364 0.231 1.43 0.363 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 1.65 0.297 1.782 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 1.364 0.363 1.716 0.429 ;
    RECT 0.055 0.825 1.782 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.946 0.957 2.31 1.023 ;
  END
END LDN_AOI221_2
#
# 
MACRO LDN_AOI221_4 FOREIGN C0A07BLDN_AOI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.541 0.033 2.607 0.176 ;
      RECT 2.541 0.176 2.64 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.629 0.462 3.3 0.594 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.462 3.927 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 2.277 0.693 3.531 0.759 ;
      RECT 3.465 0.759 3.531 0.825 ;
      RECT 3.388 0.825 3.872 0.891 ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 0.891 0.297 2.343 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.388 0.297 3.872 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.628 0.132 1.694 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.628 0.165 2.475 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 2.409 0.231 2.475 0.319 ;
    RECT 3.069 0.242 3.135 0.319 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.409 0.319 3.135 0.385 ;
    RECT 0.055 0.825 3.08 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.628 0.957 4.048 1.023 ;
    RECT 3.982 1.023 4.048 1.056 ;
  END
END LDN_AOI221_4
#
# 
MACRO LDN_AOI221_6 FOREIGN C0A07BLDN_AOI221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.568216 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 3.069 0.693 4.587 0.759 ;
      RECT 4.521 0.759 4.587 0.825 ;
      RECT 4.521 0.825 5.511 0.891 ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 1.276 0.297 3.135 0.363 ;
      RECT 4.521 0.297 5.434 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.561 ;
      RECT 3.597 0.561 4.191 0.627 ;
      RECT 3.861 0.44 3.927 0.561 ;
      RECT 3.597 0.44 3.663 0.561 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.462 5.511 0.528 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.165 1.936 0.231 ;
    RECT 2.332 0.165 3.311 0.231 ;
    RECT 3.949 0.198 4.015 0.275 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 3.245 0.231 3.311 0.275 ;
    RECT 3.245 0.275 4.015 0.341 ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 0.077 0.825 4.4 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.332 0.957 5.61 1.023 ;
  END
END LDN_AOI221_6
#
# 
MACRO LDN_AOI222_0P5 FOREIGN C0A07BLDN_AOI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.594 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.33 0.759 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.451 0.627 0.561 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.561 0.561 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05929 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.209 1.023 0.847 ;
      RECT 0.957 0.847 1.254 0.913 ;
      RECT 0.374 0.143 1.023 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.858 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.331 0.924 1.397 1.023 ;
    RECT 0.55 0.979 1.078 1.023 ;
    RECT 0.55 1.023 1.397 1.045 ;
    RECT 1.012 1.045 1.397 1.089 ;
  END
END LDN_AOI222_0P5
#
# 
MACRO LDN_AOI222_1 FOREIGN C0A07BLDN_AOI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 1.089 0.825 1.254 0.891 ;
      RECT 0.374 0.165 1.155 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.341 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.331 0.902 1.397 0.979 ;
    RECT 0.55 0.979 1.397 1.045 ;
  END
END LDN_AOI222_1
#
# 
MACRO LDN_AOI222_2 FOREIGN C0A07BLDN_AOI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.617 0.451 1.947 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.341 2.079 0.825 ;
      RECT 1.749 0.825 2.552 0.891 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.221 0.693 1.815 0.759 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 2.013 0.275 2.178 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.87 0.143 2.343 0.209 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.419 0.231 ;
    RECT 2.277 0.209 2.343 0.286 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 2.629 0.22 2.695 0.286 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.277 0.286 2.695 0.352 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.198 0.825 1.628 0.891 ;
    RECT 2.629 0.902 2.695 0.979 ;
    RECT 0.946 0.979 2.695 1.045 ;
  END
END LDN_AOI222_2
#
# 
MACRO LDN_AOI222_4 FOREIGN C0A07BLDN_AOI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.264 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.33 1.419 0.462 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 3.003 0.594 ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.541 0.44 2.607 0.528 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.455 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.385 3.795 0.825 ;
      RECT 3.201 0.825 4.411 0.891 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 2.2 0.693 3.267 0.759 ;
      RECT 2.2 0.363 2.288 0.693 ;
      RECT 1.749 0.297 2.288 0.363 ;
      RECT 1.749 0.231 1.815 0.297 ;
      RECT 0.902 0.165 1.815 0.231 ;
      RECT 3.245 0.319 3.795 0.385 ;
      RECT 3.245 0.242 3.311 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 4.301 0.132 4.367 0.297 ;
    RECT 1.98 0.143 2.431 0.209 ;
    RECT 3.388 0.165 3.927 0.231 ;
    RECT 2.365 0.209 2.431 0.275 ;
    RECT 3.861 0.231 3.927 0.297 ;
    RECT 2.365 0.275 2.816 0.341 ;
    RECT 0.374 0.297 1.21 0.363 ;
    RECT 3.861 0.297 4.367 0.363 ;
    RECT 2.75 0.341 2.816 0.429 ;
    RECT 0.231 0.847 2.992 0.913 ;
    RECT 4.499 0.902 4.565 0.979 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.628 0.979 4.565 1.045 ;
  END
END LDN_AOI222_4
#
# 
MACRO LDN_AOI22_0P5 FOREIGN C0A07BLDN_AOI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.033 0.33 0.231 0.396 ;
      RECT 0.033 0.396 0.099 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.627 ;
      RECT 0.561 0.33 0.627 0.627 ;
      RECT 0.429 0.627 0.627 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDN_AOI22_0P5
#
# 
MACRO LDN_AOI22_1 FOREIGN C0A07BLDN_AOI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDN_AOI22_1
#
# 
MACRO LDN_AOI22_2 FOREIGN C0A07BLDN_AOI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.207636 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.825 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.276 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.375 0.297 1.793 0.363 ;
    RECT 0.22 0.825 0.726 0.891 ;
    RECT 0.66 0.891 0.726 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.66 0.979 1.793 1.045 ;
  END
END LDN_AOI22_2
#
# 
MACRO LDN_AOI22_3 FOREIGN C0A07BLDN_AOI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.594 1.683 0.66 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.792 0.297 1.628 0.363 ;
      RECT 1.562 0.363 1.628 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.165 1.1 0.231 ;
    RECT 1.32 0.165 1.771 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 1.705 0.231 1.771 0.297 ;
    RECT 0.242 0.297 0.693 0.363 ;
    RECT 1.705 0.297 2.156 0.363 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 2.255 0.88 2.321 0.957 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 2.321 1.023 ;
  END
END LDN_AOI22_3
#
# 
MACRO LDN_AOI22_4 FOREIGN C0A07BLDN_AOI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.528 ;
      RECT 1.353 0.528 1.815 0.594 ;
      RECT 1.749 0.594 1.815 0.825 ;
      RECT 1.749 0.825 2.97 0.891 ;
      RECT 1.353 0.363 1.419 0.528 ;
      RECT 0.891 0.297 1.419 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 1.749 0.319 2.266 0.385 ;
      RECT 2.2 0.275 2.266 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.024 0.099 2.409 0.132 ;
    RECT 1.639 0.132 2.409 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.639 0.165 2.09 0.22 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 1.496 0.231 1.562 0.429 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 0.198 0.825 1.518 0.891 ;
    RECT 1.452 0.891 1.518 0.957 ;
    RECT 3.047 0.902 3.113 0.957 ;
    RECT 1.452 0.957 3.113 1.045 ;
  END
END LDN_AOI22_4
#
# 
MACRO LDN_AOI22_6 FOREIGN C0A07BLDN_AOI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.902 0.176 1.001 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.627 ;
      RECT 1.485 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.528 2.079 0.627 ;
      RECT 1.749 0.528 1.815 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.462 3.168 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.729 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 2.233 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.221 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.078 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 1.078 0.231 1.144 0.319 ;
    RECT 3.421 0.231 3.487 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.055 0.319 1.144 0.385 ;
    RECT 3.421 0.319 4.565 0.385 ;
    RECT 2.442 0.825 4.4 0.891 ;
    RECT 2.442 0.891 2.508 0.957 ;
    RECT 0.198 0.957 2.508 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDN_AOI22_6
#
# 
MACRO LDN_AOI22_8 FOREIGN C0A07BLDN_AOI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 3.3 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.780208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.433 0.363 ;
      RECT 4.367 0.363 4.433 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 0.055 0.319 1.551 0.385 ;
    RECT 3.168 0.825 5.83 0.891 ;
    RECT 3.168 0.891 3.234 0.957 ;
    RECT 0.22 0.957 3.234 1.023 ;
  END
END LDN_AOI22_8
#
# 
MACRO LDN_AOI22_S_0P5 FOREIGN C0A07BLDN_AOI22_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047916 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.891 ;
      RECT 0.561 0.891 0.704 0.957 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.803 0.88 0.869 1.023 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.429 1.023 0.869 1.089 ;
  END
END LDN_AOI22_S_0P5
#
# 
MACRO LDN_AOI22_S_1 FOREIGN C0A07BLDN_AOI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.759 0.759 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 1.001 ;
    RECT 0.803 0.924 0.869 1.001 ;
    RECT 0.429 1.001 0.869 1.067 ;
  END
END LDN_AOI22_S_1
#
# 
MACRO LDN_AOI22_S_2 FOREIGN C0A07BLDN_AOI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.20086 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.166 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.287 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.319 ;
    RECT 1.727 0.242 1.793 0.319 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 0.495 0.363 ;
    RECT 1.375 0.319 1.793 0.385 ;
    RECT 0.22 0.825 0.858 0.891 ;
    RECT 0.792 0.891 0.858 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.792 0.979 1.793 1.045 ;
  END
END LDN_AOI22_S_2
#
# 
MACRO LDN_AOI22_S_3 FOREIGN C0A07BLDN_AOI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.176 ;
      RECT 1.881 0.176 1.98 0.242 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.77 0.297 1.628 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.165 1.078 0.231 ;
    RECT 1.32 0.165 1.815 0.231 ;
    RECT 0.605 0.231 0.671 0.297 ;
    RECT 1.749 0.231 1.815 0.319 ;
    RECT 0.22 0.297 0.671 0.363 ;
    RECT 1.749 0.319 2.156 0.385 ;
    RECT 0.077 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.266 0.924 2.332 0.957 ;
    RECT 1.177 0.957 2.332 1.023 ;
  END
END LDN_AOI22_S_3
#
# 
MACRO LDN_AOI22_S_4 FOREIGN C0A07BLDN_AOI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.519 0.033 2.585 0.176 ;
      RECT 2.519 0.176 2.618 0.242 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.55 0.176 0.649 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.360096 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.462 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.825 ;
      RECT 1.749 0.825 2.937 0.891 ;
      RECT 2.871 0.748 2.937 0.825 ;
      RECT 1.353 0.385 1.419 0.462 ;
      RECT 0.902 0.319 1.419 0.385 ;
      RECT 1.749 0.319 2.266 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.132 1.529 0.22 ;
    RECT 1.639 0.132 2.442 0.22 ;
    RECT 1.463 0.22 1.529 0.264 ;
    RECT 0.726 0.22 0.792 0.319 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 2.376 0.22 2.442 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.047 0.242 3.113 0.319 ;
    RECT 0.055 0.319 0.792 0.385 ;
    RECT 2.376 0.319 3.113 0.385 ;
    RECT 0.198 0.825 1.419 0.891 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.353 0.957 3.113 1.023 ;
  END
END LDN_AOI22_S_4
#
# 
MACRO LDN_AOI22_S_6 FOREIGN C0A07BLDN_AOI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.567732 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 0.033 0.825 2.343 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.254 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
      RECT 1.254 0.363 1.32 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.409 0.825 4.4 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 0.198 0.957 2.475 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDN_AOI22_S_6
#
# 
MACRO LDN_AOI22_S_8 FOREIGN C0A07BLDN_AOI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74778 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.422 0.363 ;
      RECT 4.356 0.363 4.422 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.551 0.363 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 3.234 0.825 5.83 0.891 ;
    RECT 3.234 0.891 3.3 0.957 ;
    RECT 0.22 0.957 3.3 1.023 ;
  END
END LDN_AOI22_S_8
#
# 
MACRO LDN_AOI2B1_1 FOREIGN C0A07BLDN_AOI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.275 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.103818 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.759 0.759 0.99 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.429 0.308 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.11 0.891 0.176 ;
    RECT 0.297 0.176 0.363 0.594 ;
    RECT 0.825 0.176 0.891 1.056 ;
    RECT 0.055 0.825 0.55 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_AOI2B1_1
#
# 
MACRO LDN_AOI2B1_2 FOREIGN C0A07BLDN_AOI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.583 ;
      RECT 0.957 0.583 1.089 0.649 ;
      RECT 1.023 0.649 1.089 0.748 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.561 0.363 0.649 0.462 ;
      RECT 0.957 0.209 1.023 0.297 ;
      RECT 0.957 0.143 1.298 0.209 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.33 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.353 0.264 1.683 0.33 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 1.573 0.33 1.683 0.396 ;
    RECT 1.353 0.33 1.419 0.847 ;
    RECT 1.617 0.396 1.683 0.924 ;
    RECT 0.715 0.462 0.781 0.715 ;
    RECT 0.715 0.715 0.957 0.781 ;
    RECT 0.891 0.781 0.957 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.891 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.573 0.924 1.683 1.056 ;
    RECT 0.759 0.979 1.298 1.045 ;
  END
END LDN_AOI2B1_2
#
# 
MACRO LDN_AOI2B1_4 FOREIGN C0A07BLDN_AOI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.858 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 0.935 0.693 1.683 0.759 ;
      RECT 1.595 0.759 1.683 0.825 ;
      RECT 1.595 0.825 2.09 0.891 ;
      RECT 0.935 0.363 1.023 0.693 ;
      RECT 0.935 0.297 1.386 0.363 ;
      RECT 1.617 0.297 2.233 0.363 ;
      RECT 2.167 0.198 2.233 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.858 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.297 2.662 0.363 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 1.485 0.33 1.551 0.462 ;
    RECT 2.409 0.363 2.475 0.957 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.508 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.462 1.551 0.594 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.266 1.023 ;
    RECT 2.409 0.957 2.684 1.023 ;
    RECT 2.2 1.023 2.266 1.056 ;
  END
END LDN_AOI2B1_4
#
# 
MACRO LDN_AOI311_1 FOREIGN C0A07BLDN_AOI311_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.429 0.198 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 1.012 ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.935 ;
      RECT 1.012 0.935 1.155 1.001 ;
      RECT 0.693 0.297 1.155 0.363 ;
      RECT 1.067 0.176 1.155 0.297 ;
      RECT 0.693 0.198 0.759 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.836 0.737 0.902 ;
    RECT 0.297 0.902 0.363 0.968 ;
    RECT 0.671 0.902 0.737 0.968 ;
  END
END LDN_AOI311_1
#
# 
MACRO LDN_AOI311_2 FOREIGN C0A07BLDN_AOI311_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.182952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.825 ;
      RECT 1.749 0.825 2.024 0.891 ;
      RECT 0.946 0.275 2.211 0.341 ;
      RECT 0.946 0.341 1.012 0.385 ;
      RECT 2.123 0.198 2.211 0.275 ;
      RECT 1.749 0.198 1.815 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.814 0.341 0.88 0.385 ;
    RECT 0.22 0.825 1.65 0.891 ;
    RECT 2.123 0.88 2.189 0.957 ;
    RECT 1.342 0.957 2.189 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDN_AOI311_2
#
# 
MACRO LDN_AOI311_4 FOREIGN C0A07BLDN_AOI311_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.278 0.165 3.41 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 3.201 0.825 3.762 0.891 ;
      RECT 1.98 0.297 3.586 0.33 ;
      RECT 1.727 0.33 3.586 0.363 ;
      RECT 1.727 0.363 2.046 0.396 ;
      RECT 1.727 0.264 1.793 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.465 0.462 3.795 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.066 1.023 0.132 1.155 ;
      RECT 0.066 0.957 0.198 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.099 1.936 0.143 ;
    RECT 0.968 0.143 2.354 0.165 ;
    RECT 0.968 0.165 1.562 0.209 ;
    RECT 1.87 0.165 2.354 0.209 ;
    RECT 0.099 0.198 0.165 0.275 ;
    RECT 0.099 0.275 1.628 0.341 ;
    RECT 1.562 0.341 1.628 0.374 ;
    RECT 0.297 0.825 3.058 0.891 ;
    RECT 0.297 0.891 0.363 0.968 ;
    RECT 3.839 0.902 3.905 0.957 ;
    RECT 2.398 0.957 3.905 1.045 ;
  END
END LDN_AOI311_4
#
# 
MACRO LDN_AOI31_0P5 FOREIGN C0A07BLDN_AOI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.429 0.33 0.495 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.649 0.913 ;
    RECT 0.583 0.913 0.649 0.99 ;
  END
END LDN_AOI31_0P5
#
# 
MACRO LDN_AOI31_1 FOREIGN C0A07BLDN_AOI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
  END
END LDN_AOI31_1
#
# 
MACRO LDN_AOI31_2 FOREIGN C0A07BLDN_AOI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END B
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167948 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.759 1.551 0.858 ;
      RECT 0.957 0.275 1.771 0.341 ;
      RECT 0.957 0.341 1.023 0.462 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.232 0.209 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.077 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
    RECT 0.22 0.825 1.375 0.891 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 1.309 0.979 1.771 1.045 ;
  END
END LDN_AOI31_2
#
# 
MACRO LDN_AOI31_4 FOREIGN C0A07BLDN_AOI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.528 1.947 0.726 ;
      RECT 1.859 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.280236 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.341 2.607 0.66 ;
      RECT 2.497 0.66 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.825 ;
      RECT 2.541 0.825 2.97 0.891 ;
      RECT 1.617 0.275 3.135 0.341 ;
      RECT 1.617 0.341 1.705 0.495 ;
      RECT 3.047 0.198 3.135 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.485 0.341 1.551 0.418 ;
    RECT 0.198 0.825 2.409 0.891 ;
    RECT 2.343 0.891 2.409 0.979 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 2.343 0.979 3.113 1.045 ;
  END
END LDN_AOI31_4
#
# 
MACRO LDN_AOI31_6 FOREIGN C0A07BLDN_AOI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.488 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.414062 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.341 3.795 0.693 ;
      RECT 3.586 0.693 3.795 0.759 ;
      RECT 3.729 0.759 3.795 0.825 ;
      RECT 3.729 0.825 4.422 0.891 ;
      RECT 2.387 0.275 4.587 0.341 ;
      RECT 2.387 0.341 2.475 0.462 ;
      RECT 4.499 0.198 4.587 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.143 3.366 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.31 0.363 ;
    RECT 2.244 0.363 2.31 0.396 ;
    RECT 0.198 0.825 3.509 0.891 ;
    RECT 3.443 0.891 3.509 0.979 ;
    RECT 4.499 0.924 4.565 0.979 ;
    RECT 3.443 0.979 4.565 1.067 ;
  END
END LDN_AOI31_6
#
# 
MACRO LDN_AOI31_8 FOREIGN C0A07BLDN_AOI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.137 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 4.125 0.594 4.191 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.541596 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.341 4.587 0.693 ;
      RECT 4.521 0.693 4.983 0.759 ;
      RECT 4.917 0.759 4.983 0.825 ;
      RECT 4.917 0.825 5.874 0.891 ;
      RECT 3.135 0.275 6.039 0.341 ;
      RECT 3.135 0.341 3.201 0.418 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.517 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.143 4.466 0.209 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 3.036 0.363 ;
    RECT 2.97 0.363 3.036 0.396 ;
    RECT 0.198 0.825 4.609 0.891 ;
    RECT 4.543 0.891 4.609 0.979 ;
    RECT 5.951 0.891 6.017 0.979 ;
    RECT 4.543 0.979 6.017 1.045 ;
  END
END LDN_AOI31_8
#
# 
MACRO LDN_AOI32_1 FOREIGN C0A07BLDN_AOI32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.88 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.099462 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.88 ;
      RECT 0.297 0.165 0.572 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.539 ;
      RECT 0.561 0.539 0.759 0.605 ;
      RECT 0.561 0.33 0.627 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.561 1.023 0.726 ;
      RECT 0.957 0.495 1.1 0.561 ;
      RECT 0.957 0.33 1.023 0.495 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.847 0.99 0.913 ;
    RECT 0.495 0.913 0.561 0.979 ;
    RECT 0.066 0.979 0.561 1.045 ;
  END
END LDN_AOI32_1
#
# 
MACRO LDN_AOI32_2 FOREIGN C0A07BLDN_AOI32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.193116 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 1.353 0.825 2.002 0.891 ;
      RECT 0.924 0.275 1.804 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.232 0.165 ;
    RECT 1.496 0.143 2.145 0.209 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.1 0.165 1.232 0.209 ;
    RECT 2.079 0.209 2.145 0.286 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 0.055 0.847 1.265 0.913 ;
    RECT 1.199 0.913 1.265 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.199 0.957 2.178 1.023 ;
  END
END LDN_AOI32_2
#
# 
MACRO LDN_AOI32_4 FOREIGN C0A07BLDN_AOI32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 1.749 0.517 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.561 ;
      RECT 2.673 0.561 3.047 0.627 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.517 3.663 0.726 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.333 0.517 3.399 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.359128 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.825 ;
      RECT 2.409 0.825 3.762 0.891 ;
      RECT 3.696 0.792 3.762 0.825 ;
      RECT 2.409 0.209 2.475 0.275 ;
      RECT 2.409 0.143 2.882 0.209 ;
      RECT 1.606 0.275 2.475 0.341 ;
      RECT 1.606 0.341 1.672 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 2.178 0.528 2.838 0.594 ;
    RECT 0 0.528 2.178 0.594 ;
    RECT 2.838 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 3.663 0.198 3.729 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 2.574 0.275 3.729 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.847 2.277 0.913 ;
    RECT 3.839 0.88 3.905 0.957 ;
    RECT 2.211 0.913 2.277 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.211 0.957 3.905 1.023 ;
  END
END LDN_AOI32_4
#
# 
MACRO LDN_AOI33_0P5 FOREIGN C0A07BLDN_AOI33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.154 1.023 0.506 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.319 0.759 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.605 ;
      RECT 1.001 0.605 1.188 0.671 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.737 1.287 0.803 ;
      RECT 1.199 0.803 1.287 0.99 ;
      RECT 0.825 0.803 0.924 0.825 ;
      RECT 0.792 0.825 0.924 0.935 ;
      RECT 0.825 0.209 0.891 0.737 ;
      RECT 0.594 0.143 0.891 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.836 0.693 0.902 ;
    RECT 0.231 0.902 0.297 0.968 ;
    RECT 0.627 0.902 0.693 1.023 ;
    RECT 1.023 0.924 1.089 1.023 ;
    RECT 0.627 1.023 1.089 1.089 ;
  END
END LDN_AOI33_0P5
#
# 
MACRO LDN_AOI33_1 FOREIGN C0A07BLDN_AOI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.199 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13673 ;
    PORT
      LAYER M1L ;
      RECT 1.199 0.891 1.287 0.99 ;
      RECT 0.792 0.825 1.287 0.891 ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.616 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.638 0.913 ;
    RECT 0.572 0.913 0.638 0.957 ;
    RECT 0.572 0.957 1.122 1.023 ;
    RECT 1.056 1.023 1.122 1.056 ;
  END
END LDN_AOI33_1
#
# 
MACRO LDN_AOI33_2 FOREIGN C0A07BLDN_AOI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.112 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.251922 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.473 1.683 0.825 ;
      RECT 1.43 0.825 2.442 0.891 ;
      RECT 1.617 0.396 1.727 0.473 ;
      RECT 0.913 0.33 1.727 0.396 ;
      RECT 1.617 0.297 1.727 0.33 ;
      RECT 1.265 0.264 1.331 0.33 ;
      RECT 0.913 0.264 0.979 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.188 0.165 ;
    RECT 1.43 0.099 2.09 0.165 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.056 0.165 1.188 0.209 ;
    RECT 1.43 0.165 1.562 0.209 ;
    RECT 1.958 0.165 2.09 0.209 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 2.167 0.264 2.233 0.33 ;
    RECT 2.519 0.264 2.585 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 1.815 0.33 2.585 0.396 ;
    RECT 0.055 0.825 1.331 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 2.519 0.902 2.585 0.979 ;
    RECT 1.265 0.979 2.585 1.045 ;
  END
END LDN_AOI33_2
#
# 
MACRO LDN_AOI33_4 FOREIGN C0A07BLDN_AOI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.594 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.517 4.191 0.726 ;
      RECT 4.125 0.451 4.455 0.517 ;
      RECT 4.389 0.517 4.455 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.472384 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.157 0.726 ;
      RECT 2.871 0.726 3.597 0.825 ;
      RECT 2.486 0.825 4.554 0.858 ;
      RECT 3.531 0.858 4.554 0.891 ;
      RECT 2.486 0.858 2.937 0.891 ;
      RECT 1.617 0.275 3.157 0.341 ;
      RECT 1.617 0.341 1.683 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.244 0.209 ;
    RECT 2.486 0.143 3.85 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 4.631 0.198 4.697 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 3.223 0.275 4.697 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 3.223 0.341 3.289 0.539 ;
    RECT 0.055 0.825 2.387 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.321 0.891 2.387 0.979 ;
    RECT 4.631 0.902 4.697 0.979 ;
    RECT 2.321 0.979 4.697 1.045 ;
  END
END LDN_AOI33_4
#
# 
MACRO LDN_BUF_0P5 FOREIGN C0A07BLDN_BUF_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.253 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050094 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.847 ;
      RECT 0.484 0.847 0.627 0.913 ;
      RECT 0.517 0.33 0.627 0.396 ;
      RECT 0.517 0.132 0.583 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.385 0.363 ;
    RECT 0.319 0.363 0.385 0.462 ;
    RECT 0.319 0.462 0.462 0.594 ;
    RECT 0.319 0.594 0.385 0.825 ;
    RECT 0.077 0.825 0.385 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDN_BUF_0P5
#
# 
MACRO LDN_BUF_1 FOREIGN C0A07BLDN_BUF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.264 0.143 0.396 0.209 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.253 0.748 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.726 0.627 0.99 ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.517 0.132 0.627 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.264 0.979 0.396 1.045 ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.099 0.275 0.396 0.341 ;
    RECT 0.33 0.341 0.396 0.462 ;
    RECT 0.33 0.462 0.44 0.594 ;
    RECT 0.33 0.594 0.396 0.847 ;
    RECT 0.099 0.847 0.396 0.913 ;
    RECT 0.099 0.913 0.165 0.99 ;
  END
END LDN_BUF_1
#
# 
MACRO LDN_BUF_10 FOREIGN C0A07BLDN_BUF_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.803 ;
      RECT 0.99 0.803 2.53 0.869 ;
      RECT 1.023 0.319 2.53 0.385 ;
      RECT 1.023 0.242 1.089 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 0.858 0.341 ;
    RECT 0.792 0.341 0.858 0.495 ;
    RECT 0.792 0.495 2.068 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.22 0.825 0.858 0.891 ;
  END
END LDN_BUF_10
#
# 
MACRO LDN_BUF_12 FOREIGN C0A07BLDN_BUF_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.112 0.033 2.178 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.814 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.166 0.726 3.168 0.858 ;
      RECT 1.199 0.319 3.058 0.385 ;
      RECT 1.199 0.242 1.265 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.067 0.341 ;
    RECT 1.001 0.341 1.067 0.495 ;
    RECT 1.001 0.495 2.31 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.055 0.825 1.067 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_12
#
# 
MACRO LDN_BUF_12RE FOREIGN C0A07BLDN_BUF_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.159 0.033 5.225 0.396 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.561 5.247 0.726 ;
      RECT 3.696 0.495 5.247 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.59532 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.396 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.33 0.693 0.396 0.759 ;
      RECT 0.33 0.627 3.333 0.693 ;
      RECT 3.267 0.693 3.333 0.902 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 3.333 0.429 ;
      RECT 3.267 0.154 3.333 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.137 0.825 5.247 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.631 0.792 4.697 1.155 ;
      RECT 4.235 0.792 4.301 1.155 ;
      RECT 4.015 0.792 4.081 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.047 0.792 3.113 1.155 ;
      RECT 2.827 0.792 2.893 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.859 0.792 1.925 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.154 3.861 0.363 ;
    RECT 4.455 0.154 4.521 0.363 ;
    RECT 4.983 0.154 5.049 0.363 ;
    RECT 3.531 0.363 5.049 0.429 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 3.597 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 3.531 0.627 5.049 0.693 ;
    RECT 3.795 0.693 3.861 0.902 ;
    RECT 4.455 0.693 4.521 0.902 ;
    RECT 4.983 0.693 5.049 0.924 ;
  END
END LDN_BUF_12RE
#
# 
MACRO LDN_BUF_14 FOREIGN C0A07BLDN_BUF_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.385 2.739 0.726 ;
      RECT 1.32 0.726 3.586 0.858 ;
      RECT 1.342 0.297 3.586 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.508 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.198 0.825 1.221 0.891 ;
  END
END LDN_BUF_14
#
# 
MACRO LDN_BUF_16 FOREIGN C0A07BLDN_BUF_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.385 3.531 0.726 ;
      RECT 1.188 0.726 3.96 0.858 ;
      RECT 1.276 0.319 3.872 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 1.023 0.495 3.289 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 0.22 0.825 1.089 0.891 ;
  END
END LDN_BUF_16
#
# 
MACRO LDN_BUF_18 FOREIGN C0A07BLDN_BUF_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.385 3.531 0.407 ;
      RECT 1.518 0.319 4.136 0.385 ;
      RECT 3.421 0.407 3.531 0.726 ;
      RECT 1.452 0.726 4.224 0.858 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.353 0.363 ;
    RECT 1.265 0.363 1.353 0.473 ;
    RECT 1.265 0.473 3.322 0.583 ;
    RECT 1.265 0.583 1.353 0.825 ;
    RECT 0.055 0.825 1.353 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDN_BUF_18
#
# 
MACRO LDN_BUF_1P5 FOREIGN C0A07BLDN_BUF_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.517 0.88 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_1P5
#
# 
MACRO LDN_BUF_1RE FOREIGN C0A07BLDN_BUF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.671 ;
      RECT 0.033 0.671 0.143 0.913 ;
      RECT 0.033 0.275 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.132 0.506 0.297 ;
    RECT 0.297 0.297 0.506 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.165 0.462 0.363 0.528 ;
    RECT 0.165 0.528 0.231 0.594 ;
    RECT 0.297 0.528 0.363 0.825 ;
    RECT 0.297 0.825 0.517 0.891 ;
    RECT 0.407 0.891 0.517 1.056 ;
  END
END LDN_BUF_1RE
#
# 
MACRO LDN_BUF_2 FOREIGN C0A07BLDN_BUF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.429 0.825 0.627 0.891 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.198 0.121 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.033 0.924 0.143 1.056 ;
  END
END LDN_BUF_2
#
# 
MACRO LDN_BUF_20 FOREIGN C0A07BLDN_BUF_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.944768 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.385 4.059 0.726 ;
      RECT 1.584 0.726 4.95 0.858 ;
      RECT 1.606 0.319 4.95 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.32 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.495 ;
    RECT 1.419 0.495 3.85 0.561 ;
    RECT 1.419 0.561 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDN_BUF_20
#
# 
MACRO LDN_BUF_24 FOREIGN C0A07BLDN_BUF_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.268 0.033 4.334 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.13062 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.396 3.96 0.726 ;
      RECT 1.958 0.726 6.006 0.858 ;
      RECT 1.958 0.286 6.006 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.083 0.924 6.149 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.231 0.297 1.859 0.363 ;
    RECT 1.793 0.363 1.859 0.495 ;
    RECT 1.793 0.495 3.718 0.561 ;
    RECT 4.07 0.495 5.434 0.561 ;
    LAYER M2L ;
    RECT 3.366 0.495 4.62 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    VIA 3.63 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.561 1.859 0.825 ;
    RECT 0.198 0.825 1.859 0.891 ;
  END
END LDN_BUF_24
#
# 
MACRO LDN_BUF_2RE FOREIGN C0A07BLDN_BUF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.682 0.165 0.814 0.231 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.627 0.572 0.693 ;
      RECT 0.506 0.561 0.572 0.627 ;
      RECT 0.297 0.495 0.572 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.55 0.297 ;
    RECT 0.44 0.297 0.715 0.363 ;
    RECT 0.649 0.363 0.715 0.495 ;
    RECT 0.825 0.462 1.023 0.495 ;
    RECT 0.649 0.495 1.023 0.528 ;
    RECT 0.649 0.528 0.891 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.649 0.561 0.715 0.825 ;
    RECT 0.418 0.825 0.715 0.891 ;
    RECT 0.418 0.891 0.528 1.056 ;
  END
END LDN_BUF_2RE
#
# 
MACRO LDN_BUF_3 FOREIGN C0A07BLDN_BUF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.803 ;
      RECT 0.671 0.803 1.122 0.869 ;
      RECT 0.671 0.869 0.737 0.99 ;
      RECT 0.671 0.319 1.122 0.385 ;
      RECT 0.671 0.198 0.737 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.275 ;
    RECT 0.253 0.275 0.561 0.341 ;
    RECT 0.495 0.341 0.561 0.495 ;
    RECT 0.495 0.495 0.726 0.561 ;
    RECT 0.495 0.561 0.561 0.825 ;
    RECT 0.22 0.825 0.561 0.891 ;
  END
END LDN_BUF_3
#
# 
MACRO LDN_BUF_32 FOREIGN C0A07BLDN_BUF_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 7.194 0.033 7.26 0.143 ;
      RECT 7.194 0.143 7.326 0.209 ;
      RECT 6.842 0.033 6.908 0.143 ;
      RECT 6.842 0.143 6.974 0.209 ;
      RECT 6.49 0.033 6.556 0.143 ;
      RECT 6.49 0.143 6.622 0.209 ;
      RECT 6.138 0.033 6.204 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.708 0.033 4.774 0.143 ;
      RECT 4.708 0.143 4.84 0.209 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.356 0.143 4.488 0.209 ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.2 0.143 2.332 0.209 ;
      RECT 1.804 0.033 1.87 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50234 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.385 5.28 0.726 ;
      RECT 2.376 0.726 7.854 0.858 ;
      RECT 7.425 0.385 7.491 0.726 ;
      RECT 2.398 0.275 7.854 0.385 ;
      RECT 3.729 0.385 3.795 0.726 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 2.112 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 6.842 1.023 6.908 1.155 ;
      RECT 6.842 0.957 6.974 1.023 ;
      RECT 6.49 1.023 6.556 1.155 ;
      RECT 6.49 0.957 6.622 1.023 ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 6.138 0.957 6.27 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.045 3.344 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 7.931 0.924 7.997 1.155 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.194 1.023 7.26 1.155 ;
      RECT 7.194 0.957 7.326 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.434 1.023 5.5 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.63 1.045 3.696 1.155 ;
      RECT 3.63 0.979 3.762 1.045 ;
      RECT 2.266 1.045 2.332 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.052 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.297 ;
    RECT 0.253 0.297 2.277 0.363 ;
    RECT 2.211 0.363 2.277 0.495 ;
    RECT 2.211 0.495 3.553 0.561 ;
    RECT 3.905 0.495 5.049 0.561 ;
    RECT 5.39 0.495 6.974 0.561 ;
    LAYER M2L ;
    RECT 2.937 0.495 5.874 0.561 ;
    VIA 3.036 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 4.488 0.528 V1L2L ;
    VIA 5.61 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 4.686 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.561 2.277 0.825 ;
    RECT 0.22 0.825 2.277 0.891 ;
  END
END LDN_BUF_32
#
# 
MACRO LDN_BUF_4 FOREIGN C0A07BLDN_BUF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.616 0.726 1.188 0.858 ;
      RECT 0.649 0.319 1.155 0.385 ;
      RECT 0.649 0.242 0.715 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.451 0.363 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.275 0.517 0.341 ;
    RECT 0.451 0.341 0.517 0.495 ;
    RECT 0.451 0.495 0.99 0.561 ;
    RECT 0.451 0.561 0.517 0.891 ;
    RECT 0.22 0.891 0.517 0.957 ;
  END
END LDN_BUF_4
#
# 
MACRO LDN_BUF_4RE FOREIGN C0A07BLDN_BUF_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.595 0.033 1.661 0.396 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 1.034 0.231 1.1 0.264 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.682 0.143 0.814 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 1.32 0.495 1.683 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.363 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.297 0.693 0.363 0.759 ;
      RECT 0.297 0.627 0.957 0.693 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 0.957 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.573 0.825 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.154 1.485 0.363 ;
    RECT 1.155 0.363 1.485 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 1.221 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.485 0.693 ;
    RECT 1.419 0.693 1.485 0.902 ;
  END
END LDN_BUF_4RE
#
# 
MACRO LDN_BUF_5 FOREIGN C0A07BLDN_BUF_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.605 0.726 1.375 0.858 ;
      RECT 1.309 0.858 1.375 0.99 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.605 0.319 1.375 0.385 ;
      RECT 1.309 0.198 1.375 0.319 ;
      RECT 0.605 0.242 0.671 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 0.44 0.495 0.99 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 0.22 0.825 0.506 0.891 ;
  END
END LDN_BUF_5
#
# 
MACRO LDN_BUF_6 FOREIGN C0A07BLDN_BUF_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 1.595 0.418 ;
      RECT 1.32 0.418 1.595 0.462 ;
      RECT 1.485 0.462 1.551 0.726 ;
      RECT 0.792 0.726 1.716 0.858 ;
      RECT 1.529 0.22 1.595 0.33 ;
      RECT 0.825 0.198 0.891 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.429 0.22 0.495 0.297 ;
    RECT 0.077 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.077 0.825 0.693 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_BUF_6
#
# 
MACRO LDN_BUF_8 FOREIGN C0A07BLDN_BUF_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_8
#
# 
MACRO LDN_BUF_8RE FOREIGN C0A07BLDN_BUF_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.198 0.561 0.264 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.168 0.693 3.234 0.759 ;
      RECT 1.419 0.627 3.234 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 1.419 0.363 3.531 0.385 ;
      RECT 3.036 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 1.419 0.385 3.102 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.783 0.792 2.849 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.715 0.792 0.781 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.363 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.363 1.221 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 3.168 0.451 3.399 0.495 ;
    RECT 1.155 0.495 3.399 0.561 ;
    RECT 3.333 0.561 3.399 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 0.396 0.627 1.221 0.693 ;
    RECT 0.396 0.693 0.462 0.759 ;
    RECT 0.891 0.693 0.957 0.902 ;
    RECT 0.231 0.759 0.462 0.825 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDN_BUF_8RE
#
# 
MACRO LDN_BUF_HD_12 FOREIGN C0A07BLDN_BUF_HD_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.573056 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 0.77 0.803 2.662 0.869 ;
      RECT 0.77 0.297 2.662 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.671 0.363 ;
    RECT 0.605 0.363 0.671 0.495 ;
    RECT 0.605 0.495 2.156 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_HD_12
#
# 
MACRO LDN_BUF_HD_16 FOREIGN C0A07BLDN_BUF_HD_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7744 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.135 0.726 ;
      RECT 0.924 0.726 3.696 0.858 ;
      RECT 0.968 0.297 3.564 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.814 0.363 ;
    RECT 0.748 0.363 0.814 0.495 ;
    RECT 0.748 0.495 2.948 0.561 ;
    RECT 0.748 0.561 0.814 0.825 ;
    RECT 0.22 0.825 0.814 0.891 ;
  END
END LDN_BUF_HD_16
#
# 
MACRO LDN_BUF_HD_2 FOREIGN C0A07BLDN_BUF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.957 ;
      RECT 0.44 0.957 0.627 1.023 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_HD_2
#
# 
MACRO LDN_BUF_HD_3 FOREIGN C0A07BLDN_BUF_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.374 0.759 0.803 ;
      RECT 0.451 0.803 0.891 0.869 ;
      RECT 0.803 0.869 0.891 0.99 ;
      RECT 0.451 0.869 0.517 0.968 ;
      RECT 0.451 0.308 0.891 0.374 ;
      RECT 0.803 0.198 0.891 0.308 ;
      RECT 0.451 0.22 0.517 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.374 0.363 ;
    RECT 0.308 0.363 0.374 0.495 ;
    RECT 0.308 0.495 0.594 0.561 ;
    RECT 0.308 0.561 0.374 0.825 ;
    RECT 0.055 0.825 0.374 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_BUF_HD_3
#
# 
MACRO LDN_BUF_HD_4 FOREIGN C0A07BLDN_BUF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.693 ;
      RECT 0.693 0.759 0.759 0.847 ;
      RECT 0.374 0.847 0.759 0.913 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.374 0.319 0.891 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.715 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.715 ;
    RECT 0.033 0.715 0.495 0.781 ;
    RECT 0.033 0.781 0.121 0.902 ;
  END
END LDN_BUF_HD_4
#
# 
MACRO LDN_BUF_HD_6 FOREIGN C0A07BLDN_BUF_HD_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.294272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.616 0.803 1.551 0.869 ;
      RECT 1.485 0.869 1.551 0.99 ;
      RECT 0.616 0.297 1.551 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.276 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.22 0.825 0.517 0.891 ;
  END
END LDN_BUF_HD_6
#
# 
MACRO LDN_BUF_HD_8 FOREIGN C0A07BLDN_BUF_HD_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.627 0.803 1.782 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.627 0.297 1.782 0.363 ;
      RECT 0.627 0.209 0.693 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.386 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.198 0.825 0.517 0.891 ;
  END
END LDN_BUF_HD_8
#
# 
MACRO LDN_BUF_S_0P5 FOREIGN C0A07BLDN_BUF_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.008712 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.036542 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.209 0.627 0.858 ;
      RECT 0.517 0.858 0.627 0.99 ;
      RECT 0.484 0.143 0.627 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.297 0.462 0.462 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDN_BUF_S_0P5
#
# 
MACRO LDN_BUF_S_1 FOREIGN C0A07BLDN_BUF_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.308 0.033 0.374 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.209 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.616 0.143 0.759 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.55 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDN_BUF_S_1
#
# 
MACRO LDN_BUF_S_10 FOREIGN C0A07BLDN_BUF_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.32 0.726 2.926 0.858 ;
      RECT 1.342 0.297 2.475 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.618 0.979 2.75 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.31 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.22 0.825 1.221 0.891 ;
  END
END LDN_BUF_S_10
#
# 
MACRO LDN_BUF_S_12 FOREIGN C0A07BLDN_BUF_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.407 2.739 0.726 ;
      RECT 1.452 0.726 3.454 0.858 ;
      RECT 1.518 0.297 2.739 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.275 1.353 0.341 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 1.287 0.495 2.574 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.077 0.825 1.353 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_BUF_S_12
#
# 
MACRO LDN_BUF_S_14 FOREIGN C0A07BLDN_BUF_S_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.033 3.355 0.264 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.566764 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.341 3.003 0.726 ;
      RECT 1.584 0.726 3.729 0.825 ;
      RECT 1.584 0.825 3.927 0.858 ;
      RECT 3.663 0.858 3.927 0.891 ;
      RECT 3.839 0.891 3.927 0.99 ;
      RECT 1.683 0.275 3.19 0.341 ;
      RECT 1.683 0.198 1.749 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.21296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 1.188 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.462 ;
    RECT 0 0.462 1.518 0.528 ;
    RECT 3.542 0.462 3.96 0.528 ;
    RECT 1.518 0.462 3.542 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.429 ;
    RECT 1.419 0.429 2.816 0.495 ;
    RECT 2.75 0.495 2.816 0.605 ;
    RECT 1.419 0.495 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDN_BUF_S_14
#
# 
MACRO LDN_BUF_S_16 FOREIGN C0A07BLDN_BUF_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.772 0.143 2.904 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.642268 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.594 4.235 0.726 ;
      RECT 4.125 0.726 4.235 0.858 ;
      RECT 3.707 0.341 3.795 0.594 ;
      RECT 1.881 0.275 4.213 0.341 ;
      RECT 4.125 0.143 4.213 0.275 ;
      RECT 3.751 0.198 3.817 0.275 ;
      RECT 3.377 0.198 3.443 0.275 ;
      RECT 3.003 0.198 3.069 0.275 ;
      RECT 2.629 0.198 2.695 0.275 ;
      RECT 2.255 0.198 2.321 0.275 ;
      RECT 1.881 0.198 1.947 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.452 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.44 ;
    RECT 0 0.44 1.738 0.528 ;
    RECT 4.158 0.44 4.488 0.528 ;
    RECT 1.738 0.44 4.158 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.055 0.275 1.639 0.341 ;
    RECT 1.573 0.341 1.639 0.407 ;
    RECT 1.573 0.407 3.608 0.473 ;
    RECT 1.573 0.473 1.639 0.847 ;
    RECT 0.055 0.847 1.639 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDN_BUF_S_16
#
# 
MACRO LDN_BUF_S_18 FOREIGN C0A07BLDN_BUF_S_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.452 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.747296 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.341 3.927 0.726 ;
      RECT 1.98 0.726 4.818 0.858 ;
      RECT 2.079 0.275 4.785 0.341 ;
      RECT 4.719 0.154 4.785 0.275 ;
      RECT 4.345 0.176 4.411 0.275 ;
      RECT 3.971 0.198 4.037 0.275 ;
      RECT 3.597 0.198 3.663 0.275 ;
      RECT 3.223 0.198 3.289 0.275 ;
      RECT 2.849 0.198 2.915 0.275 ;
      RECT 2.475 0.198 2.541 0.275 ;
      RECT 2.079 0.198 2.145 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 4.895 0.924 4.961 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.474 0.979 1.606 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.44 ;
    RECT 0 0.44 1.87 0.528 ;
    RECT 4.554 0.44 5.016 0.528 ;
    RECT 1.87 0.44 4.554 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.881 0.341 ;
    RECT 1.815 0.341 1.881 0.407 ;
    RECT 1.815 0.407 3.729 0.473 ;
    RECT 3.663 0.473 3.729 0.561 ;
    RECT 1.815 0.473 1.881 0.825 ;
    RECT 0.253 0.825 1.881 0.891 ;
    RECT 0.253 0.891 0.319 0.99 ;
  END
END LDN_BUF_S_18
#
# 
MACRO LDN_BUF_S_1P5 FOREIGN C0A07BLDN_BUF_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.165 ;
      RECT 0.231 0.165 0.374 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.088 0.66 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.074052 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.539 0.99 ;
      RECT 0.473 0.154 0.539 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.407 0.363 ;
    RECT 0.297 0.363 0.407 0.462 ;
    RECT 0.297 0.462 0.363 0.814 ;
    RECT 0.055 0.814 0.363 0.88 ;
    RECT 0.055 0.88 0.121 0.946 ;
  END
END LDN_BUF_S_1P5
#
# 
MACRO LDN_BUF_S_2 FOREIGN C0A07BLDN_BUF_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.154 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 0.099 0.902 0.165 1.155 ;
      RECT 0.891 0.902 0.957 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.198 0.341 0.308 ;
    RECT 0.275 0.308 0.605 0.374 ;
    RECT 0.539 0.374 0.605 0.792 ;
    RECT 0.275 0.792 0.605 0.858 ;
    RECT 0.275 0.858 0.341 0.946 ;
  END
END LDN_BUF_S_2
#
# 
MACRO LDN_BUF_S_20 FOREIGN C0A07BLDN_BUF_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.821106 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.352 4.059 0.594 ;
      RECT 2.222 0.594 5.181 0.726 ;
      RECT 5.115 0.726 5.181 0.858 ;
      RECT 2.255 0.286 5.005 0.352 ;
      RECT 4.917 0.176 5.005 0.286 ;
      RECT 4.719 0.198 4.785 0.286 ;
      RECT 4.367 0.22 4.433 0.286 ;
      RECT 4.015 0.22 4.081 0.286 ;
      RECT 3.663 0.22 3.729 0.286 ;
      RECT 3.311 0.22 3.377 0.286 ;
      RECT 2.959 0.22 3.025 0.286 ;
      RECT 2.607 0.22 2.673 0.286 ;
      RECT 2.255 0.198 2.321 0.286 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.307824 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.924 5.005 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.543 0.924 4.609 1.155 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.43 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 2.035 0.924 2.101 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.462 ;
    RECT 0 0.462 2.09 0.528 ;
    RECT 4.994 0.462 5.412 0.528 ;
    RECT 2.09 0.462 4.994 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.275 1.958 0.363 ;
    RECT 1.892 0.363 1.958 0.429 ;
    RECT 1.892 0.429 3.872 0.495 ;
    RECT 1.892 0.495 1.958 0.825 ;
    RECT 0.055 0.825 1.958 0.913 ;
    RECT 0.055 0.913 0.121 1.012 ;
  END
END LDN_BUF_S_20
#
# 
MACRO LDN_BUF_S_24 FOREIGN C0A07BLDN_BUF_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.963886 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.341 4.983 0.594 ;
      RECT 2.508 0.594 6.237 0.726 ;
      RECT 6.171 0.726 6.237 0.924 ;
      RECT 5.313 0.341 5.379 0.594 ;
      RECT 2.508 0.275 5.445 0.341 ;
      RECT 5.379 0.198 5.445 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.365904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.584 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.147 0.924 4.213 1.155 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.347 0.924 6.413 1.155 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 5.203 0.924 5.269 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.739 0.924 2.805 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.462 ;
    RECT 0 0.462 2.398 0.528 ;
    RECT 6.05 0.462 6.468 0.528 ;
    RECT 2.398 0.462 6.05 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 2.409 0.385 ;
    RECT 2.321 0.385 2.409 0.407 ;
    RECT 2.321 0.407 4.752 0.517 ;
    RECT 2.321 0.517 2.409 0.825 ;
    RECT 0.055 0.825 2.409 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDN_BUF_S_24
#
# 
MACRO LDN_BUF_S_3 FOREIGN C0A07BLDN_BUF_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14883 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.374 0.891 0.726 ;
      RECT 0.638 0.726 1.111 0.858 ;
      RECT 1.045 0.858 1.111 0.99 ;
      RECT 0.825 0.308 0.935 0.374 ;
      RECT 0.869 0.198 0.935 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.308 ;
    RECT 0.253 0.308 0.528 0.374 ;
    RECT 0.462 0.374 0.528 0.473 ;
    RECT 0.462 0.473 0.704 0.539 ;
    RECT 0.462 0.539 0.528 0.847 ;
    RECT 0.253 0.847 0.528 0.913 ;
    RECT 0.253 0.913 0.319 0.99 ;
  END
END LDN_BUF_S_3
#
# 
MACRO LDN_BUF_S_32 FOREIGN C0A07BLDN_BUF_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 7.183 0.033 7.249 0.264 ;
      RECT 6.82 0.033 6.886 0.143 ;
      RECT 6.754 0.143 6.886 0.209 ;
      RECT 6.402 0.033 6.468 0.143 ;
      RECT 6.402 0.143 6.534 0.209 ;
      RECT 6.05 0.033 6.116 0.143 ;
      RECT 6.05 0.143 6.182 0.209 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.501424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.64 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23517 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 7.821 0.825 ;
      RECT 3.168 0.825 8.382 0.858 ;
      RECT 7.755 0.858 8.382 0.891 ;
      RECT 5.412 0.341 5.544 0.726 ;
      RECT 3.41 0.275 7.029 0.341 ;
      RECT 4.389 0.341 4.455 0.726 ;
      RECT 6.963 0.198 7.029 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.7 1.023 7.766 1.155 ;
      RECT 7.7 0.957 7.832 1.023 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.874 0.957 6.006 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.045 3.146 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.448 0.462 ;
    RECT 0 0.462 3.102 0.528 ;
    RECT 8.118 0.462 8.448 0.528 ;
    RECT 3.102 0.462 8.118 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.275 3.025 0.363 ;
    RECT 2.937 0.363 3.025 0.407 ;
    RECT 2.937 0.407 4.136 0.495 ;
    RECT 4.554 0.407 5.06 0.495 ;
    RECT 5.83 0.407 7.359 0.495 ;
    RECT 2.937 0.495 4.29 0.517 ;
    RECT 4.554 0.495 5.313 0.517 ;
    RECT 5.654 0.495 7.359 0.517 ;
    LAYER M2L ;
    RECT 4.026 0.495 5.94 0.561 ;
    VIA 4.092 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    VIA 5.016 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 5.148 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.026 0.517 4.29 0.561 ;
    RECT 2.937 0.517 3.025 0.825 ;
    RECT 4.95 0.517 5.313 0.561 ;
    RECT 5.654 0.517 5.94 0.561 ;
    RECT 0.055 0.825 3.025 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDN_BUF_S_32
#
# 
MACRO LDN_BUF_S_4 FOREIGN C0A07BLDN_BUF_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.067 0.033 1.133 0.242 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.638 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.407 1.287 0.726 ;
      RECT 0.792 0.726 1.342 0.858 ;
      RECT 0.891 0.341 1.287 0.407 ;
      RECT 1.221 0.33 1.287 0.341 ;
      RECT 1.221 0.198 1.331 0.33 ;
      RECT 0.891 0.198 0.957 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 1.441 0.924 1.507 1.155 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.319 0.693 0.385 ;
    RECT 0.627 0.385 0.693 0.495 ;
    RECT 0.627 0.495 1.122 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.473 0.748 0.693 0.814 ;
    RECT 0.473 0.814 0.539 0.825 ;
    RECT 0.099 0.825 0.539 0.891 ;
    RECT 0.099 0.891 0.165 0.99 ;
  END
END LDN_BUF_S_4
#
# 
MACRO LDN_BUF_S_40 FOREIGN C0A07BLDN_BUF_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 10.428 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.428 0.033 ;
      RECT 8.822 0.033 8.888 0.143 ;
      RECT 8.756 0.143 8.888 0.209 ;
      RECT 8.448 0.033 8.514 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.096 0.033 8.162 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.744 0.033 7.81 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.27 0.033 6.336 0.143 ;
      RECT 6.27 0.143 6.402 0.209 ;
      RECT 5.918 0.033 5.984 0.143 ;
      RECT 5.918 0.143 6.05 0.209 ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.928 0.033 4.994 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 10.428 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.622424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.904 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.573 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.363 6.336 0.726 ;
      RECT 3.96 0.726 10.197 0.858 ;
      RECT 10.131 0.858 10.197 0.99 ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.96 0.275 9.075 0.363 ;
      RECT 8.987 0.132 9.075 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.428 1.221 ;
      RECT 9.196 1.023 9.262 1.155 ;
      RECT 9.13 0.957 9.262 1.023 ;
      RECT 8.822 1.023 8.888 1.155 ;
      RECT 8.756 0.957 8.888 1.023 ;
      RECT 8.448 1.023 8.514 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.04 1.023 7.106 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 10.307 0.924 10.373 1.155 ;
      RECT 9.966 1.023 10.032 1.155 ;
      RECT 9.9 0.957 10.032 1.023 ;
      RECT 9.548 1.023 9.614 1.155 ;
      RECT 9.482 0.957 9.614 1.023 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.688 1.023 6.754 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 5.632 1.023 5.698 1.155 ;
      RECT 5.566 0.957 5.698 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 10.428 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 10.428 0.462 ;
    RECT 0 0.462 3.85 0.528 ;
    RECT 10.01 0.462 10.428 0.528 ;
    RECT 3.85 0.462 10.01 0.528 ;
    RECT 0 0.528 10.428 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.275 3.85 0.363 ;
    RECT 3.762 0.363 3.85 0.495 ;
    RECT 3.993 0.429 5.082 0.495 ;
    RECT 5.346 0.429 5.852 0.495 ;
    RECT 6.71 0.429 9.339 0.495 ;
    RECT 3.762 0.495 4.059 0.561 ;
    RECT 5.764 0.495 6.094 0.561 ;
    RECT 6.435 0.495 6.798 0.561 ;
    LAYER M2L ;
    RECT 3.762 0.495 6.798 0.561 ;
    VIA 3.96 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.6 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    VIA 6.732 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.762 0.561 3.85 0.825 ;
    RECT 0.055 0.825 3.85 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDN_BUF_S_40
#
# 
MACRO LDN_BUF_S_5 FOREIGN C0A07BLDN_BUF_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224818 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.792 0.726 1.617 0.858 ;
      RECT 1.551 0.858 1.617 0.99 ;
      RECT 0.825 0.319 1.419 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.275 ;
    RECT 0.077 0.275 0.693 0.341 ;
    RECT 0.627 0.341 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.429 0.748 0.693 0.814 ;
    RECT 0.429 0.814 0.495 0.825 ;
    RECT 0.077 0.825 0.495 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_BUF_S_5
#
# 
MACRO LDN_BUF_S_6 FOREIGN C0A07BLDN_BUF_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.726 ;
      RECT 0.924 0.726 1.848 0.858 ;
      RECT 1.001 0.275 1.683 0.341 ;
      RECT 1.001 0.176 1.067 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.969 0.946 2.035 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.242 0.319 0.319 ;
    RECT 0.253 0.319 0.825 0.385 ;
    RECT 0.759 0.385 0.825 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 0.759 0.561 0.825 0.847 ;
    RECT 0.22 0.847 0.825 0.913 ;
  END
END LDN_BUF_S_6
#
# 
MACRO LDN_BUF_S_8 FOREIGN C0A07BLDN_BUF_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.814 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.726 ;
      RECT 1.166 0.726 2.398 0.858 ;
      RECT 1.199 0.297 2.211 0.363 ;
      RECT 1.199 0.22 1.265 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.068 0.979 2.2 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.475 0.946 2.541 1.155 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.198 0.495 0.319 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.001 0.385 1.067 0.495 ;
    RECT 1.001 0.495 1.98 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.077 0.825 1.067 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_BUF_S_8
#
# 
MACRO LDN_CFSCOB_2 FOREIGN C0A07BLDN_CFSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.165 ;
      RECT 3.344 0.165 3.476 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.198 1.881 0.627 ;
      RECT 1.617 0.627 1.881 0.693 ;
      RECT 0.561 0.297 0.627 0.462 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.914 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.848 0.264 V1L2L ;
    END
  END A
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END CI0
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 2.904 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.231 3.267 0.682 ;
      RECT 3.168 0.682 3.267 0.748 ;
      RECT 2.64 0.165 3.267 0.231 ;
    END
  END CO1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.462 2.013 0.99 ;
      RECT 0.132 0.594 0.495 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 2.046 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.98 0.66 V1L2L ;
    END
  END B
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.726 4.752 0.858 ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.297 4.686 0.363 ;
      RECT 4.521 0.209 4.587 0.297 ;
      RECT 4.026 0.143 4.587 0.209 ;
    END
  END CO0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.092 1.045 4.158 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.674 1.045 3.74 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 2.464 1.045 2.53 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 0.33 0.528 ;
    RECT 0.814 0.462 4.884 0.528 ;
    RECT 0.33 0.462 0.814 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.891 0.165 ;
    RECT 0.957 0.132 1.023 0.924 ;
    RECT 0.231 0.165 0.297 0.264 ;
    RECT 0.825 0.165 0.891 0.693 ;
    RECT 2.145 0.176 2.211 0.297 ;
    RECT 1.287 0.198 1.375 0.924 ;
    RECT 1.639 0.22 1.705 0.363 ;
    RECT 3.564 0.275 4.301 0.319 ;
    RECT 2.145 0.297 2.948 0.363 ;
    RECT 4.389 0.308 4.455 0.583 ;
    RECT 3.498 0.319 4.301 0.341 ;
    RECT 3.069 0.33 3.135 0.55 ;
    RECT 3.498 0.341 3.63 0.385 ;
    RECT 4.235 0.341 4.301 0.418 ;
    RECT 1.441 0.363 1.705 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 4.488 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.441 0.429 1.507 0.825 ;
    RECT 2.277 0.462 2.343 0.693 ;
    RECT 3.333 0.495 3.762 0.561 ;
    RECT 3.003 0.55 3.135 0.616 ;
    RECT 3.333 0.561 3.399 0.825 ;
    RECT 4.334 0.583 4.455 0.649 ;
    RECT 0.627 0.693 0.891 0.759 ;
    RECT 2.145 0.693 2.937 0.759 ;
    RECT 0.627 0.759 0.693 0.924 ;
    RECT 2.871 0.759 2.937 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.441 0.825 1.881 0.891 ;
    RECT 2.321 0.825 2.772 0.891 ;
    RECT 2.871 0.825 3.399 0.891 ;
    RECT 3.498 0.825 4.29 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 2.706 0.891 2.772 0.957 ;
    RECT 2.321 0.891 2.387 0.968 ;
    RECT 4.224 0.891 4.29 0.957 ;
    RECT 4.763 0.924 4.829 0.957 ;
    RECT 2.706 0.957 3.476 1.023 ;
    RECT 4.224 0.957 4.829 1.023 ;
    RECT 4.763 1.023 4.829 1.056 ;
  END
END LDN_CFSCOB_2
#
# 
MACRO LDN_CFSCOB_4 FOREIGN C0A07BLDN_CFSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.667 0.033 7.733 0.264 ;
      RECT 7.282 0.033 7.348 0.165 ;
      RECT 7.282 0.165 7.414 0.231 ;
      RECT 6.963 0.033 7.029 0.264 ;
      RECT 5.929 0.033 5.995 0.198 ;
      RECT 5.896 0.198 5.995 0.264 ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.247 0.033 5.313 0.264 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.509 0.033 3.575 0.176 ;
      RECT 3.476 0.176 3.575 0.242 ;
      RECT 3.157 0.033 3.223 0.176 ;
      RECT 3.157 0.176 3.256 0.242 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 1.793 0.033 1.859 0.242 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.137 0.693 ;
      RECT 4.686 0.693 5.137 0.759 ;
      RECT 4.257 0.363 5.137 0.429 ;
      RECT 5.049 0.198 5.137 0.363 ;
      RECT 4.719 0.264 4.785 0.363 ;
      RECT 3.828 0.297 4.323 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.429 7.491 0.693 ;
      RECT 7.106 0.693 7.59 0.759 ;
      RECT 7.106 0.66 7.172 0.693 ;
      RECT 6.666 0.363 7.491 0.429 ;
      RECT 7.425 0.297 7.59 0.363 ;
      RECT 7.139 0.264 7.205 0.363 ;
      RECT 6.248 0.297 6.732 0.363 ;
    END
  END CO0
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.528 6.435 0.594 ;
      RECT 6.237 0.462 6.567 0.528 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.237 0.528 6.303 0.726 ;
    END
  END CI0
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.561 2.739 0.726 ;
      RECT 2.673 0.495 2.893 0.561 ;
      RECT 0.297 0.33 0.363 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.429 0.693 ;
      RECT 0.363 0.693 0.429 0.759 ;
      RECT 0.363 0.759 2.607 0.825 ;
      RECT 2.541 0.693 2.607 0.759 ;
      RECT 2.541 0.627 2.772 0.693 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 0.33 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.627 2.365 0.693 ;
      RECT 2.101 0.693 2.167 0.858 ;
      RECT 0.561 0.33 0.627 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.244 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 5.544 1.045 5.61 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.422 1.023 4.488 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.3 0.979 3.432 1.045 ;
      RECT 2.937 0.924 3.003 1.155 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.666 1.045 6.732 1.155 ;
      RECT 6.6 0.979 6.732 1.045 ;
      RECT 6.248 1.045 6.314 1.155 ;
      RECT 6.248 0.979 6.38 1.045 ;
      RECT 5.896 1.045 5.962 1.155 ;
      RECT 5.896 0.979 6.028 1.045 ;
      RECT 4.004 1.045 4.07 1.155 ;
      RECT 4.004 0.979 4.136 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.123 0.099 2.541 0.165 ;
    RECT 4.389 0.132 4.455 0.165 ;
    RECT 6.809 0.132 6.875 0.165 ;
    RECT 0.374 0.165 0.825 0.231 ;
    RECT 2.123 0.165 2.189 0.286 ;
    RECT 2.475 0.165 2.541 0.363 ;
    RECT 3.652 0.165 4.455 0.231 ;
    RECT 6.072 0.165 6.875 0.231 ;
    RECT 2.981 0.176 3.047 0.319 ;
    RECT 2.827 0.198 2.893 0.363 ;
    RECT 0.913 0.22 0.979 0.297 ;
    RECT 0.759 0.231 0.825 0.495 ;
    RECT 4.389 0.231 4.455 0.264 ;
    RECT 3.652 0.231 3.718 0.319 ;
    RECT 6.809 0.231 6.875 0.264 ;
    RECT 6.072 0.231 6.138 0.341 ;
    RECT 1.617 0.264 1.683 0.341 ;
    RECT 1.969 0.264 2.035 0.341 ;
    RECT 2.299 0.264 2.365 0.495 ;
    RECT 5.401 0.264 5.467 0.341 ;
    RECT 0.913 0.297 1.551 0.363 ;
    RECT 2.981 0.319 3.718 0.385 ;
    RECT 1.617 0.341 2.035 0.407 ;
    RECT 5.401 0.341 6.138 0.407 ;
    RECT 1.485 0.363 1.551 0.693 ;
    RECT 2.475 0.363 2.893 0.429 ;
    RECT 1.617 0.407 1.683 0.726 ;
    RECT 0.759 0.495 1.386 0.561 ;
    RECT 1.782 0.495 2.53 0.561 ;
    RECT 3.003 0.495 3.52 0.561 ;
    RECT 4.257 0.495 4.95 0.561 ;
    RECT 5.247 0.495 5.962 0.561 ;
    RECT 6.732 0.495 7.326 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 2.937 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 2.464 0.561 2.53 0.825 ;
    RECT 3.003 0.561 3.069 0.759 ;
    RECT 4.257 0.561 4.323 0.726 ;
    RECT 5.247 0.561 5.313 0.858 ;
    RECT 6.963 0.561 7.029 0.858 ;
    LAYER M2L ;
    RECT 2.871 0.561 2.937 0.627 ;
    RECT 2.871 0.627 5.511 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.913 0.693 1.551 0.759 ;
    LAYER M2L ;
    RECT 5.445 0.693 5.511 0.759 ;
    LAYER M1L ;
    RECT 1.617 0.726 2.035 0.792 ;
    RECT 5.401 0.748 5.467 0.825 ;
    RECT 0.913 0.759 0.979 0.836 ;
    RECT 1.221 0.759 1.287 0.99 ;
    RECT 2.904 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 2.673 0.759 5.346 0.825 ;
    RECT 5.445 0.759 7.062 0.825 ;
    VIA 5.28 0.792 V1L2L ;
    VIA 6.996 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.969 0.792 2.035 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.55 0.825 0.825 0.891 ;
    RECT 2.266 0.825 2.75 0.891 ;
    RECT 3.157 0.825 4.642 0.891 ;
    RECT 5.401 0.825 6.897 0.891 ;
    LAYER M2L ;
    RECT 2.673 0.825 2.739 0.891 ;
    LAYER M1L ;
    RECT 7.667 0.858 7.733 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.55 0.891 0.616 0.924 ;
    RECT 4.576 0.891 4.642 0.957 ;
    RECT 3.157 0.891 3.223 0.99 ;
    RECT 6.831 0.891 6.897 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.739 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.957 0.858 1.023 ;
    RECT 4.576 0.957 5.346 1.023 ;
    RECT 6.831 0.957 7.733 1.023 ;
    RECT 0.407 1.023 0.792 1.089 ;
  END
END LDN_CFSCOB_4
#
# 
MACRO LDN_CKGTNLTP_16 FOREIGN C0A07BLDN_CKGTNLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.9 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 0.033 9.592 0.143 ;
      RECT 9.526 0.143 9.658 0.209 ;
      RECT 0 -0.033 9.9 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.9 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
      VIA 9.636 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 9.449 0.33 9.559 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 9.57 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 9.504 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 9.636 0.759 9.867 0.825 ;
      RECT 9.779 0.825 9.867 0.99 ;
      RECT 9.779 0.132 9.867 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 1.045 9.592 1.155 ;
      RECT 0 1.155 9.9 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 9.526 0.979 9.658 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 9.9 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
      VIA 9.636 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.9 0.528 ;
    RECT 0 0.528 9.9 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 9.317 0.132 9.427 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 9.317 0.264 9.383 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 9.647 0.462 9.713 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 9.317 0.627 9.713 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 9.361 0.693 9.427 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDN_CKGTNLTP_16
#
# 
MACRO LDN_CKGTNLTP_2 FOREIGN C0A07BLDN_CKGTNLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 0.033 3.916 0.143 ;
      RECT 3.85 0.143 3.982 0.209 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.487 0.033 3.553 0.396 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.33 3.883 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.528 ;
      LAYER M2L ;
      RECT 1.848 0.363 3.894 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 3.828 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.154 3.399 0.902 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.759 4.191 0.825 ;
      RECT 4.103 0.825 4.191 0.99 ;
      RECT 4.103 0.132 4.191 0.759 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.487 0.792 3.553 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.85 0.979 3.982 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 3.641 0.132 3.751 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.958 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.892 0.209 1.958 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 3.641 0.264 3.707 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.255 0.297 2.695 0.363 ;
    RECT 2.761 0.297 3.245 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.629 0.363 2.695 0.495 ;
    RECT 2.255 0.363 2.321 0.858 ;
    RECT 3.179 0.363 3.245 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.497 0.462 2.563 0.627 ;
    RECT 3.003 0.462 3.069 0.627 ;
    RECT 3.971 0.462 4.037 0.627 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.629 0.495 2.827 0.561 ;
    RECT 2.497 0.627 3.069 0.693 ;
    RECT 3.641 0.627 4.037 0.693 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.641 0.693 3.707 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.728 0.825 3.245 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.353 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.563 1.045 ;
    RECT 1.221 1.045 2.563 1.089 ;
  END
END LDN_CKGTNLTP_2
#
# 
MACRO LDN_CKGTNLTP_4 FOREIGN C0A07BLDN_CKGTNLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.257 0.033 4.323 0.396 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.33 4.675 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 4.686 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 4.62 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.627 4.147 0.693 ;
      RECT 4.059 0.693 4.147 0.924 ;
      RECT 3.729 0.693 3.795 0.924 ;
      RECT 4.059 0.429 4.147 0.627 ;
      RECT 3.729 0.363 4.147 0.429 ;
      RECT 4.059 0.154 4.147 0.363 ;
      RECT 3.729 0.154 3.795 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.759 4.983 0.825 ;
      RECT 4.895 0.825 4.983 0.99 ;
      RECT 4.895 0.132 4.983 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 3.905 0.792 3.971 1.155 ;
      RECT 3.553 0.924 3.619 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.642 0.979 4.774 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 4.433 0.132 4.543 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 4.433 0.264 4.499 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 4.763 0.462 4.829 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.894 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 4.433 0.627 4.829 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 4.433 0.693 4.499 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDN_CKGTNLTP_4
#
# 
MACRO LDN_CKGTNLTP_8 FOREIGN C0A07BLDN_CKGTNLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 0.033 6.424 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.017 0.033 6.083 0.396 ;
      RECT 5.665 0.033 5.731 0.264 ;
      RECT 5.313 0.033 5.379 0.264 ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 6.281 0.33 6.391 0.528 ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 6.402 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 6.336 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.627 5.907 0.693 ;
      RECT 5.819 0.693 5.907 0.924 ;
      RECT 5.489 0.693 5.555 0.924 ;
      RECT 5.115 0.693 5.203 0.924 ;
      RECT 4.785 0.693 4.851 0.924 ;
      RECT 5.819 0.429 5.907 0.627 ;
      RECT 4.785 0.363 5.907 0.429 ;
      RECT 5.819 0.154 5.907 0.363 ;
      RECT 5.489 0.154 5.555 0.363 ;
      RECT 5.115 0.154 5.203 0.363 ;
      RECT 4.785 0.154 4.851 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.759 6.699 0.825 ;
      RECT 6.611 0.825 6.699 0.99 ;
      RECT 6.611 0.132 6.699 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.665 0.792 5.731 1.155 ;
      RECT 5.313 0.792 5.379 1.155 ;
      RECT 4.961 0.792 5.027 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.017 0.792 6.083 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.358 0.979 6.49 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 6.149 0.132 6.259 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 6.149 0.264 6.215 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 6.479 0.462 6.545 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.214 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 6.149 0.627 6.545 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 6.193 0.693 6.259 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDN_CKGTNLTP_8
#
# 
MACRO LDN_CKGTNLT_16 FOREIGN C0A07BLDN_CKGTNLT_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 0 0.528 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDN_CKGTNLT_16
#
# 
MACRO LDN_CKGTNLT_2 FOREIGN C0A07BLDN_CKGTNLT_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.396 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.627 3.432 0.693 ;
      RECT 3.267 0.693 3.333 0.891 ;
      RECT 3.168 0.891 3.333 0.957 ;
      RECT 3.267 0.561 3.333 0.627 ;
      RECT 3.267 0.495 3.432 0.561 ;
      RECT 3.267 0.154 3.333 0.495 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.211 0.132 2.277 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.914 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.848 0.209 1.914 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.717 0.22 2.783 0.297 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.211 0.297 2.651 0.363 ;
    RECT 2.717 0.297 3.201 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.585 0.363 2.651 0.495 ;
    RECT 2.321 0.363 2.387 0.748 ;
    RECT 3.135 0.363 3.201 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.145 0.462 2.211 0.605 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 2.959 0.462 3.025 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.585 0.495 2.783 0.561 ;
    RECT 2.079 0.605 2.211 0.671 ;
    RECT 2.453 0.627 3.025 0.693 ;
    RECT 2.079 0.671 2.145 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.211 0.748 2.387 0.814 ;
    RECT 2.684 0.759 3.201 0.825 ;
    RECT 2.211 0.814 2.277 0.88 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.145 0.913 ;
    RECT 1.353 0.913 2.145 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDN_CKGTNLT_2
#
# 
MACRO LDN_CKGTNLT_4 FOREIGN C0A07BLDN_CKGTNLT_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.323 0.033 4.389 0.396 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.627 4.213 0.693 ;
      RECT 4.125 0.693 4.213 0.924 ;
      RECT 3.795 0.693 3.861 0.924 ;
      RECT 4.125 0.429 4.213 0.627 ;
      RECT 3.795 0.363 4.213 0.429 ;
      RECT 4.125 0.154 4.213 0.363 ;
      RECT 3.795 0.154 3.861 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 4.323 0.792 4.389 1.155 ;
      RECT 3.971 0.792 4.037 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.96 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDN_CKGTNLT_4
#
# 
MACRO LDN_CKGTNLT_8 FOREIGN C0A07BLDN_CKGTNLT_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.396 ;
      RECT 5.731 0.033 5.797 0.264 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.627 5.973 0.693 ;
      RECT 5.885 0.693 5.973 0.924 ;
      RECT 5.555 0.693 5.621 0.924 ;
      RECT 5.181 0.693 5.269 0.924 ;
      RECT 4.851 0.693 4.917 0.924 ;
      RECT 5.885 0.429 5.973 0.627 ;
      RECT 4.851 0.363 5.973 0.429 ;
      RECT 5.885 0.154 5.973 0.363 ;
      RECT 5.555 0.154 5.621 0.363 ;
      RECT 5.181 0.154 5.269 0.363 ;
      RECT 4.851 0.154 4.917 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.379 0.792 5.445 1.155 ;
      RECT 5.027 0.792 5.093 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.083 0.792 6.149 1.155 ;
      RECT 5.731 0.792 5.797 1.155 ;
      RECT 4.675 0.924 4.741 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.28 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDN_CKGTNLT_8
#
# 
MACRO LDN_CKGTPLS_1 FOREIGN C0A07BLDN_CKGTPLS_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.693 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.726 ;
      RECT 3.157 0.726 3.267 0.858 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.629 0.594 ;
      RECT 2.541 0.462 2.629 0.528 ;
      RECT 2.409 0.462 2.475 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.013 0.726 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.2 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.761 0.132 2.871 0.264 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.353 0.165 1.419 0.407 ;
    RECT 2.629 0.176 2.695 0.297 ;
    RECT 1.111 0.231 1.254 0.297 ;
    RECT 1.485 0.231 1.991 0.297 ;
    RECT 0.033 0.264 0.099 0.682 ;
    RECT 0.429 0.264 0.495 0.297 ;
    RECT 2.2 0.264 2.266 0.297 ;
    RECT 2.761 0.264 2.827 0.671 ;
    RECT 2.057 0.264 2.123 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.111 0.297 1.177 0.693 ;
    RECT 1.485 0.297 1.551 0.506 ;
    RECT 1.925 0.297 1.991 0.594 ;
    RECT 2.2 0.297 2.695 0.363 ;
    RECT 2.893 0.33 3.003 0.462 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.617 0.363 1.837 0.429 ;
    LAYER M2L ;
    RECT 1.65 0.363 3.036 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.276 0.407 1.419 0.473 ;
    RECT 1.771 0.429 1.837 0.506 ;
    RECT 1.617 0.429 1.683 0.693 ;
    RECT 2.893 0.462 2.959 0.594 ;
    RECT 2.057 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.528 ;
    RECT 3.025 0.528 3.135 0.594 ;
    RECT 2.145 0.528 2.211 0.825 ;
    RECT 1.837 0.594 1.991 0.66 ;
    RECT 3.025 0.594 3.091 0.825 ;
    RECT 1.837 0.66 1.903 0.858 ;
    RECT 0.561 0.671 1.012 0.737 ;
    RECT 2.354 0.671 2.882 0.737 ;
    RECT 0.033 0.682 0.363 0.748 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.561 0.737 0.627 0.858 ;
    RECT 0.297 0.748 0.363 0.858 ;
    RECT 0.033 0.748 0.121 1.012 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.66 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.748 0.825 1.474 0.891 ;
    RECT 2.145 0.825 3.091 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.902 0.957 1.628 1.023 ;
  END
END LDN_CKGTPLS_1
#
# 
MACRO LDN_CKGTPLS_12 FOREIGN C0A07BLDN_CKGTPLS_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.984 0.033 6.05 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.566 0.165 5.698 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.214 0.165 5.346 0.231 ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.862 0.165 4.994 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 4.862 0.726 6.402 0.825 ;
      RECT 4.51 0.825 6.402 0.858 ;
      RECT 4.51 0.858 4.928 0.891 ;
      RECT 4.686 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.552 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.838 0.143 3.311 0.209 ;
    RECT 1.661 0.165 1.727 0.473 ;
    RECT 2.486 0.165 2.552 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.209 3.311 0.275 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 2.343 0.264 2.409 0.671 ;
    RECT 3.245 0.275 4.422 0.341 ;
    RECT 2.662 0.275 3.179 0.341 ;
    RECT 1.276 0.297 1.43 0.363 ;
    RECT 3.113 0.341 3.179 0.407 ;
    RECT 1.364 0.363 1.43 0.671 ;
    RECT 3.113 0.407 3.751 0.473 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.54 0.473 1.727 0.539 ;
    RECT 3.685 0.473 3.751 0.693 ;
    RECT 2.486 0.495 3.014 0.561 ;
    RECT 4.719 0.495 6.006 0.561 ;
    RECT 1.969 0.506 2.035 0.671 ;
    RECT 3.113 0.539 3.586 0.605 ;
    RECT 4.719 0.561 4.785 0.693 ;
    RECT 3.113 0.605 3.179 0.671 ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.737 ;
    RECT 2.343 0.671 3.179 0.737 ;
    RECT 3.245 0.693 4.785 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 2.343 0.737 2.409 0.836 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.41 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.311 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDN_CKGTPLS_12
#
# 
MACRO LDN_CKGTPLS_16 FOREIGN C0A07BLDN_CKGTPLS_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.033 6.534 0.165 ;
      RECT 6.402 0.165 6.534 0.231 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.82 0.033 6.886 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.05 0.165 6.182 0.231 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.675 0.033 4.741 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 6.743 0.363 6.831 0.726 ;
      RECT 4.994 0.726 7.062 0.825 ;
      RECT 4.466 0.825 7.062 0.858 ;
      RECT 4.466 0.858 5.06 0.891 ;
      RECT 4.818 0.297 6.831 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.323 0.924 4.389 1.155 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.116 1.023 6.182 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.764 1.023 5.83 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 1.661 0.165 1.727 0.495 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.792 ;
    RECT 2.838 0.165 3.311 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.231 3.311 0.297 ;
    RECT 2.343 0.264 2.409 0.792 ;
    RECT 2.167 0.286 2.233 1.023 ;
    RECT 3.245 0.297 4.422 0.363 ;
    RECT 2.662 0.297 3.179 0.363 ;
    RECT 1.276 0.319 1.43 0.385 ;
    RECT 3.113 0.363 3.179 0.825 ;
    RECT 1.364 0.385 1.43 0.627 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.969 0.462 2.035 0.627 ;
    RECT 1.54 0.495 1.727 0.561 ;
    RECT 2.497 0.495 3.014 0.561 ;
    RECT 3.333 0.495 3.696 0.561 ;
    RECT 4.818 0.495 6.578 0.561 ;
    RECT 3.333 0.561 3.399 0.726 ;
    RECT 4.818 0.561 4.884 0.693 ;
    RECT 1.364 0.627 2.035 0.671 ;
    LAYER M2L ;
    RECT 2.31 0.627 3.432 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 3.366 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.693 ;
    RECT 1.298 0.693 1.43 0.737 ;
    RECT 3.619 0.693 4.884 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 3.619 0.759 3.685 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.795 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.685 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 3.795 0.891 3.861 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 3.41 0.957 3.861 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDN_CKGTPLS_16
#
# 
MACRO LDN_CKGTPLS_2 FOREIGN C0A07BLDN_CKGTPLS_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.396 ;
      RECT 0.165 0.396 0.363 0.462 ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.297 0.297 0.363 0.396 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.231 3.399 0.792 ;
      RECT 3.245 0.792 3.399 0.858 ;
      RECT 3.245 0.858 3.311 0.924 ;
      RECT 3.212 0.165 3.399 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 2.057 0.726 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 1.914 0.528 2.486 0.594 ;
    RECT 0 0.528 1.914 0.594 ;
    RECT 2.486 0.528 3.564 0.594 ;
    RECT 0 0.594 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.222 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.827 0.132 2.893 0.825 ;
    RECT 0.374 0.165 0.517 0.231 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.375 0.165 1.441 0.407 ;
    RECT 2.651 0.176 2.717 0.297 ;
    RECT 0.429 0.231 0.517 0.297 ;
    RECT 1.133 0.231 1.276 0.297 ;
    RECT 1.507 0.231 2.013 0.297 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 2.222 0.264 2.288 0.297 ;
    RECT 2.079 0.264 2.145 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.133 0.297 1.199 0.693 ;
    RECT 1.507 0.297 1.573 0.506 ;
    RECT 1.947 0.297 2.013 0.594 ;
    RECT 2.222 0.297 2.717 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.639 0.363 1.859 0.429 ;
    RECT 2.959 0.363 3.102 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 3.102 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.298 0.407 1.441 0.473 ;
    RECT 1.793 0.429 1.859 0.506 ;
    RECT 1.639 0.429 1.705 0.693 ;
    RECT 2.959 0.429 3.025 0.726 ;
    RECT 2.079 0.462 2.277 0.528 ;
    RECT 3.091 0.495 3.234 0.561 ;
    RECT 2.211 0.528 2.277 0.957 ;
    RECT 2.365 0.55 2.431 0.825 ;
    RECT 3.091 0.561 3.157 0.957 ;
    RECT 0.297 0.594 0.363 0.759 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.859 0.594 2.013 0.66 ;
    RECT 1.859 0.66 1.925 0.858 ;
    RECT 0.561 0.693 1.034 0.759 ;
    RECT 1.133 0.693 1.705 0.759 ;
    RECT 0.033 0.759 0.363 0.825 ;
    RECT 0.033 0.825 0.121 1.012 ;
    RECT 0.77 0.825 1.496 0.891 ;
    RECT 2.365 0.825 2.893 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.924 0.957 1.65 1.023 ;
    RECT 2.211 0.957 3.157 1.023 ;
  END
END LDN_CKGTPLS_2
#
# 
MACRO LDN_CKGTPLS_3 FOREIGN C0A07BLDN_CKGTPLS_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.341 3.927 0.825 ;
      RECT 3.586 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.586 0.275 4.059 0.341 ;
      RECT 3.971 0.198 4.059 0.275 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.605 3.267 0.99 ;
      RECT 3.333 0.605 3.399 0.726 ;
      RECT 3.201 0.539 3.399 0.605 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.377 0.924 3.443 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.365 0.924 2.431 1.155 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 2.618 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 1.749 0.165 1.815 0.407 ;
    RECT 2.552 0.165 2.618 0.55 ;
    RECT 0.429 0.165 0.495 0.924 ;
    RECT 3.289 0.198 3.355 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 1.254 0.231 1.386 0.297 ;
    RECT 2.717 0.242 2.783 0.407 ;
    RECT 2.156 0.253 2.288 0.319 ;
    RECT 2.365 0.275 2.431 0.759 ;
    RECT 2.882 0.275 3.355 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 1.023 ;
    RECT 1.254 0.297 1.32 0.539 ;
    RECT 2.222 0.319 2.288 0.671 ;
    RECT 1.518 0.407 1.815 0.473 ;
    RECT 2.717 0.407 3.531 0.473 ;
    RECT 3.465 0.473 3.531 0.495 ;
    RECT 2.805 0.473 2.871 0.726 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.254 0.539 2.112 0.605 ;
    RECT 2.97 0.539 3.135 0.605 ;
    RECT 2.552 0.55 2.717 0.616 ;
    RECT 1.254 0.605 1.32 0.671 ;
    RECT 3.069 0.605 3.135 1.023 ;
    RECT 2.651 0.616 2.717 0.682 ;
    RECT 1.254 0.671 1.408 0.737 ;
    RECT 1.738 0.671 2.288 0.737 ;
    RECT 2.805 0.726 3.003 0.858 ;
    RECT 2.189 0.737 2.255 0.946 ;
    RECT 2.365 0.759 2.607 0.825 ;
    RECT 1.122 0.814 1.771 0.847 ;
    RECT 2.541 0.825 2.607 1.023 ;
    RECT 1.056 0.847 1.771 0.88 ;
    RECT 2.937 0.858 3.003 0.924 ;
    RECT 1.056 0.88 1.188 0.913 ;
    RECT 1.705 0.88 1.771 0.946 ;
    RECT 0.913 0.924 0.979 1.012 ;
    RECT 1.496 0.957 1.628 1.012 ;
    RECT 0.913 1.012 1.628 1.023 ;
    RECT 0.055 1.023 0.627 1.089 ;
    RECT 0.913 1.023 1.562 1.078 ;
    RECT 2.541 1.023 3.135 1.089 ;
  END
END LDN_CKGTPLS_3
#
# 
MACRO LDN_CKGTPLS_4 FOREIGN C0A07BLDN_CKGTPLS_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.575 0.033 3.641 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.171336 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.542 0.726 4.026 0.858 ;
      RECT 3.718 0.297 4.191 0.363 ;
      RECT 4.103 0.198 4.191 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.432 0.132 3.498 0.165 ;
    RECT 1.661 0.165 1.727 0.407 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.86 0.165 3.498 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.089 0.297 ;
    RECT 1.254 0.231 1.408 0.297 ;
    RECT 2.134 0.253 2.266 0.319 ;
    RECT 2.343 0.275 2.409 0.671 ;
    RECT 1.023 0.297 1.089 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 1.342 0.297 1.408 0.539 ;
    RECT 2.662 0.297 3.531 0.363 ;
    RECT 2.178 0.319 2.266 1.023 ;
    RECT 3.465 0.363 3.531 0.495 ;
    RECT 2.959 0.363 3.025 0.759 ;
    RECT 1.518 0.407 1.727 0.473 ;
    RECT 3.091 0.462 3.157 0.924 ;
    RECT 2.497 0.495 2.86 0.561 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.342 0.539 2.068 0.605 ;
    RECT 1.342 0.605 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.343 0.671 2.585 0.737 ;
    RECT 2.519 0.737 2.585 0.924 ;
    RECT 2.86 0.759 3.025 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 2.519 0.924 3.157 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.266 1.089 ;
  END
END LDN_CKGTPLS_4
#
# 
MACRO LDN_CKGTPLS_6 FOREIGN C0A07BLDN_CKGTPLS_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.532 0.033 4.598 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.816 0.143 2.948 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253374 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.147 0.726 4.95 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.29 0.297 5.115 0.363 ;
      RECT 5.027 0.198 5.115 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.605 3.795 0.726 ;
      RECT 3.322 0.539 3.795 0.605 ;
      LAYER M2L ;
      RECT 3.564 0.627 3.96 0.693 ;
      VIA 3.762 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.497 0.924 2.563 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.541 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.553 0.143 4.026 0.209 ;
    RECT 2.475 0.165 2.541 0.407 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.553 0.209 3.619 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 2.134 0.242 2.233 0.308 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.321 0.275 2.387 0.539 ;
    RECT 2.64 0.275 3.619 0.341 ;
    RECT 3.718 0.275 4.07 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 2.167 0.308 2.233 1.023 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 4.004 0.341 4.07 0.495 ;
    RECT 2.475 0.407 3.927 0.473 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 3.861 0.473 3.927 0.594 ;
    RECT 4.004 0.495 4.686 0.561 ;
    RECT 2.321 0.539 2.948 0.605 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.342 0.583 2.068 0.649 ;
    RECT 2.321 0.605 2.387 0.858 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.816 0.693 3.619 0.759 ;
    RECT 3.553 0.759 3.619 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 2.64 0.825 3.454 0.891 ;
    RECT 3.553 0.825 4.07 0.891 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDN_CKGTPLS_6
#
# 
MACRO LDN_CKGTPLS_8 FOREIGN C0A07BLDN_CKGTPLS_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.927 0.594 ;
      LAYER M2L ;
      RECT 3.465 0.495 3.927 0.561 ;
      VIA 3.828 0.528 V1L2L ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.726 ;
      RECT 4.169 0.726 5.412 0.858 ;
      RECT 4.169 0.858 4.235 0.99 ;
      RECT 4.488 0.297 5.379 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.497 0.165 2.563 0.319 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.838 0.165 3.696 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.133 0.297 ;
    RECT 3.63 0.231 3.696 0.319 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.343 0.275 2.409 0.495 ;
    RECT 1.067 0.297 1.133 0.726 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 3.366 0.297 3.553 0.363 ;
    RECT 2.497 0.319 3.146 0.385 ;
    RECT 3.63 0.319 4.07 0.385 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 3.487 0.363 3.553 0.693 ;
    RECT 3.08 0.385 3.146 0.495 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 2.343 0.495 2.97 0.561 ;
    RECT 3.08 0.495 3.388 0.561 ;
    RECT 4.026 0.495 5.126 0.561 ;
    RECT 1.969 0.506 2.035 0.583 ;
    RECT 2.343 0.561 2.409 0.836 ;
    RECT 4.026 0.561 4.092 0.693 ;
    RECT 1.342 0.583 2.035 0.649 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.838 0.693 4.092 0.759 ;
    RECT 1.122 0.825 1.782 0.891 ;
    RECT 2.662 0.825 3.894 0.891 ;
    RECT 1.056 0.891 1.188 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDN_CKGTPLS_8
#
# 
MACRO LDN_CKGTPLTP_16 FOREIGN C0A07BLDN_CKGTPLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 0.033 6.93 0.143 ;
      RECT 6.864 0.143 6.996 0.209 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 5.291 0.374 5.379 0.726 ;
      RECT 3.784 0.726 6.358 0.858 ;
      RECT 3.784 0.858 3.872 0.99 ;
      RECT 5.687 0.374 5.775 0.726 ;
      RECT 3.938 0.286 5.83 0.374 ;
      RECT 4.763 0.374 4.851 0.726 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.44 6.831 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 6.864 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 6.798 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 7.117 0.726 7.227 0.99 ;
      RECT 7.161 0.396 7.227 0.726 ;
      RECT 7.117 0.132 7.227 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 1.045 6.93 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.864 0.979 6.996 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 6.699 0.132 6.765 0.275 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 6.567 0.275 6.996 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 6.93 0.341 6.996 0.462 ;
    RECT 6.567 0.341 6.633 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.331 0.363 1.397 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 6.93 0.462 7.04 0.594 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 1.551 0.528 1.661 0.66 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 1.595 0.66 1.661 1.023 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.265 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 6.567 0.924 6.765 0.99 ;
    RECT 6.699 0.99 6.765 1.056 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDN_CKGTPLTP_16
#
# 
MACRO LDN_CKGTPLTP_2 FOREIGN C0A07BLDN_CKGTPLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.44 3.531 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.564 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.498 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.726 3.927 0.99 ;
      RECT 3.861 0.396 3.927 0.726 ;
      RECT 3.817 0.132 3.927 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 3.399 0.132 3.465 0.275 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 3.311 0.275 3.696 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 3.63 0.341 3.696 0.462 ;
    RECT 3.311 0.341 3.377 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 3.63 0.462 3.74 0.594 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 3.311 0.924 3.465 0.99 ;
    RECT 3.399 0.99 3.465 1.056 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDN_CKGTPLTP_2
#
# 
MACRO LDN_CKGTPLTP_4 FOREIGN C0A07BLDN_CKGTPLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.242 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.465 0.429 ;
      RECT 3.333 0.429 3.399 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.399 0.198 3.465 0.363 ;
      RECT 3.047 0.198 3.135 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.44 3.927 0.858 ;
      RECT 1.749 0.528 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.96 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.894 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.213 0.726 4.323 0.99 ;
      RECT 4.257 0.396 4.323 0.726 ;
      RECT 4.213 0.132 4.323 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.045 4.026 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.96 0.979 4.092 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 3.795 0.132 3.861 0.275 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.518 0.165 1.958 0.209 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 1.452 0.209 1.958 0.231 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 3.707 0.275 4.092 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.76 0.297 2.211 0.341 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.211 0.363 ;
    RECT 4.026 0.341 4.092 0.462 ;
    RECT 3.707 0.341 3.773 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.826 0.407 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 2.893 0.363 2.959 0.495 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.463 0.407 1.529 0.891 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 4.026 0.462 4.136 0.594 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 2.893 0.495 3.124 0.561 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 2.893 0.561 2.959 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 3.707 0.924 3.861 0.99 ;
    RECT 3.795 0.99 3.861 1.056 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDN_CKGTPLTP_4
#
# 
MACRO LDN_CKGTPLTP_8 FOREIGN C0A07BLDN_CKGTPLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.148 0.143 5.28 0.209 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.363 4.433 0.429 ;
      RECT 3.993 0.429 4.081 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 4.367 0.264 4.433 0.363 ;
      RECT 3.993 0.264 4.081 0.363 ;
      RECT 3.663 0.264 3.729 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.44 5.115 0.858 ;
      RECT 1.749 0.484 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 5.148 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 5.082 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.401 0.726 5.511 0.99 ;
      RECT 5.445 0.396 5.511 0.726 ;
      RECT 5.401 0.132 5.511 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.148 0.979 5.28 1.045 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 4.719 0.924 4.785 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 4.983 0.132 5.049 0.275 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 4.851 0.275 5.28 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.65 0.297 2.255 0.341 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.255 0.363 ;
    RECT 5.214 0.341 5.28 0.462 ;
    RECT 4.851 0.341 4.917 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.716 0.407 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.331 0.407 1.397 0.891 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 5.214 0.462 5.324 0.594 ;
    RECT 3.355 0.473 3.421 0.495 ;
    RECT 3.355 0.495 3.861 0.561 ;
    RECT 1.551 0.506 1.661 0.638 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 3.355 0.561 3.421 0.847 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 1.595 0.638 1.661 1.023 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.265 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 4.851 0.924 5.049 0.99 ;
    RECT 4.983 0.99 5.049 1.056 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDN_CKGTPLTP_8
#
# 
MACRO LDN_CKGTPLT_1 FOREIGN C0A07BLDN_CKGTPLT_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.068 0.165 2.2 0.231 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
      RECT 3.025 0.726 3.135 0.858 ;
      RECT 3.025 0.858 3.091 0.924 ;
      RECT 3.025 0.198 3.135 0.33 ;
      RECT 3.025 0.132 3.091 0.198 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.66 1.947 0.858 ;
      RECT 1.815 0.594 1.947 0.66 ;
      RECT 1.815 0.462 1.881 0.594 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.287 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.936 0.132 2.002 0.165 ;
    RECT 1.353 0.132 1.419 0.297 ;
    RECT 2.299 0.132 2.365 0.451 ;
    RECT 1.496 0.165 2.002 0.231 ;
    RECT 1.221 0.165 1.287 0.484 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.319 ;
    RECT 0.583 0.231 0.748 0.297 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 0.583 0.297 0.649 0.44 ;
    RECT 1.353 0.297 2.211 0.363 ;
    RECT 2.475 0.319 2.959 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.484 ;
    RECT 1.507 0.363 1.573 0.891 ;
    RECT 1.045 0.374 1.111 0.44 ;
    RECT 2.893 0.385 2.959 0.759 ;
    RECT 0.583 0.44 1.111 0.506 ;
    RECT 2.299 0.451 2.64 0.517 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 2.299 0.517 2.365 0.88 ;
    RECT 2.717 0.55 2.783 0.627 ;
    RECT 1.639 0.572 1.705 1.023 ;
    RECT 1.254 0.583 1.386 0.649 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 1.254 0.649 1.32 0.759 ;
    RECT 0.869 0.66 0.935 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 1.056 0.759 1.32 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.748 0.957 ;
    RECT 0.869 0.891 1.573 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDN_CKGTPLT_1
#
# 
MACRO LDN_CKGTPLT_12 FOREIGN C0A07BLDN_CKGTPLT_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.795 0.726 5.698 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.795 0.297 5.302 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.233 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.167 0.363 2.233 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.451 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.904 0.451 3.707 0.495 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 2.904 0.495 4.598 0.517 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.641 0.517 4.598 0.561 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.583 3.432 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.432 0.649 ;
    RECT 2.497 0.649 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDN_CKGTPLT_12
#
# 
MACRO LDN_CKGTPLT_16 FOREIGN C0A07BLDN_CKGTPLT_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.374 4.851 0.726 ;
      RECT 3.795 0.726 6.358 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.938 0.286 5.83 0.374 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.05 0.957 6.182 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDN_CKGTPLT_16
#
# 
MACRO LDN_CKGTPLT_2 FOREIGN C0A07BLDN_CKGTPLT_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDN_CKGTPLT_2
#
# 
MACRO LDN_CKGTPLT_20 FOREIGN C0A07BLDN_CKGTPLT_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.816024 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.385 5.511 0.726 ;
      RECT 3.795 0.726 7.128 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.762 0.363 5.511 0.385 ;
      RECT 3.762 0.275 6.006 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.754 1.023 6.82 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.242 2.585 0.308 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.308 2.937 0.374 ;
    RECT 3.597 0.33 3.663 0.495 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    LAYER M2L ;
    RECT 2.838 0.363 3.696 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.374 2.937 0.462 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.113 0.495 3.41 0.561 ;
    RECT 3.597 0.495 5.346 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.113 0.561 3.179 0.627 ;
    RECT 3.597 0.561 3.663 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDN_CKGTPLT_20
#
# 
MACRO LDN_CKGTPLT_3 FOREIGN C0A07BLDN_CKGTPLT_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.267 0.033 3.333 0.308 ;
      RECT 2.112 0.033 2.178 0.231 ;
      RECT 2.112 0.231 2.244 0.297 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.069 0.693 3.531 0.759 ;
      RECT 3.443 0.759 3.531 0.858 ;
      RECT 3.069 0.759 3.157 0.858 ;
      RECT 3.069 0.407 3.531 0.473 ;
      RECT 3.443 0.198 3.531 0.407 ;
      RECT 3.069 0.198 3.157 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.528 1.947 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.101 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.267 0.858 3.333 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.265 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.518 0.132 1.584 0.165 ;
    RECT 1.98 0.132 2.046 0.165 ;
    RECT 1.331 0.154 1.397 0.297 ;
    RECT 1.518 0.165 2.046 0.231 ;
    RECT 1.199 0.165 1.265 0.44 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.519 0.176 2.585 0.319 ;
    RECT 2.343 0.198 2.409 0.473 ;
    RECT 0.583 0.253 0.726 0.319 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.331 0.297 1.595 0.363 ;
    RECT 0.583 0.319 0.649 0.44 ;
    RECT 2.519 0.319 3.003 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.529 0.363 2.277 0.429 ;
    RECT 1.023 0.374 1.089 0.44 ;
    RECT 2.937 0.385 3.003 0.759 ;
    RECT 2.211 0.429 2.277 0.594 ;
    RECT 1.529 0.429 1.595 0.891 ;
    RECT 0.583 0.44 1.089 0.506 ;
    RECT 1.199 0.44 1.386 0.506 ;
    RECT 2.343 0.473 2.684 0.539 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.661 0.528 1.727 1.023 ;
    RECT 2.343 0.539 2.409 0.88 ;
    RECT 2.761 0.55 2.827 0.627 ;
    RECT 1.254 0.605 1.386 0.671 ;
    RECT 2.497 0.627 2.827 0.693 ;
    RECT 0.847 0.66 0.913 0.891 ;
    RECT 1.254 0.671 1.32 0.759 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 1.034 0.759 1.32 0.825 ;
    RECT 2.695 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.695 0.825 2.761 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.847 0.891 1.595 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDN_CKGTPLT_3
#
# 
MACRO LDN_CKGTPLT_4 FOREIGN C0A07BLDN_CKGTPLT_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.308 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.047 0.407 3.465 0.473 ;
      RECT 3.399 0.198 3.465 0.407 ;
      RECT 3.047 0.198 3.135 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.211 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.893 0.363 2.959 0.759 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDN_CKGTPLT_4
#
# 
MACRO LDN_CKGTPLT_6 FOREIGN C0A07BLDN_CKGTPLT_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267894 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.341 4.059 0.726 ;
      RECT 3.432 0.726 4.356 0.858 ;
      RECT 3.465 0.275 4.29 0.341 ;
      RECT 3.465 0.198 3.531 0.275 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.583 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.297 ;
    RECT 3.267 0.22 3.333 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.893 0.297 3.333 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.429 ;
    RECT 2.75 0.429 3.333 0.495 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.267 0.495 3.894 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 3.267 0.561 3.333 0.847 ;
    RECT 2.343 0.583 2.816 0.649 ;
    RECT 2.959 0.583 3.168 0.649 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.649 2.409 0.858 ;
    RECT 2.959 0.649 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.333 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDN_CKGTPLT_6
#
# 
MACRO LDN_CKGTPLT_8 FOREIGN C0A07BLDN_CKGTPLT_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 3.63 0.297 4.466 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.355 0.473 3.421 0.847 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDN_CKGTPLT_8
#
# 
MACRO LDN_CKGTPL_12 FOREIGN C0A07BLDN_CKGTPL_12_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.564 0.726 5.478 0.858 ;
      RECT 3.564 0.297 5.247 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 4.466 0.979 4.598 1.045 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 4.818 0.979 4.95 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 2.145 0.198 2.211 0.495 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    LAYER M2L ;
    RECT 1.518 0.231 2.244 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.398 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 4.928 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.431 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.431 0.891 2.497 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDN_CKGTPL_12
#
# 
MACRO LDN_CKGTPL_16 FOREIGN C0A07BLDN_CKGTPL_16_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.544 0.143 5.676 0.209 ;
      RECT 5.258 0.033 5.324 0.143 ;
      RECT 5.192 0.143 5.324 0.209 ;
      RECT 4.906 0.033 4.972 0.143 ;
      RECT 4.84 0.143 4.972 0.209 ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 4.136 0.033 4.202 0.143 ;
      RECT 4.136 0.143 4.268 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66792 ;
    PORT
      LAYER M1L ;
      RECT 5.423 0.363 5.511 0.726 ;
      RECT 3.564 0.726 6.248 0.858 ;
      RECT 3.597 0.297 5.819 0.363 ;
      RECT 5.753 0.22 5.819 0.297 ;
      RECT 3.597 0.198 3.663 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.258 1.023 5.324 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 4.202 1.023 4.268 1.155 ;
      RECT 4.136 0.957 4.268 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.376 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 5.324 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.409 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDN_CKGTPL_16
#
# 
MACRO LDN_CKGTPL_2 FOREIGN C0A07BLDN_CKGTPL_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.374 3.267 0.693 ;
      RECT 2.97 0.693 3.267 0.759 ;
      RECT 2.805 0.308 3.267 0.374 ;
      RECT 3.179 0.198 3.267 0.308 ;
      RECT 2.805 0.198 2.871 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.726 ;
      RECT 0.693 0.33 0.891 0.396 ;
      RECT 0.825 0.396 0.891 0.594 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.429 0.132 0.495 0.231 ;
    RECT 1.881 0.132 1.947 0.429 ;
    RECT 2.035 0.132 2.101 0.297 ;
    RECT 1.353 0.165 1.419 0.517 ;
    RECT 2.651 0.176 2.717 0.495 ;
    RECT 0.429 0.231 0.594 0.297 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.508 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.253 1.243 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 0.429 0.297 0.495 0.77 ;
    RECT 2.376 0.297 2.442 0.44 ;
    RECT 2.035 0.297 2.266 0.363 ;
    RECT 1.177 0.319 1.243 0.627 ;
    RECT 2.2 0.363 2.266 0.693 ;
    RECT 1.562 0.429 1.947 0.495 ;
    RECT 1.023 0.44 1.089 0.759 ;
    RECT 2.332 0.44 2.442 0.572 ;
    RECT 2.519 0.44 2.585 0.693 ;
    RECT 1.881 0.495 1.947 1.056 ;
    RECT 2.651 0.495 3.102 0.561 ;
    RECT 2.651 0.561 2.717 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.177 0.627 1.815 0.693 ;
    RECT 1.749 0.693 1.815 0.77 ;
    RECT 1.177 0.693 1.243 0.825 ;
    RECT 2.2 0.693 2.585 0.759 ;
    RECT 0.924 0.759 1.089 0.825 ;
    RECT 1.353 0.759 1.606 0.825 ;
    RECT 2.2 0.759 2.266 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.539 0.902 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.737 0.825 0.847 1.056 ;
    RECT 1.353 0.825 1.419 0.891 ;
    RECT 2.035 0.825 2.266 0.891 ;
    RECT 2.574 0.825 2.717 0.891 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.419 0.957 ;
    RECT 2.035 0.891 2.101 0.968 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
  END
END LDN_CKGTPL_2
#
# 
MACRO LDN_CKGTPL_20 FOREIGN C0A07BLDN_CKGTPL_20_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.523 0.033 6.589 0.242 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 5.742 0.033 5.808 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.334 0.143 4.466 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.528 ;
      RECT 0.638 0.528 0.759 0.594 ;
      RECT 0.693 0.319 0.891 0.385 ;
      RECT 0.825 0.385 0.891 0.462 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.823284 ;
    PORT
      LAYER M1L ;
      RECT 5.269 0.374 5.379 0.726 ;
      RECT 3.41 0.726 6.105 0.847 ;
      RECT 3.41 0.847 6.798 0.858 ;
      RECT 6.039 0.858 6.798 0.913 ;
      RECT 3.443 0.308 6.435 0.374 ;
      RECT 6.369 0.374 6.435 0.407 ;
      RECT 6.369 0.407 6.765 0.473 ;
      RECT 6.699 0.198 6.765 0.407 ;
      RECT 5.951 0.242 6.017 0.308 ;
      RECT 5.599 0.242 5.665 0.308 ;
      RECT 5.247 0.242 5.313 0.308 ;
      RECT 4.895 0.242 4.961 0.308 ;
      RECT 4.543 0.242 4.609 0.308 ;
      RECT 4.191 0.242 4.257 0.308 ;
      RECT 3.795 0.242 3.861 0.308 ;
      RECT 6.347 0.198 6.435 0.308 ;
      RECT 3.443 0.22 3.509 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.556 1.045 6.622 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 6.16 1.045 6.226 1.155 ;
      RECT 6.094 0.979 6.226 1.045 ;
      RECT 5.456 1.045 5.522 1.155 ;
      RECT 5.39 0.979 5.522 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.948 1.045 3.014 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.875 0.924 6.941 1.155 ;
      RECT 5.808 1.045 5.874 1.155 ;
      RECT 5.742 0.979 5.874 1.045 ;
      RECT 5.104 1.045 5.17 1.155 ;
      RECT 5.038 0.979 5.17 1.045 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 6.49 0.979 6.622 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.996 0.462 ;
    RECT 0 0.462 3.454 0.528 ;
    RECT 6.358 0.462 6.996 0.528 ;
    RECT 3.454 0.462 6.358 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.551 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 2.739 0.143 3.19 0.209 ;
    RECT 1.485 0.165 1.551 0.363 ;
    RECT 0.473 0.165 0.539 0.66 ;
    RECT 2.739 0.209 2.805 0.275 ;
    RECT 1.991 0.22 2.057 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.726 ;
    RECT 2.354 0.275 2.805 0.341 ;
    RECT 2.882 0.275 3.333 0.341 ;
    RECT 1.078 0.297 1.221 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 2.882 0.341 2.948 0.385 ;
    RECT 3.245 0.341 3.333 0.451 ;
    RECT 1.32 0.363 1.65 0.429 ;
    RECT 1.155 0.363 1.221 0.495 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.407 2.409 0.473 ;
    RECT 3.245 0.451 5.17 0.539 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.727 0.462 1.793 0.495 ;
    RECT 2.343 0.473 2.409 0.495 ;
    RECT 1.001 0.484 1.067 0.561 ;
    RECT 1.155 0.495 1.793 0.561 ;
    RECT 2.343 0.495 2.706 0.561 ;
    RECT 2.86 0.495 3.146 0.561 ;
    RECT 5.104 0.539 5.17 0.583 ;
    RECT 3.245 0.539 3.311 0.825 ;
    RECT 0.858 0.561 1.067 0.627 ;
    RECT 1.727 0.561 1.793 0.594 ;
    RECT 1.155 0.561 1.221 0.814 ;
    RECT 2.86 0.561 2.926 0.693 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.858 0.627 0.924 0.66 ;
    RECT 0.627 0.66 0.924 0.726 ;
    RECT 1.331 0.66 1.452 0.726 ;
    RECT 0.429 0.66 0.539 0.792 ;
    RECT 1.551 0.66 1.617 0.726 ;
    RECT 1.991 0.693 2.926 0.759 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 1.023 0.726 1.089 0.792 ;
    RECT 1.331 0.726 1.419 0.891 ;
    RECT 1.551 0.726 1.925 0.792 ;
    RECT 1.991 0.759 2.057 0.836 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    RECT 0.99 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.792 1.089 0.858 ;
    RECT 1.804 0.792 1.87 0.957 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.354 0.825 3.311 0.891 ;
    RECT 0.781 0.858 0.847 0.968 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.276 0.891 1.419 0.957 ;
    RECT 0.935 0.924 1.155 0.99 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.804 0.957 1.936 1.023 ;
    RECT 1.089 0.99 1.155 1.023 ;
    RECT 0.935 0.99 1.001 1.056 ;
    RECT 1.089 1.023 1.551 1.089 ;
  END
END LDN_CKGTPL_20
#
# 
MACRO LDN_CKGTPL_3 FOREIGN C0A07BLDN_CKGTPL_3_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.146652 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.374 3.135 0.726 ;
      RECT 2.75 0.726 3.234 0.858 ;
      RECT 2.783 0.308 3.201 0.374 ;
      RECT 3.135 0.242 3.201 0.308 ;
      RECT 2.783 0.242 2.849 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.649 0.66 0.759 0.726 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 2.222 1.045 2.288 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.187 2.211 0.363 ;
    RECT 1.991 0.187 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.541 0.264 2.651 0.396 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.616 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 2.585 0.396 2.651 0.495 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.627 ;
    RECT 2.453 0.484 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.155 0.616 1.793 0.682 ;
    RECT 0.924 0.627 1.089 0.693 ;
    RECT 1.727 0.682 1.793 0.77 ;
    RECT 1.155 0.682 1.221 0.814 ;
    RECT 0.924 0.693 0.99 0.759 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 0.924 0.759 1.056 0.825 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.397 0.957 ;
    RECT 0.935 0.891 1.133 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 0.957 1.001 1.023 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDN_CKGTPL_3
#
# 
MACRO LDN_CKGTPL_4 FOREIGN C0A07BLDN_CKGTPL_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.693 ;
      RECT 3.201 0.759 3.267 0.858 ;
      RECT 2.75 0.693 3.267 0.759 ;
      RECT 2.75 0.319 3.267 0.385 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.176 2.211 0.363 ;
    RECT 1.991 0.176 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.585 0.264 2.651 0.495 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.627 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.858 ;
    RECT 2.453 0.473 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 3.102 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.727 0.594 1.793 0.627 ;
    RECT 1.155 0.627 1.793 0.693 ;
    RECT 1.727 0.693 1.793 0.77 ;
    RECT 1.155 0.693 1.221 0.814 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.979 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.243 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.419 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.924 1.001 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDN_CKGTPL_4
#
# 
MACRO LDN_CKGTPL_6 FOREIGN C0A07BLDN_CKGTPL_6_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.652 0.165 3.784 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.258698 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.124 0.726 3.982 0.858 ;
      RECT 3.124 0.297 3.982 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.552 0.132 2.618 0.165 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.552 0.165 3.025 0.231 ;
    RECT 2.409 0.198 2.475 0.363 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 1.353 0.231 1.584 0.297 ;
    RECT 2.959 0.231 3.025 0.495 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    VIA 1.518 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.429 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 1.353 0.297 1.419 0.484 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.343 0.363 2.893 0.429 ;
    RECT 1.54 0.429 1.947 0.495 ;
    RECT 2.343 0.429 2.409 0.594 ;
    RECT 2.827 0.429 2.893 0.594 ;
    RECT 1.067 0.44 1.133 0.528 ;
    RECT 0.341 0.462 0.407 0.55 ;
    RECT 1.881 0.495 1.947 0.924 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 2.959 0.495 3.762 0.561 ;
    RECT 0.957 0.528 1.133 0.594 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 2.53 0.561 2.596 0.693 ;
    RECT 2.959 0.561 3.025 0.825 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.616 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 1.749 0.66 1.815 0.814 ;
    RECT 2.013 0.693 2.596 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 2.013 0.759 2.079 0.968 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.376 0.825 3.025 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDN_CKGTPL_6
#
# 
MACRO LDN_CKGTPL_8 FOREIGN C0A07BLDN_CKGTPL_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.385 4.323 0.726 ;
      RECT 3.168 0.726 4.422 0.858 ;
      RECT 3.586 0.319 4.422 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.695 0.143 3.146 0.209 ;
    RECT 1.353 0.165 1.419 0.363 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.695 0.209 2.761 0.297 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 2.838 0.275 3.069 0.341 ;
    RECT 2.31 0.297 2.761 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.838 0.341 2.904 0.385 ;
    RECT 3.003 0.341 3.069 0.495 ;
    RECT 1.353 0.363 1.65 0.429 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.429 1.419 0.495 ;
    RECT 0.341 0.462 0.407 0.572 ;
    RECT 1.749 0.462 1.815 0.594 ;
    RECT 2.827 0.484 2.893 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 2.145 0.495 2.662 0.561 ;
    RECT 3.003 0.495 4.092 0.561 ;
    RECT 0.957 0.561 1.023 0.66 ;
    RECT 3.003 0.561 3.069 0.825 ;
    RECT 0.297 0.572 0.407 0.638 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.638 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 2.013 0.693 2.893 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 1.562 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.891 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.486 0.825 3.069 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDN_CKGTPL_8
#
# 
MACRO LDN_CLHL FOREIGN C0A07BLDN_CLHL_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.132 0.231 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDN_CLHL
#
# 
MACRO LDN_CLHLRE FOREIGN C0A07BLDN_CLHLRET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_CLHLRE
#
# Copy from LDL_BUF_8
MACRO LDN_CTS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_CTS
#
# Copy from LDL_BUF_8
MACRO LDN_CTSRS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_CTSRS
#
# 
MACRO LDN_DEL_R16H_2 FOREIGN C0A07BLDN_DEL_R16H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.629 0.033 2.695 0.264 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.441 0.033 1.507 0.396 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.66 ;
      RECT 2.453 0.66 2.607 0.726 ;
      RECT 2.453 0.726 2.519 0.924 ;
      RECT 2.453 0.33 2.607 0.396 ;
      RECT 2.453 0.132 2.519 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.629 0.792 2.695 1.155 ;
      RECT 2.277 0.792 2.343 1.155 ;
      RECT 1.441 0.792 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.33 ;
    RECT 1.111 0.132 1.177 0.33 ;
    RECT 1.771 0.132 1.837 0.33 ;
    RECT 1.947 0.132 2.013 0.33 ;
    RECT 2.101 0.132 2.167 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.375 0.396 ;
    RECT 1.771 0.33 2.013 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 2.101 0.363 2.365 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.309 0.396 1.375 0.495 ;
    RECT 1.947 0.396 2.013 0.495 ;
    RECT 2.299 0.429 2.365 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.243 0.561 ;
    RECT 1.309 0.495 1.848 0.561 ;
    RECT 1.947 0.495 2.2 0.561 ;
    RECT 2.299 0.495 2.442 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 1.177 0.561 1.243 0.594 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.309 0.561 1.375 0.693 ;
    RECT 1.947 0.561 2.013 0.66 ;
    RECT 2.299 0.561 2.365 0.627 ;
    RECT 2.101 0.627 2.365 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.66 1.001 0.693 ;
    RECT 1.771 0.66 2.013 0.726 ;
    RECT 0.935 0.693 1.375 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 1.771 0.726 1.837 0.924 ;
    RECT 1.947 0.726 2.013 0.924 ;
    RECT 0.935 0.759 1.001 0.924 ;
    RECT 1.111 0.759 1.177 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDN_DEL_R16H_2
#
# 
MACRO LDN_DEL_R16_1 FOREIGN C0A07BLDN_DEL_R16_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
      RECT 2.629 0.858 2.739 0.99 ;
      RECT 2.629 0.198 2.739 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 2.233 0.132 2.299 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 2.233 0.363 2.541 0.429 ;
    RECT 2.475 0.429 2.541 0.759 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.332 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.233 0.759 2.541 0.825 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.233 0.825 2.299 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
  END
END LDN_DEL_R16_1
#
# 
MACRO LDN_DEL_R32_1 FOREIGN C0A07BLDN_DEL_R32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.005 0.858 5.115 0.99 ;
      RECT 5.005 0.198 5.115 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.785 0.924 4.851 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 4.389 0.132 4.455 0.495 ;
    RECT 4.587 0.132 4.653 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.509 0.165 3.993 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.509 0.231 3.575 0.396 ;
    RECT 3.927 0.231 3.993 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 4.587 0.363 4.895 0.429 ;
    RECT 4.829 0.429 4.895 0.693 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.828 0.561 ;
    RECT 3.927 0.495 4.29 0.561 ;
    RECT 4.389 0.495 4.708 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.927 0.561 3.993 0.957 ;
    RECT 4.389 0.561 4.455 1.056 ;
    RECT 4.587 0.693 4.895 0.759 ;
    RECT 4.587 0.759 4.653 1.056 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 2.211 0.858 2.277 0.957 ;
    RECT 3.509 0.858 3.575 0.957 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.509 0.957 3.993 1.023 ;
  END
END LDN_DEL_R32_1
#
# 
MACRO LDN_DEL_R4H_2 FOREIGN C0A07BLDN_DEL_R4H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.627 1.452 0.693 ;
      RECT 1.287 0.693 1.353 0.924 ;
      RECT 1.386 0.429 1.452 0.627 ;
      RECT 1.287 0.363 1.452 0.429 ;
      RECT 1.287 0.132 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.463 0.792 1.529 1.155 ;
      RECT 1.111 0.792 1.177 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.935 0.363 1.199 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.133 0.429 1.199 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.034 0.561 ;
    RECT 1.133 0.495 1.276 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.133 0.561 1.199 0.627 ;
    RECT 0.935 0.627 1.199 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.693 1.001 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDN_DEL_R4H_2
#
# 
MACRO LDN_DEL_R4_1 FOREIGN C0A07BLDN_DEL_R4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
      RECT 1.441 0.858 1.551 0.99 ;
      RECT 1.441 0.198 1.551 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.243 0.924 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 1.045 0.132 1.111 0.363 ;
    RECT 0.616 0.143 0.891 0.209 ;
    RECT 0.825 0.209 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.045 0.363 1.353 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.979 ;
    RECT 1.045 0.759 1.353 0.825 ;
    RECT 1.045 0.825 1.111 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.616 0.979 0.891 1.045 ;
  END
END LDN_DEL_R4_1
#
# 
MACRO LDN_DEL_R64_1 FOREIGN C0A07BLDN_DEL_R64_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 7.843 0.033 7.909 0.264 ;
      RECT 6.545 0.033 6.611 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.33 8.151 0.858 ;
      RECT 8.041 0.858 8.151 0.99 ;
      RECT 8.041 0.198 8.151 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 6.523 0.704 6.589 1.155 ;
      RECT 6.523 0.638 6.644 0.704 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 7.843 0.924 7.909 1.155 ;
      RECT 4.015 0.924 4.081 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 0 0.528 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.465 0.165 3.949 0.231 ;
    RECT 4.334 0.165 4.631 0.231 ;
    RECT 4.719 0.165 5.203 0.231 ;
    RECT 5.588 0.165 5.885 0.231 ;
    RECT 5.973 0.165 6.457 0.231 ;
    RECT 6.864 0.165 7.161 0.231 ;
    RECT 7.26 0.165 7.777 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.465 0.231 3.531 0.396 ;
    RECT 3.883 0.231 3.949 0.495 ;
    RECT 4.565 0.231 4.631 0.495 ;
    RECT 4.719 0.231 4.785 0.396 ;
    RECT 5.137 0.231 5.203 0.495 ;
    RECT 5.819 0.231 5.885 0.495 ;
    RECT 5.973 0.231 6.039 0.396 ;
    RECT 6.391 0.231 6.457 0.495 ;
    RECT 7.095 0.231 7.161 0.495 ;
    RECT 7.711 0.231 7.777 0.462 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 7.711 0.462 7.975 0.528 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.784 0.561 ;
    RECT 3.883 0.495 4.466 0.561 ;
    RECT 4.565 0.495 5.038 0.561 ;
    RECT 5.137 0.495 5.72 0.561 ;
    RECT 5.819 0.495 6.292 0.561 ;
    RECT 6.391 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.612 0.561 ;
    RECT 7.909 0.528 7.975 0.594 ;
    RECT 7.711 0.528 7.777 0.957 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.883 0.561 3.949 0.957 ;
    RECT 4.565 0.561 4.631 0.957 ;
    RECT 5.137 0.561 5.203 0.957 ;
    RECT 5.819 0.561 5.885 0.957 ;
    RECT 6.391 0.561 6.457 0.957 ;
    RECT 7.095 0.561 7.161 0.957 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.211 0.792 2.277 0.957 ;
    RECT 3.465 0.792 3.531 0.957 ;
    RECT 4.719 0.792 4.785 0.957 ;
    RECT 5.973 0.792 6.039 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.465 0.957 3.949 1.023 ;
    RECT 4.334 0.957 4.631 1.023 ;
    RECT 4.719 0.957 5.203 1.023 ;
    RECT 5.588 0.957 5.885 1.023 ;
    RECT 5.973 0.957 6.457 1.023 ;
    RECT 6.886 0.957 7.161 1.023 ;
    RECT 7.26 0.957 7.777 1.023 ;
  END
END LDN_DEL_R64_1
#
# 
MACRO LDN_DEL_R8H_2 FOREIGN C0A07BLDN_DEL_R8H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 1.375 0.033 1.441 0.396 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.275 0.759 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.551 0.627 1.716 0.693 ;
      RECT 1.551 0.693 1.617 0.924 ;
      RECT 1.617 0.396 1.683 0.627 ;
      RECT 1.551 0.33 1.683 0.396 ;
      RECT 1.551 0.132 1.617 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.727 0.792 1.793 1.155 ;
      RECT 1.375 0.792 1.441 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 0.825 0.132 0.891 0.341 ;
    RECT 1.001 0.132 1.067 0.341 ;
    RECT 1.177 0.132 1.243 0.341 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.649 0.341 0.891 0.407 ;
    RECT 1.001 0.341 1.309 0.407 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.825 0.407 0.891 0.495 ;
    RECT 1.243 0.407 1.309 0.495 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 1.243 0.495 1.518 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.627 ;
    RECT 1.243 0.561 1.309 0.627 ;
    RECT 0.649 0.627 0.891 0.693 ;
    RECT 1.001 0.627 1.309 0.693 ;
    RECT 0.649 0.693 0.715 0.924 ;
    RECT 0.825 0.693 0.891 0.924 ;
    RECT 1.001 0.693 1.067 0.924 ;
    RECT 1.177 0.693 1.243 0.924 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.012 ;
  END
END LDN_DEL_R8H_2
#
# 
MACRO LDN_DEL_R8_1 FOREIGN C0A07BLDN_DEL_R8_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.342 0.165 1.628 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.418 1.815 0.858 ;
      RECT 1.705 0.858 1.815 0.99 ;
      RECT 1.705 0.286 1.815 0.418 ;
      RECT 1.749 0.198 1.815 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.441 0.924 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.979 0.132 1.045 0.297 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.485 0.363 1.551 0.759 ;
    RECT 0.429 0.495 0.66 0.561 ;
    RECT 0.825 0.495 1.276 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.957 ;
    RECT 0.979 0.759 1.551 0.825 ;
    RECT 0.979 0.825 1.045 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.594 0.957 0.891 1.023 ;
  END
END LDN_DEL_R8_1
#
# 
MACRO LDN_DLY1_2 FOREIGN C0A07BLDN_DLY1_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.848 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.749 0.704 1.815 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.474 0.297 2.409 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.474 0.363 1.54 0.495 ;
    RECT 2.299 0.363 2.409 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.617 0.495 2.134 0.561 ;
    RECT 1.276 0.495 1.54 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.683 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDN_DLY1_2
#
# 
MACRO LDN_DLY1_2RE FOREIGN C0A07BLDN_DLY1_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 1.925 0.462 2.211 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.211 0.528 ;
    RECT 1.727 0.528 1.991 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
  END
END LDN_DLY1_2RE
#
# 
MACRO LDN_DLY2_2 FOREIGN C0A07BLDN_DLY2_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.716 0.165 1.98 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.881 0.66 1.947 1.155 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.606 0.297 2.673 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.606 0.363 1.672 0.495 ;
    RECT 2.563 0.363 2.673 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.749 0.495 2.266 0.561 ;
    RECT 1.408 0.495 1.672 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.815 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDN_DLY2_2
#
# 
MACRO LDN_DLY2_2RE FOREIGN C0A07BLDN_DLY2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.907 0.187 ;
      RECT 5.764 0.187 5.907 0.253 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.61 0.319 5.907 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.489 0.462 5.775 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.775 0.528 ;
    RECT 5.291 0.528 5.555 0.561 ;
    RECT 5.709 0.528 5.775 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
  END
END LDN_DLY2_2RE
#
# 
MACRO LDN_DLY3_2 FOREIGN C0A07BLDN_DLY3_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 2.112 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.848 0.869 1.914 1.155 ;
      RECT 1.848 0.803 2.112 0.869 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.562 0.297 2.937 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 2.827 0.363 2.937 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.705 0.495 2.398 0.561 ;
    RECT 1.364 0.495 1.628 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.705 0.561 1.771 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.771 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDN_DLY3_2
#
# 
MACRO LDN_DLY3_2RE FOREIGN C0A07BLDN_DLY3_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
      RECT 9.361 0.033 9.471 0.187 ;
      RECT 9.328 0.187 9.471 0.253 ;
      RECT 8.987 0.033 9.053 0.396 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 7.799 0.033 7.865 0.396 ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 6.611 0.033 6.677 0.396 ;
      RECT 5.962 0.033 6.028 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 6.336 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 8.052 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 9.405 0.385 9.471 0.759 ;
      RECT 9.207 0.759 9.471 0.825 ;
      RECT 9.207 0.825 9.273 1.034 ;
      RECT 9.174 0.319 9.471 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.561 0.374 0.726 ;
      RECT 0.264 0.495 0.451 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 9.383 0.924 9.449 1.155 ;
      RECT 9.009 0.814 9.075 1.155 ;
      RECT 8.371 0.792 8.437 1.155 ;
      RECT 7.821 0.792 7.887 1.155 ;
      RECT 7.183 0.792 7.249 1.155 ;
      RECT 6.633 0.792 6.699 1.155 ;
      RECT 5.995 0.792 6.061 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.336 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 8.052 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 5.819 0.154 5.885 0.363 ;
    RECT 6.391 0.154 6.457 0.363 ;
    RECT 7.007 0.154 7.073 0.363 ;
    RECT 7.579 0.154 7.645 0.363 ;
    RECT 8.195 0.154 8.261 0.363 ;
    RECT 8.767 0.154 8.833 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 5.819 0.363 5.973 0.429 ;
    RECT 6.391 0.363 6.545 0.429 ;
    RECT 7.007 0.363 7.161 0.429 ;
    RECT 7.579 0.363 7.733 0.429 ;
    RECT 8.195 0.363 8.36 0.429 ;
    RECT 8.767 0.363 8.921 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.907 0.429 5.973 0.495 ;
    RECT 6.479 0.429 6.545 0.495 ;
    RECT 7.095 0.429 7.161 0.495 ;
    RECT 7.667 0.429 7.733 0.495 ;
    RECT 8.294 0.429 8.36 0.495 ;
    RECT 8.855 0.429 8.921 0.495 ;
    RECT 9.053 0.462 9.339 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.38 0.561 ;
    RECT 6.479 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.568 0.561 ;
    RECT 7.667 0.495 8.195 0.561 ;
    RECT 8.294 0.495 8.756 0.561 ;
    RECT 8.855 0.495 9.339 0.528 ;
    RECT 8.855 0.528 9.119 0.561 ;
    RECT 9.273 0.528 9.339 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 5.907 0.561 5.973 0.627 ;
    RECT 6.479 0.561 6.545 0.627 ;
    RECT 7.095 0.561 7.161 0.627 ;
    RECT 7.667 0.561 7.733 0.627 ;
    RECT 8.294 0.561 8.36 0.627 ;
    RECT 8.855 0.561 8.921 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 5.819 0.627 5.973 0.693 ;
    RECT 6.391 0.627 6.545 0.693 ;
    RECT 7.007 0.627 7.161 0.693 ;
    RECT 7.579 0.627 7.733 0.693 ;
    RECT 8.195 0.627 8.36 0.693 ;
    RECT 8.767 0.627 8.921 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
    RECT 5.819 0.693 5.885 0.902 ;
    RECT 6.391 0.693 6.457 0.902 ;
    RECT 7.007 0.693 7.073 0.902 ;
    RECT 7.579 0.693 7.645 0.902 ;
    RECT 8.195 0.693 8.261 0.902 ;
    RECT 8.767 0.693 8.833 0.902 ;
  END
END LDN_DLY3_2RE
#
# 
MACRO LDN_EN2_0P5 FOREIGN C0A07BLDN_EN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.132 1.155 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.429 1.155 0.924 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.056 ;
    RECT 0.506 1.023 0.946 1.089 ;
  END
END LDN_EN2_0P5
#
# 
MACRO LDN_EN2_1 FOREIGN C0A07BLDN_EN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.441 0.033 1.507 0.264 ;
      RECT 0.253 0.033 0.319 0.176 ;
      RECT 0.198 0.176 0.319 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.726 0.935 0.858 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.528 0.231 0.792 ;
      RECT 0.165 0.462 0.286 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.441 0.902 1.507 1.155 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 0.935 0.165 ;
    RECT 1.221 0.132 1.331 0.264 ;
    RECT 0.869 0.165 0.935 0.198 ;
    RECT 0.385 0.165 0.451 0.319 ;
    RECT 0.869 0.198 1.155 0.264 ;
    RECT 1.089 0.264 1.155 0.792 ;
    RECT 1.221 0.264 1.287 0.88 ;
    RECT 0.517 0.286 0.583 0.77 ;
    RECT 0.033 0.319 0.451 0.385 ;
    RECT 0.825 0.363 0.891 0.528 ;
    RECT 0.385 0.385 0.451 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    LAYER M2L ;
    RECT 0.792 0.495 1.32 0.561 ;
    VIA 0.858 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.528 0.99 0.594 ;
    RECT 0.473 0.77 0.583 0.792 ;
    RECT 0.473 0.792 0.759 0.858 ;
    RECT 0.473 0.858 0.539 0.902 ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.221 0.88 1.331 1.012 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 0.55 1.023 1.078 1.089 ;
  END
END LDN_EN2_1
#
# 
MACRO LDN_EN2_2 FOREIGN C0A07BLDN_EN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.429 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 2.079 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 0.957 0.462 1.155 0.594 ;
      RECT 0.957 0.594 1.023 0.649 ;
      LAYER M2L ;
      RECT 0.99 0.495 2.046 0.561 ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.957 ;
      RECT 1.617 0.957 1.76 1.023 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.76 0.231 ;
      RECT 1.353 0.099 1.683 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.253 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.749 0.297 1.914 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 1.749 0.363 1.815 0.825 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.759 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.22 0.759 0.473 0.825 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 1.749 0.825 1.914 0.891 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDN_EN2_2
#
# 
MACRO LDN_EN2_2RE FOREIGN C0A07BLDN_EN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 0.924 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.33 0.528 V1L2L ;
      VIA 0.858 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.419 0.792 1.485 1.155 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.132 0.957 0.33 ;
    RECT 1.067 0.132 1.133 0.176 ;
    RECT 1.276 0.132 1.342 0.176 ;
    RECT 0.418 0.165 0.77 0.231 ;
    RECT 1.067 0.176 1.342 0.264 ;
    RECT 1.221 0.264 1.287 0.825 ;
    RECT 0.033 0.275 0.143 0.33 ;
    RECT 0.033 0.33 0.715 0.396 ;
    RECT 0.891 0.33 1.155 0.396 ;
    RECT 0.649 0.396 0.715 0.594 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.089 0.396 1.155 0.693 ;
    RECT 0.451 0.462 0.55 0.528 ;
    RECT 1.947 0.462 2.211 0.495 ;
    RECT 1.716 0.495 2.211 0.528 ;
    LAYER M2L ;
    RECT 1.056 0.495 1.98 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    VIA 1.914 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.528 0.517 0.693 ;
    RECT 1.716 0.528 2.013 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 0.451 0.693 0.748 0.759 ;
    RECT 0.682 0.759 0.748 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.418 0.825 0.55 0.891 ;
    RECT 0.682 0.825 1.342 0.891 ;
    RECT 0.484 0.891 0.55 0.957 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDN_EN2_2RE
#
# 
MACRO LDN_EN2_3 FOREIGN C0A07BLDN_EN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.871 0.605 ;
      RECT 2.805 0.33 2.871 0.495 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.43 0.462 1.617 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.495 2.838 0.561 ;
      VIA 1.518 0.528 V1L2L ;
      VIA 2.772 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.638 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.572 2.431 0.638 ;
      RECT 2.145 0.638 2.211 0.792 ;
      RECT 2.145 0.792 2.255 0.858 ;
      RECT 2.189 0.858 2.255 0.924 ;
      RECT 2.365 0.231 2.431 0.572 ;
      RECT 1.254 0.165 2.431 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.805 0.198 ;
    RECT 2.739 0.198 2.805 0.264 ;
    RECT 2.497 0.198 2.563 0.759 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.716 0.297 2.288 0.363 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.396 ;
    RECT 1.716 0.363 1.782 0.759 ;
    RECT 0.847 0.363 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.782 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 2.497 0.759 2.805 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.739 0.825 2.805 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDN_EN2_3
#
# 
MACRO LDN_EN2_4 FOREIGN C0A07BLDN_EN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.198 ;
      RECT 3.223 0.198 3.322 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.561 3.399 0.726 ;
      RECT 3.333 0.495 3.663 0.561 ;
      RECT 3.597 0.561 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.495 ;
      RECT 1.881 0.462 2.475 0.594 ;
      RECT 2.409 0.33 2.475 0.462 ;
      LAYER M2L ;
      RECT 1.98 0.495 3.498 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 3.432 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 3.135 0.66 ;
      RECT 2.805 0.66 2.871 0.825 ;
      RECT 1.98 0.825 2.871 0.891 ;
      RECT 3.069 0.231 3.135 0.594 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.201 0.341 3.498 0.407 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 3.201 0.407 3.267 0.825 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.716 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.058 0.825 3.498 0.891 ;
    RECT 1.65 0.869 1.716 0.957 ;
    RECT 1.65 0.957 2.992 1.023 ;
  END
END LDN_EN2_4
#
# 
MACRO LDN_EN2_6 FOREIGN C0A07BLDN_EN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.818 0.462 5.148 0.594 ;
      RECT 2.64 0.473 3.3 0.583 ;
      LAYER M2L ;
      RECT 2.904 0.495 5.082 0.561 ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 4.884 0.528 V1L2L ;
      VIA 5.016 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.847 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 2.937 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.913 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.41 0.297 4.323 0.363 ;
    RECT 4.521 0.297 5.06 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.41 0.363 3.476 0.715 ;
    RECT 4.521 0.363 4.587 0.528 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 4.609 0.594 4.675 0.748 ;
    RECT 2.244 0.715 3.476 0.781 ;
    RECT 4.609 0.748 5.06 0.836 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDN_EN2_6
#
# 
MACRO LDN_EN2_8 FOREIGN C0A07BLDN_EN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.462 6.732 0.594 ;
      RECT 3.465 0.462 4.191 0.594 ;
      LAYER M2L ;
      RECT 3.828 0.495 6.534 0.561 ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
      VIA 6.336 0.528 V1L2L ;
      VIA 6.468 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.666952 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.94 0.825 ;
      RECT 3.388 0.825 5.94 0.858 ;
      RECT 3.388 0.858 4.73 0.891 ;
      RECT 5.841 0.231 5.907 0.726 ;
      RECT 3.014 0.165 6.006 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 4.488 0.297 5.775 0.363 ;
    RECT 0.198 0.319 1.386 0.385 ;
    RECT 1.606 0.319 4.4 0.385 ;
    RECT 5.995 0.319 6.754 0.385 ;
    RECT 5.709 0.363 5.775 0.44 ;
    RECT 4.488 0.363 4.554 0.693 ;
    RECT 1.32 0.385 1.386 0.495 ;
    RECT 4.334 0.385 4.4 0.44 ;
    RECT 2.167 0.385 2.233 0.759 ;
    RECT 5.995 0.385 6.061 0.528 ;
    RECT 1.32 0.495 2.068 0.561 ;
    RECT 2.332 0.495 3.267 0.561 ;
    RECT 5.995 0.528 6.105 0.594 ;
    RECT 1.32 0.561 1.386 0.825 ;
    RECT 3.201 0.561 3.267 0.693 ;
    RECT 6.039 0.594 6.105 0.759 ;
    RECT 3.201 0.693 4.554 0.759 ;
    RECT 1.606 0.759 3.102 0.825 ;
    RECT 6.039 0.759 6.754 0.825 ;
    RECT 0.198 0.825 1.386 0.891 ;
    RECT 3.036 0.825 3.102 0.957 ;
    RECT 3.036 0.957 5.456 1.023 ;
  END
END LDN_EN2_8
#
# 
MACRO LDN_EN2_S_0P5 FOREIGN C0A07BLDN_EN2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.814 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.572 1.155 1.023 ;
      RECT 0.506 1.023 1.155 1.089 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 1.089 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.121 0.319 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.165 1.155 0.363 ;
    RECT 1.353 0.165 1.419 0.924 ;
    RECT 0.033 0.319 0.363 0.385 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.484 ;
    RECT 0.033 0.385 0.099 0.902 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.276 0.924 1.419 1.056 ;
  END
END LDN_EN2_S_0P5
#
# 
MACRO LDN_EN2_S_1 FOREIGN C0A07BLDN_EN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.187 1.221 0.957 ;
      RECT 1.155 0.957 1.32 1.023 ;
      RECT 0.561 0.297 0.627 0.594 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.254 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.188 0.264 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109868 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.891 ;
      RECT 0.429 0.891 0.726 0.957 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.067 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.001 0.165 1.067 1.023 ;
    RECT 0.869 0.264 0.935 0.748 ;
    RECT 1.331 0.264 1.397 0.616 ;
    RECT 0.297 0.462 0.363 0.858 ;
    RECT 0.737 0.462 0.803 0.715 ;
    RECT 1.287 0.616 1.397 0.858 ;
    RECT 0.66 0.715 0.803 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.957 0.352 1.023 ;
    RECT 0.286 1.023 1.067 1.089 ;
  END
END LDN_EN2_S_1
#
# 
MACRO LDN_EN2_S_2 FOREIGN C0A07BLDN_EN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.462 ;
      RECT 2.013 0.462 2.211 0.594 ;
      RECT 1.353 0.33 1.419 0.495 ;
      RECT 1.144 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.363 2.112 0.429 ;
      VIA 1.386 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.935 ;
      RECT 1.617 0.935 1.76 1.001 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.727 0.264 ;
      RECT 1.353 0.099 1.727 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.165 2.134 0.231 ;
    RECT 1.793 0.231 1.859 0.759 ;
    RECT 0.22 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 1.793 0.759 1.925 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 0.22 0.825 0.473 0.891 ;
    RECT 1.859 0.825 1.925 0.869 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.859 0.869 2.134 0.935 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDN_EN2_S_2
#
# 
MACRO LDN_EN2_S_3 FOREIGN C0A07BLDN_EN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.462 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.43 0.495 1.683 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.584 0.363 2.772 0.429 ;
      VIA 1.65 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.627 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.561 2.431 0.627 ;
      RECT 2.189 0.627 2.277 0.88 ;
      RECT 2.365 0.231 2.431 0.561 ;
      RECT 1.606 0.165 2.431 0.231 ;
      RECT 1.32 0.099 1.672 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.739 0.924 2.805 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.099 2.805 0.165 ;
    RECT 2.739 0.165 2.805 0.264 ;
    RECT 2.497 0.165 2.563 0.825 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.264 1.529 0.341 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.749 0.297 2.288 0.363 ;
    RECT 0.726 0.341 1.529 0.407 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.429 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.497 0.825 2.662 0.891 ;
    RECT 2.365 0.858 2.431 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDN_EN2_S_3
#
# 
MACRO LDN_EN2_S_4 FOREIGN C0A07BLDN_EN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.166496 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.33 3.795 0.462 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 2.343 0.33 2.409 0.495 ;
      RECT 1.881 0.495 2.409 0.561 ;
      LAYER M2L ;
      RECT 2.31 0.363 3.828 0.429 ;
      VIA 2.376 0.396 V1L2L ;
      VIA 3.762 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 1.606 0.935 3.135 1.001 ;
      RECT 1.606 1.001 1.672 1.034 ;
      RECT 2.332 0.165 3.135 0.231 ;
      RECT 2.046 0.099 2.398 0.165 ;
      RECT 1.606 0.165 2.112 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 1.463 1.012 1.529 1.155 ;
      RECT 1.43 0.946 1.529 1.012 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.597 0.22 3.663 0.297 ;
    RECT 2.189 0.264 2.255 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 3.201 0.297 3.663 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 1.936 0.363 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.475 0.363 2.541 0.671 ;
    RECT 0.902 0.363 2.255 0.385 ;
    RECT 3.201 0.363 3.267 0.825 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.87 0.385 2.255 0.429 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.541 0.737 ;
    RECT 2.926 0.77 2.992 0.803 ;
    RECT 0.902 0.803 2.992 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.201 0.825 3.718 0.891 ;
  END
END LDN_EN2_S_4
#
# 
MACRO LDN_EN2_S_6 FOREIGN C0A07BLDN_EN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.906 0.165 5.038 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.241032 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.33 4.983 0.462 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.616 ;
      RECT 3.399 0.33 3.465 0.473 ;
      RECT 2.673 0.473 3.465 0.583 ;
      LAYER M2L ;
      RECT 3.366 0.363 5.016 0.429 ;
      VIA 3.432 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521268 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.488 0.847 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.762 0.913 ;
      RECT 4.389 0.418 4.455 0.726 ;
      RECT 4.389 0.286 4.499 0.418 ;
      RECT 4.389 0.231 4.455 0.286 ;
      RECT 2.321 0.209 4.455 0.231 ;
      RECT 2.937 0.165 4.455 0.209 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 5.115 0.264 5.181 0.836 ;
    RECT 3.553 0.297 4.323 0.363 ;
    RECT 4.587 0.297 4.829 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.553 0.363 3.619 0.715 ;
    RECT 4.587 0.363 4.653 0.836 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 2.244 0.715 3.619 0.781 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 4.587 0.836 5.181 0.902 ;
    RECT 4.763 0.902 4.829 0.968 ;
    RECT 5.115 0.902 5.181 0.968 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDN_EN2_S_6
#
# 
MACRO LDN_EN3_0P5 FOREIGN C0A07BLDN_EN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.561 0.572 0.627 0.638 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.649 1.815 0.858 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.617 0.429 1.683 0.583 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.397 0.165 ;
    RECT 0.539 0.165 0.605 0.286 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 0.055 0.22 0.121 1.023 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.495 ;
    RECT 1.881 0.264 1.947 0.396 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.187 0.286 0.605 0.352 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    RECT 1.749 0.33 1.815 0.396 ;
    RECT 0.187 0.352 0.253 0.847 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.848 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.396 1.947 0.462 ;
    RECT 1.881 0.462 1.947 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.187 0.847 0.638 0.913 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.606 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDN_EN3_0P5
#
# 
MACRO LDN_EN3_1 FOREIGN C0A07BLDN_EN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.286 2.211 0.88 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.891 0.561 ;
      RECT 0.825 0.462 0.891 0.495 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.792 0.693 ;
      VIA 0.726 0.66 V1L2L ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.693 0.99 0.759 ;
      RECT 0.924 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.858 0.759 0.99 0.825 ;
      RECT 0.231 0.462 0.297 0.858 ;
      LAYER M2L ;
      RECT 0.198 0.759 0.99 0.825 ;
      VIA 0.264 0.792 V1L2L ;
      VIA 0.924 0.792 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.099 1.815 0.143 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.495 0.132 0.561 0.198 ;
    RECT 0.627 0.143 1.815 0.165 ;
    RECT 0.627 0.165 0.946 0.209 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 0.99 ;
    RECT 0.429 0.198 0.561 0.264 ;
    RECT 0.627 0.209 0.693 0.33 ;
    RECT 1.254 0.231 1.419 0.319 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.386 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 1.045 0.264 1.155 0.363 ;
    RECT 0.429 0.264 0.495 0.957 ;
    RECT 2.277 0.264 2.387 0.396 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.331 0.319 1.419 0.407 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 0.561 0.33 0.693 0.396 ;
    RECT 0.99 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.99 0.363 2.376 0.429 ;
    VIA 1.056 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.825 ;
    RECT 2.277 0.396 2.343 0.979 ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 1.221 0.462 1.287 0.495 ;
    RECT 0.99 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.056 0.759 1.254 0.847 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.825 0.726 0.891 ;
    RECT 1.056 0.847 1.144 0.924 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.66 0.891 0.946 0.957 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.429 0.957 0.594 1.023 ;
    RECT 1.474 0.979 2.343 1.045 ;
    RECT 0.528 1.023 1.375 1.089 ;
  END
END LDN_EN3_1
#
# 
MACRO LDN_EN3_2 FOREIGN C0A07BLDN_EN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.131648 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.429 ;
      RECT 1.903 0.429 2.343 0.462 ;
      RECT 1.903 0.462 2.387 0.473 ;
      RECT 1.617 0.473 2.387 0.495 ;
      RECT 2.277 0.495 2.387 0.594 ;
      RECT 1.617 0.495 1.969 0.539 ;
      RECT 1.617 0.539 1.683 0.66 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.792 ;
      RECT 4.213 0.792 4.323 0.924 ;
      RECT 3.773 0.561 3.839 0.924 ;
      RECT 3.773 0.924 3.883 1.023 ;
      RECT 3.465 1.023 3.883 1.089 ;
      RECT 3.465 0.308 3.531 1.023 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.792 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 1.727 0.165 ;
    RECT 2.266 0.099 2.618 0.143 ;
    RECT 3.003 0.099 3.707 0.143 ;
    RECT 1.166 0.132 1.232 0.165 ;
    RECT 1.848 0.132 1.914 0.165 ;
    RECT 2.266 0.143 3.707 0.165 ;
    RECT 0.55 0.165 1.232 0.231 ;
    RECT 1.661 0.165 1.727 0.242 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 2.552 0.165 3.069 0.209 ;
    RECT 1.848 0.165 2.332 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.209 3.069 1.023 ;
    RECT 0.55 0.231 0.616 0.495 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.924 0.297 1.419 0.363 ;
    RECT 1.771 0.297 2.156 0.341 ;
    RECT 3.135 0.297 3.201 0.924 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 1.485 0.308 1.551 0.341 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 0.165 0.319 0.33 0.385 ;
    RECT 2.409 0.33 2.574 0.396 ;
    RECT 1.485 0.341 2.156 0.363 ;
    RECT 1.485 0.363 1.837 0.407 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 0.165 0.385 0.231 0.759 ;
    RECT 2.508 0.396 2.574 0.594 ;
    RECT 1.485 0.407 1.551 0.429 ;
    RECT 0.957 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.297 0.495 0.616 0.561 ;
    RECT 0.957 0.495 1.023 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.297 0.561 0.363 0.605 ;
    RECT 0.55 0.561 0.616 0.726 ;
    RECT 1.144 0.561 1.386 0.627 ;
    RECT 2.475 0.594 2.574 0.66 ;
    RECT 1.815 0.605 2.178 0.693 ;
    RECT 1.199 0.627 1.287 0.726 ;
    RECT 3.905 0.627 4.092 0.715 ;
    LAYER M2L ;
    RECT 0.132 0.627 1.056 0.693 ;
    RECT 1.188 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.66 2.541 0.759 ;
    RECT 3.905 0.715 3.993 0.792 ;
    RECT 0.55 0.726 0.66 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 0.165 0.759 0.33 0.825 ;
    RECT 1.452 0.759 2.156 0.825 ;
    RECT 2.31 0.759 2.541 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.924 ;
    RECT 0.55 0.825 1.243 0.891 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.848 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.924 3.355 0.99 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.289 0.99 3.355 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDN_EN3_2
#
# 
MACRO LDN_EN3_3 FOREIGN C0A07BLDN_EN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.1 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.594 ;
      RECT 1.221 0.33 1.287 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.561 5.533 0.726 ;
      RECT 5.445 0.495 5.61 0.561 ;
      RECT 4.224 0.462 4.29 0.495 ;
      RECT 4.224 0.495 4.587 0.561 ;
      LAYER M2L ;
      RECT 4.224 0.495 5.61 0.561 ;
      VIA 4.29 0.528 V1L2L ;
      VIA 5.544 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.627 ;
      RECT 2.145 0.627 3.102 0.693 ;
      RECT 3.036 0.605 3.102 0.627 ;
      RECT 3.036 0.539 3.344 0.605 ;
      LAYER M2L ;
      RECT 2.112 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.825 ;
      RECT 5.313 0.825 5.456 0.891 ;
      RECT 5.049 0.319 5.456 0.385 ;
      RECT 5.049 0.385 5.115 0.825 ;
      RECT 4.576 0.825 5.115 0.891 ;
      RECT 5.049 0.297 5.115 0.319 ;
      RECT 4.576 0.231 5.115 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.099 5.247 0.165 ;
    RECT 1.089 0.132 1.683 0.22 ;
    RECT 1.793 0.143 2.244 0.209 ;
    RECT 2.343 0.165 2.816 0.231 ;
    RECT 5.181 0.165 5.247 0.176 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.926 0.165 2.992 0.297 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 5.181 0.176 5.599 0.242 ;
    RECT 1.793 0.209 1.859 0.363 ;
    RECT 1.617 0.22 1.683 0.264 ;
    RECT 1.089 0.22 1.155 0.341 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 5.533 0.242 5.599 0.308 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.432 0.264 3.52 0.341 ;
    RECT 3.795 0.264 3.861 0.902 ;
    RECT 0.055 0.286 0.121 0.363 ;
    RECT 0.407 0.286 0.473 0.363 ;
    RECT 1.408 0.297 1.54 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 2.508 0.297 2.992 0.363 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 0.726 0.341 1.155 0.407 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.055 0.363 0.473 0.429 ;
    RECT 1.474 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.4 0.363 4.884 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.554 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.488 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.407 0.792 0.495 ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 0.297 0.429 0.363 0.825 ;
    RECT 4.785 0.429 4.851 0.726 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 0.462 0.495 0.792 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 3.927 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.561 0.792 0.693 ;
    RECT 5.181 0.594 5.247 0.979 ;
    RECT 1.386 0.627 2.002 0.693 ;
    RECT 4.312 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.518 0.693 ;
    RECT 4.752 0.627 5.28 0.693 ;
    VIA 1.452 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.693 1.155 0.759 ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.312 0.693 4.378 0.759 ;
    RECT 1.089 0.759 1.155 0.957 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 3.036 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.378 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 3.498 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 1.408 0.825 1.859 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 1.793 0.891 1.859 0.979 ;
    RECT 5.533 0.902 5.599 0.979 ;
    RECT 1.089 0.957 1.716 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 1.793 0.979 2.244 1.023 ;
    RECT 5.181 0.979 5.599 1.045 ;
    RECT 1.65 1.023 1.716 1.056 ;
    RECT 1.793 1.023 4.015 1.045 ;
    RECT 2.178 1.045 4.015 1.089 ;
  END
END LDN_EN3_3
#
# 
MACRO LDN_EN3_4 FOREIGN C0A07BLDN_EN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.473 4.488 0.594 ;
      RECT 3.465 0.462 4.488 0.473 ;
      RECT 3.465 0.473 3.531 0.627 ;
      RECT 2.673 0.627 3.531 0.693 ;
      RECT 2.673 0.462 2.739 0.627 ;
      RECT 3.465 0.407 4.059 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.485 0.33 1.551 0.462 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.726 ;
      RECT 7.161 0.462 7.436 0.594 ;
      RECT 5.577 0.396 5.643 0.726 ;
      LAYER M2L ;
      RECT 5.544 0.627 7.26 0.693 ;
      VIA 5.61 0.66 V1L2L ;
      VIA 7.194 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424952 ;
    PORT
      LAYER M1L ;
      RECT 7.513 0.858 7.623 0.957 ;
      RECT 6.765 0.957 7.623 1.023 ;
      RECT 6.765 0.891 6.831 0.957 ;
      RECT 5.962 0.825 6.831 0.891 ;
      RECT 7.557 0.451 7.623 0.858 ;
      RECT 7.513 0.385 7.623 0.451 ;
      RECT 7.513 0.253 7.623 0.319 ;
      RECT 6.765 0.319 7.623 0.385 ;
      RECT 6.765 0.385 6.831 0.462 ;
      RECT 6.765 0.297 6.831 0.319 ;
      RECT 5.962 0.231 6.831 0.297 ;
      RECT 7.557 0.132 7.623 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.698 0.528 6.974 0.572 ;
    RECT 0 0.528 5.698 0.572 ;
    RECT 6.974 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.335 0.099 6.996 0.143 ;
    RECT 1.287 0.11 1.837 0.165 ;
    RECT 2.365 0.143 3.124 0.209 ;
    RECT 3.201 0.143 7.458 0.165 ;
    RECT 1.287 0.165 2.266 0.176 ;
    RECT 3.201 0.165 5.401 0.209 ;
    RECT 6.93 0.165 7.458 0.209 ;
    RECT 1.771 0.176 2.266 0.231 ;
    RECT 1.287 0.176 1.353 0.297 ;
    RECT 2.365 0.209 2.453 0.33 ;
    RECT 3.036 0.209 3.124 0.363 ;
    RECT 3.201 0.209 3.267 0.286 ;
    RECT 5.335 0.209 5.401 0.957 ;
    RECT 5.61 0.231 5.852 0.297 ;
    RECT 2.519 0.275 2.937 0.341 ;
    RECT 3.333 0.275 3.872 0.341 ;
    RECT 1.639 0.286 1.705 0.33 ;
    RECT 0.231 0.297 0.682 0.363 ;
    RECT 0.88 0.297 1.353 0.363 ;
    RECT 4.136 0.297 4.653 0.363 ;
    RECT 5.786 0.297 5.852 0.539 ;
    RECT 5.115 0.308 5.181 0.792 ;
    RECT 1.639 0.33 2.453 0.418 ;
    RECT 4.785 0.33 4.851 0.891 ;
    RECT 2.871 0.341 2.937 0.495 ;
    RECT 3.333 0.341 3.399 0.495 ;
    RECT 2.519 0.341 2.585 0.825 ;
    RECT 0.231 0.363 0.297 0.825 ;
    RECT 0.88 0.363 0.946 0.495 ;
    RECT 3.036 0.363 3.168 0.429 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 6.138 0.363 6.666 0.429 ;
    LAYER M2L ;
    RECT 3.036 0.363 6.27 0.429 ;
    VIA 4.818 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 6.6 0.429 6.666 0.627 ;
    RECT 0.396 0.495 0.946 0.561 ;
    RECT 2.871 0.495 3.399 0.561 ;
    RECT 1.936 0.517 2.409 0.583 ;
    RECT 3.63 0.539 3.784 0.605 ;
    RECT 5.786 0.539 6.468 0.605 ;
    RECT 0.88 0.561 0.946 0.759 ;
    RECT 2.343 0.583 2.409 0.726 ;
    RECT 1.683 0.594 1.749 0.715 ;
    RECT 3.696 0.605 3.784 0.627 ;
    RECT 5.786 0.605 5.852 0.825 ;
    RECT 3.696 0.627 3.872 0.693 ;
    RECT 6.6 0.627 6.985 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.782 0.693 ;
    RECT 2.31 0.627 5.214 0.693 ;
    VIA 0.264 0.66 V1L2L ;
    VIA 5.148 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 1.716 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.919 0.693 6.985 0.825 ;
    RECT 1.683 0.715 2.255 0.781 ;
    RECT 7.359 0.748 7.425 0.825 ;
    RECT 0.88 0.759 1.386 0.825 ;
    RECT 2.904 0.759 3.872 0.825 ;
    RECT 4.136 0.759 4.653 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 4.29 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 0.825 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 1.32 0.825 1.386 0.847 ;
    RECT 2.189 0.825 2.97 0.891 ;
    RECT 5.61 0.825 5.852 0.891 ;
    RECT 6.919 0.825 7.425 0.891 ;
    RECT 1.32 0.847 2.09 0.913 ;
    RECT 3.168 0.891 4.851 0.957 ;
    RECT 5.335 0.957 6.666 1.023 ;
    RECT 1.782 0.979 2.981 1.023 ;
    RECT 1.782 1.023 5.401 1.045 ;
    RECT 2.915 1.045 5.401 1.089 ;
  END
END LDN_EN3_4
#
# 
MACRO LDN_EN3_6 FOREIGN C0A07BLDN_EN3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.473 5.456 0.594 ;
      RECT 3.564 0.462 5.456 0.473 ;
      RECT 3.564 0.473 4.092 0.594 ;
      RECT 3.982 0.407 5.126 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.452 0.462 1.98 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.616 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424468 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.957 ;
      RECT 8.349 0.957 9.207 1.023 ;
      RECT 8.349 0.891 8.415 0.957 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.363 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 1.991 0.165 2.376 0.231 ;
    RECT 6.16 0.165 6.303 0.231 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.825 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 2.31 0.231 2.376 0.275 ;
    RECT 1.991 0.231 2.057 0.297 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 6.237 0.231 6.303 0.363 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 5.17 0.275 5.643 0.341 ;
    RECT 0.198 0.297 1.221 0.363 ;
    RECT 1.287 0.297 2.057 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 5.577 0.341 5.643 0.374 ;
    RECT 1.155 0.363 1.221 0.462 ;
    RECT 0.198 0.363 0.264 0.825 ;
    RECT 1.287 0.363 1.353 0.572 ;
    RECT 6.237 0.363 6.633 0.429 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 1.122 0.363 2.244 0.429 ;
    RECT 5.577 0.363 7.59 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.524 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.429 6.303 0.693 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.577 0.44 5.643 0.759 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 0.374 0.495 0.814 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 5.885 0.506 6.171 0.572 ;
    RECT 2.607 0.539 3.003 0.605 ;
    RECT 4.488 0.539 4.895 0.605 ;
    RECT 7.249 0.539 8.03 0.605 ;
    RECT 0.748 0.561 0.814 0.572 ;
    RECT 0.748 0.572 1.353 0.638 ;
    RECT 4.202 0.572 4.268 0.627 ;
    RECT 5.885 0.572 5.951 0.891 ;
    RECT 2.937 0.605 3.003 0.627 ;
    RECT 4.488 0.605 4.554 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 2.937 0.627 3.3 0.693 ;
    RECT 4.202 0.627 4.554 0.693 ;
    LAYER M2L ;
    RECT 3.168 0.627 6.336 0.693 ;
    VIA 3.234 0.66 V1L2L ;
    VIA 4.356 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.638 1.353 0.825 ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.16 0.693 6.666 0.759 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 2.904 0.759 3.168 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.643 0.825 ;
    LAYER M2L ;
    RECT 3.036 0.759 5.214 0.825 ;
    VIA 3.102 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.045 0.891 ;
    RECT 1.287 0.825 2.97 0.891 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 6.138 0.825 6.831 0.891 ;
    RECT 4.29 0.891 5.951 0.957 ;
    RECT 6.765 0.891 6.831 0.957 ;
    RECT 6.138 0.891 6.204 1.023 ;
    RECT 2.31 0.957 4.026 1.023 ;
    RECT 6.765 0.957 8.228 1.023 ;
    RECT 3.96 1.023 6.204 1.089 ;
  END
END LDN_EN3_6
#
# 
MACRO LDN_EO2_0P5 FOREIGN C0A07BLDN_EO2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.66 0.847 0.726 ;
      RECT 0.781 0.726 0.847 0.924 ;
      RECT 0.693 0.594 0.759 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.594 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.33 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.484 ;
    RECT 0.033 0.396 0.099 0.924 ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDN_EO2_0P5
#
# 
MACRO LDN_EO2_1 FOREIGN C0A07BLDN_EO2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098252 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.528 ;
      RECT 0.429 0.528 0.693 0.594 ;
      RECT 0.627 0.594 0.693 0.748 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.33 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.737 1.155 0.891 ;
      RECT 0.396 0.891 1.188 0.957 ;
      RECT 0.396 0.957 0.462 1.023 ;
      RECT 0.33 1.023 0.462 1.089 ;
      RECT 0.759 0.462 0.825 0.891 ;
      RECT 0.693 0.396 0.825 0.462 ;
      RECT 0.693 0.33 0.759 0.396 ;
      RECT 1.089 0.671 1.221 0.737 ;
      RECT 1.155 0.165 1.221 0.671 ;
      RECT 1.155 0.099 1.298 0.165 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.089 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.023 0.165 1.089 0.594 ;
    RECT 0.297 0.231 0.363 0.759 ;
    RECT 0.891 0.264 0.957 0.748 ;
    RECT 1.287 0.286 1.353 1.023 ;
    RECT 0.253 0.759 0.55 0.825 ;
    RECT 0.253 0.825 0.319 0.924 ;
    RECT 0.572 1.023 1.353 1.089 ;
  END
END LDN_EO2_1
#
# 
MACRO LDN_EO2_2 FOREIGN C0A07BLDN_EO2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.605 2.079 0.99 ;
      RECT 1.881 0.539 2.079 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.803 ;
      RECT 1.287 0.803 1.716 0.869 ;
      RECT 1.628 0.869 1.716 0.946 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.902 0.165 1.738 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.21 0.363 ;
    RECT 1.749 0.297 1.892 0.363 ;
    RECT 1.43 0.308 1.529 0.374 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.749 0.363 1.815 0.671 ;
    RECT 1.463 0.374 1.529 0.671 ;
    RECT 1.089 0.462 1.287 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    LAYER M2L ;
    RECT 1.122 0.495 1.848 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.749 0.671 1.859 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 1.793 0.737 1.859 0.836 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDN_EO2_2
#
# 
MACRO LDN_EO2_2RE FOREIGN C0A07BLDN_EO2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.661 0.033 1.727 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.473 1.188 0.561 ;
      RECT 0.924 0.561 0.99 0.594 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 1.188 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.122 0.528 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.858 ;
      RECT 0.297 0.495 0.44 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.924 1.485 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 0.418 0.165 0.759 0.231 ;
    RECT 0.858 0.187 1.001 0.253 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.935 0.253 1.001 0.33 ;
    RECT 0.033 0.297 0.627 0.363 ;
    RECT 0.693 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.595 0.396 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.033 0.363 0.099 0.803 ;
    RECT 0.781 0.396 0.847 0.693 ;
    RECT 1.529 0.396 1.595 0.495 ;
    RECT 0.561 0.462 0.715 0.528 ;
    RECT 1.331 0.462 1.43 0.528 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.529 0.495 2.211 0.528 ;
    RECT 0.649 0.528 0.715 0.594 ;
    RECT 1.331 0.528 1.397 0.627 ;
    RECT 1.529 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.529 0.561 1.595 0.759 ;
    RECT 1.1 0.627 1.397 0.693 ;
    RECT 0.451 0.693 1.166 0.759 ;
    RECT 0.451 0.759 0.517 0.968 ;
    RECT 1.232 0.759 1.595 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.616 0.825 0.748 0.891 ;
    RECT 0.858 0.825 1.298 0.891 ;
    RECT 0.682 0.891 0.748 0.957 ;
    RECT 0.682 0.957 1.342 1.023 ;
    RECT 1.276 1.023 1.342 1.056 ;
  END
END LDN_EO2_2RE
#
# 
MACRO LDN_EO2_3 FOREIGN C0A07BLDN_EO2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.55 ;
      RECT 2.805 0.55 3.003 0.638 ;
      RECT 2.937 0.638 3.003 0.858 ;
      RECT 2.805 0.462 2.871 0.55 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.726 ;
      RECT 1.837 0.726 2.508 0.858 ;
      RECT 1.837 0.858 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.276 0.165 2.475 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.165 2.816 0.231 ;
    RECT 2.673 0.231 2.739 0.825 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.705 0.319 2.288 0.385 ;
    RECT 0.726 0.319 1.584 0.385 ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.705 0.385 1.771 0.759 ;
    RECT 0.847 0.385 0.913 0.759 ;
    RECT 1.408 0.473 1.606 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 2.772 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 2.706 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.771 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDN_EO2_3
#
# 
MACRO LDN_EO2_4 FOREIGN C0A07BLDN_EO2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.663 0.572 ;
      RECT 3.597 0.572 3.663 0.726 ;
      RECT 3.465 0.572 3.531 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.825 ;
      RECT 1.98 0.825 3.168 0.858 ;
      RECT 1.98 0.858 2.618 0.891 ;
      RECT 3.069 0.231 3.135 0.726 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.398 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.498 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.398 0.363 2.464 0.495 ;
    RECT 3.201 0.363 3.498 0.385 ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.201 0.385 3.399 0.429 ;
    RECT 3.201 0.429 3.267 0.561 ;
    RECT 1.881 0.462 2.211 0.594 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 2.332 0.495 2.464 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 3.3 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.112 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 2.332 0.561 2.398 0.671 ;
    RECT 3.201 0.561 3.333 0.627 ;
    RECT 3.267 0.627 3.333 0.825 ;
    RECT 1.463 0.671 2.398 0.737 ;
    RECT 0.902 0.803 1.727 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.267 0.825 3.498 0.891 ;
    RECT 1.661 0.869 1.727 0.957 ;
    RECT 1.661 0.957 2.992 1.023 ;
  END
END LDN_EO2_4
#
# 
MACRO LDN_EO2_6 FOREIGN C0A07BLDN_EO2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.148 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.825 ;
      RECT 2.64 0.825 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.891 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 3.201 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.267 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 4.961 0.242 5.027 0.319 ;
    RECT 3.399 0.297 4.323 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.521 0.319 5.027 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.399 0.363 3.465 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.521 0.385 4.587 0.528 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 2.673 0.473 3.267 0.583 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 1.804 0.495 2.442 0.561 ;
    LAYER M2L ;
    RECT 2.904 0.495 4.62 0.561 ;
    VIA 2.97 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.376 0.561 2.442 0.693 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 2.376 0.693 3.465 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 0.957 ;
    RECT 4.609 0.825 5.06 0.891 ;
    RECT 2.112 0.957 4.356 1.023 ;
  END
END LDN_EO2_6
#
# 
MACRO LDN_EO2_8 FOREIGN C0A07BLDN_EO2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.462 6.864 0.594 ;
      RECT 6.501 0.594 6.567 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66066 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.862 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 6.237 0.297 6.754 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.62 0.319 5.83 0.385 ;
    RECT 6.237 0.363 6.303 0.825 ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 4.62 0.385 4.686 0.693 ;
    RECT 3.465 0.473 4.521 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    LAYER M2L ;
    RECT 4.224 0.495 6.336 0.561 ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.422 0.528 V1L2L ;
    VIA 6.27 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.686 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.237 0.825 6.754 0.891 ;
    RECT 3.069 0.957 5.478 1.023 ;
  END
END LDN_EO2_8
#
# 
MACRO LDN_EO2_S_0P5 FOREIGN C0A07BLDN_EO2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.561 ;
      RECT 0.561 0.561 0.891 0.627 ;
      RECT 0.825 0.627 0.891 0.792 ;
      RECT 0.781 0.792 0.891 0.924 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.792 ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.902 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDN_EO2_S_0P5
#
# 
MACRO LDN_EO2_S_1 FOREIGN C0A07BLDN_EO2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.825 ;
      RECT 0.429 0.825 0.726 0.891 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.594 1.353 0.858 ;
      RECT 1.287 0.858 1.452 0.99 ;
      RECT 0.693 0.594 0.803 0.726 ;
      RECT 0.737 0.462 0.803 0.594 ;
      RECT 0.297 0.396 0.363 0.781 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.386 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.507 0.165 ;
    RECT 0.253 0.132 0.363 0.231 ;
    RECT 0.561 0.165 0.627 0.594 ;
    RECT 1.441 0.165 1.507 0.759 ;
    RECT 0.198 0.231 0.363 0.297 ;
    RECT 1.056 0.231 1.221 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.188 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.122 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.264 0.935 0.704 ;
    RECT 0.198 0.297 0.264 0.33 ;
    RECT 1.155 0.297 1.221 0.957 ;
    RECT 1.023 0.638 1.089 0.704 ;
    RECT 0.869 0.704 1.089 0.77 ;
    RECT 0.253 0.924 0.319 0.957 ;
    RECT 0.253 0.957 1.221 1.023 ;
    RECT 0.253 1.023 0.319 1.056 ;
  END
END LDN_EO2_S_1
#
# 
MACRO LDN_EO2_S_2 FOREIGN C0A07BLDN_EO2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.98 0.462 2.244 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22506 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.165 1.705 0.803 ;
      RECT 1.287 0.803 1.705 0.869 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.968 0.099 1.705 0.165 ;
      RECT 1.254 0.165 1.386 0.209 ;
      RECT 0.902 0.165 1.034 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 1.815 0.242 1.881 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.023 0.33 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 1.463 0.308 1.529 0.671 ;
    RECT 1.287 0.33 1.353 0.462 ;
    RECT 0.55 0.33 1.177 0.363 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.957 0.363 1.177 0.396 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.815 0.363 1.881 1.012 ;
    LAYER M2L ;
    RECT 1.254 0.363 1.914 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 1.848 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.462 1.353 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDN_EO2_S_2
#
# 
MACRO LDN_EO2_S_3 FOREIGN C0A07BLDN_EO2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 3.003 0.572 ;
      RECT 2.937 0.572 3.003 0.858 ;
      RECT 2.805 0.572 2.871 0.638 ;
      RECT 2.673 0.572 2.739 0.638 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.29524 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.693 ;
      RECT 1.881 0.693 2.475 0.759 ;
      RECT 1.881 0.759 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.628 0.165 2.475 0.231 ;
      RECT 1.32 0.099 1.694 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.717 0.924 2.783 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.165 2.816 0.231 ;
    RECT 2.541 0.231 2.607 0.924 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.485 0.264 1.551 0.341 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.749 0.319 2.288 0.385 ;
    RECT 1.617 0.33 1.683 0.473 ;
    RECT 0.726 0.341 1.551 0.407 ;
    LAYER M2L ;
    RECT 1.584 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.749 0.385 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 1.408 0.473 1.683 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDN_EO2_S_3
#
# 
MACRO LDN_EO2_S_4 FOREIGN C0A07BLDN_EO2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.795 0.572 ;
      RECT 3.729 0.572 3.795 0.858 ;
      RECT 3.597 0.572 3.663 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405108 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.759 3.135 0.858 ;
      RECT 2.673 0.693 3.135 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 1.628 0.825 2.739 0.891 ;
      RECT 3.069 0.231 3.135 0.693 ;
      RECT 1.628 0.165 3.135 0.231 ;
      RECT 1.628 0.132 1.694 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.242 3.861 0.319 ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.861 0.385 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.432 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.333 0.385 3.399 0.825 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.881 0.495 2.475 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 1.463 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.496 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.333 0.825 3.498 0.891 ;
    RECT 1.43 0.869 1.496 0.957 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDN_EO2_S_4
#
# 
MACRO LDN_EO2_S_6 FOREIGN C0A07BLDN_EO2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.214 0.033 5.28 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.99 ;
      RECT 5.049 0.462 5.247 0.528 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.62 0.825 ;
      RECT 3.366 0.825 4.62 0.858 ;
      RECT 3.366 0.858 3.806 0.891 ;
      RECT 2.31 0.891 3.432 0.957 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.488 0.462 4.587 0.528 ;
      RECT 4.488 0.231 4.554 0.462 ;
      RECT 3.223 0.165 4.554 0.209 ;
      RECT 2.343 0.209 4.554 0.231 ;
      RECT 2.343 0.231 3.289 0.275 ;
      RECT 2.343 0.132 2.409 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 5.379 0.22 5.445 0.319 ;
    RECT 4.62 0.242 4.708 0.319 ;
    RECT 3.498 0.297 4.345 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.62 0.319 5.445 0.385 ;
    RECT 1.254 0.341 3.322 0.407 ;
    RECT 4.279 0.363 4.345 0.44 ;
    RECT 3.498 0.363 3.564 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.719 0.385 4.785 0.825 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 2.75 0.495 3.3 0.561 ;
    RECT 1.804 0.495 2.464 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.75 0.561 2.816 0.627 ;
    RECT 2.398 0.561 2.464 0.759 ;
    RECT 2.75 0.627 3.102 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 4.818 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.19 0.693 3.564 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 2.398 0.759 3.256 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 1.023 ;
    RECT 4.719 0.825 5.082 0.891 ;
    RECT 3.542 0.957 4.378 1.023 ;
    RECT 2.112 1.023 3.608 1.089 ;
  END
END LDN_EO2_S_6
#
# 
MACRO LDN_EO2_S_8 FOREIGN C0A07BLDN_EO2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 6.336 0.462 6.864 0.594 ;
      RECT 6.765 0.594 6.831 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.707124 ;
    PORT
      LAYER M1L ;
      RECT 4.807 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.873 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 7.007 0.198 7.073 0.297 ;
    RECT 4.675 0.297 5.83 0.363 ;
    RECT 6.171 0.297 7.073 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.521 0.33 4.587 0.473 ;
    RECT 4.675 0.363 4.741 0.693 ;
    RECT 6.171 0.363 6.237 0.825 ;
    LAYER M2L ;
    RECT 4.488 0.363 6.27 0.429 ;
    VIA 4.554 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 3.465 0.473 4.587 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.741 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.171 0.825 6.402 0.891 ;
    RECT 3.069 0.957 5.83 1.023 ;
  END
END LDN_EO2_S_8
#
# 
MACRO LDN_EO3_0P5 FOREIGN C0A07BLDN_EO3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.396 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.264 2.123 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 0.561 0.165 0.627 0.902 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.484 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.881 0.264 1.947 1.023 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.98 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.396 0.495 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.055 0.858 0.121 1.023 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.628 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDN_EO3_0P5
#
# 
MACRO LDN_EO3_1 FOREIGN C0A07BLDN_EO3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.308 2.211 0.88 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.968 0.693 1.034 0.726 ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.253 0.594 0.363 0.66 ;
      RECT 0.253 0.462 0.319 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.122 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.056 0.66 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.815 0.165 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.462 0.165 0.759 0.231 ;
    RECT 0.825 0.165 0.935 0.242 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 1.012 ;
    RECT 0.693 0.231 0.759 0.495 ;
    RECT 1.023 0.231 1.232 0.297 ;
    RECT 2.277 0.231 2.442 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.442 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.242 0.891 0.825 ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.858 ;
    RECT 1.331 0.264 1.419 0.363 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.023 0.297 1.111 0.396 ;
    RECT 2.277 0.297 2.343 0.979 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 1.21 0.363 1.419 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.386 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 0.957 0.462 1.023 0.495 ;
    RECT 0.594 0.495 0.759 0.561 ;
    RECT 0.957 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.561 0.66 0.957 ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.122 0.759 1.287 0.803 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.056 0.803 1.287 0.869 ;
    RECT 0.781 0.825 0.946 0.891 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.462 0.957 1.386 1.023 ;
    RECT 1.496 0.979 2.343 1.045 ;
  END
END LDN_EO3_1
#
# 
MACRO LDN_EO3_2 FOREIGN C0A07BLDN_EO3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2057 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.858 ;
      RECT 4.213 0.858 4.323 0.99 ;
      RECT 3.817 0.561 3.883 1.001 ;
      RECT 3.465 1.001 3.883 1.067 ;
      RECT 3.465 0.264 3.531 1.001 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.594 ;
      RECT 1.617 0.451 2.343 0.517 ;
      RECT 2.277 0.33 2.343 0.451 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 2.255 0.099 3.707 0.165 ;
    RECT 1.694 0.132 1.76 0.165 ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 0.924 0.165 1.76 0.231 ;
    RECT 2.552 0.165 2.684 0.209 ;
    RECT 1.826 0.165 2.321 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.165 3.069 1.023 ;
    RECT 1.353 0.231 1.419 0.33 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 0.561 0.297 1.232 0.363 ;
    RECT 1.485 0.297 2.134 0.363 ;
    RECT 3.322 0.297 3.388 0.33 ;
    RECT 3.135 0.297 3.201 0.957 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 2.409 0.33 2.508 0.396 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.561 0.363 0.649 0.825 ;
    RECT 1.485 0.363 1.551 0.429 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 2.442 0.396 2.508 0.759 ;
    RECT 0.759 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.759 0.495 0.825 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.99 0.561 1.353 0.627 ;
    RECT 1.815 0.605 2.134 0.693 ;
    RECT 1.287 0.627 1.353 0.726 ;
    RECT 3.949 0.627 4.158 0.715 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.858 0.693 ;
    RECT 1.254 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.32 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.949 0.715 4.037 0.759 ;
    RECT 1.089 0.726 1.155 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 1.485 0.759 2.134 0.825 ;
    RECT 2.31 0.759 2.508 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.902 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.561 0.825 1.243 0.891 ;
    RECT 1.485 0.825 1.551 0.858 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.826 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.957 3.388 1.023 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.322 1.023 3.388 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDN_EO3_2
#
# 
MACRO LDN_EO3_3 FOREIGN C0A07BLDN_EO3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.462 5.533 0.781 ;
      RECT 4.268 0.495 4.752 0.561 ;
      LAYER M2L ;
      RECT 4.62 0.495 5.544 0.561 ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.478 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.627 3.025 0.693 ;
      RECT 2.145 0.693 2.211 0.726 ;
      RECT 2.959 0.506 3.025 0.627 ;
      RECT 2.145 0.462 2.211 0.627 ;
      LAYER M2L ;
      RECT 2.145 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.891 ;
      RECT 5.313 0.891 5.456 0.957 ;
      RECT 5.016 0.297 5.456 0.363 ;
      RECT 5.016 0.363 5.082 0.825 ;
      RECT 4.576 0.825 5.082 0.891 ;
      RECT 4.576 0.231 5.082 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.221 0.099 1.683 0.165 ;
    RECT 2.893 0.099 5.214 0.143 ;
    RECT 2.343 0.121 2.783 0.187 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.893 0.143 5.599 0.165 ;
    RECT 1.617 0.165 1.683 0.264 ;
    RECT 1.221 0.165 1.287 0.297 ;
    RECT 1.793 0.165 2.244 0.231 ;
    RECT 5.148 0.165 5.599 0.209 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.893 0.165 2.959 0.363 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 2.717 0.187 2.783 0.264 ;
    RECT 2.343 0.187 2.409 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 1.793 0.231 1.859 0.363 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.441 0.264 1.507 0.363 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.421 0.264 3.487 0.341 ;
    RECT 3.795 0.264 3.861 0.858 ;
    RECT 0.407 0.286 0.495 0.825 ;
    RECT 2.541 0.286 2.607 0.363 ;
    RECT 0.726 0.297 1.287 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.726 0.363 0.792 0.759 ;
    RECT 1.441 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.29 0.363 4.917 0.429 ;
    RECT 2.541 0.363 2.959 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.422 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.356 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 4.851 0.429 4.917 0.726 ;
    RECT 0.957 0.462 1.023 0.627 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 1.056 0.561 ;
    RECT 1.65 0.495 3.927 0.561 ;
    VIA 0.462 0.528 V1L2L ;
    VIA 0.99 0.528 V1L2L ;
    VIA 1.716 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.181 0.594 5.247 1.023 ;
    RECT 0.957 0.627 2.002 0.693 ;
    RECT 4.389 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 4.818 0.627 5.28 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.389 0.693 4.455 0.759 ;
    RECT 0.726 0.759 1.716 0.825 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 2.97 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 1.65 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.584 0.825 1.716 0.869 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 5.555 0.924 5.621 1.023 ;
    RECT 1.408 0.957 2.244 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 2.178 1.023 4.015 1.089 ;
    RECT 5.181 1.023 5.621 1.089 ;
  END
END LDN_EO3_3
#
# 
MACRO LDN_EO3_4 FOREIGN C0A07BLDN_EO3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.243936 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.495 4.191 0.594 ;
      RECT 3.498 0.429 4.323 0.495 ;
      RECT 4.257 0.495 4.323 0.594 ;
      RECT 3.498 0.495 3.564 0.55 ;
      RECT 2.673 0.55 3.564 0.616 ;
      RECT 2.673 0.44 2.739 0.55 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.572 7.095 0.726 ;
      RECT 7.029 0.462 7.227 0.572 ;
      RECT 7.161 0.572 7.227 0.726 ;
      RECT 5.841 0.561 5.907 0.726 ;
      RECT 5.643 0.495 5.907 0.561 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.128 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 7.062 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 7.557 0.363 7.623 0.957 ;
      RECT 6.633 0.957 7.623 1.023 ;
      RECT 6.633 0.891 6.699 0.957 ;
      RECT 6.16 0.825 6.699 0.891 ;
      RECT 6.765 0.297 7.623 0.363 ;
      RECT 6.765 0.363 6.831 0.462 ;
      RECT 5.984 0.231 6.831 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.896 0.528 6.952 0.572 ;
    RECT 0 0.528 5.896 0.572 ;
    RECT 6.952 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.313 0.099 6.974 0.143 ;
    RECT 1.628 0.143 3.135 0.209 ;
    RECT 5.313 0.143 7.414 0.165 ;
    RECT 6.908 0.165 7.414 0.209 ;
    RECT 3.223 0.165 5.379 0.231 ;
    RECT 3.069 0.209 3.135 0.286 ;
    RECT 2.409 0.209 2.475 0.462 ;
    RECT 5.445 0.231 5.72 0.297 ;
    RECT 3.223 0.231 3.289 0.308 ;
    RECT 5.313 0.231 5.379 0.825 ;
    RECT 2.541 0.275 2.959 0.341 ;
    RECT 0.902 0.297 2.288 0.363 ;
    RECT 3.366 0.297 3.872 0.363 ;
    RECT 4.092 0.297 4.587 0.363 ;
    RECT 5.104 0.297 5.247 0.363 ;
    RECT 5.445 0.297 5.511 0.825 ;
    RECT 0.198 0.319 0.759 0.385 ;
    RECT 4.653 0.33 4.719 0.891 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 2.541 0.341 2.607 0.759 ;
    RECT 0.902 0.363 0.968 0.759 ;
    RECT 3.366 0.363 3.432 0.418 ;
    RECT 4.521 0.363 4.587 0.759 ;
    RECT 5.181 0.363 5.247 0.693 ;
    RECT 5.61 0.363 6.644 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 5.742 0.429 ;
    VIA 4.686 0.396 V1L2L ;
    VIA 5.676 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.385 0.759 0.825 ;
    RECT 2.893 0.418 3.432 0.484 ;
    RECT 1.485 0.429 2.343 0.495 ;
    RECT 6.578 0.429 6.644 0.66 ;
    RECT 1.056 0.495 1.551 0.561 ;
    RECT 2.277 0.495 2.343 0.759 ;
    RECT 5.995 0.539 6.446 0.605 ;
    RECT 1.892 0.561 2.211 0.627 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 3.696 0.561 3.894 0.627 ;
    RECT 4.785 0.594 4.851 0.693 ;
    RECT 5.995 0.605 6.061 0.825 ;
    RECT 2.145 0.627 2.211 0.726 ;
    RECT 1.056 0.627 1.188 0.693 ;
    RECT 3.63 0.627 3.762 0.693 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.188 0.693 ;
    RECT 2.112 0.627 4.884 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.696 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.578 0.66 6.963 0.726 ;
    RECT 4.785 0.693 5.247 0.759 ;
    RECT 6.897 0.726 6.963 0.825 ;
    RECT 7.293 0.748 7.359 0.825 ;
    RECT 0.902 0.759 2.046 0.825 ;
    RECT 2.277 0.759 3.696 0.825 ;
    RECT 3.828 0.759 4.587 0.825 ;
    LAYER M2L ;
    RECT 1.914 0.759 3.96 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.894 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.98 0.825 2.112 0.891 ;
    RECT 5.445 0.825 6.061 0.891 ;
    RECT 4.796 0.825 5.379 0.891 ;
    RECT 6.897 0.825 7.359 0.891 ;
    RECT 3.366 0.891 4.719 0.957 ;
    RECT 5.313 0.891 5.379 0.957 ;
    RECT 4.796 0.891 4.862 1.023 ;
    RECT 5.313 0.957 6.468 1.023 ;
    RECT 1.804 0.979 3.168 1.023 ;
    RECT 1.804 1.023 4.862 1.045 ;
    RECT 3.102 1.045 4.862 1.089 ;
  END
END LDN_EO3_4
#
# 
MACRO LDN_EO3_6 FOREIGN C0A07BLDN_EO3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.242 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.407 ;
      RECT 3.85 0.407 5.115 0.462 ;
      RECT 3.564 0.462 5.115 0.473 ;
      RECT 5.049 0.473 5.115 0.517 ;
      RECT 5.049 0.517 5.764 0.605 ;
      RECT 3.564 0.473 3.96 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.594 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.432696 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.979 ;
      RECT 8.349 0.979 9.207 1.045 ;
      RECT 8.349 0.891 8.415 0.979 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.341 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 6.182 0.143 6.325 0.209 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.847 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 6.237 0.209 6.325 0.341 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 0.198 0.297 1.155 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.203 0.308 5.269 0.374 ;
    RECT 5.555 0.308 5.621 0.374 ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 1.221 0.341 1.287 0.759 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 6.237 0.341 6.633 0.407 ;
    RECT 1.089 0.363 1.155 0.825 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 5.577 0.363 7.524 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.458 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.407 6.325 0.715 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.874 0.44 5.94 0.759 ;
    RECT 2.145 0.473 2.211 0.495 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 1.386 0.495 2.211 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 6.006 0.506 6.171 0.572 ;
    RECT 2.497 0.539 3.003 0.605 ;
    RECT 4.246 0.539 4.598 0.605 ;
    RECT 7.249 0.539 7.986 0.605 ;
    RECT 1.386 0.561 1.452 0.627 ;
    RECT 6.006 0.572 6.072 0.891 ;
    RECT 2.937 0.605 3.003 0.726 ;
    RECT 4.246 0.605 4.312 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 1.386 0.627 1.518 0.693 ;
    RECT 4.07 0.627 4.312 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    RECT 2.904 0.627 6.336 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.97 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.6 0.682 6.666 0.715 ;
    RECT 6.182 0.715 6.666 0.781 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 1.221 0.759 2.178 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.94 0.825 ;
    LAYER M2L ;
    RECT 2.046 0.759 5.214 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.155 0.891 ;
    RECT 2.112 0.825 2.178 0.979 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 2.31 0.825 3.157 0.891 ;
    RECT 6.138 0.847 6.831 0.913 ;
    RECT 4.29 0.891 6.072 0.957 ;
    RECT 3.091 0.891 3.157 0.979 ;
    RECT 6.743 0.913 6.831 0.957 ;
    RECT 6.138 0.913 6.204 1.023 ;
    RECT 6.743 0.957 8.228 1.023 ;
    RECT 2.112 0.979 2.97 1.045 ;
    RECT 3.091 0.979 4.026 1.023 ;
    RECT 3.091 1.023 6.204 1.045 ;
    RECT 3.96 1.045 6.204 1.089 ;
  END
END LDN_EO3_6
#
# 
MACRO LDN_FDNQ_1 FOREIGN C0A07BLDN_FDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.858 ;
      RECT 3.421 0.858 3.531 0.99 ;
      RECT 3.421 0.132 3.531 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.561 3.267 0.99 ;
      RECT 3.124 0.495 3.267 0.561 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.651 0.946 2.717 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.132 0.539 0.858 ;
    RECT 2.035 0.132 2.145 0.264 ;
    RECT 0.781 0.165 1.232 0.231 ;
    RECT 2.805 0.165 2.948 0.231 ;
    RECT 1.397 0.187 1.463 0.275 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.793 0.198 1.859 0.902 ;
    RECT 2.211 0.198 2.277 0.528 ;
    RECT 3.201 0.198 3.267 0.363 ;
    RECT 1.166 0.231 1.232 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.805 0.231 2.893 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.31 0.297 ;
    RECT 2.409 0.231 3.3 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.264 2.145 0.627 ;
    RECT 3.047 0.264 3.113 0.352 ;
    RECT 1.397 0.275 1.727 0.341 ;
    RECT 2.519 0.297 2.893 0.363 ;
    LAYER M2L ;
    RECT 2.409 0.297 2.475 0.363 ;
    LAYER M1L ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 1.661 0.341 1.727 0.781 ;
    RECT 2.959 0.352 3.113 0.418 ;
    RECT 2.519 0.363 2.585 0.528 ;
    RECT 2.827 0.363 2.893 0.924 ;
    RECT 3.201 0.363 3.399 0.429 ;
    LAYER M2L ;
    RECT 2.046 0.363 2.475 0.429 ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.166 0.418 1.529 0.484 ;
    RECT 1.947 0.418 2.013 0.759 ;
    RECT 2.959 0.418 3.025 0.66 ;
    RECT 0.913 0.429 1.023 0.495 ;
    RECT 3.333 0.429 3.399 0.594 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 0.913 0.495 0.979 0.627 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.561 1.298 0.627 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 1.155 0.627 1.221 0.781 ;
    RECT 2.079 0.627 2.761 0.693 ;
    RECT 2.959 0.66 3.091 0.726 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 2.695 0.693 2.761 0.77 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.003 0.726 3.091 0.858 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 1.947 0.759 2.431 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.234 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.781 1.727 0.847 ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 1.947 0.825 2.013 0.858 ;
    RECT 2.365 0.825 2.431 0.902 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 2.827 0.924 2.937 1.056 ;
    RECT 2.233 0.946 2.299 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.233 1.023 2.563 1.089 ;
  END
END LDN_FDNQ_1
#
# 
MACRO LDN_FDNQ_2 FOREIGN C0A07BLDN_FDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.003 0.946 3.069 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.156 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.209 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 0.473 0.176 0.539 0.858 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.376 0.231 2.508 0.275 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.838 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.408 0.275 1.661 0.341 ;
    RECT 1.76 0.275 2.508 0.297 ;
    RECT 1.76 0.297 2.442 0.341 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.023 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.418 ;
    RECT 2.145 0.341 2.211 0.847 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 1.595 0.418 1.837 0.484 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.594 ;
    RECT 1.771 0.484 1.837 0.715 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.594 1.221 0.715 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 1.155 0.715 1.837 0.781 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.432 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 3.366 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 1.76 0.847 2.398 0.891 ;
    RECT 1.76 0.891 2.464 0.913 ;
    RECT 2.332 0.913 2.464 0.957 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 2.134 0.979 2.266 1.023 ;
    RECT 0.605 1.023 1.056 1.089 ;
    RECT 2.134 1.023 2.915 1.089 ;
  END
END LDN_FDNQ_2
#
# 
MACRO LDN_FDNQ_4 FOREIGN C0A07BLDN_FDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.242 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.429 4.983 0.726 ;
      RECT 4.675 0.726 5.148 0.858 ;
      RECT 4.675 0.858 4.741 0.957 ;
      RECT 4.587 0.957 4.741 1.023 ;
      RECT 4.653 0.363 4.983 0.429 ;
      RECT 4.917 0.297 5.082 0.363 ;
      RECT 4.653 0.231 4.741 0.363 ;
      RECT 4.598 0.165 4.741 0.231 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.99 4.873 1.155 ;
      RECT 4.807 0.924 4.917 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.695 0.132 2.761 0.363 ;
    RECT 4.015 0.132 4.081 0.671 ;
    RECT 3.047 0.132 3.465 0.198 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.297 0.264 ;
    RECT 1.155 0.198 1.221 0.462 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.871 0.198 2.937 0.418 ;
    RECT 3.531 0.198 3.597 0.528 ;
    RECT 3.047 0.198 3.113 0.264 ;
    RECT 3.399 0.198 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.231 3.63 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.188 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.231 0.264 0.341 0.33 ;
    RECT 4.235 0.264 4.323 0.792 ;
    RECT 3.19 0.275 3.333 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.275 0.33 0.341 0.726 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.815 0.363 1.881 0.55 ;
    RECT 2.343 0.363 2.761 0.429 ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.729 0.396 3.795 0.671 ;
    RECT 2.871 0.418 3.003 0.484 ;
    RECT 3.102 0.418 3.201 0.484 ;
    RECT 2.695 0.429 2.761 0.737 ;
    RECT 0.099 0.462 0.209 0.594 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.937 0.484 3.003 0.55 ;
    RECT 3.135 0.484 3.201 0.726 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.543 0.495 4.818 0.561 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.649 ;
    RECT 1.947 0.561 2.013 0.649 ;
    RECT 4.543 0.561 4.609 0.825 ;
    RECT 0.099 0.594 0.165 0.792 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.597 0.594 3.663 0.759 ;
    RECT 1.441 0.627 1.584 0.693 ;
    LAYER M2L ;
    RECT 0.066 0.627 4.356 0.693 ;
    VIA 0.132 0.66 V1L2L ;
    VIA 1.518 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.649 2.013 0.715 ;
    RECT 3.729 0.671 4.081 0.737 ;
    RECT 1.947 0.715 2.013 0.836 ;
    RECT 0.231 0.726 0.341 0.792 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 2.31 0.737 2.761 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 3.531 0.759 3.663 0.825 ;
    RECT 0.231 0.792 0.297 0.858 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.695 0.803 2.761 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.695 0.825 3.333 0.891 ;
    RECT 3.531 0.825 3.597 0.924 ;
    RECT 4.389 0.825 4.609 0.891 ;
    RECT 3.927 0.858 3.993 1.023 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.389 0.891 4.455 1.023 ;
    RECT 3.014 0.957 3.465 1.023 ;
    RECT 3.399 1.023 4.455 1.089 ;
  END
END LDN_FDNQ_4
#
# 
MACRO LDN_FDNQ_HD_1 FOREIGN C0A07BLDN_FDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.209 2.607 0.726 ;
      RECT 2.42 0.143 2.607 0.209 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.264 2.871 0.726 ;
      RECT 2.761 0.726 2.871 0.858 ;
      RECT 2.761 0.132 2.871 0.264 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.585 0.924 2.651 1.155 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.299 0.297 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.396 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.387 0.308 2.475 0.88 ;
    RECT 2.673 0.33 2.739 0.66 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 2.013 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    LAYER M2L ;
    RECT 1.914 0.363 2.772 0.429 ;
    VIA 1.98 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDNQ_HD_1
#
# 
MACRO LDN_FDNQ_HD_2 FOREIGN C0A07BLDN_FDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 2.772 0.726 3.036 0.858 ;
      RECT 2.805 0.297 3.003 0.363 ;
      RECT 2.805 0.198 2.871 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.739 0.165 ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.233 0.165 2.299 0.297 ;
    RECT 2.673 0.165 2.739 0.495 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.409 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.913 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.838 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDNQ_HD_2
#
# 
MACRO LDN_FDNQ_HD_4 FOREIGN C0A07BLDN_FDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.033 3.025 0.242 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.429 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.805 0.363 3.135 0.429 ;
      RECT 3.069 0.297 3.234 0.363 ;
      RECT 2.805 0.231 2.893 0.363 ;
      RECT 2.75 0.165 2.893 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.607 0.209 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    RECT 2.211 0.209 2.299 0.297 ;
    RECT 2.541 0.209 2.607 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.541 0.297 2.739 0.363 ;
    RECT 2.365 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.97 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDNQ_HD_4
#
# 
MACRO LDN_FDNRBQ_1 FOREIGN C0A07BLDN_FDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.253 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.792 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.286 3.729 0.726 ;
      RECT 2.013 0.396 2.123 0.627 ;
      RECT 1.958 0.627 2.123 0.693 ;
      RECT 0.429 0.462 0.495 0.858 ;
      LAYER M2L ;
      RECT 0.396 0.627 3.762 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.608 0.979 3.74 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 3.377 0.165 ;
    RECT 3.509 0.11 3.905 0.176 ;
    RECT 0.957 0.165 1.023 0.33 ;
    RECT 2.849 0.165 2.915 0.594 ;
    RECT 3.311 0.165 3.377 0.715 ;
    RECT 3.509 0.176 3.575 0.616 ;
    RECT 3.839 0.176 3.905 0.682 ;
    RECT 1.331 0.231 2.255 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.111 0.264 1.199 0.33 ;
    RECT 2.717 0.264 2.783 0.924 ;
    RECT 0.561 0.264 0.627 1.023 ;
    RECT 2.321 0.286 2.387 0.352 ;
    RECT 2.981 0.286 3.047 0.363 ;
    RECT 2.189 0.297 2.255 0.495 ;
    RECT 1.331 0.297 1.397 0.792 ;
    RECT 0.055 0.319 0.363 0.385 ;
    RECT 1.111 0.33 1.243 0.396 ;
    RECT 0.693 0.33 1.023 0.396 ;
    RECT 3.993 0.33 4.103 0.594 ;
    RECT 2.321 0.352 2.651 0.418 ;
    RECT 1.496 0.363 1.65 0.429 ;
    RECT 2.981 0.363 3.223 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    RECT 3.036 0.363 4.092 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.924 ;
    RECT 1.155 0.396 1.243 0.528 ;
    RECT 0.693 0.396 0.759 0.891 ;
    RECT 2.585 0.418 2.651 0.891 ;
    RECT 1.496 0.429 1.584 0.792 ;
    RECT 3.157 0.429 3.223 1.056 ;
    RECT 2.189 0.495 2.486 0.561 ;
    RECT 1.716 0.495 1.859 0.561 ;
    RECT 2.189 0.561 2.255 0.759 ;
    RECT 1.793 0.561 1.859 0.891 ;
    RECT 3.025 0.594 3.091 1.023 ;
    RECT 3.839 0.682 3.982 0.748 ;
    RECT 1.078 0.693 1.243 0.759 ;
    RECT 3.311 0.715 3.52 0.781 ;
    RECT 1.661 0.726 1.727 0.891 ;
    RECT 1.177 0.759 1.243 0.891 ;
    RECT 2.112 0.759 2.255 0.825 ;
    RECT 2.321 0.814 2.387 0.891 ;
    RECT 3.465 0.847 3.905 0.913 ;
    RECT 1.177 0.891 1.727 0.957 ;
    RECT 1.793 0.891 2.651 0.957 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 3.465 0.913 3.531 1.056 ;
    RECT 3.839 0.913 3.905 1.056 ;
    RECT 0.033 0.924 0.363 0.99 ;
    RECT 0.033 0.99 0.121 1.056 ;
    RECT 0.561 1.023 3.091 1.089 ;
  END
END LDN_FDNRBQ_1
#
# 
MACRO LDN_FDNRBQ_2 FOREIGN C0A07BLDN_FDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.583 0.033 0.649 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.419 0.594 ;
      RECT 1.221 0.594 1.287 0.792 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.551 0.561 ;
      VIA 1.32 0.528 V1L2L ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.396 4.983 0.726 ;
      RECT 4.884 0.726 5.148 0.858 ;
      RECT 4.917 0.33 5.049 0.396 ;
      RECT 4.983 0.198 5.049 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.627 4.488 0.693 ;
      RECT 4.345 0.451 4.433 0.627 ;
      RECT 2.409 0.627 2.618 0.693 ;
      RECT 2.409 0.462 2.475 0.627 ;
      RECT 0.693 0.594 0.759 0.99 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.488 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.508 0.66 V1L2L ;
      VIA 4.422 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.924 4.499 1.155 ;
      RECT 3.366 1.001 3.432 1.155 ;
      RECT 3.3 0.935 3.432 1.001 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.924 4.873 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.165 ;
    RECT 1.309 0.099 2.475 0.165 ;
    RECT 2.673 0.132 2.739 0.297 ;
    RECT 4.631 0.132 4.697 0.759 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.055 0.165 0.121 0.286 ;
    RECT 1.309 0.165 1.375 0.297 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 3.124 0.165 3.575 0.231 ;
    RECT 3.696 0.165 4.103 0.231 ;
    RECT 0.913 0.198 0.979 1.023 ;
    RECT 0.44 0.231 0.506 0.429 ;
    RECT 1.683 0.231 2.343 0.297 ;
    RECT 3.509 0.231 3.575 0.297 ;
    RECT 3.124 0.231 3.19 0.649 ;
    RECT 4.037 0.231 4.103 0.286 ;
    RECT 0.759 0.242 0.825 0.429 ;
    RECT 1.463 0.264 1.529 0.33 ;
    RECT 4.037 0.286 4.565 0.352 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.045 0.297 1.375 0.363 ;
    RECT 2.409 0.297 2.607 0.363 ;
    RECT 2.673 0.297 3.003 0.363 ;
    RECT 2.277 0.297 2.343 0.759 ;
    RECT 1.683 0.297 1.749 0.792 ;
    RECT 3.509 0.297 3.971 0.363 ;
    RECT 1.463 0.33 1.617 0.396 ;
    RECT 3.333 0.33 3.399 0.495 ;
    RECT 4.499 0.352 4.565 0.418 ;
    RECT 4.037 0.352 4.103 0.891 ;
    RECT 0.297 0.363 0.363 0.924 ;
    RECT 1.848 0.363 2.013 0.429 ;
    RECT 2.541 0.363 2.607 0.462 ;
    RECT 1.045 0.363 1.111 0.891 ;
    RECT 2.937 0.363 3.003 0.891 ;
    RECT 3.905 0.363 3.971 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.98 0.429 ;
    RECT 2.508 0.363 3.432 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.561 ;
    RECT 0.44 0.429 0.825 0.495 ;
    RECT 1.848 0.429 1.936 0.792 ;
    RECT 2.739 0.462 2.805 0.759 ;
    RECT 3.773 0.462 3.839 0.627 ;
    RECT 4.169 0.462 4.235 0.759 ;
    RECT 2.068 0.495 2.211 0.561 ;
    RECT 3.333 0.495 3.674 0.561 ;
    RECT 2.145 0.561 2.211 0.891 ;
    RECT 3.355 0.627 3.839 0.693 ;
    RECT 3.124 0.649 3.256 0.715 ;
    RECT 1.43 0.693 1.595 0.759 ;
    RECT 3.355 0.693 3.421 0.803 ;
    RECT 2.013 0.704 2.079 0.891 ;
    RECT 1.529 0.759 1.595 0.891 ;
    RECT 2.277 0.759 2.805 0.825 ;
    RECT 4.169 0.759 4.697 0.825 ;
    RECT 3.113 0.803 3.421 0.869 ;
    RECT 4.631 0.825 4.697 1.056 ;
    RECT 3.113 0.869 3.179 1.023 ;
    RECT 1.529 0.891 2.079 0.957 ;
    RECT 1.045 0.891 1.408 0.957 ;
    RECT 2.145 0.891 3.003 0.957 ;
    RECT 3.696 0.891 4.103 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 3.509 0.924 3.575 1.023 ;
    RECT 4.257 0.924 4.323 1.023 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 0.913 1.023 3.179 1.089 ;
    RECT 3.509 1.023 4.323 1.089 ;
  END
END LDN_FDNRBQ_2
#
# 
MACRO LDN_FDNRBQ_4 FOREIGN C0A07BLDN_FDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.511 0.033 5.577 0.352 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 5.379 0.264 5.445 0.451 ;
      RECT 5.379 0.451 5.544 0.517 ;
      RECT 2.937 0.264 3.003 0.594 ;
      RECT 0.891 0.33 0.957 0.495 ;
      RECT 0.528 0.495 0.957 0.561 ;
      RECT 0.825 0.561 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.858 0.363 5.478 0.429 ;
      VIA 0.924 0.396 V1L2L ;
      VIA 2.97 0.396 V1L2L ;
      VIA 5.412 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.94 0.726 6.6 0.858 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.792 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.751 1.023 3.817 1.155 ;
      RECT 3.751 0.957 3.894 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.99 5.973 1.155 ;
      RECT 5.907 0.924 6.028 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 1.573 0.528 2.332 0.561 ;
    RECT 0 0.528 1.573 0.561 ;
    RECT 2.332 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 1.529 0.099 3.135 0.165 ;
    RECT 4.191 0.099 4.378 0.165 ;
    RECT 4.488 0.099 4.972 0.165 ;
    RECT 0.055 0.143 0.506 0.165 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.529 0.165 1.595 0.297 ;
    RECT 3.069 0.165 3.135 0.33 ;
    RECT 4.191 0.165 4.257 0.33 ;
    RECT 4.488 0.165 4.554 0.297 ;
    RECT 4.906 0.165 4.972 0.319 ;
    RECT 3.223 0.198 3.289 0.297 ;
    RECT 1.089 0.198 1.155 0.825 ;
    RECT 0.44 0.209 0.506 0.363 ;
    RECT 1.683 0.231 2.827 0.297 ;
    LAYER M2L ;
    RECT 3.036 0.231 4.29 0.297 ;
    VIA 3.102 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.286 0.825 0.363 ;
    RECT 4.323 0.286 4.389 0.473 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.595 0.363 ;
    RECT 2.145 0.297 2.211 0.374 ;
    RECT 1.683 0.297 1.749 0.495 ;
    RECT 2.761 0.297 2.827 0.693 ;
    RECT 2.321 0.297 2.387 0.792 ;
    RECT 3.223 0.297 3.465 0.363 ;
    RECT 3.586 0.297 4.081 0.363 ;
    RECT 4.488 0.297 4.62 0.363 ;
    RECT 4.741 0.308 4.807 0.473 ;
    RECT 5.687 0.308 5.753 0.374 ;
    RECT 4.906 0.319 5.181 0.385 ;
    RECT 0.297 0.363 0.363 0.759 ;
    RECT 0.44 0.363 0.825 0.429 ;
    RECT 1.892 0.363 2.079 0.429 ;
    RECT 1.221 0.363 1.287 0.506 ;
    RECT 1.529 0.363 1.595 0.891 ;
    RECT 3.399 0.363 3.465 0.495 ;
    RECT 4.015 0.363 4.081 0.473 ;
    RECT 5.687 0.374 5.797 0.44 ;
    RECT 5.115 0.385 5.181 0.715 ;
    RECT 2.013 0.429 2.079 0.495 ;
    RECT 5.731 0.44 5.797 0.583 ;
    RECT 3.201 0.462 3.267 0.693 ;
    RECT 4.015 0.473 5.049 0.539 ;
    RECT 2.013 0.495 2.112 0.561 ;
    RECT 1.683 0.495 1.947 0.561 ;
    RECT 2.552 0.495 2.695 0.561 ;
    RECT 3.399 0.495 3.916 0.561 ;
    RECT 5.247 0.506 5.313 0.583 ;
    RECT 4.015 0.539 4.081 0.671 ;
    RECT 4.983 0.539 5.049 0.759 ;
    RECT 2.046 0.561 2.112 0.759 ;
    RECT 1.881 0.561 1.947 0.792 ;
    RECT 2.629 0.561 2.695 0.825 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 5.247 0.583 5.797 0.649 ;
    RECT 4.191 0.605 4.884 0.671 ;
    RECT 5.731 0.649 5.797 0.924 ;
    RECT 1.705 0.66 1.771 0.891 ;
    RECT 2.475 0.66 2.541 0.891 ;
    RECT 4.191 0.671 4.257 0.803 ;
    RECT 3.586 0.671 4.081 0.737 ;
    RECT 2.761 0.693 3.267 0.759 ;
    RECT 5.115 0.715 5.643 0.781 ;
    RECT 0.297 0.759 0.726 0.825 ;
    RECT 2.046 0.759 2.2 0.825 ;
    RECT 4.708 0.759 5.049 0.825 ;
    LAYER M2L ;
    RECT 0.594 0.759 2.178 0.825 ;
    VIA 0.66 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.781 5.643 0.858 ;
    RECT 5.115 0.781 5.181 0.891 ;
    RECT 4.543 0.792 4.609 0.891 ;
    RECT 3.619 0.803 4.257 0.869 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 2.629 0.825 3.465 0.891 ;
    RECT 0.88 0.825 1.155 0.891 ;
    RECT 3.619 0.869 3.685 1.023 ;
    RECT 1.705 0.891 2.541 0.957 ;
    RECT 1.298 0.891 1.595 0.957 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 4.543 0.891 5.181 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 5.335 0.924 5.401 1.023 ;
    RECT 5.687 0.924 5.797 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 5.687 0.99 5.753 1.056 ;
    RECT 1.089 1.023 3.685 1.089 ;
    RECT 4.323 1.023 5.401 1.089 ;
  END
END LDN_FDNRBQ_4
#
# 
MACRO LDN_FDNRBQ_HD_1 FOREIGN C0A07BLDN_FDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.924 ;
      RECT 3.289 0.924 3.399 1.056 ;
      RECT 3.289 0.132 3.399 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.992 0.495 3.135 0.561 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.19 0.165 ;
    RECT 1.837 0.132 1.903 0.561 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.124 0.165 3.19 0.341 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 2.827 0.319 2.97 0.385 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.124 0.341 3.267 0.407 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.693 ;
    RECT 2.827 0.385 2.893 0.825 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 3.201 0.407 3.267 0.594 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 2.101 0.528 2.607 0.561 ;
    RECT 1.837 0.561 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 1.837 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 2.101 0.627 2.167 1.023 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 1.705 0.693 2.035 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.969 0.759 2.035 0.88 ;
    RECT 1.705 0.759 1.771 0.891 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 2.827 0.825 2.959 0.891 ;
    RECT 2.541 0.825 2.607 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.871 0.891 2.959 1.056 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 1.837 0.924 1.903 1.023 ;
    RECT 2.464 0.957 2.607 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDN_FDNRBQ_HD_1
#
# 
MACRO LDN_FDNRBQ_HD_2 FOREIGN C0A07BLDN_FDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.531 0.033 3.597 0.297 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.429 3.531 0.66 ;
      RECT 3.333 0.66 3.531 0.726 ;
      RECT 3.333 0.726 3.399 0.858 ;
      RECT 3.333 0.363 3.531 0.429 ;
      RECT 3.333 0.198 3.399 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.627 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.86 0.308 2.948 0.693 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 2.101 0.528 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 1.837 0.627 2.167 0.693 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 2.101 0.693 2.167 1.023 ;
    RECT 2.86 0.693 3.003 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.937 0.759 3.003 0.99 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 3.036 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDN_FDNRBQ_HD_2
#
# 
MACRO LDN_FDNRBQ_HD_4 FOREIGN C0A07BLDN_FDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.487 0.033 3.553 0.242 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.726 ;
      RECT 3.278 0.726 3.828 0.858 ;
      RECT 3.333 0.363 3.663 0.429 ;
      RECT 3.597 0.297 3.762 0.363 ;
      RECT 3.333 0.209 3.421 0.363 ;
      RECT 3.278 0.143 3.421 0.209 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.99 3.553 1.155 ;
      RECT 3.487 0.924 3.597 0.99 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.706 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.528 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 2.706 0.165 2.772 0.275 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 1.991 0.176 2.079 0.429 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 2.167 0.275 2.772 0.341 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.915 0.308 2.981 0.891 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 2.706 0.341 2.772 0.759 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.563 0.462 2.629 0.528 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 1.837 0.528 2.629 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 1.023 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.541 0.759 2.772 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.838 0.891 2.981 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDN_FDNRBQ_HD_4
#
# 
MACRO LDN_FDNRBSB_1 FOREIGN C0A07BLDN_FDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.586 0.033 3.652 0.253 ;
      RECT 3.586 0.253 3.718 0.319 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.198 3.465 0.418 ;
      RECT 3.399 0.418 3.575 0.484 ;
      RECT 3.509 0.484 3.575 0.55 ;
      RECT 1.716 0.297 1.782 0.429 ;
      RECT 1.716 0.429 2.013 0.495 ;
      RECT 1.947 0.495 2.013 0.594 ;
      RECT 1.65 0.231 1.782 0.297 ;
      LAYER M2L ;
      RECT 1.65 0.231 3.498 0.297 ;
      VIA 1.716 0.264 V1L2L ;
      VIA 3.432 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.099 0.792 ;
      RECT 0.033 0.44 0.187 0.506 ;
      RECT 0.099 0.374 0.187 0.44 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.528 ;
      RECT 4.213 0.528 4.323 0.594 ;
      RECT 4.213 0.594 4.279 0.671 ;
      RECT 4.114 0.671 4.279 0.737 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.792 ;
      RECT 4.477 0.792 4.587 0.924 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.63 0.627 3.773 0.693 ;
      RECT 3.707 0.418 3.773 0.627 ;
      RECT 2.145 0.495 2.211 0.748 ;
      RECT 2.112 0.429 2.211 0.495 ;
      LAYER M2L ;
      RECT 2.112 0.627 3.762 0.693 ;
      VIA 2.178 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.356 1.045 4.422 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 3.619 0.946 3.685 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.902 0.528 3.08 0.572 ;
    RECT 0.902 0.572 2.244 0.594 ;
    RECT 3.08 0.528 4.62 0.572 ;
    RECT 0 0.528 0.902 0.594 ;
    RECT 2.244 0.572 4.62 0.594 ;
    RECT 0 0.594 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 1.914 0.165 ;
    RECT 2.211 0.099 2.849 0.165 ;
    RECT 0.209 0.132 0.319 0.264 ;
    RECT 1.848 0.165 1.914 0.297 ;
    RECT 2.211 0.165 2.277 0.297 ;
    RECT 0.385 0.165 0.451 0.352 ;
    RECT 0.737 0.165 0.803 0.561 ;
    RECT 1.023 0.231 1.463 0.297 ;
    RECT 3.993 0.242 4.059 0.462 ;
    RECT 2.86 0.253 3.311 0.319 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 0.253 0.264 0.319 0.583 ;
    RECT 2.343 0.264 2.409 0.616 ;
    RECT 2.475 0.264 2.541 0.715 ;
    RECT 1.023 0.297 1.089 0.44 ;
    RECT 1.397 0.297 1.463 0.792 ;
    RECT 1.848 0.297 2.277 0.363 ;
    RECT 2.629 0.297 2.739 0.385 ;
    RECT 3.245 0.319 3.311 0.891 ;
    RECT 1.529 0.352 1.595 0.418 ;
    RECT 1.188 0.363 1.331 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.442 0.429 ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.629 0.385 3.179 0.451 ;
    RECT 1.529 0.418 1.639 0.484 ;
    RECT 1.265 0.429 1.331 0.836 ;
    RECT 3.113 0.451 3.179 0.693 ;
    RECT 2.629 0.451 2.695 0.847 ;
    RECT 3.993 0.462 4.103 0.528 ;
    RECT 4.389 0.462 4.455 0.66 ;
    RECT 1.573 0.484 1.639 0.891 ;
    RECT 3.839 0.528 4.103 0.594 ;
    RECT 2.772 0.539 3.014 0.605 ;
    RECT 0.693 0.561 0.803 0.627 ;
    RECT 1.738 0.561 1.87 0.627 ;
    RECT 0.187 0.583 0.319 0.649 ;
    RECT 3.839 0.594 3.905 0.781 ;
    RECT 2.772 0.605 2.838 0.759 ;
    RECT 0.869 0.627 1.122 0.693 ;
    RECT 0.693 0.627 0.759 0.715 ;
    RECT 1.804 0.627 1.87 0.715 ;
    RECT 0.187 0.649 0.253 0.847 ;
    RECT 4.345 0.66 4.455 0.726 ;
    RECT 3.377 0.682 3.443 0.781 ;
    RECT 0.869 0.693 0.957 0.858 ;
    RECT 3.036 0.693 3.179 0.759 ;
    RECT 0.352 0.715 0.759 0.781 ;
    RECT 1.804 0.715 2.024 0.781 ;
    RECT 2.321 0.715 2.541 0.781 ;
    RECT 4.345 0.726 4.411 0.803 ;
    RECT 3.971 0.748 4.037 0.803 ;
    RECT 2.772 0.759 2.904 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 2.904 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.958 0.781 2.024 0.847 ;
    RECT 2.321 0.781 2.387 0.847 ;
    RECT 3.377 0.781 3.905 0.847 ;
    RECT 1.023 0.792 1.111 0.891 ;
    RECT 1.397 0.792 1.507 0.858 ;
    RECT 3.971 0.803 4.411 0.869 ;
    RECT 0.187 0.847 0.803 0.913 ;
    RECT 1.958 0.847 2.387 0.913 ;
    RECT 2.475 0.847 2.695 0.913 ;
    RECT 3.795 0.847 3.861 1.056 ;
    RECT 1.441 0.858 1.507 1.023 ;
    RECT 3.971 0.869 4.059 0.99 ;
    RECT 1.023 0.891 1.221 0.957 ;
    RECT 1.573 0.891 1.859 0.957 ;
    RECT 2.86 0.891 3.311 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 2.574 0.957 ;
    RECT 3.168 0.891 4.092 0.957 ;
    VIA 2.508 0.924 V1L2L ;
    VIA 3.234 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.913 0.803 1.023 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.443 0.946 3.509 1.023 ;
    RECT 1.793 0.957 1.859 1.034 ;
    RECT 2.64 0.979 2.772 1.023 ;
    RECT 0.737 1.023 1.507 1.089 ;
    RECT 2.64 1.023 3.509 1.045 ;
    RECT 2.706 1.045 3.509 1.089 ;
  END
END LDN_FDNRBSB_1
#
# 
MACRO LDN_FDNRBSB_2 FOREIGN C0A07BLDN_FDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.587 0.033 4.653 0.198 ;
      RECT 4.587 0.198 4.686 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.517 ;
      RECT 2.156 0.517 2.343 0.583 ;
      RECT 3.729 0.198 3.795 0.374 ;
      RECT 3.729 0.374 4.037 0.44 ;
      RECT 3.971 0.44 4.037 0.528 ;
      LAYER M2L ;
      RECT 2.31 0.231 3.828 0.297 ;
      RECT 2.31 0.297 2.376 0.363 ;
      RECT 2.244 0.363 2.376 0.429 ;
      VIA 3.762 0.264 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.115 0.792 5.247 0.858 ;
      RECT 5.115 0.858 5.181 0.924 ;
      RECT 5.115 0.33 5.247 0.396 ;
      RECT 5.115 0.264 5.181 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.147 0.429 4.213 0.506 ;
      RECT 4.147 0.363 4.323 0.429 ;
      RECT 4.257 0.187 4.323 0.363 ;
      RECT 2.541 0.231 2.607 0.594 ;
      LAYER M2L ;
      RECT 2.508 0.363 4.29 0.429 ;
      VIA 2.574 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.741 0.616 4.851 0.748 ;
      RECT 4.785 0.44 4.851 0.616 ;
      RECT 4.741 0.308 4.851 0.44 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.62 1.045 4.686 1.155 ;
      RECT 4.554 0.979 4.686 1.045 ;
      RECT 4.081 0.946 4.147 1.155 ;
      RECT 1.683 0.946 1.749 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.507 0.099 1.925 0.165 ;
    RECT 0.033 0.132 0.143 0.231 ;
    RECT 0.803 0.132 0.869 0.66 ;
    RECT 4.433 0.132 4.499 0.33 ;
    RECT 3.377 0.154 3.443 0.231 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.957 0.165 1.023 0.352 ;
    RECT 1.353 0.165 1.419 0.858 ;
    RECT 1.859 0.165 1.925 0.286 ;
    RECT 1.507 0.165 1.573 0.759 ;
    RECT 2.145 0.165 2.288 0.231 ;
    RECT 2.948 0.165 3.223 0.231 ;
    RECT 0.033 0.231 0.264 0.297 ;
    RECT 0.44 0.231 0.506 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 2.145 0.231 2.211 0.385 ;
    RECT 3.157 0.231 3.223 0.759 ;
    RECT 3.377 0.231 3.663 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.198 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.264 1.749 0.385 ;
    RECT 0.033 0.297 0.099 0.924 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.089 0.297 1.155 0.891 ;
    RECT 2.717 0.297 2.904 0.363 ;
    RECT 3.597 0.297 3.663 0.627 ;
    RECT 4.433 0.33 4.653 0.396 ;
    RECT 0.627 0.363 0.693 0.957 ;
    RECT 2.717 0.363 2.783 0.759 ;
    RECT 3.003 0.363 3.091 0.726 ;
    RECT 1.683 0.385 2.211 0.451 ;
    RECT 4.587 0.396 4.653 0.825 ;
    RECT 1.221 0.407 1.287 0.748 ;
    RECT 3.399 0.407 3.465 0.627 ;
    RECT 2.849 0.462 2.915 0.891 ;
    RECT 5.049 0.462 5.115 0.528 ;
    RECT 4.323 0.495 4.488 0.561 ;
    LAYER M2L ;
    RECT 0.726 0.495 3.102 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 3.036 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.76 0.517 2.057 0.583 ;
    RECT 4.983 0.528 5.115 0.594 ;
    RECT 4.323 0.561 4.389 0.627 ;
    LAYER M2L ;
    RECT 0.726 0.561 0.792 0.627 ;
    LAYER M1L ;
    RECT 1.991 0.583 2.057 0.759 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.322 0.627 3.498 0.693 ;
    RECT 3.597 0.627 4.389 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 0.792 0.693 ;
    RECT 0.924 0.627 3.498 0.693 ;
    VIA 3.432 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.803 0.66 1.023 0.726 ;
    RECT 3.597 0.693 3.663 0.891 ;
    RECT 0.803 0.726 0.869 0.792 ;
    RECT 1.507 0.759 1.925 0.825 ;
    RECT 1.991 0.759 2.783 0.825 ;
    RECT 3.157 0.759 3.476 0.825 ;
    RECT 3.806 0.759 4.323 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.3 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.859 0.825 1.925 0.99 ;
    RECT 1.507 0.825 1.573 1.023 ;
    RECT 4.257 0.825 4.653 0.847 ;
    RECT 4.257 0.847 5.049 0.913 ;
    RECT 0.957 0.858 1.023 1.023 ;
    RECT 1.089 0.891 1.254 0.957 ;
    RECT 2.024 0.891 2.915 0.957 ;
    RECT 3.168 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 2.178 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.981 0.902 3.047 1.023 ;
    RECT 4.257 0.913 4.323 1.056 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.905 0.924 3.971 1.023 ;
    RECT 0.374 0.957 0.836 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
    RECT 2.981 1.023 3.971 1.089 ;
  END
END LDN_FDNRBSB_2
#
# 
MACRO LDN_FDNRBSB_4 FOREIGN C0A07BLDN_FDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.72 0.033 5.786 0.165 ;
      RECT 5.654 0.165 5.786 0.231 ;
      RECT 5.335 0.033 5.401 0.198 ;
      RECT 5.335 0.198 5.434 0.264 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.796 0.143 4.928 0.209 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.517 ;
      RECT 2.486 0.517 2.805 0.583 ;
      RECT 4.521 0.198 4.587 0.385 ;
      RECT 4.521 0.385 4.785 0.451 ;
      RECT 4.719 0.451 4.785 0.528 ;
      LAYER M2L ;
      RECT 2.805 0.231 4.62 0.297 ;
      RECT 2.805 0.297 2.871 0.363 ;
      RECT 2.706 0.363 2.871 0.429 ;
      VIA 4.554 0.264 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.895 0.396 4.983 0.528 ;
      RECT 4.895 0.33 5.071 0.396 ;
      RECT 2.937 0.429 3.003 0.594 ;
      RECT 2.937 0.363 3.102 0.429 ;
      LAYER M2L ;
      RECT 2.97 0.363 5.016 0.429 ;
      VIA 3.036 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END SD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.693 ;
      RECT 5.511 0.693 5.962 0.759 ;
      RECT 5.511 0.616 5.577 0.693 ;
      RECT 5.511 0.297 5.962 0.363 ;
      RECT 5.511 0.363 5.577 0.44 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.726 6.732 0.858 ;
      RECT 6.204 0.858 6.292 0.99 ;
      RECT 6.501 0.363 6.567 0.726 ;
      RECT 6.182 0.297 6.666 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.654 1.023 5.72 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.302 1.023 5.368 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 4.829 0.946 4.895 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.88 0.528 4.334 0.572 ;
    RECT 3.146 0.572 3.63 0.638 ;
    RECT 0 0.528 0.88 0.572 ;
    RECT 4.334 0.528 6.864 0.572 ;
    RECT 0 0.572 3.146 0.638 ;
    RECT 3.63 0.572 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.715 0.099 1.551 0.165 ;
    RECT 2.959 0.132 3.509 0.198 ;
    RECT 5.181 0.132 5.247 0.33 ;
    RECT 3.586 0.143 4.433 0.209 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.451 0.165 0.781 0.231 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.09 0.231 ;
    RECT 2.959 0.198 3.025 0.231 ;
    RECT 3.443 0.198 3.509 0.264 ;
    RECT 3.586 0.209 3.652 0.242 ;
    RECT 4.367 0.209 4.433 0.627 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.715 0.231 0.781 0.825 ;
    RECT 2.882 0.231 3.025 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 3.762 0.275 4.301 0.341 ;
    RECT 1.034 0.297 1.221 0.363 ;
    RECT 1.782 0.297 2.585 0.363 ;
    RECT 1.287 0.33 1.353 0.759 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 5.181 0.33 5.445 0.396 ;
    RECT 4.235 0.341 4.301 0.759 ;
    RECT 1.155 0.363 1.221 0.891 ;
    RECT 3.267 0.396 3.366 0.462 ;
    RECT 5.379 0.396 5.445 0.759 ;
    RECT 3.432 0.418 3.498 0.495 ;
    RECT 3.3 0.462 3.366 0.891 ;
    RECT 5.071 0.462 5.137 0.495 ;
    RECT 3.432 0.495 3.828 0.561 ;
    RECT 5.071 0.495 5.302 0.561 ;
    RECT 6.061 0.495 6.402 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.564 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.793 0.572 ;
    RECT 4.059 0.506 4.125 0.627 ;
    RECT 1.892 0.517 2.365 0.583 ;
    RECT 5.236 0.561 5.302 0.605 ;
    RECT 5.071 0.561 5.137 0.627 ;
    RECT 6.061 0.561 6.127 0.825 ;
    RECT 3.157 0.572 3.223 0.759 ;
    RECT 1.727 0.572 1.793 0.825 ;
    RECT 2.299 0.583 2.365 0.891 ;
    RECT 0.869 0.627 1.056 0.693 ;
    RECT 3.564 0.627 4.125 0.693 ;
    RECT 4.367 0.627 5.137 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 3.696 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.693 0.935 1.056 ;
    RECT 4.367 0.693 4.433 0.891 ;
    RECT 0.297 0.726 0.363 0.825 ;
    RECT 1.287 0.759 1.584 0.825 ;
    RECT 2.508 0.759 3.223 0.825 ;
    RECT 3.487 0.759 4.301 0.825 ;
    RECT 4.554 0.759 5.445 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    RECT 1.452 0.759 2.64 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.473 0.825 0.781 0.891 ;
    RECT 1.727 0.825 2.233 0.891 ;
    RECT 3.487 0.825 3.553 1.023 ;
    RECT 5.379 0.825 6.127 0.891 ;
    RECT 5.005 0.825 5.071 1.056 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 0.473 0.891 0.539 0.99 ;
    RECT 2.299 0.891 3.366 0.957 ;
    RECT 1.727 0.891 1.793 1.023 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 3.916 0.891 4.433 0.957 ;
    RECT 1.023 0.902 1.089 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 1.023 1.023 1.793 1.089 ;
    RECT 2.167 1.023 3.553 1.089 ;
    RECT 3.619 1.023 4.719 1.089 ;
  END
END LDN_FDNRBSB_4
#
# 
MACRO LDN_FDNRBSB_8 FOREIGN C0A07BLDN_FDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.734 0.033 8.8 0.165 ;
      RECT 8.734 0.165 8.866 0.231 ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.264 ;
      RECT 8.382 0.033 8.448 0.165 ;
      RECT 8.382 0.165 8.514 0.231 ;
      RECT 8.03 0.033 8.096 0.165 ;
      RECT 8.03 0.165 8.162 0.231 ;
      RECT 7.711 0.033 7.777 0.264 ;
      RECT 7.326 0.033 7.392 0.165 ;
      RECT 7.326 0.165 7.458 0.231 ;
      RECT 6.974 0.033 7.04 0.165 ;
      RECT 6.974 0.165 7.106 0.231 ;
      RECT 6.688 0.033 6.754 0.165 ;
      RECT 6.622 0.165 6.754 0.231 ;
      RECT 6.303 0.033 6.369 0.264 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 5.005 0.033 5.071 0.242 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.561 ;
      RECT 2.937 0.561 3.135 0.627 ;
      RECT 2.937 0.627 3.003 0.792 ;
      RECT 4.851 0.132 4.917 0.341 ;
      RECT 4.851 0.341 5.038 0.407 ;
      LAYER M2L ;
      RECT 3.135 0.231 4.95 0.297 ;
      RECT 3.135 0.297 3.201 0.363 ;
      RECT 3.036 0.363 3.201 0.429 ;
      VIA 4.884 0.264 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.495 5.368 0.561 ;
      RECT 5.302 0.561 5.368 0.627 ;
      RECT 5.302 0.627 5.434 0.693 ;
      RECT 3.289 0.429 3.355 0.594 ;
      RECT 3.289 0.363 3.454 0.429 ;
      LAYER M2L ;
      RECT 3.3 0.363 4.191 0.429 ;
      RECT 4.125 0.429 4.191 0.495 ;
      RECT 4.125 0.495 5.016 0.561 ;
      VIA 3.366 0.396 V1L2L ;
      VIA 4.95 0.528 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.726 ;
      RECT 0.429 0.33 0.561 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 6.446 0.693 7.634 0.759 ;
      RECT 6.446 0.297 7.634 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.887 0.726 9.108 0.858 ;
      RECT 7.887 0.858 7.953 0.99 ;
      RECT 7.854 0.297 9.042 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.03 1.023 8.096 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.326 1.023 7.392 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.622 1.023 6.688 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 9.119 0.924 9.185 1.155 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.734 0.957 8.866 1.023 ;
      RECT 8.382 1.023 8.448 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 6.974 1.023 7.04 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.181 0.946 5.247 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 2.508 0.528 3.982 0.638 ;
    RECT 5.06 0.528 5.764 0.682 ;
    RECT 0 0.528 2.508 0.638 ;
    RECT 3.982 0.528 5.06 0.638 ;
    RECT 0 0.638 5.06 0.682 ;
    RECT 5.764 0.528 9.24 0.682 ;
    RECT 0 0.682 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.551 0.165 ;
    RECT 3.971 0.099 4.411 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 3.289 0.132 3.861 0.198 ;
    RECT 3.971 0.143 4.785 0.165 ;
    RECT 5.577 0.143 6.028 0.209 ;
    RECT 0.693 0.165 0.759 0.198 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.42 0.231 ;
    RECT 4.345 0.165 4.785 0.209 ;
    RECT 3.971 0.165 4.037 0.242 ;
    RECT 0.451 0.198 0.759 0.264 ;
    RECT 3.289 0.198 3.377 0.231 ;
    RECT 3.795 0.198 3.861 0.264 ;
    RECT 4.719 0.209 4.785 0.627 ;
    RECT 5.577 0.209 5.643 0.33 ;
    RECT 2.871 0.22 2.937 0.297 ;
    RECT 3.234 0.231 3.377 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 4.114 0.253 4.246 0.297 ;
    RECT 0.847 0.264 0.913 0.627 ;
    RECT 1.265 0.264 1.331 0.759 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 5.181 0.264 5.247 0.33 ;
    RECT 6.149 0.264 6.215 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.012 0.297 1.199 0.363 ;
    RECT 1.76 0.297 2.937 0.363 ;
    RECT 4.114 0.297 4.653 0.319 ;
    RECT 4.18 0.319 4.653 0.363 ;
    RECT 3.619 0.33 3.685 0.396 ;
    RECT 5.181 0.33 5.643 0.396 ;
    RECT 5.72 0.341 6.215 0.407 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.133 0.363 1.199 0.759 ;
    RECT 1.76 0.363 1.826 0.396 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 3.619 0.396 3.718 0.462 ;
    RECT 5.72 0.407 5.786 0.825 ;
    RECT 3.784 0.418 3.85 0.495 ;
    RECT 3.652 0.462 3.718 0.891 ;
    RECT 3.784 0.495 4.18 0.561 ;
    RECT 5.94 0.495 7.194 0.561 ;
    RECT 7.755 0.495 8.58 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.96 0.561 ;
    RECT 5.181 0.495 6.27 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.894 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.771 0.572 ;
    RECT 4.411 0.506 4.477 0.627 ;
    RECT 1.87 0.517 2.849 0.583 ;
    RECT 7.755 0.561 7.821 0.825 ;
    LAYER M2L ;
    RECT 5.181 0.561 5.247 0.627 ;
    LAYER M1L ;
    RECT 3.509 0.572 3.575 0.759 ;
    RECT 1.705 0.572 1.771 0.825 ;
    RECT 2.783 0.583 2.849 0.891 ;
    RECT 0.847 0.627 1.034 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 4.719 0.627 5.17 0.693 ;
    LAYER M2L ;
    RECT 0.858 0.627 4.092 0.693 ;
    RECT 4.752 0.627 5.247 0.693 ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.924 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.693 0.913 1.056 ;
    RECT 4.719 0.693 4.785 0.891 ;
    RECT 1.056 0.759 1.199 0.825 ;
    RECT 1.265 0.759 1.584 0.825 ;
    RECT 3.102 0.759 3.575 0.825 ;
    RECT 3.839 0.759 4.653 0.825 ;
    RECT 4.906 0.759 5.533 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.188 0.825 ;
    RECT 1.452 0.759 3.234 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.133 0.825 1.199 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 1.705 0.825 2.717 0.891 ;
    RECT 3.839 0.825 3.905 1.023 ;
    RECT 5.467 0.825 7.821 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 1.133 0.891 1.54 0.957 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 2.783 0.891 3.718 0.957 ;
    RECT 1.705 0.891 1.771 1.023 ;
    RECT 2.651 0.891 2.717 1.023 ;
    RECT 4.268 0.891 4.785 0.957 ;
    RECT 5.467 0.891 5.533 1.056 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 3.971 0.924 4.037 1.023 ;
    RECT 5.005 0.924 5.071 1.023 ;
    RECT 1.001 1.023 1.771 1.089 ;
    RECT 2.651 1.023 3.905 1.089 ;
    RECT 3.971 1.023 5.071 1.089 ;
  END
END LDN_FDNRBSB_8
#
# 
MACRO LDN_FDPCBQ_1 FOREIGN C0A07BLDN_FDPCBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.033 3.465 0.264 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.575 0.198 3.663 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.704 2.211 0.858 ;
      RECT 2.101 0.33 2.211 0.704 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 1.166 0.528 2.574 0.616 ;
    RECT 0 0.528 1.166 0.616 ;
    RECT 2.574 0.528 3.696 0.616 ;
    RECT 0 0.616 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.245 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.319 ;
    RECT 1.947 0.143 2.354 0.209 ;
    RECT 1.155 0.165 1.221 0.363 ;
    RECT 1.342 0.165 1.87 0.231 ;
    RECT 2.475 0.165 2.541 0.418 ;
    RECT 3.179 0.165 3.245 0.77 ;
    RECT 0.055 0.176 0.121 0.286 ;
    RECT 0.429 0.176 0.495 1.023 ;
    RECT 0.583 0.198 0.649 0.891 ;
    RECT 1.947 0.209 2.013 0.759 ;
    RECT 1.804 0.231 1.87 0.341 ;
    RECT 2.684 0.231 2.849 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.254 0.297 ;
    VIA 1.188 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.33 ;
    RECT 2.739 0.297 2.849 0.374 ;
    RECT 2.343 0.308 2.409 0.924 ;
    RECT 0.715 0.319 1.045 0.385 ;
    RECT 1.408 0.33 1.474 0.363 ;
    RECT 1.551 0.33 1.617 0.495 ;
    RECT 2.937 0.33 3.069 0.396 ;
    RECT 1.738 0.341 1.87 0.407 ;
    RECT 1.155 0.363 1.474 0.429 ;
    RECT 2.739 0.374 2.805 1.023 ;
    RECT 0.715 0.385 0.781 0.715 ;
    RECT 3.003 0.396 3.069 0.891 ;
    RECT 2.607 0.462 2.673 0.935 ;
    RECT 3.333 0.462 3.399 1.023 ;
    RECT 0.946 0.495 1.617 0.561 ;
    RECT 1.815 0.506 1.881 0.627 ;
    RECT 2.871 0.528 2.937 0.924 ;
    RECT 1.353 0.561 1.419 0.891 ;
    RECT 1.65 0.627 1.881 0.693 ;
    LAYER M2L ;
    RECT 1.716 0.627 2.97 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.682 1.551 0.759 ;
    RECT 0.715 0.715 1.254 0.781 ;
    RECT 1.485 0.759 2.013 0.825 ;
    RECT 1.947 0.825 2.013 0.88 ;
    RECT 0.583 0.891 1.254 0.957 ;
    RECT 1.353 0.891 1.694 0.957 ;
    RECT 3.003 0.891 3.168 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 3.168 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.102 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.924 1.859 1.023 ;
    RECT 2.508 0.935 2.673 1.001 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.231 1.023 1.859 1.089 ;
    RECT 2.739 1.023 3.399 1.089 ;
  END
END LDN_FDPCBQ_1
#
# 
MACRO LDN_FDPCBQ_2 FOREIGN C0A07BLDN_FDPCBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.1 0.033 1.166 0.187 ;
      RECT 1.1 0.187 1.232 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.301 0.924 4.455 0.99 ;
      RECT 4.301 0.99 4.367 1.056 ;
      RECT 4.301 0.198 4.455 0.264 ;
      RECT 4.301 0.132 4.367 0.198 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.561 ;
      RECT 0.143 0.561 0.693 0.627 ;
      RECT 0.297 0.627 0.363 0.858 ;
      RECT 0.627 0.462 0.693 0.561 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.847 ;
      RECT 2.541 0.847 2.871 0.913 ;
      RECT 2.805 0.913 2.871 0.99 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 0.715 1.045 0.781 1.155 ;
      RECT 0.715 0.979 0.858 1.045 ;
      RECT 1.177 1.045 1.243 1.155 ;
      RECT 1.1 0.979 1.243 1.045 ;
      RECT 0.385 0.924 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.54 0.528 2.398 0.638 ;
    RECT 0 0.528 1.54 0.638 ;
    RECT 2.398 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.816 0.165 ;
    RECT 2.937 0.099 3.168 0.165 ;
    RECT 1.353 0.132 1.419 0.319 ;
    RECT 3.531 0.132 3.641 0.297 ;
    RECT 3.905 0.132 3.971 0.297 ;
    RECT 1.716 0.143 2.222 0.209 ;
    RECT 2.409 0.165 2.475 0.759 ;
    RECT 2.937 0.165 3.003 1.023 ;
    RECT 0.957 0.198 1.023 0.748 ;
    RECT 2.156 0.209 2.222 0.341 ;
    RECT 3.311 0.22 3.377 0.891 ;
    RECT 3.102 0.231 3.234 0.297 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.63 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.707 0.264 3.773 0.495 ;
    RECT 2.805 0.286 2.871 0.748 ;
    RECT 0.352 0.297 0.891 0.363 ;
    RECT 3.168 0.297 3.234 0.693 ;
    RECT 3.476 0.297 3.641 0.363 ;
    RECT 3.905 0.297 4.191 0.363 ;
    RECT 1.089 0.319 1.419 0.385 ;
    RECT 1.826 0.33 1.892 0.363 ;
    RECT 1.969 0.33 2.035 0.495 ;
    RECT 2.156 0.341 2.288 0.407 ;
    RECT 1.518 0.363 1.892 0.429 ;
    RECT 0.825 0.363 0.891 0.847 ;
    RECT 4.125 0.363 4.191 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.65 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.385 1.155 0.671 ;
    RECT 3.465 0.462 3.531 0.792 ;
    RECT 1.32 0.495 2.035 0.561 ;
    RECT 3.707 0.495 4.026 0.561 ;
    RECT 2.244 0.506 2.31 0.605 ;
    RECT 1.617 0.561 1.683 0.891 ;
    RECT 3.707 0.561 3.773 0.891 ;
    RECT 2.09 0.605 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.564 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.671 1.551 0.737 ;
    RECT 3.102 0.693 3.234 0.759 ;
    RECT 1.485 0.737 1.551 0.814 ;
    RECT 1.826 0.759 2.475 0.825 ;
    RECT 3.905 0.759 4.191 0.825 ;
    RECT 2.409 0.825 2.475 1.056 ;
    RECT 3.905 0.825 3.971 1.023 ;
    RECT 0.561 0.847 1.375 0.913 ;
    RECT 1.617 0.891 2.112 0.957 ;
    RECT 3.311 0.891 3.773 0.957 ;
    RECT 0.561 0.913 0.627 0.99 ;
    RECT 1.309 0.913 1.375 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.309 1.023 2.277 1.089 ;
    RECT 2.937 1.023 3.971 1.089 ;
  END
END LDN_FDPCBQ_2
#
# 
MACRO LDN_FDPCBQ_3 FOREIGN C0A07BLDN_FDPCBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 3.267 0.033 3.333 0.264 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.759 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.297 0.33 0.495 0.396 ;
      RECT 0.297 0.396 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.825 ;
      RECT 4.906 0.825 5.379 0.891 ;
      RECT 5.291 0.891 5.379 0.99 ;
      RECT 4.906 0.297 5.379 0.363 ;
      RECT 5.291 0.198 5.379 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 1.221 1.045 1.287 1.155 ;
      RECT 1.144 0.979 1.287 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.708 1.045 4.774 1.155 ;
      RECT 4.708 0.979 4.84 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.454 0.528 4.554 0.572 ;
    RECT 0 0.528 3.454 0.572 ;
    RECT 4.554 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.099 2.761 0.165 ;
    RECT 3.674 0.099 4.609 0.165 ;
    RECT 1.749 0.132 1.815 0.319 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 2.145 0.165 2.211 0.264 ;
    RECT 2.695 0.165 2.761 0.264 ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 2.871 0.165 3.168 0.231 ;
    RECT 4.543 0.165 4.609 0.297 ;
    RECT 1.001 0.198 1.089 0.363 ;
    RECT 0.825 0.231 0.891 0.847 ;
    RECT 2.871 0.231 2.937 1.023 ;
    RECT 3.63 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.99 0.231 3.762 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.264 1.419 0.363 ;
    RECT 2.299 0.264 2.365 0.363 ;
    RECT 2.475 0.264 2.541 0.495 ;
    RECT 3.795 0.297 3.861 0.924 ;
    RECT 4.543 0.297 4.807 0.363 ;
    RECT 1.551 0.319 1.815 0.385 ;
    RECT 1.001 0.363 1.419 0.429 ;
    RECT 1.914 0.363 2.365 0.429 ;
    RECT 3.267 0.363 3.509 0.429 ;
    RECT 4.741 0.363 4.807 0.781 ;
    RECT 3.971 0.363 4.466 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.046 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.385 1.617 0.495 ;
    RECT 2.629 0.396 2.717 0.627 ;
    RECT 1.001 0.429 1.067 0.715 ;
    RECT 3.267 0.429 3.333 0.924 ;
    RECT 4.4 0.429 4.466 0.495 ;
    RECT 3.971 0.429 4.037 1.023 ;
    RECT 4.609 0.462 4.675 0.495 ;
    RECT 1.166 0.495 1.617 0.561 ;
    RECT 1.738 0.495 2.541 0.561 ;
    RECT 4.4 0.495 4.675 0.561 ;
    RECT 4.125 0.528 4.191 0.924 ;
    RECT 1.551 0.561 1.617 0.627 ;
    RECT 2.475 0.561 2.541 0.77 ;
    RECT 4.609 0.561 4.675 0.594 ;
    RECT 1.551 0.627 2.123 0.715 ;
    RECT 2.629 0.627 2.772 0.693 ;
    RECT 3.399 0.627 3.674 0.693 ;
    LAYER M2L ;
    RECT 2.64 0.627 4.224 0.693 ;
    VIA 2.706 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 1.001 0.715 1.452 0.781 ;
    RECT 2.057 0.715 2.123 0.924 ;
    RECT 4.378 0.781 4.807 0.847 ;
    RECT 2.695 0.792 2.761 0.891 ;
    RECT 0.198 0.847 1.617 0.913 ;
    RECT 4.543 0.847 4.609 1.056 ;
    RECT 2.189 0.891 2.761 0.957 ;
    RECT 1.551 0.913 1.617 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 2.189 0.957 2.255 1.023 ;
    RECT 1.551 1.023 2.255 1.089 ;
    RECT 2.376 1.023 3.465 1.089 ;
    RECT 3.619 1.023 4.037 1.089 ;
  END
END LDN_FDPCBQ_3
#
# 
MACRO LDN_FDPCBQ_4 FOREIGN C0A07BLDN_FDPCBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 3.333 0.033 3.399 0.242 ;
      RECT 2.937 0.033 3.003 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.759 0.781 ;
      RECT 0.693 0.462 0.759 0.715 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.429 0.33 0.627 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 5.005 0.726 5.544 0.858 ;
      RECT 5.005 0.858 5.093 0.99 ;
      RECT 5.027 0.297 5.478 0.363 ;
      RECT 5.027 0.22 5.093 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 1.287 1.045 1.353 1.155 ;
      RECT 1.21 0.979 1.353 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.17 1.045 5.236 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.52 0.528 4.62 0.572 ;
    RECT 0 0.528 3.52 0.572 ;
    RECT 4.62 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.099 2.827 0.165 ;
    RECT 3.74 0.099 4.697 0.165 ;
    RECT 1.815 0.132 1.881 0.319 ;
    RECT 2.211 0.165 2.277 0.264 ;
    RECT 2.761 0.165 2.827 0.264 ;
    RECT 0.374 0.165 0.957 0.231 ;
    RECT 3.069 0.165 3.234 0.231 ;
    RECT 4.631 0.165 4.697 0.297 ;
    RECT 1.067 0.198 1.155 0.363 ;
    RECT 3.509 0.198 3.575 0.495 ;
    RECT 0.891 0.231 0.957 0.847 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 3.696 0.231 3.927 0.297 ;
    RECT 4.048 0.231 4.499 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 3.828 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.264 1.485 0.363 ;
    RECT 2.365 0.264 2.431 0.363 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 3.861 0.297 3.927 0.363 ;
    RECT 4.631 0.297 4.939 0.363 ;
    RECT 4.433 0.297 4.499 0.495 ;
    RECT 1.617 0.319 1.881 0.385 ;
    RECT 1.067 0.363 1.485 0.429 ;
    RECT 1.98 0.363 2.431 0.429 ;
    RECT 2.673 0.363 3.135 0.429 ;
    RECT 3.861 0.363 4.356 0.429 ;
    RECT 4.873 0.363 4.939 0.803 ;
    LAYER M2L ;
    RECT 0.858 0.363 2.112 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.385 1.683 0.495 ;
    RECT 1.067 0.429 1.133 0.693 ;
    RECT 2.673 0.429 2.739 0.627 ;
    RECT 4.29 0.429 4.356 0.803 ;
    RECT 4.741 0.462 4.807 0.495 ;
    RECT 1.232 0.495 1.683 0.561 ;
    RECT 1.804 0.495 2.607 0.561 ;
    RECT 2.838 0.495 3.135 0.561 ;
    RECT 3.509 0.495 4.191 0.561 ;
    RECT 4.433 0.495 4.807 0.561 ;
    RECT 1.617 0.561 1.683 0.649 ;
    RECT 2.541 0.561 2.607 0.748 ;
    RECT 3.509 0.561 3.575 0.572 ;
    RECT 4.125 0.561 4.191 0.66 ;
    RECT 3.069 0.561 3.135 0.825 ;
    RECT 4.741 0.561 4.807 0.594 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 3.333 0.572 3.575 0.638 ;
    RECT 2.673 0.627 3.003 0.693 ;
    RECT 3.641 0.627 3.916 0.693 ;
    RECT 3.333 0.638 3.399 0.825 ;
    RECT 1.617 0.649 2.189 0.715 ;
    RECT 1.067 0.693 1.518 0.759 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 3.641 0.693 3.707 0.759 ;
    RECT 2.123 0.715 2.189 0.924 ;
    RECT 4.565 0.726 4.631 0.803 ;
    RECT 3.465 0.759 3.707 0.825 ;
    RECT 3.828 0.803 4.356 0.869 ;
    RECT 4.565 0.803 4.939 0.869 ;
    RECT 2.761 0.814 2.827 0.891 ;
    RECT 3.465 0.825 3.531 0.99 ;
    RECT 3.069 0.825 3.399 0.891 ;
    RECT 0.198 0.847 1.683 0.913 ;
    RECT 4.631 0.869 4.697 1.056 ;
    RECT 2.255 0.891 2.827 0.957 ;
    LAYER M2L ;
    RECT 2.904 0.891 3.564 0.957 ;
    VIA 2.97 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.255 0.957 2.321 1.023 ;
    RECT 3.652 0.957 4.499 1.023 ;
    RECT 1.617 1.023 2.321 1.089 ;
    RECT 2.442 1.023 3.003 1.089 ;
  END
END LDN_FDPCBQ_4
#
# 
MACRO LDN_FDPCBQ_HD_1 FOREIGN C0A07BLDN_FDPCBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.838 0.033 2.904 0.275 ;
      RECT 2.772 0.275 2.904 0.341 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.198 3.399 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.858 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 2.981 0.264 3.047 0.429 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.673 0.429 3.047 0.495 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.19 0.561 ;
    RECT 2.673 0.495 2.739 0.594 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.792 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 2.805 0.594 2.871 0.979 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.638 0.561 0.825 ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.805 0.979 3.014 1.045 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDN_FDPCBQ_HD_1
#
# 
MACRO LDN_FDPCBQ_HD_2 FOREIGN C0A07BLDN_FDPCBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDN_FDPCBQ_HD_2
#
# 
MACRO LDN_FDPCBQ_HD_3 FOREIGN C0A07BLDN_FDPCBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.729 0.759 3.795 0.99 ;
      RECT 3.278 0.693 3.795 0.759 ;
      RECT 3.729 0.198 3.795 0.297 ;
      RECT 3.278 0.297 3.795 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.498 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDN_FDPCBQ_HD_3
#
# 
MACRO LDN_FDPCBQ_HD_4 FOREIGN C0A07BLDN_FDPCBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.168 0.726 3.828 0.858 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 1.023 ;
      RECT 1.628 1.023 1.815 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 1.573 0.099 2.024 0.165 ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 1.573 0.165 1.683 0.264 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 1.617 0.264 1.683 0.616 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.991 0.286 2.057 0.495 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.432 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDN_FDPCBQ_HD_4
#
# 
MACRO LDN_FDPQB_1 FOREIGN C0A07BLDN_FDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.253 ;
      RECT 2.222 0.253 2.354 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.462 ;
      RECT 2.761 0.462 2.871 0.594 ;
      RECT 2.761 0.594 2.827 0.66 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 2.97 0.935 3.135 1.001 ;
      RECT 2.97 0.165 3.135 0.231 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.275 0.88 0.341 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      RECT 1.441 0.902 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.079 0.165 ;
    RECT 0.693 0.165 0.759 0.396 ;
    RECT 2.013 0.165 2.079 0.528 ;
    RECT 2.607 0.198 2.673 0.781 ;
    RECT 2.431 0.22 2.519 0.385 ;
    RECT 0.451 0.231 0.594 0.297 ;
    RECT 0.825 0.231 1.551 0.297 ;
    RECT 1.804 0.231 1.947 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 2.706 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.683 0.726 ;
    RECT 0.451 0.297 0.517 0.759 ;
    RECT 1.485 0.297 1.551 0.594 ;
    RECT 0.825 0.297 0.891 0.737 ;
    RECT 1.881 0.297 1.947 0.627 ;
    RECT 0.033 0.319 0.176 0.385 ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 2.189 0.385 2.519 0.451 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 0.605 0.396 0.759 0.462 ;
    RECT 2.189 0.451 2.255 0.528 ;
    RECT 2.453 0.451 2.519 0.924 ;
    RECT 0.605 0.462 0.671 0.594 ;
    RECT 2.937 0.462 3.003 0.759 ;
    RECT 1.1 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.726 ;
    RECT 0.605 0.594 0.759 0.66 ;
    RECT 1.881 0.627 2.189 0.693 ;
    RECT 2.321 0.638 2.387 0.759 ;
    RECT 0.693 0.66 0.759 0.891 ;
    RECT 2.123 0.693 2.189 0.759 ;
    RECT 1.155 0.726 1.221 1.023 ;
    RECT 1.353 0.726 1.683 0.792 ;
    RECT 0.825 0.737 0.968 0.803 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.451 0.759 0.594 0.825 ;
    RECT 1.749 0.759 2.057 0.825 ;
    RECT 2.123 0.759 2.387 0.825 ;
    RECT 2.772 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 1.914 0.825 ;
    RECT 2.244 0.759 2.904 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.31 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.825 2.057 0.902 ;
    RECT 2.123 0.825 2.189 1.023 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 1.859 0.946 1.925 1.023 ;
    RECT 0.748 1.023 1.221 1.089 ;
    RECT 1.859 1.023 2.189 1.089 ;
  END
END LDN_FDPQB_1
#
# 
MACRO LDN_FDPQB_2 FOREIGN C0A07BLDN_FDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.825 4.026 0.891 ;
      RECT 3.861 0.297 4.026 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.561 2.079 0.858 ;
      RECT 1.914 0.451 2.079 0.561 ;
      RECT 1.914 0.396 1.98 0.451 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.683 0.143 ;
    RECT 0.077 0.099 0.869 0.165 ;
    RECT 1.958 0.099 2.222 0.165 ;
    RECT 2.343 0.099 3.19 0.165 ;
    RECT 3.355 0.099 3.795 0.165 ;
    RECT 1.012 0.143 1.683 0.165 ;
    RECT 1.012 0.165 1.144 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 0.077 0.165 0.143 0.264 ;
    RECT 0.803 0.165 0.869 0.297 ;
    RECT 0.297 0.165 0.363 0.836 ;
    RECT 1.958 0.165 2.024 0.231 ;
    RECT 3.124 0.165 3.19 0.209 ;
    RECT 2.343 0.165 2.409 0.418 ;
    RECT 3.355 0.165 3.421 0.341 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 3.124 0.209 3.256 0.275 ;
    RECT 1.749 0.231 2.024 0.297 ;
    RECT 0.429 0.253 0.66 0.319 ;
    RECT 1.397 0.264 1.463 0.429 ;
    RECT 1.254 0.264 1.32 0.297 ;
    RECT 2.189 0.264 2.255 0.627 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 2.739 0.264 2.805 0.495 ;
    RECT 2.926 0.264 2.992 0.341 ;
    RECT 3.531 0.286 3.597 0.495 ;
    RECT 0.803 0.297 1.32 0.363 ;
    RECT 1.749 0.297 1.815 0.638 ;
    RECT 0.429 0.319 0.495 0.891 ;
    RECT 2.926 0.341 3.421 0.407 ;
    LAYER M2L ;
    RECT 2.508 0.363 3.828 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.429 1.507 0.495 ;
    RECT 1.617 0.462 1.683 0.792 ;
    RECT 0.561 0.495 0.627 0.594 ;
    RECT 1.441 0.495 1.507 0.924 ;
    RECT 2.486 0.495 2.607 0.561 ;
    RECT 2.739 0.495 2.981 0.561 ;
    RECT 3.256 0.495 3.597 0.561 ;
    RECT 2.915 0.561 2.981 0.759 ;
    RECT 3.531 0.561 3.597 0.748 ;
    RECT 1.133 0.572 1.287 0.638 ;
    RECT 2.189 0.627 2.794 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.848 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.638 1.287 0.924 ;
    RECT 1.749 0.638 1.892 0.726 ;
    RECT 2.189 0.693 2.255 1.023 ;
    RECT 2.343 0.759 2.981 0.825 ;
    RECT 1.001 0.77 1.067 0.891 ;
    RECT 1.617 0.792 1.947 0.858 ;
    RECT 2.343 0.825 2.409 0.99 ;
    RECT 0.077 0.836 0.363 0.902 ;
    RECT 1.881 0.858 1.947 1.023 ;
    RECT 0.429 0.891 1.067 0.957 ;
    RECT 2.926 0.891 3.3 0.957 ;
    RECT 2.519 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.891 2.442 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 0.99 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.902 0.143 0.99 ;
    RECT 0.297 0.902 0.363 1.023 ;
    RECT 1.617 0.924 1.749 0.99 ;
    RECT 2.739 0.957 2.805 1.023 ;
    RECT 2.519 0.957 2.585 1.034 ;
    RECT 1.617 0.99 1.683 1.023 ;
    RECT 0.297 1.023 1.683 1.089 ;
    RECT 1.881 1.023 2.255 1.089 ;
    RECT 2.739 1.023 3.795 1.089 ;
  END
END LDN_FDPQB_2
#
# 
MACRO LDN_FDPQB_3 FOREIGN C0A07BLDN_FDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 2.211 0.033 2.277 0.198 ;
      RECT 2.211 0.198 2.321 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.488 0.726 5.049 0.858 ;
      RECT 4.983 0.858 5.049 0.99 ;
      RECT 4.554 0.297 5.082 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.365 0.616 2.475 0.748 ;
      RECT 2.409 0.748 2.475 0.781 ;
      RECT 2.409 0.781 2.508 0.847 ;
      RECT 2.409 0.528 2.475 0.616 ;
      RECT 2.409 0.462 2.519 0.528 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.496 0.528 2.266 0.594 ;
    RECT 0 0.528 1.496 0.594 ;
    RECT 2.266 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 3.113 0.099 3.905 0.165 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 2.937 0.132 3.003 0.627 ;
    RECT 2.431 0.154 2.497 0.33 ;
    RECT 1.43 0.165 2.134 0.231 ;
    RECT 3.839 0.165 3.905 0.264 ;
    RECT 3.113 0.165 3.179 0.33 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 0.583 0.264 1.133 0.33 ;
    RECT 3.311 0.264 3.399 0.528 ;
    RECT 3.509 0.264 3.575 0.495 ;
    RECT 3.663 0.264 3.751 0.363 ;
    RECT 4.191 0.286 4.257 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 1.067 0.33 1.133 0.759 ;
    RECT 0.583 0.33 0.649 0.792 ;
    RECT 1.672 0.33 1.738 0.363 ;
    RECT 1.815 0.33 1.881 0.528 ;
    RECT 1.98 0.33 2.112 0.594 ;
    RECT 2.2 0.33 2.684 0.396 ;
    RECT 1.254 0.363 1.738 0.429 ;
    RECT 3.663 0.363 3.861 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.386 0.429 ;
    RECT 1.98 0.363 3.036 0.429 ;
    RECT 3.3 0.363 3.828 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 1.023 ;
    RECT 2.618 0.396 2.684 0.451 ;
    RECT 2.2 0.396 2.266 0.693 ;
    RECT 3.795 0.429 3.861 1.023 ;
    RECT 2.618 0.451 2.838 0.517 ;
    RECT 0.77 0.495 0.946 0.561 ;
    RECT 3.509 0.495 3.729 0.561 ;
    RECT 3.96 0.495 4.257 0.561 ;
    RECT 4.323 0.495 4.73 0.561 ;
    RECT 1.397 0.528 1.463 0.759 ;
    RECT 1.551 0.528 1.881 0.594 ;
    RECT 0.88 0.561 0.946 0.891 ;
    RECT 3.663 0.561 3.729 0.759 ;
    RECT 4.191 0.561 4.257 0.748 ;
    RECT 4.323 0.561 4.389 1.023 ;
    RECT 1.551 0.594 1.617 0.891 ;
    RECT 2.607 0.627 3.564 0.693 ;
    RECT 1.716 0.693 2.266 0.759 ;
    RECT 2.607 0.693 2.673 0.924 ;
    RECT 1.067 0.759 1.463 0.825 ;
    RECT 2.167 0.759 2.233 0.957 ;
    RECT 2.772 0.759 3.729 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 2.904 0.825 ;
    VIA 1.386 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.825 3.179 0.891 ;
    RECT 1.892 0.858 1.958 0.891 ;
    RECT 0.231 0.858 0.297 1.023 ;
    RECT 0.88 0.891 1.958 0.957 ;
    RECT 3.113 0.891 3.256 0.957 ;
    RECT 2.035 0.924 2.101 1.023 ;
    RECT 2.937 0.924 3.003 1.023 ;
    RECT 3.465 0.924 3.531 1.023 ;
    RECT 2.167 0.957 2.321 1.023 ;
    RECT 0.231 1.023 2.101 1.089 ;
    RECT 2.937 1.023 4.389 1.089 ;
  END
END LDN_FDPQB_3
#
# 
MACRO LDN_FDPQB_4 FOREIGN C0A07BLDN_FDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.125 0.033 4.191 0.264 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.198 2.343 0.528 ;
      RECT 2.233 0.528 2.343 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.17 0.858 ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.664 0.297 5.17 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 1.441 0.528 1.958 0.638 ;
    RECT 0 0.528 1.441 0.638 ;
    RECT 1.958 0.528 5.412 0.638 ;
    RECT 0 0.638 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.375 0.099 2.013 0.165 ;
    RECT 3.223 0.099 4.015 0.165 ;
    RECT 1.375 0.165 1.441 0.264 ;
    RECT 1.947 0.165 2.013 0.264 ;
    RECT 3.223 0.165 3.289 0.22 ;
    RECT 3.949 0.165 4.015 0.264 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.519 0.198 2.585 0.374 ;
    RECT 2.937 0.198 3.003 0.627 ;
    RECT 3.135 0.22 3.289 0.286 ;
    RECT 1.551 0.264 1.617 0.363 ;
    RECT 1.727 0.264 1.793 0.517 ;
    RECT 3.443 0.264 3.509 0.363 ;
    RECT 3.619 0.264 3.685 0.759 ;
    RECT 3.795 0.264 3.861 0.957 ;
    RECT 4.301 0.286 4.367 0.495 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 0.594 0.297 1.078 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 0.594 0.363 0.66 0.759 ;
    RECT 1.188 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.178 0.429 ;
    RECT 3.179 0.363 3.509 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.32 0.429 ;
    RECT 2.046 0.363 3.036 0.429 ;
    RECT 3.366 0.363 3.894 0.429 ;
    VIA 0.462 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.374 2.871 0.44 ;
    RECT 1.947 0.429 2.013 0.55 ;
    RECT 2.805 0.44 2.871 0.506 ;
    RECT 2.519 0.44 2.585 0.66 ;
    RECT 4.07 0.495 4.367 0.561 ;
    RECT 4.433 0.495 4.752 0.561 ;
    RECT 0.77 0.517 1.793 0.583 ;
    RECT 3.465 0.528 3.531 0.627 ;
    RECT 4.301 0.561 4.367 0.748 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 1.573 0.583 1.639 1.023 ;
    RECT 2.717 0.627 3.531 0.693 ;
    RECT 1.705 0.66 2.585 0.726 ;
    RECT 2.717 0.693 2.783 0.902 ;
    RECT 1.705 0.726 1.771 0.792 ;
    RECT 2.321 0.726 2.387 0.924 ;
    RECT 0.594 0.759 1.408 0.825 ;
    RECT 3.168 0.759 3.685 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 3.3 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.024 0.825 2.09 0.891 ;
    RECT 0.231 0.836 0.297 0.924 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.738 0.891 2.09 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.914 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.848 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.902 2.233 1.023 ;
    RECT 0.231 0.924 0.495 0.99 ;
    RECT 3.047 0.957 4.499 1.023 ;
    RECT 1.573 1.023 2.233 1.089 ;
  END
END LDN_FDPQB_4
#
# 
MACRO LDN_FDPQB_HD_1 FOREIGN C0A07BLDN_FDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.198 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.827 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.761 0.462 2.827 0.594 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDN_FDPQB_HD_1
#
# 
MACRO LDN_FDPQB_HD_2 FOREIGN C0A07BLDN_FDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.157 0.033 3.223 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.167 0.033 2.233 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.176 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.563 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.157 0.924 3.223 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.541 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.871 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.431 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.365 0.517 2.431 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.299 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.233 0.682 2.299 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDN_FDPQB_HD_2
#
# 
MACRO LDN_FDPQB_HD_3 FOREIGN C0A07BLDN_FDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 2.882 0.825 3.399 0.891 ;
      RECT 3.311 0.891 3.399 0.99 ;
      RECT 2.937 0.297 3.399 0.363 ;
      RECT 3.311 0.198 3.399 0.297 ;
      RECT 2.937 0.264 3.003 0.297 ;
      RECT 2.893 0.132 3.003 0.264 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.871 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.805 0.429 2.871 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.805 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDN_FDPQB_HD_3
#
# 
MACRO LDN_FDPQB_HD_4 FOREIGN C0A07BLDN_FDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.726 ;
      RECT 2.882 0.726 3.432 0.858 ;
      RECT 2.915 0.319 3.333 0.385 ;
      RECT 3.267 0.242 3.333 0.319 ;
      RECT 2.915 0.132 2.981 0.319 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.849 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.783 0.429 2.849 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.783 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDN_FDPQB_HD_4
#
# 
MACRO LDN_FDPQ_1 FOREIGN C0A07BLDN_FDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.464 0.033 2.53 0.253 ;
      RECT 2.398 0.253 2.53 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.858 ;
      RECT 3.157 0.858 3.267 0.99 ;
      RECT 3.157 0.99 3.223 1.056 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.726 3.003 1.023 ;
      RECT 2.805 1.023 3.003 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 0.297 0.88 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.266 0.165 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 0.671 0.165 0.737 0.891 ;
    RECT 2.783 0.198 2.871 0.781 ;
    RECT 0.803 0.231 1.375 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.904 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.242 2.695 0.385 ;
    RECT 2.002 0.253 2.255 0.319 ;
    RECT 1.441 0.264 1.507 0.495 ;
    RECT 1.793 0.264 1.859 0.693 ;
    RECT 0.495 0.286 0.561 0.748 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 0.803 0.297 0.869 0.737 ;
    RECT 2.189 0.319 2.255 0.627 ;
    RECT 0.033 0.341 0.176 0.407 ;
    RECT 2.321 0.385 2.695 0.451 ;
    RECT 3.069 0.385 3.135 0.726 ;
    RECT 1.925 0.396 1.991 0.495 ;
    RECT 0.033 0.407 0.099 0.891 ;
    RECT 2.321 0.451 2.387 0.528 ;
    RECT 2.629 0.451 2.695 0.924 ;
    RECT 1.133 0.462 1.199 0.77 ;
    RECT 1.441 0.495 1.694 0.561 ;
    RECT 1.925 0.495 2.057 0.561 ;
    RECT 2.497 0.55 2.563 0.627 ;
    RECT 1.441 0.561 1.507 0.77 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.189 0.627 2.563 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.168 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.738 0.693 1.892 0.759 ;
    RECT 2.299 0.693 2.365 1.023 ;
    RECT 0.803 0.737 0.946 0.803 ;
    RECT 0.451 0.748 0.561 0.814 ;
    RECT 1.991 0.759 2.233 0.825 ;
    RECT 1.133 0.77 1.507 0.836 ;
    RECT 1.617 0.825 2.057 0.891 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 0.033 0.891 0.198 0.957 ;
    RECT 0.671 0.891 1.056 0.957 ;
    RECT 0.462 0.891 0.594 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.891 0.594 0.957 ;
    VIA 0.528 0.924 V1L2L ;
    VIA 0.132 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.924 2.695 1.056 ;
    RECT 0.528 0.957 0.594 1.023 ;
    RECT 2.002 0.979 2.156 1.023 ;
    RECT 0.528 1.023 1.683 1.089 ;
    RECT 2.002 1.023 2.365 1.045 ;
    RECT 2.09 1.045 2.365 1.089 ;
  END
END LDN_FDPQ_1
#
# 
MACRO LDN_FDPQ_2 FOREIGN C0A07BLDN_FDPQ_2_R3 0 0 ;
##MACROVERSION "3.0 2008/10/08" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.858 ;
      RECT 3.465 0.462 3.575 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.003 0.946 3.069 1.155 ;
      RECT 1.639 0.858 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.088 0.099 0.671 0.165 ;
    RECT 2.222 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 1.441 0.154 1.507 0.275 ;
    RECT 0.605 0.165 0.671 0.198 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.231 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 3.333 0.198 3.399 0.297 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.781 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 3.432 0.297 ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.264 0.121 0.363 ;
    RECT 1.441 0.275 1.661 0.341 ;
    RECT 0.473 0.286 0.539 0.858 ;
    RECT 1.804 0.297 2.442 0.363 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.429 ;
    RECT 0.055 0.363 0.231 0.429 ;
    RECT 2.145 0.363 2.211 0.759 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 0.165 0.429 0.231 0.759 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 1.595 0.429 1.881 0.495 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 1.815 0.495 1.881 0.594 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 1.584 0.594 1.881 0.66 ;
    RECT 1.155 0.594 1.221 0.671 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.056 0.693 ;
    LAYER M2L ;
    RECT 0.132 0.627 2.574 0.693 ;
    VIA 2.508 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.584 0.66 1.65 0.671 ;
    RECT 1.155 0.671 1.65 0.737 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 0.055 0.759 0.231 0.825 ;
    RECT 1.837 0.759 2.409 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    RECT 0.781 0.781 0.946 0.847 ;
    RECT 0.055 0.825 0.121 0.924 ;
    RECT 2.343 0.825 2.409 0.891 ;
    RECT 1.837 0.825 1.903 0.924 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 2.343 0.891 2.486 0.957 ;
    RECT 2.189 0.924 2.255 1.023 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.189 1.023 2.915 1.089 ;
  END
END LDN_FDPQ_2
#
# 
MACRO LDN_FDPQ_3 FOREIGN C0A07BLDN_FDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.431 0.033 2.497 0.198 ;
      RECT 2.431 0.198 2.541 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.748 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.159 0.759 5.247 0.858 ;
      RECT 4.785 0.693 5.247 0.759 ;
      RECT 4.785 0.759 4.873 0.858 ;
      RECT 5.181 0.363 5.247 0.693 ;
      RECT 4.774 0.297 5.247 0.363 ;
      RECT 5.159 0.198 5.247 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.858 5.049 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.506 ;
    RECT 0 0.506 1.76 0.528 ;
    RECT 2.486 0.506 5.28 0.528 ;
    RECT 1.76 0.506 2.486 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.099 2.343 0.165 ;
    RECT 3.333 0.099 4.125 0.165 ;
    RECT 2.651 0.154 2.717 0.33 ;
    RECT 1.727 0.165 1.793 0.264 ;
    RECT 2.277 0.165 2.343 0.264 ;
    RECT 3.058 0.165 3.201 0.231 ;
    RECT 4.059 0.165 4.125 0.264 ;
    RECT 3.333 0.165 3.399 0.286 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 3.135 0.231 3.201 0.627 ;
    RECT 0.979 0.264 1.045 0.319 ;
    RECT 1.331 0.264 1.397 0.495 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.057 0.264 2.123 0.495 ;
    RECT 3.553 0.264 3.619 0.363 ;
    RECT 3.729 0.264 3.795 0.495 ;
    RECT 3.883 0.264 3.971 0.363 ;
    RECT 4.411 0.286 4.477 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 0.561 0.319 1.045 0.407 ;
    RECT 2.189 0.33 2.277 0.506 ;
    RECT 2.409 0.33 2.904 0.396 ;
    RECT 1.518 0.363 1.947 0.429 ;
    RECT 3.432 0.363 3.619 0.451 ;
    RECT 3.883 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.65 0.429 ;
    RECT 2.178 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.026 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.244 0.396 V1L2L ;
    VIA 3.96 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 0.847 ;
    RECT 2.838 0.396 2.904 0.451 ;
    RECT 2.409 0.396 2.475 0.649 ;
    RECT 0.561 0.407 0.627 0.693 ;
    RECT 4.015 0.429 4.081 1.023 ;
    RECT 2.838 0.451 3.036 0.517 ;
    RECT 0.836 0.495 1.694 0.561 ;
    RECT 1.793 0.495 2.123 0.561 ;
    RECT 3.729 0.495 3.949 0.561 ;
    RECT 4.18 0.495 4.477 0.561 ;
    RECT 4.587 0.495 4.983 0.561 ;
    RECT 2.189 0.506 2.31 0.572 ;
    RECT 1.287 0.561 1.353 0.891 ;
    RECT 1.793 0.561 1.859 0.638 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 4.411 0.561 4.477 0.748 ;
    RECT 4.587 0.561 4.653 1.023 ;
    RECT 2.827 0.627 3.784 0.693 ;
    RECT 1.419 0.638 1.859 0.704 ;
    RECT 1.958 0.649 2.475 0.715 ;
    RECT 0.561 0.693 1.221 0.759 ;
    RECT 2.827 0.693 2.893 0.924 ;
    RECT 1.419 0.704 1.485 0.77 ;
    RECT 1.793 0.704 1.859 0.792 ;
    RECT 2.409 0.715 2.475 0.836 ;
    RECT 1.155 0.759 1.221 0.858 ;
    RECT 3.036 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.168 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.792 2.167 0.858 ;
    RECT 0.231 0.792 0.297 0.891 ;
    RECT 3.333 0.825 3.399 0.891 ;
    RECT 2.277 0.836 2.343 1.023 ;
    RECT 2.409 0.836 2.519 0.968 ;
    RECT 0.429 0.847 1.067 0.891 ;
    RECT 2.101 0.858 2.167 0.924 ;
    RECT 1.287 0.891 1.43 0.957 ;
    RECT 0.231 0.891 1.067 0.913 ;
    RECT 3.333 0.891 3.498 0.957 ;
    RECT 0.231 0.913 0.495 0.957 ;
    RECT 1.001 0.913 1.067 1.023 ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 3.685 0.924 3.751 1.023 ;
    RECT 1.001 1.023 2.343 1.089 ;
    RECT 3.157 1.023 4.653 1.089 ;
  END
END LDN_FDPQ_3
#
# 
MACRO LDN_FDPQ_4 FOREIGN C0A07BLDN_FDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.939 0.033 5.005 0.242 ;
      RECT 4.125 0.033 4.191 0.352 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.115 0.726 ;
      RECT 4.807 0.726 5.28 0.858 ;
      RECT 4.807 0.858 4.873 0.957 ;
      RECT 4.719 0.957 4.873 1.023 ;
      RECT 4.785 0.363 5.115 0.429 ;
      RECT 5.049 0.297 5.214 0.363 ;
      RECT 4.785 0.231 4.873 0.363 ;
      RECT 4.73 0.165 4.873 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.939 0.99 5.005 1.155 ;
      RECT 4.939 0.924 5.049 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.674 0.528 4.246 0.572 ;
    RECT 0 0.528 3.674 0.572 ;
    RECT 4.246 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.739 0.132 2.805 0.363 ;
    RECT 3.091 0.132 3.509 0.198 ;
    RECT 3.597 0.165 3.663 0.495 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.937 0.198 3.003 0.418 ;
    RECT 3.091 0.198 3.157 0.264 ;
    RECT 3.443 0.198 3.509 0.957 ;
    RECT 4.367 0.231 4.433 0.33 ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.297 0.264 0.363 0.66 ;
    RECT 3.234 0.275 3.377 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.165 0.33 0.231 0.528 ;
    RECT 1.155 0.33 1.221 0.462 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 4.257 0.33 4.433 0.396 ;
    RECT 3.311 0.341 3.377 0.825 ;
    RECT 1.815 0.363 1.881 0.594 ;
    RECT 2.343 0.363 2.805 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.356 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.773 0.385 3.982 0.451 ;
    RECT 4.257 0.396 4.323 0.66 ;
    RECT 2.937 0.418 3.047 0.484 ;
    RECT 3.146 0.418 3.245 0.484 ;
    RECT 2.739 0.429 2.805 0.737 ;
    RECT 3.773 0.451 3.839 0.737 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.981 0.484 3.047 0.55 ;
    RECT 3.179 0.484 3.245 0.594 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.675 0.495 4.95 0.561 ;
    RECT 0.099 0.528 0.231 0.594 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 1.947 0.561 2.013 0.693 ;
    RECT 4.675 0.561 4.741 0.825 ;
    RECT 0.099 0.594 0.165 0.671 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.135 0.594 3.245 0.66 ;
    RECT 3.597 0.594 3.663 0.924 ;
    RECT 1.441 0.627 1.584 0.693 ;
    RECT 2.101 0.627 2.244 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 3.696 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.66 0.363 0.726 ;
    RECT 3.135 0.66 3.201 0.726 ;
    RECT 4.257 0.66 4.433 0.726 ;
    RECT 1.683 0.693 2.013 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.231 0.726 0.297 0.858 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 4.367 0.726 4.433 0.792 ;
    RECT 2.31 0.737 2.805 0.803 ;
    RECT 3.773 0.737 3.982 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 1.947 0.759 2.013 0.836 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.739 0.803 2.805 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.739 0.825 3.377 0.891 ;
    RECT 4.521 0.825 4.741 0.891 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.521 0.891 4.587 1.023 ;
    RECT 3.971 0.902 4.037 1.023 ;
    RECT 3.058 0.957 3.509 1.023 ;
    RECT 3.443 1.023 4.587 1.089 ;
  END
END LDN_FDPQ_4
#
# 
MACRO LDN_FDPQ_HD_1 FOREIGN C0A07BLDN_FDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.013 0.033 2.079 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.198 2.871 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.726 2.607 1.023 ;
      RECT 2.409 1.023 2.607 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.517 0.099 1.881 0.165 ;
    RECT 2.387 0.132 2.475 0.781 ;
    RECT 1.815 0.165 1.881 0.341 ;
    RECT 0.517 0.165 0.583 0.693 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    LAYER M2L ;
    RECT 1.782 0.231 2.508 0.297 ;
    VIA 1.848 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.242 2.277 0.451 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.616 ;
    RECT 2.541 0.33 2.607 0.396 ;
    LAYER M2L ;
    RECT 2.178 0.363 2.64 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.541 0.396 2.695 0.462 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 1.892 0.451 2.277 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.629 0.462 2.695 0.594 ;
    RECT 2.211 0.517 2.277 0.924 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.617 0.616 2.123 0.682 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 2.057 0.682 2.123 0.748 ;
    RECT 1.881 0.682 1.947 1.023 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDPQ_HD_1
#
# 
MACRO LDN_FDPQ_HD_2 FOREIGN C0A07BLDN_FDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.748 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 2.475 0.165 ;
    RECT 0.561 0.165 0.627 0.462 ;
    RECT 2.409 0.165 2.475 0.748 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    RECT 1.859 0.231 2.277 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.627 ;
    RECT 1.859 0.297 1.925 0.528 ;
    RECT 2.211 0.297 2.277 0.847 ;
    RECT 2.937 0.33 3.003 0.847 ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 2.079 0.528 2.145 0.627 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 1.617 0.627 2.145 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.211 0.847 3.003 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDPQ_HD_2
#
# 
MACRO LDN_FDPQ_HD_3 FOREIGN C0A07BLDN_FDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 2.805 0.693 3.267 0.759 ;
      RECT 3.179 0.759 3.267 0.858 ;
      RECT 2.805 0.759 2.893 0.858 ;
      RECT 2.794 0.297 3.267 0.363 ;
      RECT 3.179 0.132 3.267 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.858 3.069 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.409 0.198 2.475 0.792 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.343 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.277 0.363 2.343 0.759 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.145 0.462 2.211 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.673 0.495 3.102 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.673 0.561 2.739 0.891 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.211 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 2.178 0.759 2.343 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.277 0.825 2.343 0.891 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.277 0.891 2.739 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDPQ_HD_3
#
# 
MACRO LDN_FDPQ_HD_4 FOREIGN C0A07BLDN_FDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 2.926 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 2.816 0.726 3.3 0.858 ;
      RECT 2.816 0.858 2.882 0.979 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 2.75 0.297 3.234 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.311 0.99 3.377 1.155 ;
      RECT 3.267 0.924 3.377 0.99 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.365 0.198 2.475 0.748 ;
    RECT 2.211 0.198 2.299 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.233 0.363 2.299 0.957 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.101 0.462 2.167 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.684 0.495 2.97 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.684 0.561 2.75 0.847 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.167 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 2.409 0.748 2.475 0.847 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.585 0.847 2.75 0.913 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.585 0.913 2.651 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 2.178 0.957 2.651 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDN_FDPQ_HD_4
#
# 
MACRO LDN_FDPRBQ_1 FOREIGN C0A07BLDN_FDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.231 3.839 0.297 ;
      RECT 3.729 0.297 3.839 0.594 ;
      RECT 1.903 0.297 1.969 0.473 ;
      RECT 1.903 0.473 2.002 0.539 ;
      RECT 1.903 0.231 2.046 0.297 ;
      RECT 0.429 0.165 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.231 3.696 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
      VIA 3.63 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.66 ;
      RECT 0.528 0.66 0.671 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 4.081 0.781 4.587 0.847 ;
      RECT 4.499 0.847 4.587 1.034 ;
      RECT 4.081 0.847 4.147 0.946 ;
      RECT 4.499 0.198 4.587 0.781 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.751 0.858 3.817 1.155 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 4.246 0.979 4.312 1.155 ;
      RECT 4.246 0.913 4.378 0.979 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.695 0.528 3.344 0.638 ;
    RECT 0 0.528 2.695 0.638 ;
    RECT 3.344 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 2.882 0.165 ;
    RECT 3.058 0.099 4.235 0.165 ;
    RECT 0.561 0.132 0.869 0.198 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.957 0.165 1.023 0.902 ;
    RECT 3.058 0.165 3.124 0.275 ;
    RECT 3.377 0.165 3.443 0.616 ;
    RECT 4.169 0.165 4.235 0.649 ;
    RECT 0.561 0.198 0.627 0.286 ;
    RECT 0.803 0.198 0.869 0.528 ;
    RECT 1.287 0.231 1.837 0.297 ;
    RECT 1.089 0.264 1.199 0.55 ;
    RECT 2.992 0.275 3.124 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.771 0.297 1.837 0.605 ;
    RECT 1.287 0.297 1.397 0.77 ;
    RECT 2.486 0.297 2.871 0.363 ;
    RECT 2.123 0.308 2.189 0.429 ;
    RECT 4.037 0.308 4.103 0.649 ;
    RECT 0.297 0.363 0.363 0.847 ;
    RECT 1.507 0.363 1.65 0.429 ;
    RECT 2.805 0.363 2.871 0.407 ;
    RECT 2.519 0.363 2.585 0.924 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    VIA 1.122 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.407 3.311 0.473 ;
    RECT 3.509 0.418 3.575 0.484 ;
    RECT 1.507 0.429 1.573 0.77 ;
    RECT 2.123 0.429 2.453 0.495 ;
    RECT 3.245 0.473 3.311 0.759 ;
    RECT 3.509 0.484 3.663 0.55 ;
    RECT 2.387 0.495 2.453 0.759 ;
    RECT 0.759 0.528 0.869 0.594 ;
    RECT 3.597 0.55 3.663 0.693 ;
    RECT 0.759 0.594 0.825 0.803 ;
    RECT 1.639 0.594 1.705 0.759 ;
    RECT 1.771 0.605 2.288 0.671 ;
    RECT 2.673 0.605 3.146 0.671 ;
    RECT 3.377 0.616 3.509 0.682 ;
    RECT 3.927 0.649 4.103 0.693 ;
    RECT 4.169 0.649 4.312 0.715 ;
    RECT 1.98 0.671 2.046 0.957 ;
    RECT 2.673 0.671 2.739 0.99 ;
    RECT 3.443 0.682 3.509 0.891 ;
    RECT 3.597 0.693 4.103 0.715 ;
    RECT 1.111 0.704 1.177 1.023 ;
    RECT 3.597 0.715 3.993 0.759 ;
    RECT 1.639 0.759 1.848 0.825 ;
    RECT 2.123 0.759 2.453 0.825 ;
    RECT 3.168 0.759 3.311 0.825 ;
    RECT 3.927 0.759 3.993 0.968 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.31 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.528 0.803 0.825 0.869 ;
    RECT 2.123 0.825 2.189 1.056 ;
    RECT 0.231 0.847 0.363 0.913 ;
    RECT 3.575 0.858 3.641 1.023 ;
    RECT 0.759 0.869 0.825 0.99 ;
    RECT 2.992 0.891 3.509 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 2.772 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.551 0.924 1.617 1.023 ;
    RECT 2.805 0.946 2.871 1.023 ;
    RECT 1.892 0.957 2.046 1.023 ;
    RECT 1.111 1.023 1.617 1.089 ;
    RECT 2.805 1.023 3.641 1.089 ;
  END
END LDN_FDPRBQ_1
#
# 
MACRO LDN_FDPRBQ_2 FOREIGN C0A07BLDN_FDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.231 4.587 0.297 ;
      RECT 4.521 0.297 4.587 0.528 ;
      RECT 4.521 0.528 4.62 0.594 ;
      RECT 2.101 0.297 2.211 0.594 ;
      RECT 2.101 0.231 2.244 0.297 ;
      RECT 0.429 0.198 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.231 4.488 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 2.178 0.264 V1L2L ;
      VIA 4.422 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.462 0.759 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.66 ;
      RECT 5.247 0.66 5.379 0.726 ;
      RECT 5.247 0.726 5.313 0.858 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.198 5.313 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.071 0.726 5.137 1.155 ;
      RECT 4.697 0.858 4.763 1.155 ;
      RECT 3.124 1.001 3.19 1.155 ;
      RECT 3.058 0.935 3.19 1.001 ;
      RECT 2.706 1.001 2.772 1.155 ;
      RECT 2.706 0.935 2.838 1.001 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.267 0.528 4.246 0.638 ;
    RECT 0 0.528 3.267 0.638 ;
    RECT 4.246 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 3.63 0.165 ;
    RECT 4.147 0.099 4.983 0.165 ;
    RECT 0.561 0.132 0.649 0.297 ;
    RECT 0.077 0.154 0.143 0.297 ;
    RECT 0.979 0.165 1.045 0.792 ;
    RECT 4.147 0.165 4.213 0.253 ;
    RECT 4.917 0.165 4.983 0.495 ;
    RECT 3.41 0.253 4.213 0.319 ;
    RECT 1.133 0.264 1.221 0.726 ;
    RECT 2.365 0.264 2.431 0.33 ;
    RECT 4.719 0.286 4.785 0.671 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 1.32 0.297 2.035 0.363 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 2.882 0.297 3.014 0.363 ;
    RECT 3.344 0.319 3.476 0.385 ;
    RECT 4.147 0.319 4.213 0.891 ;
    RECT 2.365 0.33 2.662 0.396 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.969 0.363 2.035 0.737 ;
    RECT 1.353 0.363 1.419 0.792 ;
    RECT 0.825 0.363 0.891 1.023 ;
    RECT 2.882 0.363 2.948 0.451 ;
    RECT 3.762 0.385 4.081 0.451 ;
    RECT 2.596 0.396 2.662 0.495 ;
    RECT 4.279 0.418 4.345 0.671 ;
    RECT 2.882 0.451 3.828 0.517 ;
    RECT 4.015 0.451 4.081 0.759 ;
    RECT 2.299 0.462 2.365 0.737 ;
    RECT 1.529 0.495 1.617 0.792 ;
    RECT 2.431 0.495 2.739 0.561 ;
    RECT 4.917 0.495 5.214 0.561 ;
    RECT 1.837 0.506 1.903 0.891 ;
    RECT 2.882 0.517 2.948 0.649 ;
    RECT 2.431 0.561 2.497 0.891 ;
    RECT 3.113 0.605 3.916 0.671 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.65 0.693 ;
    VIA 1.188 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.563 0.638 2.816 0.704 ;
    RECT 2.882 0.649 3.014 0.715 ;
    RECT 3.113 0.671 3.179 0.803 ;
    RECT 4.279 0.671 4.961 0.737 ;
    RECT 1.705 0.704 1.771 0.891 ;
    RECT 2.75 0.704 2.816 0.803 ;
    RECT 2.563 0.704 2.629 1.023 ;
    RECT 0.484 0.715 0.627 0.781 ;
    RECT 1.969 0.737 2.365 0.803 ;
    RECT 4.895 0.737 4.961 0.968 ;
    RECT 3.762 0.759 4.081 0.825 ;
    RECT 3.344 0.759 3.476 0.825 ;
    RECT 0.561 0.781 0.627 1.023 ;
    RECT 3.597 0.792 3.663 0.891 ;
    RECT 2.75 0.803 3.179 0.869 ;
    RECT 3.41 0.825 3.476 1.023 ;
    RECT 1.1 0.847 1.232 0.891 ;
    RECT 4.367 0.858 4.433 1.023 ;
    RECT 1.1 0.891 1.771 0.913 ;
    RECT 1.837 0.891 2.497 0.957 ;
    RECT 3.597 0.891 4.213 0.957 ;
    RECT 1.166 0.913 1.771 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 0.561 1.023 2.629 1.089 ;
    RECT 3.41 1.023 4.433 1.089 ;
  END
END LDN_FDPRBQ_2
#
# 
MACRO LDN_FDPRBQ_3 FOREIGN C0A07BLDN_FDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.775 0.033 5.841 0.308 ;
      RECT 5.049 0.033 5.115 0.418 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.221 0.033 1.287 0.242 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.462 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.198 4.719 0.495 ;
      RECT 4.653 0.495 4.994 0.561 ;
      RECT 2.607 0.264 2.673 0.638 ;
      RECT 0.627 0.33 0.693 0.726 ;
      LAYER M2L ;
      RECT 0.594 0.363 4.752 0.429 ;
      VIA 0.66 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.473 5.907 0.715 ;
      RECT 5.599 0.715 6.039 0.781 ;
      RECT 5.951 0.781 6.039 0.858 ;
      RECT 5.599 0.781 5.665 0.88 ;
      RECT 5.599 0.407 6.039 0.473 ;
      RECT 5.951 0.198 6.039 0.407 ;
      RECT 5.599 0.198 5.665 0.407 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.775 0.88 5.841 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 0.957 0.858 1.023 1.155 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0.44 0.528 1.023 0.605 ;
    RECT 0 0.528 0.44 0.605 ;
    RECT 1.023 0.528 6.072 0.605 ;
    RECT 0 0.605 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 3.201 0.165 ;
    RECT 3.74 0.099 3.927 0.165 ;
    RECT 0.077 0.11 0.517 0.176 ;
    RECT 4.081 0.121 4.543 0.187 ;
    RECT 3.135 0.165 3.201 0.33 ;
    RECT 1.397 0.165 1.463 0.792 ;
    RECT 3.861 0.165 3.927 0.374 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.451 0.176 0.517 0.264 ;
    RECT 4.081 0.187 4.147 0.374 ;
    RECT 4.477 0.187 4.543 0.627 ;
    RECT 0.957 0.198 1.023 0.33 ;
    RECT 1.815 0.231 2.497 0.297 ;
    LAYER M2L ;
    RECT 3.102 0.231 3.96 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.253 0.363 0.319 ;
    RECT 1.573 0.264 1.639 0.627 ;
    RECT 1.815 0.297 1.881 0.363 ;
    RECT 2.431 0.297 2.497 0.737 ;
    RECT 3.3 0.297 3.795 0.363 ;
    RECT 2.937 0.308 3.003 0.495 ;
    RECT 4.257 0.308 4.323 0.473 ;
    RECT 0.297 0.319 0.363 0.627 ;
    RECT 5.214 0.319 5.533 0.385 ;
    RECT 0.759 0.33 1.023 0.396 ;
    RECT 1.815 0.363 1.914 0.429 ;
    RECT 3.729 0.363 3.795 0.473 ;
    RECT 5.467 0.385 5.533 0.891 ;
    RECT 0.759 0.396 0.825 0.693 ;
    RECT 1.848 0.429 1.914 0.759 ;
    RECT 1.991 0.462 2.079 0.792 ;
    RECT 2.783 0.462 2.849 0.55 ;
    RECT 3.729 0.473 4.367 0.539 ;
    RECT 2.937 0.495 3.564 0.561 ;
    RECT 5.115 0.495 5.401 0.561 ;
    RECT 2.222 0.539 2.365 0.605 ;
    RECT 3.729 0.539 3.795 0.693 ;
    RECT 4.301 0.539 4.367 0.759 ;
    RECT 2.739 0.55 2.849 0.616 ;
    RECT 2.937 0.561 3.003 0.891 ;
    RECT 5.335 0.561 5.401 0.616 ;
    RECT 5.115 0.561 5.181 0.627 ;
    RECT 2.299 0.605 2.365 0.891 ;
    RECT 3.861 0.605 4.202 0.693 ;
    RECT 2.739 0.616 2.805 0.737 ;
    RECT 0.297 0.627 0.528 0.693 ;
    RECT 1.573 0.627 1.716 0.693 ;
    RECT 1.089 0.627 1.232 0.693 ;
    RECT 4.477 0.627 5.181 0.693 ;
    LAYER M2L ;
    RECT 0.396 0.627 2.112 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 0.363 0.957 ;
    RECT 0.759 0.693 1.155 0.759 ;
    RECT 3.861 0.693 3.927 0.825 ;
    RECT 3.3 0.693 3.795 0.759 ;
    RECT 4.477 0.693 4.565 0.891 ;
    RECT 2.167 0.704 2.233 0.891 ;
    RECT 2.431 0.737 2.805 0.803 ;
    RECT 1.782 0.759 1.914 0.825 ;
    RECT 0.759 0.759 0.825 0.99 ;
    RECT 1.089 0.759 1.155 1.023 ;
    RECT 4.224 0.759 4.367 0.825 ;
    RECT 4.686 0.759 5.247 0.825 ;
    RECT 1.221 0.792 1.463 0.858 ;
    RECT 3.311 0.825 3.927 0.891 ;
    RECT 5.181 0.825 5.247 0.891 ;
    RECT 1.221 0.858 1.287 0.924 ;
    RECT 1.562 0.891 2.233 0.957 ;
    RECT 2.299 0.891 3.003 0.957 ;
    RECT 3.311 0.891 3.377 1.023 ;
    RECT 5.181 0.891 5.533 0.957 ;
    RECT 4.048 0.891 4.565 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 3.828 0.957 3.96 1.023 ;
    RECT 4.774 0.957 4.906 1.023 ;
    RECT 1.089 1.023 3.377 1.089 ;
    RECT 3.894 1.023 4.84 1.089 ;
  END
END LDN_FDPRBQ_3
#
# 
MACRO LDN_FDPRBQ_4 FOREIGN C0A07BLDN_FDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.215 0.033 6.281 0.264 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.511 0.033 5.577 0.308 ;
      RECT 5.137 0.033 5.203 0.352 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 2.629 0.033 2.695 0.352 ;
      RECT 1.155 0.033 1.221 0.275 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.33 4.719 0.451 ;
      RECT 4.653 0.451 5.082 0.517 ;
      RECT 2.409 0.187 2.475 0.616 ;
      RECT 0.561 0.176 0.627 0.396 ;
      RECT 0.495 0.396 0.627 0.462 ;
      RECT 0.495 0.462 0.561 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.231 2.046 0.297 ;
      RECT 1.98 0.297 2.046 0.363 ;
      RECT 1.98 0.363 4.752 0.429 ;
      VIA 0.594 0.264 V1L2L ;
      VIA 2.442 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.627 ;
      RECT 0.627 0.627 0.891 0.693 ;
      RECT 0.627 0.693 0.693 0.792 ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.858 0.627 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.385 6.171 0.726 ;
      RECT 5.654 0.726 6.204 0.858 ;
      RECT 5.654 0.858 5.72 0.913 ;
      RECT 5.654 0.319 6.171 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 6.215 0.924 6.281 1.155 ;
      RECT 2.629 0.902 2.695 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0.418 0.528 4.774 0.55 ;
    RECT 0.418 0.55 2.86 0.594 ;
    RECT 3.949 0.55 4.774 0.594 ;
    RECT 0.418 0.594 1.54 0.66 ;
    RECT 2.86 0.55 3.949 0.594 ;
    RECT 4.774 0.528 6.336 0.594 ;
    RECT 0 0.528 0.418 0.66 ;
    RECT 1.54 0.594 6.336 0.66 ;
    RECT 0 0.66 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.244 0.165 ;
    RECT 3.729 0.099 4.18 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.627 ;
    RECT 2.178 0.165 2.244 0.231 ;
    RECT 1.353 0.165 1.419 0.891 ;
    RECT 3.729 0.165 3.795 0.33 ;
    RECT 0.055 0.176 0.121 0.264 ;
    RECT 0.429 0.176 0.495 0.264 ;
    RECT 2.805 0.198 2.871 0.495 ;
    RECT 2.178 0.231 2.31 0.297 ;
    LAYER M2L ;
    RECT 2.178 0.231 3.828 0.297 ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.671 ;
    RECT 4.092 0.253 4.587 0.319 ;
    RECT 3.927 0.264 3.993 0.385 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 3.168 0.297 3.652 0.363 ;
    RECT 4.521 0.319 4.587 0.803 ;
    RECT 0.297 0.341 0.363 0.957 ;
    RECT 1.507 0.352 1.595 0.627 ;
    RECT 1.749 0.363 2.343 0.429 ;
    RECT 3.586 0.363 3.652 0.473 ;
    RECT 3.927 0.385 4.433 0.451 ;
    RECT 2.277 0.429 2.343 0.737 ;
    RECT 1.749 0.429 1.815 0.858 ;
    RECT 3.927 0.451 3.993 0.473 ;
    RECT 4.367 0.451 4.433 0.759 ;
    RECT 3.586 0.473 3.993 0.539 ;
    RECT 2.046 0.495 2.211 0.583 ;
    RECT 2.541 0.495 2.684 0.561 ;
    RECT 2.805 0.495 3.432 0.561 ;
    RECT 5.511 0.495 5.94 0.561 ;
    RECT 1.881 0.528 1.947 0.66 ;
    RECT 3.586 0.539 3.652 0.671 ;
    RECT 2.541 0.561 2.607 0.737 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 5.511 0.561 5.577 1.023 ;
    RECT 2.145 0.583 2.211 0.77 ;
    RECT 3.729 0.605 4.268 0.671 ;
    RECT 0.979 0.627 1.21 0.693 ;
    RECT 1.507 0.627 1.65 0.693 ;
    RECT 2.706 0.627 2.871 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.98 0.693 ;
    RECT 2.112 0.627 2.838 0.693 ;
    VIA 1.914 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.881 0.66 1.991 0.726 ;
    RECT 3.729 0.671 3.795 0.825 ;
    RECT 3.168 0.671 3.652 0.737 ;
    RECT 4.774 0.671 5.401 0.737 ;
    RECT 0.979 0.693 1.045 0.759 ;
    RECT 2.805 0.693 2.871 1.056 ;
    RECT 1.925 0.726 1.991 0.891 ;
    RECT 2.937 0.726 3.003 0.825 ;
    RECT 2.277 0.737 2.607 0.803 ;
    RECT 5.335 0.737 5.401 0.88 ;
    RECT 0.759 0.759 1.254 0.825 ;
    RECT 4.29 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.036 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.803 2.541 0.99 ;
    RECT 4.521 0.803 5.203 0.869 ;
    RECT 0.759 0.825 0.825 0.946 ;
    RECT 2.937 0.825 3.795 0.891 ;
    RECT 2.079 0.836 2.145 1.023 ;
    RECT 4.521 0.869 4.587 0.891 ;
    RECT 5.137 0.869 5.203 1.023 ;
    RECT 5.302 0.88 5.401 0.946 ;
    RECT 1.155 0.891 1.419 0.957 ;
    RECT 4.114 0.891 4.587 0.957 ;
    RECT 3.927 0.924 3.993 1.023 ;
    RECT 4.906 0.935 5.038 1.001 ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 1.155 0.957 1.221 1.034 ;
    RECT 4.906 1.001 4.972 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.562 1.023 2.145 1.089 ;
    RECT 3.927 1.023 4.972 1.089 ;
    RECT 5.137 1.023 5.577 1.089 ;
  END
END LDN_FDPRBQ_4
#
# 
MACRO LDN_FDPRBQ_HD_1 FOREIGN C0A07BLDN_FDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.495 3.135 0.561 ;
      RECT 3.069 0.561 3.135 0.726 ;
      RECT 3.069 0.33 3.135 0.495 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.957 ;
      RECT 3.234 0.957 3.399 1.023 ;
      RECT 3.234 0.297 3.399 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.607 0.825 ;
      RECT 2.541 0.825 2.607 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.319 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 2.827 0.319 2.97 0.407 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.827 0.407 2.893 0.693 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 3.201 0.462 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 2.827 0.693 2.97 0.759 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDN_FDPRBQ_HD_1
#
# 
MACRO LDN_FDPRBQ_HD_2 FOREIGN C0A07BLDN_FDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 3.333 0.693 3.531 0.759 ;
      RECT 3.333 0.759 3.399 0.858 ;
      RECT 3.333 0.297 3.531 0.363 ;
      RECT 3.333 0.198 3.399 0.297 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.629 0.825 ;
      RECT 2.563 0.825 2.629 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.531 0.924 3.597 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.201 0.561 3.267 0.957 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.267 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDN_FDPRBQ_HD_2
#
# 
MACRO LDN_FDPRBQ_HD_3 FOREIGN C0A07BLDN_FDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDN_FDPRBQ_HD_3
#
# 
MACRO LDN_FDPRBQ_HD_4 FOREIGN C0A07BLDN_FDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.454 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDN_FDPRBQ_HD_4
#
# 
MACRO LDN_FDPRBSB_1 FOREIGN C0A07BLDN_FDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 3.509 0.033 3.575 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.132 3.729 0.352 ;
      RECT 3.619 0.352 3.729 0.418 ;
      RECT 3.619 0.418 3.685 0.484 ;
      RECT 2.211 0.297 2.277 0.594 ;
      RECT 2.211 0.231 2.376 0.297 ;
      LAYER M2L ;
      RECT 2.244 0.231 3.762 0.297 ;
      VIA 2.31 0.264 V1L2L ;
      VIA 3.696 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.396 4.191 0.77 ;
      RECT 4.015 0.77 4.191 0.858 ;
      RECT 4.015 0.858 4.081 0.913 ;
      RECT 4.015 0.33 4.191 0.396 ;
      RECT 4.015 0.198 4.081 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.374 3.531 0.627 ;
      RECT 3.366 0.627 3.531 0.693 ;
      RECT 2.541 0.594 2.607 0.924 ;
      RECT 2.541 0.924 2.717 0.99 ;
      RECT 2.651 0.99 2.717 1.056 ;
      RECT 2.013 0.33 2.101 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.498 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.432 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.33 4.455 0.858 ;
      RECT 4.345 0.858 4.455 0.99 ;
      RECT 4.345 0.99 4.411 1.056 ;
      RECT 4.345 0.198 4.455 0.33 ;
      RECT 4.345 0.132 4.411 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.509 0.946 3.575 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0.33 0.528 1.078 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 1.078 0.528 4.488 0.66 ;
    RECT 0 0.66 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 0.913 0.165 ;
    RECT 0.979 0.099 2.717 0.165 ;
    RECT 2.783 0.099 3.366 0.165 ;
    RECT 3.839 0.132 3.949 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 0.979 0.165 1.045 0.363 ;
    RECT 2.651 0.165 2.717 0.506 ;
    RECT 2.783 0.165 2.849 0.297 ;
    RECT 3.3 0.165 3.366 0.495 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 2.915 0.231 3.058 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 2.519 0.264 2.585 0.363 ;
    RECT 3.883 0.264 3.949 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.562 0.297 1.837 0.363 ;
    RECT 2.915 0.297 3.003 0.693 ;
    RECT 1.111 0.33 1.287 0.396 ;
    RECT 3.168 0.33 3.234 0.363 ;
    RECT 1.771 0.363 1.837 0.759 ;
    RECT 2.343 0.363 2.585 0.429 ;
    RECT 0.847 0.363 1.045 0.429 ;
    RECT 3.069 0.363 3.234 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 3.234 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.396 1.287 1.023 ;
    RECT 4.257 0.407 4.323 0.759 ;
    RECT 2.343 0.429 2.409 0.891 ;
    RECT 0.847 0.429 0.913 0.946 ;
    RECT 3.069 0.429 3.135 0.627 ;
    RECT 1.595 0.462 1.661 0.891 ;
    RECT 3.751 0.484 3.817 0.605 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.883 0.495 4.026 0.561 ;
    RECT 3.201 0.561 3.267 0.792 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 1.023 0.594 1.089 0.924 ;
    RECT 3.63 0.605 3.817 0.693 ;
    LAYER M2L ;
    RECT 3.597 0.627 4.389 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.915 0.693 3.058 0.759 ;
    RECT 2.706 0.693 2.849 0.759 ;
    LAYER M2L ;
    RECT 3.597 0.693 3.663 0.759 ;
    LAYER M1L ;
    RECT 1.43 0.726 1.518 0.891 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 2.915 0.759 3.003 0.858 ;
    RECT 2.783 0.759 2.849 1.023 ;
    RECT 3.41 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.772 0.825 ;
    RECT 2.904 0.759 3.663 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.792 3.267 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 3.685 0.825 3.751 1.056 ;
    LAYER M2L ;
    RECT 2.706 0.825 2.772 0.891 ;
    LAYER M1L ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.386 0.891 1.518 0.957 ;
    RECT 1.595 0.891 2.409 0.957 ;
    RECT 3.102 0.891 3.267 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 2.706 0.891 3.234 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.924 3.399 1.023 ;
    RECT 1.221 1.023 2.464 1.089 ;
    RECT 2.783 1.023 3.399 1.089 ;
  END
END LDN_FDPRBSB_1
#
# 
MACRO LDN_FDPRBSB_2 FOREIGN C0A07BLDN_FDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 4.059 0.033 4.125 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.191 0.132 4.279 0.341 ;
      RECT 4.147 0.341 4.279 0.407 ;
      RECT 4.147 0.407 4.235 0.506 ;
      RECT 2.585 0.297 2.651 0.594 ;
      RECT 2.508 0.231 2.651 0.297 ;
      LAYER M2L ;
      RECT 2.508 0.231 4.29 0.297 ;
      VIA 2.574 0.264 V1L2L ;
      VIA 4.224 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.693 ;
      RECT 4.708 0.693 4.851 0.759 ;
      RECT 4.741 0.198 4.851 0.264 ;
      RECT 4.741 0.132 4.807 0.198 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.374 4.059 0.627 ;
      RECT 3.894 0.627 4.059 0.693 ;
      RECT 3.003 0.594 3.069 0.858 ;
      RECT 3.003 0.858 3.135 0.924 ;
      RECT 3.069 0.924 3.135 1.056 ;
      RECT 2.409 0.462 2.475 0.792 ;
      RECT 1.617 0.462 1.683 0.792 ;
      LAYER M2L ;
      RECT 1.584 0.627 4.026 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 2.442 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
      VIA 3.96 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.049 0.858 5.159 0.99 ;
      RECT 5.049 0.198 5.159 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.858 4.983 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.565 0.924 4.631 1.155 ;
      RECT 4.411 0.924 4.477 1.155 ;
      RECT 4.059 0.946 4.125 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 5.291 0.858 5.357 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0.33 0.528 1.056 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 1.056 0.528 5.412 0.594 ;
    RECT 0 0.594 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 1.067 0.165 ;
    RECT 2.145 0.099 3.091 0.165 ;
    RECT 3.157 0.099 3.663 0.165 ;
    RECT 4.389 0.132 4.499 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 2.145 0.165 2.211 0.363 ;
    RECT 3.025 0.165 3.091 0.396 ;
    RECT 3.157 0.165 3.223 0.297 ;
    RECT 3.597 0.165 3.663 0.759 ;
    RECT 1.177 0.198 1.243 1.023 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.364 0.231 2.046 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 2.343 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.893 0.264 2.959 0.33 ;
    RECT 3.333 0.264 3.399 0.891 ;
    RECT 4.433 0.264 4.499 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.749 0.297 1.815 0.858 ;
    LAYER M2L ;
    RECT 2.277 0.297 2.343 0.363 ;
    LAYER M1L ;
    RECT 0.825 0.33 0.913 0.946 ;
    RECT 2.717 0.33 2.959 0.396 ;
    RECT 3.465 0.33 3.531 0.66 ;
    RECT 1.309 0.363 1.452 0.429 ;
    RECT 2.046 0.363 2.211 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.178 0.429 ;
    RECT 2.277 0.363 3.564 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.717 0.396 2.783 0.891 ;
    RECT 3.025 0.396 3.267 0.462 ;
    RECT 1.309 0.429 1.375 0.638 ;
    RECT 5.181 0.429 5.247 0.759 ;
    RECT 1.881 0.462 1.947 0.891 ;
    RECT 2.849 0.462 2.948 0.528 ;
    RECT 3.201 0.462 3.267 0.594 ;
    RECT 4.301 0.473 4.367 0.605 ;
    RECT 4.433 0.495 4.576 0.561 ;
    RECT 2.145 0.528 2.211 0.759 ;
    RECT 2.849 0.528 2.915 1.023 ;
    RECT 4.433 0.561 4.499 0.759 ;
    RECT 4.18 0.605 4.367 0.693 ;
    LAYER M2L ;
    RECT 4.125 0.627 5.28 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.66 3.201 0.726 ;
    LAYER M2L ;
    RECT 4.125 0.693 4.191 0.891 ;
    LAYER M1L ;
    RECT 1.001 0.726 1.089 1.034 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 2.145 0.759 2.31 0.825 ;
    RECT 3.498 0.759 3.663 0.825 ;
    RECT 3.729 0.759 3.795 0.891 ;
    RECT 3.96 0.759 4.499 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 3.63 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.792 3.267 1.023 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 4.235 0.825 4.301 1.056 ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.342 0.891 1.672 0.957 ;
    RECT 1.881 0.891 2.783 0.957 ;
    RECT 3.333 0.891 3.795 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 3.63 0.891 4.191 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.883 0.924 3.949 1.023 ;
    RECT 1.177 1.023 2.915 1.089 ;
    RECT 3.201 1.023 3.949 1.089 ;
  END
END LDN_FDPRBSB_2
#
# 
MACRO LDN_FDPRBSB_2RE FOREIGN C0A07BLDN_FDPRBSB_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.61 0.143 5.742 0.209 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.598 0.165 4.906 0.231 ;
      RECT 3.949 0.033 4.059 0.165 ;
      RECT 3.949 0.165 4.103 0.231 ;
      RECT 2.805 0.033 2.871 0.308 ;
      RECT 2.772 0.308 2.871 0.374 ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 0.693 0.033 0.759 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.467 0.297 5.907 0.363 ;
      RECT 5.467 0.363 5.533 0.396 ;
      RECT 5.467 0.132 5.533 0.297 ;
      RECT 5.819 0.22 5.907 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.363 5.379 0.429 ;
      RECT 5.313 0.429 5.379 0.693 ;
      RECT 4.95 0.693 5.379 0.759 ;
      RECT 5.313 0.33 5.379 0.363 ;
      RECT 4.983 0.132 5.049 0.363 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.495 4.158 0.561 ;
      RECT 3.872 0.561 3.938 0.594 ;
      RECT 2.805 0.693 2.871 0.726 ;
      RECT 2.673 0.627 2.871 0.693 ;
      RECT 2.673 0.693 2.739 0.726 ;
      RECT 2.673 0.594 2.739 0.627 ;
      RECT 2.805 0.528 2.871 0.627 ;
      RECT 2.772 0.462 2.871 0.528 ;
      LAYER M2L ;
      RECT 2.64 0.627 3.927 0.693 ;
      RECT 3.861 0.561 3.927 0.627 ;
      RECT 3.861 0.495 4.158 0.561 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
      VIA 4.092 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.693 1.551 0.726 ;
      RECT 1.353 0.627 1.551 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.76 0.561 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.584 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.231 0.528 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.627 4.884 0.693 ;
      RECT 4.653 0.693 4.719 0.726 ;
      RECT 4.653 0.594 4.719 0.627 ;
      RECT 4.565 0.528 4.719 0.594 ;
      RECT 4.565 0.462 4.631 0.528 ;
      RECT 0.693 0.462 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.759 4.323 0.825 ;
      RECT 4.257 0.693 4.323 0.759 ;
      RECT 4.257 0.627 4.884 0.693 ;
      VIA 0.726 0.792 V1L2L ;
      VIA 4.686 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.518 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.906 1.023 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.231 ;
    RECT 2.079 0.132 2.145 0.33 ;
    RECT 3.41 0.132 3.476 0.165 ;
    RECT 4.257 0.132 4.323 0.297 ;
    RECT 2.409 0.143 2.519 0.297 ;
    RECT 3.267 0.154 3.333 0.319 ;
    RECT 0.44 0.165 0.627 0.231 ;
    RECT 1.584 0.165 1.958 0.231 ;
    RECT 2.937 0.165 3.146 0.231 ;
    RECT 3.41 0.165 3.718 0.231 ;
    RECT 2.607 0.198 2.673 0.462 ;
    RECT 2.255 0.209 2.321 0.297 ;
    RECT 0.561 0.231 0.627 0.715 ;
    RECT 0.825 0.231 1.133 0.297 ;
    RECT 2.937 0.231 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.231 2.706 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.067 0.297 1.133 0.396 ;
    RECT 0.825 0.297 0.891 0.704 ;
    RECT 2.255 0.297 2.519 0.363 ;
    RECT 3.729 0.297 4.851 0.363 ;
    RECT 3.223 0.319 3.366 0.385 ;
    RECT 1.881 0.33 1.947 0.363 ;
    RECT 2.013 0.33 2.145 0.396 ;
    RECT 3.465 0.33 3.531 0.462 ;
    RECT 3.597 0.33 3.663 0.462 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.671 ;
    RECT 1.716 0.363 1.947 0.429 ;
    RECT 2.409 0.363 2.519 0.396 ;
    RECT 4.785 0.363 4.851 0.495 ;
    RECT 3.729 0.363 3.795 0.594 ;
    RECT 4.422 0.363 4.488 0.671 ;
    LAYER M2L ;
    RECT 0.396 0.363 3.696 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.223 0.385 3.289 0.693 ;
    RECT 2.013 0.396 2.079 0.693 ;
    RECT 2.409 0.396 2.475 0.66 ;
    RECT 3.069 0.418 3.157 0.649 ;
    RECT 1.881 0.429 1.947 0.594 ;
    RECT 1.001 0.462 1.067 0.583 ;
    RECT 2.145 0.462 2.211 0.55 ;
    RECT 2.277 0.462 2.343 0.55 ;
    RECT 2.541 0.462 2.673 0.528 ;
    RECT 3.377 0.462 3.663 0.528 ;
    RECT 5.709 0.462 5.775 0.495 ;
    RECT 4.257 0.462 4.323 0.693 ;
    RECT 4.785 0.495 5.192 0.561 ;
    RECT 5.445 0.495 5.775 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 3.168 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 0.594 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.528 2.607 0.594 ;
    RECT 3.377 0.528 3.443 0.594 ;
    RECT 2.145 0.55 2.343 0.616 ;
    RECT 5.709 0.561 5.775 0.594 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 1.001 0.583 1.287 0.649 ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.409 0.66 2.519 0.825 ;
    RECT 0.033 0.671 0.143 0.913 ;
    RECT 4.422 0.671 4.554 0.737 ;
    RECT 1.705 0.693 2.178 0.759 ;
    RECT 3.223 0.693 4.323 0.759 ;
    RECT 0.825 0.704 0.957 0.77 ;
    RECT 0.429 0.715 0.627 0.781 ;
    RECT 3.091 0.748 3.157 0.825 ;
    RECT 1.705 0.759 1.771 0.825 ;
    RECT 4.257 0.759 4.323 0.825 ;
    RECT 0.891 0.77 0.957 0.968 ;
    RECT 0.429 0.781 0.495 0.99 ;
    RECT 1.221 0.825 1.771 0.891 ;
    RECT 1.87 0.825 3.003 0.891 ;
    RECT 3.091 0.825 4.07 0.891 ;
    RECT 4.257 0.825 5.511 0.891 ;
    RECT 2.937 0.891 3.003 0.957 ;
    RECT 2.783 0.891 2.849 1.056 ;
    RECT 3.971 0.891 4.037 1.056 ;
    RECT 1.628 0.957 2.354 1.023 ;
    RECT 2.937 0.957 3.542 1.023 ;
  END
END LDN_FDPRBSB_2RE
#
# 
MACRO LDN_FDPRBSB_4 FOREIGN C0A07BLDN_FDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.697 0.033 4.763 0.253 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 0.704 0.033 0.77 0.187 ;
      RECT 0.704 0.187 0.836 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.198 4.917 0.33 ;
      RECT 4.785 0.33 4.917 0.396 ;
      RECT 4.785 0.396 4.851 0.462 ;
      RECT 3.047 0.231 3.234 0.297 ;
      RECT 3.047 0.297 3.113 0.627 ;
      RECT 2.904 0.627 3.113 0.693 ;
      LAYER M2L ;
      RECT 3.102 0.231 4.95 0.297 ;
      VIA 3.168 0.264 V1L2L ;
      VIA 4.884 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.28 0.726 5.83 0.858 ;
      RECT 5.346 0.297 5.841 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.726 ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.171 0.99 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.627 4.675 0.693 ;
      RECT 4.609 0.374 4.675 0.627 ;
      RECT 3.685 0.616 3.894 0.704 ;
      RECT 3.685 0.704 3.773 0.748 ;
      RECT 2.541 0.66 2.607 0.726 ;
      RECT 2.541 0.594 2.805 0.66 ;
      LAYER M2L ;
      RECT 2.508 0.627 4.554 0.693 ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
      VIA 4.488 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.99 6.325 1.155 ;
      RECT 6.259 0.924 6.358 0.99 ;
      RECT 5.907 0.858 5.973 1.155 ;
      RECT 5.181 0.924 5.247 1.155 ;
      RECT 4.697 0.946 4.763 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 2.618 0.528 3.586 0.66 ;
    RECT 0 0.528 2.618 0.66 ;
    RECT 3.586 0.528 6.732 0.66 ;
    RECT 0 0.66 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.099 1.617 0.165 ;
    RECT 2.915 0.099 3.608 0.165 ;
    RECT 3.828 0.099 4.323 0.165 ;
    RECT 5.027 0.132 5.137 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.177 0.286 ;
    RECT 1.551 0.165 1.617 0.891 ;
    RECT 1.683 0.165 2.134 0.231 ;
    RECT 2.915 0.165 2.981 0.429 ;
    RECT 3.762 0.165 3.894 0.231 ;
    RECT 4.257 0.165 4.323 0.627 ;
    RECT 0.561 0.198 0.627 0.319 ;
    RECT 2.607 0.198 2.673 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.683 0.231 1.749 0.759 ;
    RECT 1.287 0.264 1.353 1.056 ;
    RECT 3.399 0.264 3.465 0.847 ;
    RECT 3.971 0.264 4.037 0.297 ;
    RECT 5.071 0.264 5.137 0.495 ;
    RECT 0.957 0.286 1.023 0.858 ;
    RECT 1.826 0.297 2.673 0.363 ;
    RECT 3.542 0.297 4.037 0.363 ;
    RECT 0.561 0.319 0.891 0.385 ;
    RECT 4.125 0.33 4.191 0.495 ;
    RECT 1.419 0.363 1.485 0.726 ;
    RECT 1.826 0.363 1.892 0.396 ;
    RECT 3.971 0.363 4.037 0.396 ;
    RECT 3.542 0.363 3.608 0.847 ;
    LAYER M2L ;
    RECT 0.792 0.363 4.224 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.385 0.891 0.825 ;
    RECT 3.201 0.396 3.267 0.748 ;
    RECT 1.98 0.429 2.981 0.495 ;
    RECT 4.939 0.473 5.005 0.627 ;
    RECT 1.98 0.495 2.046 0.627 ;
    RECT 3.938 0.495 4.191 0.561 ;
    RECT 5.071 0.495 5.467 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    LAYER M2L ;
    RECT 1.254 0.495 3.3 0.561 ;
    VIA 1.32 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.112 0.561 2.409 0.627 ;
    RECT 5.071 0.561 5.137 0.759 ;
    RECT 5.907 0.561 5.973 0.726 ;
    RECT 1.848 0.627 2.046 0.693 ;
    RECT 2.112 0.627 2.178 0.66 ;
    RECT 2.343 0.627 2.409 0.847 ;
    RECT 4.224 0.627 4.323 0.693 ;
    RECT 4.818 0.627 5.005 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 1.98 0.693 ;
    RECT 4.785 0.627 6.006 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.94 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.224 0.693 4.29 0.759 ;
    LAYER M2L ;
    RECT 4.785 0.693 4.851 0.891 ;
    LAYER M1L ;
    RECT 1.089 0.726 1.177 1.056 ;
    RECT 1.683 0.759 2.277 0.825 ;
    RECT 4.158 0.759 4.29 0.825 ;
    RECT 4.554 0.759 5.137 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 4.29 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.782 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.814 4.433 0.891 ;
    RECT 0.561 0.825 0.891 0.891 ;
    RECT 2.211 0.825 2.277 0.946 ;
    RECT 4.873 0.825 4.939 1.056 ;
    RECT 2.343 0.847 3.465 0.913 ;
    RECT 3.542 0.847 4.037 0.891 ;
    RECT 0.033 0.891 0.462 0.957 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 1.452 0.891 1.617 0.957 ;
    RECT 3.542 0.891 4.433 0.913 ;
    LAYER M2L ;
    RECT 0.33 0.891 1.584 0.957 ;
    RECT 4.29 0.891 4.851 0.957 ;
    VIA 0.396 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    VIA 4.356 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.913 4.433 0.957 ;
    RECT 4.521 0.924 4.587 1.023 ;
    RECT 3.762 0.979 3.894 1.023 ;
    RECT 3.762 1.023 4.587 1.045 ;
    RECT 3.828 1.045 4.587 1.089 ;
  END
END LDN_FDPRBSB_4
#
# 
MACRO LDN_FDPSBQ_1 FOREIGN C0A07BLDN_FDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.198 4.851 0.99 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.594 ;
      RECT 0.561 0.594 0.671 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.165 4.587 1.023 ;
      RECT 2.453 1.023 4.587 1.089 ;
      RECT 2.453 0.55 2.519 1.023 ;
      RECT 4.037 0.099 4.587 0.165 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 3.058 0.165 ;
    RECT 3.498 0.099 3.63 0.165 ;
    RECT 0.429 0.165 0.759 0.231 ;
    RECT 1.749 0.165 1.815 0.429 ;
    RECT 0.869 0.165 0.935 0.858 ;
    RECT 3.564 0.165 3.63 0.231 ;
    RECT 0.297 0.198 0.363 0.979 ;
    RECT 3.245 0.198 3.311 0.462 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.429 0.231 0.495 0.737 ;
    RECT 2.684 0.231 3.135 0.297 ;
    RECT 3.564 0.231 3.784 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 3.762 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.253 1.364 0.319 ;
    RECT 1.045 0.264 1.111 0.627 ;
    RECT 4.29 0.275 4.455 0.341 ;
    RECT 3.069 0.297 3.135 0.374 ;
    RECT 2.772 0.297 2.838 0.759 ;
    RECT 1.221 0.319 1.287 0.572 ;
    RECT 1.98 0.319 2.255 0.385 ;
    RECT 0.693 0.33 0.803 0.396 ;
    RECT 4.389 0.341 4.455 0.726 ;
    RECT 2.189 0.385 2.695 0.451 ;
    RECT 0.737 0.396 0.803 0.594 ;
    RECT 1.474 0.429 1.815 0.495 ;
    RECT 2.189 0.451 2.255 0.715 ;
    RECT 2.629 0.451 2.695 0.748 ;
    RECT 3.245 0.462 4.323 0.528 ;
    RECT 1.925 0.506 1.991 0.572 ;
    RECT 4.257 0.528 4.323 0.594 ;
    RECT 3.322 0.528 3.388 0.715 ;
    RECT 1.221 0.572 1.991 0.638 ;
    RECT 1.045 0.627 1.155 0.693 ;
    RECT 1.221 0.638 1.287 0.891 ;
    RECT 3.905 0.66 3.971 0.726 ;
    RECT 3.465 0.682 3.531 0.759 ;
    RECT 1.089 0.693 1.155 0.858 ;
    RECT 1.672 0.715 2.255 0.781 ;
    RECT 3.256 0.715 3.388 0.781 ;
    RECT 0.693 0.726 0.759 0.979 ;
    RECT 3.905 0.726 4.455 0.792 ;
    RECT 0.429 0.737 0.572 0.803 ;
    RECT 1.386 0.737 1.573 0.825 ;
    RECT 2.772 0.759 3.124 0.825 ;
    RECT 3.465 0.759 3.762 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 1.518 0.825 ;
    RECT 2.838 0.759 3.663 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 1.034 ;
    RECT 4.114 0.792 4.18 0.891 ;
    RECT 1.463 0.825 1.573 0.924 ;
    RECT 2.772 0.825 2.838 0.869 ;
    RECT 2.684 0.869 2.838 0.935 ;
    RECT 1.639 0.88 1.705 1.023 ;
    RECT 1.221 0.891 1.364 0.957 ;
    RECT 3.036 0.891 3.762 0.957 ;
    RECT 4.114 0.891 4.246 0.957 ;
    RECT 1.012 0.957 1.144 1.023 ;
    RECT 0.297 0.979 0.759 1.045 ;
    RECT 1.078 1.023 1.705 1.089 ;
  END
END LDN_FDPSBQ_1
#
# 
MACRO LDN_FDPSBQ_2 FOREIGN C0A07BLDN_FDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.401 0.033 5.467 0.264 ;
      RECT 4.257 0.033 4.323 0.209 ;
      RECT 4.257 0.209 4.433 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.33 0.627 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.605 4.323 0.759 ;
      RECT 4.257 0.539 4.719 0.605 ;
      RECT 4.653 0.605 4.719 0.726 ;
      RECT 2.739 0.572 2.805 1.056 ;
      LAYER M2L ;
      RECT 2.706 0.627 4.356 0.693 ;
      VIA 2.772 0.66 V1L2L ;
      VIA 4.29 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.045 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.444 1.045 4.51 1.155 ;
      RECT 4.444 0.979 4.642 1.045 ;
      RECT 5.401 0.924 5.467 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.906 0.979 5.082 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 2.244 0.528 3.476 0.638 ;
    RECT 0 0.528 2.244 0.638 ;
    RECT 3.476 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.099 3.344 0.165 ;
    RECT 3.487 0.099 4.191 0.165 ;
    RECT 0.55 0.165 0.957 0.231 ;
    RECT 1.947 0.165 2.013 0.429 ;
    RECT 3.278 0.165 3.344 0.506 ;
    RECT 1.067 0.165 1.133 0.858 ;
    RECT 3.487 0.165 3.553 0.308 ;
    RECT 4.125 0.165 4.191 0.385 ;
    RECT 3.839 0.165 3.905 0.671 ;
    RECT 4.686 0.209 5.115 0.275 ;
    RECT 0.891 0.231 0.957 0.924 ;
    RECT 1.419 0.253 1.562 0.319 ;
    RECT 1.243 0.264 1.309 0.726 ;
    RECT 3.993 0.264 4.059 0.539 ;
    RECT 3.663 0.264 3.729 0.825 ;
    RECT 5.049 0.275 5.115 0.836 ;
    RECT 0.429 0.286 0.495 0.957 ;
    RECT 3.069 0.297 3.135 0.825 ;
    RECT 1.419 0.319 1.485 0.605 ;
    RECT 2.332 0.363 2.651 0.407 ;
    LAYER M2L ;
    RECT 0.858 0.363 4.092 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.125 0.385 4.983 0.451 ;
    RECT 2.332 0.407 2.981 0.429 ;
    RECT 2.585 0.429 2.981 0.473 ;
    RECT 1.672 0.429 2.013 0.495 ;
    RECT 3.531 0.44 3.597 0.506 ;
    RECT 4.917 0.451 4.983 0.616 ;
    RECT 2.915 0.473 2.981 0.726 ;
    RECT 2.585 0.473 2.651 0.737 ;
    RECT 3.278 0.506 3.597 0.572 ;
    RECT 3.993 0.539 4.158 0.605 ;
    RECT 1.419 0.605 2.222 0.671 ;
    RECT 1.419 0.671 1.485 0.891 ;
    RECT 3.839 0.671 3.993 0.737 ;
    RECT 4.092 0.704 4.158 0.825 ;
    RECT 1.243 0.726 1.353 0.858 ;
    RECT 1.584 0.737 1.771 0.825 ;
    RECT 1.87 0.737 2.651 0.803 ;
    RECT 4.433 0.748 4.499 0.836 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.803 2.255 0.88 ;
    RECT 2.585 0.803 2.651 0.924 ;
    RECT 1.661 0.825 1.771 0.924 ;
    RECT 3.069 0.825 4.158 0.891 ;
    RECT 4.433 0.836 5.115 0.902 ;
    RECT 4.268 0.869 4.334 0.957 ;
    RECT 1.837 0.88 1.969 0.946 ;
    RECT 1.419 0.891 1.562 0.957 ;
    RECT 4.741 0.902 4.807 1.056 ;
    RECT 0.583 0.924 0.957 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.198 0.957 0.495 1.023 ;
    RECT 1.21 0.957 1.342 1.023 ;
    RECT 3.586 0.957 4.334 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.276 1.023 1.903 1.089 ;
  END
END LDN_FDPSBQ_2
#
# 
MACRO LDN_FDPSBQ_4 FOREIGN C0A07BLDN_FDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 0.033 6.226 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.918 0.726 6.479 0.858 ;
      RECT 5.918 0.297 6.402 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 5.643 0.726 5.709 1.023 ;
      RECT 3.113 1.023 5.709 1.089 ;
      RECT 3.113 0.572 3.179 1.023 ;
      RECT 5.247 0.759 5.412 0.825 ;
      RECT 5.247 0.594 5.313 0.759 ;
      LAYER M2L ;
      RECT 5.148 0.759 5.742 0.825 ;
      VIA 5.346 0.792 V1L2L ;
      VIA 5.676 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.44 ;
    RECT 0 0.44 4.466 0.528 ;
    RECT 5.313 0.44 6.6 0.528 ;
    RECT 2.398 0.528 3.938 0.616 ;
    RECT 4.466 0.44 5.313 0.528 ;
    RECT 0 0.528 2.398 0.616 ;
    RECT 3.938 0.528 6.6 0.616 ;
    RECT 0 0.616 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.099 3.817 0.165 ;
    RECT 3.883 0.099 4.983 0.165 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 1.199 0.165 1.265 0.286 ;
    RECT 2.057 0.165 2.123 0.319 ;
    RECT 3.751 0.165 3.817 0.462 ;
    RECT 3.883 0.165 3.949 0.308 ;
    RECT 4.917 0.165 4.983 0.363 ;
    RECT 4.279 0.165 4.345 0.627 ;
    RECT 5.412 0.165 5.577 0.231 ;
    RECT 0.583 0.198 0.957 0.264 ;
    RECT 2.31 0.231 3.157 0.275 ;
    RECT 4.488 0.231 4.642 0.297 ;
    RECT 5.511 0.231 5.577 0.891 ;
    LAYER M2L ;
    RECT 0.858 0.231 4.62 0.297 ;
    VIA 4.554 0.264 V1L2L ;
    VIA 0.924 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.264 0.957 0.715 ;
    RECT 1.375 0.264 1.441 0.693 ;
    RECT 1.551 0.264 1.617 0.451 ;
    RECT 4.059 0.264 4.125 0.759 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 2.31 0.275 3.278 0.297 ;
    RECT 3.498 0.275 3.685 0.341 ;
    RECT 1.023 0.286 1.265 0.352 ;
    RECT 3.091 0.297 3.278 0.341 ;
    RECT 4.576 0.297 4.642 0.495 ;
    RECT 1.804 0.319 2.123 0.385 ;
    RECT 0.363 0.341 0.429 0.847 ;
    RECT 3.619 0.341 3.685 0.759 ;
    RECT 1.023 0.352 1.089 0.792 ;
    RECT 2.574 0.363 3.025 0.407 ;
    RECT 4.917 0.363 5.445 0.429 ;
    RECT 2.574 0.407 3.553 0.429 ;
    RECT 2.959 0.429 3.553 0.473 ;
    RECT 5.379 0.429 5.445 0.594 ;
    RECT 1.551 0.451 2.508 0.517 ;
    RECT 3.751 0.462 3.993 0.528 ;
    RECT 3.487 0.473 3.553 0.726 ;
    RECT 2.959 0.473 3.025 0.748 ;
    RECT 4.51 0.495 4.642 0.561 ;
    RECT 2.442 0.517 2.508 0.539 ;
    RECT 1.991 0.517 2.057 0.869 ;
    RECT 3.927 0.528 3.993 0.594 ;
    RECT 2.442 0.539 2.574 0.605 ;
    RECT 4.719 0.55 4.785 0.627 ;
    RECT 2.2 0.583 2.376 0.649 ;
    RECT 4.279 0.627 4.785 0.693 ;
    RECT 2.31 0.649 2.376 0.748 ;
    RECT 4.994 0.66 5.17 0.792 ;
    RECT 1.221 0.693 1.892 0.759 ;
    RECT 4.279 0.693 4.345 0.792 ;
    RECT 0.55 0.715 0.957 0.781 ;
    RECT 2.167 0.748 2.233 1.023 ;
    RECT 2.31 0.748 3.025 0.814 ;
    RECT 1.76 0.759 1.892 0.803 ;
    RECT 1.221 0.759 1.287 0.891 ;
    RECT 3.619 0.759 4.125 0.825 ;
    RECT 4.444 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.96 0.759 4.62 0.825 ;
    VIA 4.554 0.792 V1L2L ;
    VIA 4.026 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.77 0.297 0.847 ;
    RECT 5.104 0.792 5.17 0.891 ;
    RECT 2.959 0.814 3.025 0.946 ;
    RECT 2.585 0.814 2.651 0.99 ;
    RECT 3.619 0.825 3.685 0.847 ;
    RECT 0.231 0.847 0.759 0.891 ;
    RECT 3.498 0.847 3.685 0.913 ;
    RECT 1.562 0.869 2.057 0.935 ;
    RECT 1.375 0.88 1.441 1.023 ;
    RECT 0.231 0.891 1.287 0.913 ;
    RECT 3.982 0.891 5.005 0.957 ;
    RECT 5.104 0.891 5.577 0.957 ;
    RECT 0.693 0.913 1.287 0.957 ;
    RECT 1.375 1.023 2.233 1.089 ;
  END
END LDN_FDPSBQ_4
#
# 
MACRO LDN_FDPSBQ_HD_1 FOREIGN C0A07BLDN_FDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.396 3.267 0.924 ;
      RECT 3.157 0.924 3.267 1.056 ;
      RECT 3.157 0.264 3.267 0.396 ;
      RECT 3.201 0.198 3.267 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 2.871 0.726 ;
      RECT 2.761 0.462 2.871 0.594 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.199 0.935 1.518 0.957 ;
      RECT 1.199 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 2.948 0.979 3.08 1.045 ;
      RECT 0 1.155 3.3 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 2.607 0.154 2.717 0.286 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 2.607 0.286 2.673 0.297 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.673 0.363 ;
    RECT 2.783 0.297 3.003 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.607 0.363 2.673 0.726 ;
    RECT 2.937 0.363 3.003 0.847 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.475 0.462 2.541 0.539 ;
    RECT 3.069 0.462 3.135 0.858 ;
    RECT 1.837 0.539 2.541 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 2.607 0.726 2.717 0.858 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    RECT 2.574 0.759 3.168 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.783 0.847 3.003 0.913 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.783 0.913 2.849 1.012 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDN_FDPSBQ_HD_1
#
# 
MACRO LDN_FDPSBQ_HD_2 FOREIGN C0A07BLDN_FDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.693 ;
      RECT 3.201 0.693 3.399 0.759 ;
      RECT 3.201 0.759 3.267 0.99 ;
      RECT 3.201 0.297 3.399 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.421 0.924 3.487 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.234 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.924 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.135 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDN_FDPSBQ_HD_2
#
# 
MACRO LDN_FDPSBQ_HD_4 FOREIGN C0A07BLDN_FDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.322 0.165 3.476 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.803 ;
      RECT 3.201 0.803 3.597 0.869 ;
      RECT 3.531 0.869 3.597 0.946 ;
      RECT 3.201 0.869 3.289 0.979 ;
      RECT 3.146 0.979 3.289 1.045 ;
      RECT 3.146 0.297 3.63 0.363 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 3.355 1.012 3.421 1.155 ;
      RECT 3.355 0.946 3.465 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.366 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.836 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.937 0.836 3.135 0.902 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.937 0.902 3.003 0.924 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.003 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDN_FDPSBQ_HD_4
#
# 
MACRO LDN_FDPSB_1 FOREIGN C0A07BLDN_FDPSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.033 3.333 0.396 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.795 0.033 3.861 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.113 0.132 3.201 0.396 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.234 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.168 0.264 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.198 4.059 0.99 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.704 ;
      RECT 3.597 0.704 3.707 0.77 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 2.915 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 2.849 0.165 2.915 0.495 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.421 0.264 3.531 0.396 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 3.465 0.396 3.531 0.759 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 3.839 0.462 3.905 0.847 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 2.849 0.495 3.388 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 3.322 0.561 3.388 0.616 ;
    RECT 2.849 0.561 2.915 0.891 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.531 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 3.531 0.847 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 3.443 0.847 3.905 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 3.443 0.913 3.509 0.99 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDN_FDPSB_1
#
# 
MACRO LDN_FDPSB_2 FOREIGN C0A07BLDN_FDPSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.033 4.037 0.242 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.671 ;
      RECT 3.762 0.671 3.927 0.737 ;
      RECT 3.795 0.319 3.927 0.385 ;
      RECT 3.795 0.242 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.792 ;
      RECT 4.147 0.792 4.323 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.663 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.597 0.165 3.663 0.594 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 4.004 0.495 4.158 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.509 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 4.07 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDN_FDPSB_2
#
# 
MACRO LDN_FDPSB_4 FOREIGN C0A07BLDN_FDPSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.385 4.191 0.671 ;
      RECT 3.762 0.671 4.246 0.737 ;
      RECT 3.795 0.319 4.246 0.385 ;
      RECT 3.795 0.187 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.385 4.983 0.726 ;
      RECT 4.488 0.726 5.016 0.858 ;
      RECT 4.488 0.858 4.576 0.99 ;
      RECT 4.499 0.319 4.983 0.385 ;
      RECT 4.851 0.22 4.917 0.319 ;
      RECT 4.499 0.198 4.565 0.319 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.674 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.608 0.165 3.674 0.495 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 3.608 0.495 3.938 0.561 ;
    RECT 4.345 0.495 4.73 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.345 0.561 4.411 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.564 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.498 0.825 4.411 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDN_FDPSB_4
#
# 
MACRO LDN_FDP_1 FOREIGN C0A07BLDN_FDP_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.715 ;
      RECT 3.069 0.715 3.179 0.781 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.198 3.531 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.772 0.869 2.838 1.155 ;
      RECT 2.706 0.803 2.838 0.869 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 2.541 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.145 0.165 2.211 0.33 ;
    RECT 2.475 0.165 2.541 0.594 ;
    RECT 2.915 0.176 2.981 0.297 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.528 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 2.607 0.297 2.981 0.363 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.607 0.363 2.673 0.484 ;
    RECT 2.915 0.363 2.981 0.847 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.462 2.849 0.594 ;
    RECT 3.311 0.462 3.377 0.847 ;
    RECT 2.2 0.528 2.343 0.594 ;
    RECT 2.475 0.594 2.849 0.66 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 2.475 0.66 2.541 0.671 ;
    RECT 2.31 0.671 2.541 0.737 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 2.915 0.847 3.377 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDN_FDP_1
#
# 
MACRO LDN_FDP_2 FOREIGN C0A07BLDN_FDP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.396 3.399 0.671 ;
      RECT 3.256 0.671 3.399 0.737 ;
      RECT 3.289 0.33 3.399 0.396 ;
      RECT 3.289 0.264 3.355 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.924 ;
      RECT 3.641 0.924 3.795 0.99 ;
      RECT 3.641 0.99 3.707 1.056 ;
      RECT 3.608 0.297 3.795 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.739 0.836 2.805 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 3.223 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.145 0.165 2.211 0.374 ;
    RECT 3.157 0.165 3.223 0.594 ;
    RECT 2.409 0.165 2.475 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.882 0.253 3.025 0.319 ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.495 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.959 0.319 3.025 0.495 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.531 0.462 3.597 0.803 ;
    RECT 2.2 0.495 2.343 0.561 ;
    RECT 2.596 0.495 3.025 0.561 ;
    RECT 2.959 0.561 3.025 0.803 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.31 0.649 2.475 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 2.959 0.803 3.597 0.869 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDN_FDP_2
#
# 
MACRO LDN_FDP_2RE FOREIGN C0A07BLDN_FDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 0.891 0.033 0.957 0.396 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.759 ;
      RECT 4.455 0.759 4.719 0.825 ;
      RECT 4.455 0.825 4.521 1.034 ;
      RECT 4.279 0.297 4.719 0.363 ;
      RECT 4.279 0.363 4.345 0.396 ;
      RECT 4.279 0.132 4.345 0.297 ;
      RECT 4.631 0.22 4.719 0.297 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.341 4.191 0.407 ;
      RECT 4.125 0.407 4.191 0.671 ;
      RECT 3.762 0.671 4.191 0.737 ;
      RECT 3.795 0.132 3.861 0.341 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.726 0.891 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.165 0.462 0.231 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.045 4.29 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.079 0.792 2.145 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.067 0.132 1.309 0.198 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 2.431 0.132 2.497 0.165 ;
    RECT 3.443 0.132 3.509 0.297 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 1.606 0.143 1.958 0.209 ;
    RECT 2.211 0.165 2.497 0.275 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.067 0.198 1.133 0.396 ;
    RECT 1.243 0.198 1.309 0.396 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 1.837 0.209 1.903 0.374 ;
    RECT 2.816 0.231 2.882 0.297 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 2.211 0.275 2.321 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.816 0.297 2.948 0.363 ;
    RECT 3.113 0.297 3.542 0.363 ;
    RECT 0.429 0.33 0.627 0.396 ;
    RECT 1.617 0.33 1.683 0.594 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 2.541 0.33 2.607 0.594 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.033 0.363 0.099 0.737 ;
    RECT 1.969 0.363 2.409 0.429 ;
    RECT 3.476 0.363 3.542 0.495 ;
    RECT 3.113 0.363 3.179 0.594 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 0.594 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.693 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 1.969 0.429 2.035 0.495 ;
    RECT 2.343 0.429 2.409 0.649 ;
    RECT 0.297 0.462 0.495 0.528 ;
    RECT 1.353 0.462 1.419 0.495 ;
    RECT 2.805 0.462 2.871 0.528 ;
    RECT 2.937 0.462 3.003 0.528 ;
    RECT 4.521 0.462 4.587 0.495 ;
    RECT 3.333 0.462 3.399 0.528 ;
    RECT 1.188 0.495 1.419 0.605 ;
    RECT 2.101 0.495 2.244 0.561 ;
    RECT 1.892 0.495 2.035 0.561 ;
    RECT 3.476 0.495 4.004 0.561 ;
    RECT 4.257 0.495 4.587 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 3.036 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 2.97 0.528 V1L2L ;
    VIA 0.462 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.528 0.495 0.594 ;
    RECT 2.805 0.528 3.003 0.594 ;
    RECT 3.245 0.528 3.399 0.594 ;
    RECT 2.101 0.561 2.167 0.627 ;
    RECT 3.476 0.561 3.542 0.693 ;
    RECT 4.521 0.561 4.587 0.594 ;
    RECT 4.257 0.561 4.323 0.825 ;
    RECT 3.245 0.594 3.311 0.693 ;
    RECT 1.749 0.627 2.167 0.693 ;
    RECT 2.233 0.649 2.409 0.715 ;
    RECT 0.429 0.693 0.627 0.759 ;
    RECT 1.386 0.693 1.815 0.759 ;
    RECT 3.41 0.693 3.542 0.759 ;
    RECT 2.574 0.693 3.311 0.759 ;
    RECT 2.233 0.715 2.343 0.825 ;
    RECT 0.033 0.737 0.143 1.001 ;
    RECT 0.429 0.759 0.495 0.968 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.21 0.781 1.276 0.825 ;
    RECT 1.067 0.792 1.133 1.023 ;
    RECT 1.21 0.825 1.969 0.891 ;
    RECT 2.233 0.825 2.882 0.891 ;
    RECT 3.014 0.825 3.146 0.891 ;
    RECT 3.245 0.825 4.323 0.891 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 3.08 0.891 3.146 0.957 ;
    RECT 1.562 0.957 1.694 1.023 ;
    RECT 2.398 0.957 3.146 1.023 ;
    RECT 1.067 1.023 1.628 1.089 ;
  END
END LDN_FDP_2RE
#
# 
MACRO LDN_FDP_4 FOREIGN C0A07BLDN_FDP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.224 0.165 4.356 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.52 0.165 3.652 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.048 0.726 4.62 0.858 ;
      RECT 4.048 0.297 4.587 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 3.795 0.759 ;
      RECT 3.344 0.297 3.795 0.363 ;
      RECT 3.729 0.198 3.795 0.297 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.224 0.957 4.356 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.112 0.165 ;
    RECT 2.211 0.099 3.234 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.211 0.165 2.277 0.374 ;
    RECT 3.168 0.165 3.234 0.495 ;
    RECT 2.541 0.165 2.607 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 1.155 0.286 1.815 0.352 ;
    RECT 1.881 0.286 2.101 0.352 ;
    RECT 3.025 0.286 3.091 0.495 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 1.749 0.352 1.815 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.035 0.352 2.101 0.418 ;
    RECT 1.881 0.352 1.947 0.781 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.508 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.495 2.475 0.561 ;
    RECT 3.168 0.495 3.63 0.561 ;
    RECT 2.706 0.495 3.091 0.561 ;
    RECT 3.861 0.495 4.422 0.561 ;
    RECT 3.025 0.561 3.091 0.825 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.398 0.649 2.607 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.354 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 3.025 0.825 3.927 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDN_FDP_4
#
# 
MACRO LDN_FILL18RE FOREIGN C0A07BLDN_FILL18RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDN_FILL18RE
#
# 
MACRO LDN_FILL36RE FOREIGN C0A07BLDN_FILL36RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
  END
END LDN_FILL36RE
#
# 
MACRO LDN_FILL72RE FOREIGN C0A07BLDN_FILL72RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
  END
END LDN_FILL72RE
#
# 
MACRO LDN_FILL9RE FOREIGN C0A07BLDN_FILL9RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_FILL9RE
#
# 
MACRO LDN_FSDNQ_1 FOREIGN C0A07BLDN_FSDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 2.497 0.462 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.431 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.365 0.165 2.431 0.264 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 3.96 0.209 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 3.894 0.209 4.026 0.275 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.429 ;
    RECT 2.365 0.264 2.475 0.396 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 2.805 0.264 2.871 1.023 ;
    RECT 3.707 0.264 3.773 0.363 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 1.606 0.341 1.672 0.693 ;
    RECT 1.276 0.363 1.342 0.814 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 3.707 0.363 4.037 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.396 2.431 0.726 ;
    RECT 1.925 0.429 2.299 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 3.971 0.429 4.037 0.495 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 2.673 0.462 2.739 0.858 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 2.233 0.495 2.299 0.88 ;
    RECT 3.201 0.495 3.542 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 2.101 0.594 2.167 0.693 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 1.419 0.693 2.167 0.759 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 2.365 0.726 2.475 0.88 ;
    RECT 1.419 0.759 1.485 0.902 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.376 0.759 3.3 0.825 ;
    VIA 2.442 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.937 0.792 3.003 0.891 ;
    RECT 1.232 0.814 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.937 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDN_FSDNQ_1
#
# 
MACRO LDN_FSDNQ_2 FOREIGN C0A07BLDN_FSDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.485 0.363 ;
      RECT 1.419 0.363 1.485 0.462 ;
      RECT 0.187 0.099 0.627 0.165 ;
      RECT 0.187 0.165 0.253 0.462 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.528 ;
      RECT 0.429 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.157 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
      RECT 5.313 0.297 5.478 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.352 1.023 0.495 1.089 ;
      RECT 0.429 0.693 0.957 0.759 ;
      RECT 0.891 0.495 0.957 0.693 ;
      RECT 0.891 0.429 1.32 0.495 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.187 0.913 0.253 1.155 ;
      RECT 0.187 0.847 0.33 0.913 ;
      RECT 5.555 0.924 5.621 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.158 0.528 4.818 0.594 ;
    RECT 0 0.528 4.158 0.594 ;
    RECT 4.818 0.528 5.676 0.594 ;
    RECT 0 0.594 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.112 0.099 3.201 0.165 ;
    RECT 3.905 0.099 4.873 0.165 ;
    RECT 0.055 0.132 0.121 0.627 ;
    RECT 3.509 0.132 3.575 0.231 ;
    RECT 0.77 0.165 1.683 0.231 ;
    RECT 3.135 0.165 3.201 0.297 ;
    RECT 2.112 0.165 2.178 0.495 ;
    RECT 3.905 0.165 3.971 0.242 ;
    RECT 4.807 0.165 4.873 0.352 ;
    RECT 1.749 0.198 1.815 0.594 ;
    RECT 1.617 0.231 1.683 0.627 ;
    RECT 2.783 0.231 2.97 0.297 ;
    RECT 3.509 0.231 3.663 0.297 ;
    RECT 4.07 0.231 4.719 0.297 ;
    LAYER M2L ;
    RECT 1.716 0.231 2.97 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.244 0.264 2.695 0.33 ;
    RECT 4.983 0.286 5.049 0.363 ;
    RECT 2.783 0.297 2.849 0.891 ;
    RECT 3.135 0.297 3.289 0.363 ;
    RECT 3.597 0.297 3.663 0.363 ;
    RECT 4.653 0.297 4.719 0.495 ;
    RECT 1.881 0.308 1.947 0.627 ;
    RECT 2.244 0.33 2.31 0.495 ;
    RECT 2.607 0.33 2.695 0.77 ;
    RECT 3.355 0.363 3.498 0.429 ;
    RECT 3.223 0.363 3.289 0.825 ;
    RECT 3.597 0.363 4.587 0.429 ;
    RECT 4.983 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.498 0.429 ;
    VIA 3.432 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.429 3.421 0.649 ;
    RECT 3.597 0.429 3.663 0.693 ;
    RECT 4.521 0.429 4.587 0.759 ;
    RECT 5.181 0.429 5.247 0.649 ;
    RECT 2.475 0.462 2.541 0.627 ;
    RECT 2.915 0.462 2.981 0.825 ;
    RECT 2.244 0.495 2.376 0.561 ;
    RECT 2.046 0.495 2.178 0.561 ;
    RECT 3.729 0.495 4.07 0.561 ;
    RECT 4.653 0.495 5.016 0.561 ;
    RECT 0.297 0.528 0.363 0.627 ;
    RECT 4.345 0.55 4.411 0.627 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 4.807 0.561 4.873 0.891 ;
    RECT 0.055 0.627 0.363 0.693 ;
    RECT 1.023 0.627 1.683 0.693 ;
    RECT 1.881 0.627 2.541 0.693 ;
    RECT 3.861 0.627 4.411 0.693 ;
    RECT 4.95 0.649 5.247 0.715 ;
    RECT 0.055 0.693 0.121 0.946 ;
    RECT 1.617 0.693 1.815 0.759 ;
    RECT 1.023 0.693 1.089 0.825 ;
    RECT 1.881 0.693 1.947 0.924 ;
    RECT 3.861 0.693 3.927 0.99 ;
    RECT 3.476 0.693 3.663 0.759 ;
    RECT 4.95 0.715 5.016 1.023 ;
    RECT 1.749 0.759 1.815 0.858 ;
    RECT 2.057 0.759 2.31 0.825 ;
    RECT 4.521 0.759 4.686 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.244 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.323 0.792 4.389 0.891 ;
    RECT 1.155 0.825 1.606 0.891 ;
    RECT 0.594 0.825 1.089 0.891 ;
    RECT 2.057 0.825 2.123 0.924 ;
    RECT 2.915 0.825 3.795 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 2.706 0.891 2.849 0.957 ;
    RECT 4.323 0.891 4.873 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.96 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.924 2.299 1.023 ;
    RECT 3.993 0.924 4.059 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.628 0.957 1.76 1.023 ;
    RECT 1.694 1.023 2.299 1.089 ;
    RECT 3.993 1.023 5.016 1.089 ;
  END
END LDN_FSDNQ_2
#
# 
MACRO LDN_FSDNQ_4 FOREIGN C0A07BLDN_FSDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.344 0.033 3.41 0.231 ;
      RECT 3.344 0.231 3.476 0.297 ;
      RECT 2.607 0.033 2.673 0.352 ;
      RECT 2.563 0.352 2.673 0.418 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.55 ;
    RECT 0 0.528 4.752 0.55 ;
    RECT 5.489 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.683 0.143 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.683 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.617 0.165 2.002 0.231 ;
    RECT 2.266 0.165 2.475 0.231 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 3.201 0.198 3.267 0.462 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.826 0.231 1.892 0.847 ;
    RECT 2.409 0.231 2.475 0.352 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.3 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.264 3.663 0.759 ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.145 0.308 2.211 0.495 ;
    RECT 2.794 0.319 3.003 0.385 ;
    RECT 3.795 0.319 3.861 0.495 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 3.894 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.385 3.003 0.748 ;
    RECT 1.991 0.396 2.079 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 3.201 0.462 3.509 0.528 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.145 0.495 2.838 0.561 ;
    RECT 3.795 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 3.443 0.528 3.509 0.957 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.145 0.561 2.211 0.957 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.869 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 2.31 0.627 2.442 0.693 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 5.676 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.682 2.607 0.748 ;
    RECT 2.354 0.693 2.442 0.88 ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.643 0.693 5.709 0.858 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.541 0.748 3.003 0.814 ;
    RECT 3.575 0.759 3.74 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 2.827 0.814 2.893 0.924 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.861 0.825 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.079 0.913 ;
    RECT 5.379 0.869 5.566 0.891 ;
    RECT 3.861 0.891 3.927 0.957 ;
    RECT 4.796 0.891 4.928 0.957 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 2.013 0.913 2.079 0.99 ;
    RECT 2.145 0.957 2.354 1.023 ;
    RECT 3.168 0.957 3.927 1.023 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDN_FSDNQ_4
#
# 
MACRO LDN_FSDNQ_HD_1 FOREIGN C0A07BLDN_FSDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.792 ;
      RECT 3.817 0.792 3.927 0.924 ;
      RECT 3.817 0.132 3.927 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.165 3.663 0.858 ;
      RECT 3.476 0.099 3.663 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 3.267 0.176 3.355 0.363 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.355 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    RECT 3.036 0.363 3.828 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.981 0.429 3.047 0.528 ;
    RECT 3.289 0.429 3.355 0.902 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 3.157 0.55 3.223 0.627 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDN_FSDNQ_HD_1
#
# 
MACRO LDN_FSDNQ_HD_2 FOREIGN C0A07BLDN_FSDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.858 ;
      RECT 3.861 0.33 4.059 0.396 ;
      RECT 3.861 0.198 3.927 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.795 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.891 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.729 0.209 3.795 0.495 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.858 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.353 0.506 1.419 0.682 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.759 ;
    RECT 2.673 0.627 3.223 0.693 ;
    RECT 1.221 0.682 1.419 0.748 ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 1.221 0.748 1.287 0.858 ;
    RECT 2.079 0.759 2.244 0.825 ;
    LAYER M2L ;
    RECT 1.188 0.759 3.564 0.825 ;
    VIA 2.178 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.068 0.891 2.475 0.957 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 2.068 0.957 2.134 0.99 ;
    RECT 0.616 0.979 0.748 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 2.618 0.979 3.003 1.045 ;
    RECT 0.616 1.023 1.738 1.045 ;
    RECT 0.682 1.045 1.672 1.089 ;
  END
END LDN_FSDNQ_HD_2
#
# 
MACRO LDN_FSDNQ_HD_4 FOREIGN C0A07BLDN_FSDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.429 4.191 0.726 ;
      RECT 3.795 0.726 4.356 0.858 ;
      RECT 3.861 0.385 4.191 0.429 ;
      RECT 4.125 0.319 4.29 0.363 ;
      RECT 3.861 0.363 4.29 0.385 ;
      RECT 3.861 0.231 3.949 0.363 ;
      RECT 3.806 0.165 3.949 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.696 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.63 0.209 3.696 0.297 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 3.63 0.297 3.795 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 3.729 0.363 3.795 0.495 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDN_FSDNQ_HD_4
#
# 
MACRO LDN_FSDNRBQ_1 FOREIGN C0A07BLDN_FSDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.198 ;
      RECT 5.654 0.198 5.753 0.264 ;
      RECT 5.159 0.033 5.225 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.297 5.082 0.363 ;
      RECT 5.016 0.363 5.181 0.429 ;
      RECT 4.917 0.231 5.082 0.297 ;
      RECT 3.157 0.297 3.267 0.462 ;
      RECT 3.157 0.462 3.223 0.638 ;
      RECT 3.157 0.231 3.3 0.297 ;
      RECT 1.485 0.198 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.231 5.082 0.297 ;
      VIA 1.518 0.264 V1L2L ;
      VIA 3.234 0.264 V1L2L ;
      VIA 5.016 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.749 0.649 1.815 0.726 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.749 0.462 1.815 0.583 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.528 0.759 0.693 ;
      RECT 0.671 0.693 1.155 0.759 ;
      RECT 1.089 0.759 1.155 0.891 ;
      RECT 1.089 0.891 1.419 0.957 ;
      RECT 1.353 0.594 1.419 0.891 ;
      RECT 0.638 0.462 0.759 0.528 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.396 5.643 0.792 ;
      RECT 5.511 0.792 5.643 0.858 ;
      RECT 5.511 0.858 5.577 0.946 ;
      RECT 5.511 0.33 5.643 0.396 ;
      RECT 5.511 0.264 5.577 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.115 0.946 5.181 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 4.026 0.528 4.598 0.616 ;
    RECT 0 0.528 4.026 0.616 ;
    RECT 4.598 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 1.881 0.099 4.422 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 5.335 0.132 5.401 0.506 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.881 0.165 1.947 0.242 ;
    RECT 0.726 0.187 1.364 0.253 ;
    RECT 2.409 0.231 3.091 0.297 ;
    RECT 1.617 0.242 1.947 0.308 ;
    RECT 2.167 0.264 2.277 0.396 ;
    RECT 2.013 0.264 2.079 1.023 ;
    RECT 4.378 0.275 4.796 0.341 ;
    RECT 3.399 0.286 3.465 0.352 ;
    RECT 3.025 0.297 3.091 0.737 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 1.617 0.308 1.683 0.374 ;
    RECT 1.881 0.308 1.947 1.023 ;
    RECT 0.429 0.319 1.419 0.385 ;
    RECT 4.73 0.341 4.796 0.638 ;
    RECT 3.399 0.352 3.751 0.418 ;
    RECT 2.563 0.363 2.706 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.706 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.385 1.419 0.462 ;
    RECT 0.429 0.385 0.495 0.891 ;
    RECT 2.211 0.396 2.277 0.594 ;
    RECT 3.839 0.407 4.653 0.473 ;
    RECT 3.685 0.418 3.751 0.891 ;
    RECT 2.563 0.429 2.651 0.781 ;
    RECT 4.873 0.44 4.939 0.506 ;
    RECT 4.587 0.473 4.653 0.759 ;
    RECT 3.839 0.473 3.905 0.858 ;
    RECT 3.421 0.484 3.531 0.55 ;
    RECT 2.816 0.506 2.959 0.638 ;
    RECT 4.873 0.506 5.401 0.572 ;
    RECT 3.465 0.55 3.531 0.737 ;
    RECT 4.048 0.55 4.499 0.616 ;
    RECT 5.335 0.572 5.401 1.056 ;
    RECT 4.433 0.616 4.499 0.682 ;
    RECT 4.048 0.616 4.114 1.023 ;
    RECT 2.893 0.638 2.959 0.891 ;
    RECT 4.73 0.638 5.247 0.704 ;
    RECT 2.739 0.704 2.805 0.891 ;
    RECT 5.181 0.704 5.247 0.814 ;
    RECT 4.785 0.704 4.851 0.891 ;
    RECT 3.025 0.737 3.531 0.803 ;
    RECT 2.189 0.748 2.255 0.891 ;
    RECT 4.554 0.759 4.686 0.825 ;
    RECT 0.946 0.858 1.012 0.891 ;
    RECT 0.429 0.891 1.012 0.957 ;
    RECT 2.189 0.891 2.805 0.957 ;
    RECT 2.893 0.891 3.751 0.957 ;
    RECT 4.378 0.891 4.851 0.957 ;
    RECT 4.191 0.924 4.257 1.023 ;
    RECT 4.939 0.946 5.005 1.023 ;
    RECT 1.584 0.957 1.716 1.023 ;
    RECT 0.077 1.023 1.298 1.089 ;
    RECT 1.65 1.023 1.947 1.089 ;
    RECT 2.013 1.023 4.114 1.089 ;
    RECT 4.191 1.023 5.005 1.089 ;
  END
END LDN_FSDNRBQ_1
#
# 
MACRO LDN_FSDNRBQ_2 FOREIGN C0A07BLDN_FSDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 1.749 0.033 1.815 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.819 0.594 ;
      RECT 5.61 0.231 5.819 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.742 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.676 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.594 ;
      RECT 0.957 0.594 1.419 0.682 ;
      RECT 1.353 0.682 1.419 0.858 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.33 0.495 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.341 6.435 0.825 ;
      RECT 6.369 0.825 6.534 0.891 ;
      RECT 6.369 0.275 6.534 0.341 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 1.023 ;
      RECT 1.485 1.023 1.628 1.089 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.781 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 5.841 0.858 5.907 1.155 ;
      RECT 1.727 0.814 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.88 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.947 0.099 4.565 0.165 ;
    RECT 5.423 0.099 6.303 0.143 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.792 0.143 1.496 0.209 ;
    RECT 4.675 0.143 6.303 0.165 ;
    RECT 0.209 0.165 0.693 0.231 ;
    RECT 1.947 0.165 2.013 0.297 ;
    RECT 4.499 0.165 4.565 0.495 ;
    RECT 4.675 0.165 5.489 0.209 ;
    RECT 6.237 0.165 6.303 0.594 ;
    RECT 4.675 0.209 4.741 0.286 ;
    RECT 5.423 0.209 5.489 0.891 ;
    RECT 0.627 0.231 0.693 0.275 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.761 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.33 ;
    RECT 3.729 0.264 3.795 0.363 ;
    RECT 2.365 0.264 2.431 0.462 ;
    RECT 0.627 0.275 1.551 0.341 ;
    RECT 4.851 0.275 5.357 0.341 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 2.761 0.297 2.827 0.77 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 2.541 0.33 2.673 0.396 ;
    RECT 1.485 0.341 1.551 0.462 ;
    RECT 4.29 0.341 4.433 0.407 ;
    RECT 4.851 0.341 4.917 0.627 ;
    RECT 5.291 0.341 5.357 0.66 ;
    RECT 2.915 0.363 3.102 0.429 ;
    RECT 3.729 0.363 4.081 0.429 ;
    RECT 2.233 0.363 2.299 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.102 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.396 2.673 0.594 ;
    RECT 4.367 0.407 4.433 0.627 ;
    RECT 5.555 0.418 5.621 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 4.015 0.429 4.081 0.495 ;
    RECT 2.365 0.462 2.497 0.528 ;
    RECT 5.137 0.462 5.203 0.528 ;
    RECT 3.696 0.495 3.916 0.561 ;
    RECT 3.102 0.495 3.289 0.561 ;
    RECT 4.015 0.495 4.268 0.561 ;
    RECT 4.499 0.495 4.708 0.561 ;
    RECT 5.071 0.528 5.203 0.594 ;
    RECT 2.431 0.528 2.497 0.671 ;
    RECT 3.696 0.561 3.762 0.737 ;
    RECT 3.223 0.561 3.289 0.869 ;
    RECT 4.015 0.561 4.081 0.869 ;
    RECT 5.071 0.594 5.137 0.759 ;
    RECT 4.367 0.627 4.917 0.671 ;
    RECT 5.247 0.66 5.357 0.792 ;
    RECT 2.365 0.671 2.497 0.737 ;
    RECT 4.29 0.671 4.917 0.693 ;
    RECT 4.29 0.693 4.433 0.737 ;
    RECT 5.555 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 2.365 0.737 2.431 1.023 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.499 0.759 5.137 0.825 ;
    RECT 6.039 0.759 6.105 0.99 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 1.914 0.825 2.299 0.891 ;
    RECT 4.268 0.825 4.565 0.891 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 3.223 0.869 4.081 0.935 ;
    RECT 0.209 0.891 1.276 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 4.268 0.891 4.334 1.023 ;
    RECT 5.016 0.891 5.489 0.957 ;
    RECT 4.675 0.924 4.741 1.023 ;
    RECT 0.077 1.023 1.386 1.089 ;
    RECT 2.365 1.023 4.334 1.089 ;
    RECT 4.675 1.023 5.687 1.089 ;
  END
END LDN_FSDNRBQ_2
#
# 
MACRO LDN_FSDNRBQ_4 FOREIGN C0A07BLDN_FSDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.815 0.033 1.881 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.534 0.33 6.908 0.462 ;
      RECT 4.059 0.264 4.125 0.594 ;
      RECT 2.123 0.33 2.211 0.495 ;
      RECT 2.046 0.495 2.211 0.561 ;
      LAYER M2L ;
      RECT 2.112 0.363 6.699 0.429 ;
      VIA 2.178 0.396 V1L2L ;
      VIA 4.092 0.396 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.26 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.869 1.683 0.99 ;
      RECT 1.617 0.803 1.815 0.869 ;
      RECT 1.749 0.66 1.815 0.803 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.707 0.484 8.052 0.528 ;
    RECT 2.442 0.528 2.97 0.638 ;
    RECT 2.97 0.484 3.707 0.528 ;
    RECT 0 0.528 2.442 0.638 ;
    RECT 2.97 0.528 8.052 0.638 ;
    RECT 0 0.638 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.52 0.099 4.323 0.165 ;
    RECT 2.937 0.099 3.322 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 1.991 0.132 2.057 0.198 ;
    RECT 2.343 0.132 2.453 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.849 0.825 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.257 0.165 4.323 0.33 ;
    RECT 3.256 0.165 3.322 0.253 ;
    RECT 2.937 0.165 3.003 0.517 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.947 0.198 2.057 0.264 ;
    RECT 5.379 0.198 5.445 0.473 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 4.411 0.22 4.477 0.297 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 0.033 0.231 0.099 0.671 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.046 0.297 ;
    RECT 2.31 0.231 5.478 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    VIA 4.29 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.256 0.253 3.993 0.319 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 3.113 0.264 3.179 0.385 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.343 0.297 2.717 0.363 ;
    RECT 4.411 0.297 4.587 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.1 0.319 1.419 0.385 ;
    RECT 3.927 0.319 3.993 0.693 ;
    RECT 5.698 0.341 5.786 0.605 ;
    RECT 6.237 0.341 6.303 0.759 ;
    RECT 1.485 0.363 2.013 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.651 0.363 2.717 0.792 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 5.17 0.363 5.258 0.605 ;
    RECT 1.353 0.385 1.419 0.495 ;
    RECT 3.113 0.385 3.575 0.451 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 3.509 0.451 3.575 0.759 ;
    RECT 3.795 0.462 3.861 0.869 ;
    RECT 5.379 0.473 5.588 0.539 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 4.202 0.495 4.4 0.561 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.937 0.517 3.355 0.583 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.202 0.561 4.268 0.693 ;
    RECT 4.521 0.561 4.587 0.671 ;
    RECT 6.501 0.572 6.567 0.693 ;
    RECT 3.289 0.583 3.355 0.726 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.605 5.786 0.671 ;
    RECT 3.663 0.638 3.729 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 3.08 0.649 3.212 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 0.033 0.671 0.176 0.737 ;
    RECT 4.334 0.671 4.587 0.737 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 3.927 0.693 4.268 0.759 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.146 0.715 3.212 0.891 ;
    RECT 0.033 0.737 0.099 1.023 ;
    RECT 4.334 0.737 4.4 0.869 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.357 0.759 5.918 0.825 ;
    RECT 6.028 0.759 6.303 0.825 ;
    RECT 7.029 0.759 7.095 0.99 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.792 2.717 0.858 ;
    RECT 2.783 0.825 3.047 0.891 ;
    RECT 4.466 0.825 5.423 0.891 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.387 0.858 2.453 0.924 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 3.795 0.869 4.4 0.935 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.146 0.891 3.729 0.957 ;
    RECT 2.783 0.891 2.849 1.023 ;
    RECT 4.466 0.891 4.532 1.023 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.783 1.023 4.532 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDN_FSDNRBQ_4
#
# 
MACRO LDN_FSDNRBQ_HD_1 FOREIGN C0A07BLDN_FSDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.165 4.059 0.726 ;
      RECT 3.872 0.099 4.059 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.836 0.605 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.33 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.198 4.323 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.586 0.825 ;
      RECT 3.52 0.825 3.586 0.88 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.674 0.198 3.762 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.905 0.858 ;
    RECT 3.179 0.297 3.762 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.729 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.597 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 3.795 0.858 3.905 0.924 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.894 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.795 0.924 3.861 0.99 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.465 0.979 3.729 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDN_FSDNRBQ_HD_1
#
# 
MACRO LDN_FSDNRBQ_HD_2 FOREIGN C0A07BLDN_FSDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.242 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.847 0.605 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.803 ;
      RECT 4.257 0.803 4.455 0.869 ;
      RECT 4.257 0.869 4.323 0.99 ;
      RECT 4.257 0.319 4.455 0.385 ;
      RECT 4.257 0.198 4.323 0.319 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.477 0.946 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.861 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 4.015 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 4.015 0.891 4.081 0.979 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.476 0.979 4.081 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDN_FSDNRBQ_HD_2
#
# 
MACRO LDN_FSDNRBQ_HD_4 FOREIGN C0A07BLDN_FSDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.001 0.528 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.279 0.726 4.752 0.858 ;
      RECT 4.279 0.858 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.235 0.297 4.686 0.363 ;
      RECT 4.235 0.22 4.301 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.99 4.477 1.155 ;
      RECT 4.411 0.924 4.521 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.957 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.147 0.495 4.422 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.147 0.561 4.213 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 3.993 0.825 4.213 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDN_FSDNRBQ_HD_4
#
# 
MACRO LDN_FSDNRBSB_1 FOREIGN C0A07BLDN_FSDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.379 0.033 5.445 0.242 ;
      RECT 4.642 0.033 4.708 0.253 ;
      RECT 4.642 0.253 4.774 0.319 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075988 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.308 ;
      RECT 5.181 0.308 5.379 0.374 ;
      RECT 5.313 0.374 5.379 0.528 ;
      RECT 5.236 0.528 5.379 0.594 ;
      RECT 5.236 0.594 5.302 0.671 ;
      RECT 5.17 0.671 5.302 0.737 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.198 4.521 0.418 ;
      RECT 4.455 0.418 4.631 0.484 ;
      RECT 4.565 0.484 4.631 0.55 ;
      RECT 2.904 0.231 3.091 0.297 ;
      RECT 3.025 0.297 3.091 0.594 ;
      LAYER M2L ;
      RECT 2.904 0.231 4.554 0.297 ;
      VIA 2.97 0.264 V1L2L ;
      VIA 4.488 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 0.957 0.495 1.287 0.561 ;
      VIA 1.122 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.33 5.643 0.792 ;
      RECT 5.533 0.792 5.643 0.924 ;
      RECT 5.577 0.924 5.643 0.99 ;
      RECT 5.533 0.198 5.643 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.671 ;
      RECT 0.693 0.671 1.419 0.737 ;
      RECT 1.353 0.737 1.419 0.99 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.737 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.649 1.551 0.858 ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.485 0.583 1.683 0.649 ;
      RECT 1.617 0.462 1.683 0.583 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.418 4.829 0.627 ;
      RECT 4.642 0.627 4.829 0.693 ;
      RECT 3.201 0.33 3.267 0.748 ;
      LAYER M2L ;
      RECT 3.168 0.627 4.818 0.693 ;
      VIA 3.234 0.66 V1L2L ;
      VIA 4.752 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.045 5.478 1.155 ;
      RECT 5.346 0.979 5.478 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 4.675 0.946 4.741 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.432 0.528 4.136 0.55 ;
    RECT 0 0.528 3.432 0.55 ;
    RECT 4.136 0.528 5.676 0.55 ;
    RECT 0 0.55 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 3.938 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.859 0.165 1.925 0.242 ;
    RECT 3.927 0.231 4.367 0.297 ;
    RECT 1.419 0.242 1.925 0.308 ;
    RECT 5.027 0.242 5.093 0.462 ;
    RECT 1.991 0.264 2.079 1.023 ;
    RECT 2.145 0.264 2.211 0.594 ;
    RECT 3.399 0.264 3.465 0.594 ;
    RECT 3.575 0.264 3.641 0.693 ;
    RECT 2.673 0.275 2.739 0.891 ;
    RECT 3.729 0.286 3.795 0.825 ;
    RECT 2.321 0.297 2.475 0.363 ;
    RECT 3.927 0.297 3.993 0.374 ;
    RECT 4.301 0.297 4.367 0.891 ;
    RECT 1.419 0.308 1.485 0.374 ;
    RECT 1.859 0.308 1.925 0.957 ;
    RECT 0.429 0.319 1.353 0.385 ;
    RECT 2.541 0.33 2.607 0.77 ;
    RECT 2.409 0.363 2.475 0.671 ;
    RECT 4.092 0.363 4.235 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 2.64 0.429 ;
    RECT 3.696 0.363 4.224 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.385 1.353 0.462 ;
    RECT 0.429 0.385 0.495 0.847 ;
    RECT 4.169 0.429 4.235 0.693 ;
    RECT 2.849 0.462 2.915 0.715 ;
    RECT 4.895 0.462 5.159 0.528 ;
    RECT 5.445 0.462 5.511 0.66 ;
    LAYER M2L ;
    RECT 2.376 0.495 3.498 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 2.442 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.517 4.07 0.583 ;
    RECT 5.093 0.528 5.159 0.594 ;
    RECT 4.895 0.528 4.961 0.781 ;
    RECT 3.938 0.583 4.026 0.759 ;
    RECT 5.401 0.66 5.511 0.726 ;
    RECT 2.332 0.671 2.475 0.737 ;
    RECT 4.433 0.682 4.499 0.781 ;
    RECT 3.333 0.693 3.641 0.759 ;
    RECT 4.092 0.693 4.235 0.759 ;
    RECT 2.849 0.715 3.124 0.781 ;
    RECT 5.401 0.726 5.467 0.803 ;
    RECT 5.027 0.748 5.093 0.803 ;
    RECT 3.333 0.759 3.399 0.847 ;
    RECT 3.894 0.759 4.026 0.825 ;
    RECT 4.092 0.759 4.158 0.792 ;
    LAYER M2L ;
    RECT 1.98 0.759 4.026 0.825 ;
    VIA 3.96 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.77 2.211 0.891 ;
    RECT 3.058 0.781 3.124 0.847 ;
    RECT 4.433 0.781 4.961 0.847 ;
    RECT 5.027 0.803 5.467 0.869 ;
    RECT 3.465 0.825 3.795 0.891 ;
    RECT 0.429 0.847 1.1 0.913 ;
    RECT 3.058 0.847 3.399 0.913 ;
    RECT 4.851 0.847 4.917 1.056 ;
    RECT 5.027 0.869 5.115 0.99 ;
    RECT 2.145 0.891 2.959 0.957 ;
    RECT 3.465 0.891 3.531 0.99 ;
    RECT 3.916 0.891 4.367 0.957 ;
    LAYER M2L ;
    RECT 2.772 0.891 3.564 0.957 ;
    RECT 4.224 0.891 5.148 0.957 ;
    VIA 2.838 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    VIA 4.29 0.924 V1L2L ;
    VIA 5.082 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.913 3.399 1.034 ;
    RECT 4.499 0.946 4.565 1.023 ;
    RECT 1.562 0.957 1.925 1.023 ;
    RECT 2.893 0.957 2.959 1.034 ;
    RECT 3.696 0.957 3.828 1.023 ;
    RECT 0.077 1.023 1.276 1.089 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.762 1.023 4.565 1.089 ;
  END
END LDN_FSDNRBSB_1
#
# 
MACRO LDN_FSDNRBSB_2 FOREIGN C0A07BLDN_FSDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.478 0.033 5.544 0.143 ;
      RECT 5.412 0.143 5.544 0.209 ;
      RECT 3.751 0.033 3.817 0.242 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 1.375 0.033 1.441 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.33 3.729 0.517 ;
      RECT 3.52 0.517 3.729 0.583 ;
      RECT 5.181 0.198 5.247 0.374 ;
      RECT 5.181 0.374 5.401 0.44 ;
      RECT 5.335 0.44 5.401 0.528 ;
      LAYER M2L ;
      RECT 3.696 0.231 5.28 0.297 ;
      RECT 3.696 0.297 3.762 0.363 ;
      RECT 3.63 0.363 3.762 0.429 ;
      VIA 5.214 0.264 V1L2L ;
      VIA 3.696 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.605 ;
      RECT 0.957 0.605 1.1 0.671 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.396 6.699 0.792 ;
      RECT 6.567 0.792 6.699 0.858 ;
      RECT 6.567 0.858 6.633 0.924 ;
      RECT 6.567 0.33 6.699 0.396 ;
      RECT 6.567 0.264 6.633 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.275 5.643 0.473 ;
      RECT 5.5 0.473 5.643 0.539 ;
      RECT 3.927 0.209 3.993 0.462 ;
      RECT 3.85 0.462 3.993 0.594 ;
      LAYER M2L ;
      RECT 3.894 0.363 5.676 0.429 ;
      VIA 3.96 0.396 V1L2L ;
      VIA 5.61 0.396 V1L2L ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.198 1.683 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.325 0.671 ;
      RECT 6.182 0.671 6.325 0.737 ;
      RECT 6.182 0.286 6.248 0.319 ;
      RECT 6.182 0.319 6.325 0.385 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.396 1.551 0.726 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 5.94 0.979 6.072 1.045 ;
      RECT 5.467 0.946 5.533 1.155 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 1.958 0.979 2.024 1.155 ;
      RECT 1.892 0.913 2.024 0.979 ;
      RECT 1.529 0.836 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.858 0.528 1.738 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.738 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.749 0.099 2.75 0.165 ;
    RECT 2.871 0.099 3.289 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 3.553 0.132 3.619 0.198 ;
    RECT 4.719 0.154 4.785 0.231 ;
    RECT 0.187 0.165 1.287 0.231 ;
    RECT 1.749 0.165 1.815 0.297 ;
    RECT 3.223 0.165 3.289 0.286 ;
    RECT 2.871 0.165 2.937 0.759 ;
    RECT 4.312 0.165 4.587 0.231 ;
    RECT 3.509 0.198 3.619 0.264 ;
    RECT 5.885 0.198 5.951 0.363 ;
    RECT 1.221 0.231 1.287 0.462 ;
    RECT 0.187 0.231 0.253 0.891 ;
    RECT 4.521 0.231 4.587 0.759 ;
    RECT 4.719 0.231 5.027 0.297 ;
    RECT 2.508 0.242 2.607 0.308 ;
    RECT 2.145 0.264 2.211 0.462 ;
    RECT 2.299 0.264 2.409 0.396 ;
    RECT 3.047 0.264 3.113 0.385 ;
    RECT 3.509 0.264 3.575 0.385 ;
    RECT 1.749 0.297 2.079 0.363 ;
    RECT 4.081 0.297 4.268 0.363 ;
    RECT 4.961 0.297 5.027 0.627 ;
    RECT 2.541 0.308 2.607 0.891 ;
    RECT 2.673 0.33 2.739 0.396 ;
    RECT 2.013 0.363 2.079 0.77 ;
    RECT 4.081 0.363 4.147 0.759 ;
    RECT 4.389 0.363 4.455 0.792 ;
    RECT 5.885 0.363 6.083 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.772 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.047 0.385 3.575 0.451 ;
    RECT 2.343 0.396 2.409 0.594 ;
    RECT 2.673 0.396 2.783 0.462 ;
    RECT 4.785 0.396 4.851 0.627 ;
    RECT 6.017 0.429 6.083 0.847 ;
    RECT 2.145 0.462 2.277 0.528 ;
    RECT 2.717 0.462 2.783 0.792 ;
    RECT 4.213 0.462 4.279 0.891 ;
    RECT 6.501 0.462 6.567 0.528 ;
    RECT 5.786 0.495 5.918 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 4.884 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.124 0.517 3.421 0.583 ;
    RECT 2.211 0.528 2.277 0.671 ;
    RECT 6.435 0.528 6.567 0.594 ;
    RECT 5.786 0.561 5.852 0.627 ;
    RECT 3.355 0.583 3.421 0.759 ;
    RECT 6.435 0.594 6.501 0.847 ;
    RECT 4.686 0.627 4.851 0.693 ;
    RECT 4.961 0.627 5.852 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.488 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.671 2.277 0.737 ;
    RECT 4.961 0.693 5.027 0.891 ;
    RECT 2.145 0.737 2.211 0.924 ;
    RECT 0.418 0.759 1.078 0.825 ;
    RECT 2.871 0.759 3.289 0.825 ;
    RECT 3.355 0.759 4.147 0.825 ;
    RECT 4.521 0.759 4.84 0.825 ;
    RECT 5.17 0.759 5.731 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.686 0.825 ;
    VIA 3.168 0.792 V1L2L ;
    VIA 4.62 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.77 2.079 0.836 ;
    RECT 1.177 0.792 1.243 0.891 ;
    RECT 3.223 0.825 3.289 0.99 ;
    RECT 2.871 0.825 2.937 1.023 ;
    RECT 5.665 0.825 5.731 0.847 ;
    RECT 1.749 0.836 1.815 0.902 ;
    RECT 5.665 0.847 6.501 0.913 ;
    RECT 2.299 0.88 2.365 1.023 ;
    RECT 0.187 0.891 1.243 0.957 ;
    RECT 2.541 0.891 2.772 0.957 ;
    RECT 3.432 0.891 4.279 0.957 ;
    RECT 4.532 0.891 5.027 0.957 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.564 0.957 ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.902 4.411 1.023 ;
    RECT 5.665 0.913 5.731 1.056 ;
    RECT 5.269 0.924 5.335 1.023 ;
    RECT 0.055 1.023 1.364 1.089 ;
    RECT 2.299 1.023 2.937 1.089 ;
    RECT 4.345 1.023 5.335 1.089 ;
  END
END LDN_FSDNRBSB_2
#
# 
MACRO LDN_FSDNRBSB_4 FOREIGN C0A07BLDN_FSDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.108 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.108 0.033 ;
      RECT 8.987 0.033 9.053 0.264 ;
      RECT 8.602 0.033 8.668 0.165 ;
      RECT 8.602 0.165 8.734 0.231 ;
      RECT 8.283 0.033 8.349 0.264 ;
      RECT 7.964 0.033 8.03 0.165 ;
      RECT 7.898 0.165 8.03 0.231 ;
      RECT 6.71 0.033 6.776 0.143 ;
      RECT 6.644 0.143 6.776 0.209 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.356 0.165 4.488 0.231 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.803 0.033 0.869 0.231 ;
      RECT 0.77 0.231 0.869 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 9.108 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.732 0 V1L2L ;
      VIA 7.26 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.316 0 V1L2L ;
      VIA 8.844 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.173 0.693 ;
      RECT 7.755 0.693 8.173 0.759 ;
      RECT 7.755 0.616 7.821 0.693 ;
      RECT 7.755 0.297 8.173 0.363 ;
      RECT 7.755 0.363 7.821 0.44 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.644 0.429 ;
      RECT 6.369 0.198 6.435 0.363 ;
      RECT 4.389 0.33 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.356 0.363 6.534 0.429 ;
      VIA 4.422 0.396 V1L2L ;
      VIA 6.468 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.426 0.726 8.976 0.858 ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 8.426 0.297 8.91 0.363 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.675 0.759 4.95 0.825 ;
      RECT 4.675 0.66 4.741 0.759 ;
      RECT 6.336 0.627 7.007 0.693 ;
      RECT 6.941 0.693 7.007 0.858 ;
      LAYER M2L ;
      RECT 4.818 0.759 6.171 0.825 ;
      RECT 6.105 0.693 6.171 0.759 ;
      RECT 6.105 0.627 6.468 0.693 ;
      VIA 6.402 0.66 V1L2L ;
      VIA 4.884 0.792 V1L2L ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.792 1.683 0.99 ;
      RECT 1.617 0.704 1.771 0.792 ;
      RECT 1.683 0.66 1.771 0.704 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.108 1.221 ;
      RECT 8.602 1.023 8.668 1.155 ;
      RECT 8.602 0.957 8.734 1.023 ;
      RECT 8.316 1.023 8.382 1.155 ;
      RECT 8.25 0.957 8.382 1.023 ;
      RECT 7.546 1.045 7.612 1.155 ;
      RECT 7.546 0.979 7.678 1.045 ;
      RECT 6.655 0.946 6.721 1.155 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 8.987 0.924 9.053 1.155 ;
      RECT 7.898 1.023 7.964 1.155 ;
      RECT 7.898 0.957 8.03 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.108 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.732 1.188 V1L2L ;
      VIA 7.26 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.316 1.188 V1L2L ;
      VIA 8.844 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.108 0.528 ;
    RECT 4.268 0.528 4.785 0.638 ;
    RECT 6.534 0.528 7.051 0.77 ;
    RECT 0 0.528 4.268 0.638 ;
    RECT 4.785 0.528 6.534 0.638 ;
    RECT 0 0.638 6.534 0.77 ;
    RECT 7.051 0.528 9.108 0.77 ;
    RECT 0 0.77 9.108 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 2.563 0.099 3.014 0.165 ;
    RECT 4.653 0.099 5.335 0.165 ;
    RECT 5.445 0.121 6.237 0.187 ;
    RECT 0.957 0.143 1.892 0.165 ;
    RECT 6.952 0.143 7.48 0.209 ;
    RECT 1.111 0.165 1.892 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 2.563 0.165 2.629 0.264 ;
    RECT 2.926 0.165 3.014 0.759 ;
    RECT 5.269 0.165 5.335 0.242 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 3.333 0.165 3.784 0.231 ;
    RECT 0.473 0.176 0.539 0.363 ;
    RECT 5.445 0.187 5.511 0.264 ;
    RECT 5.951 0.187 6.017 0.264 ;
    RECT 6.171 0.187 6.237 0.495 ;
    RECT 2.013 0.198 2.079 0.297 ;
    RECT 4.213 0.22 4.279 0.297 ;
    RECT 0.033 0.231 0.099 0.737 ;
    RECT 3.333 0.231 3.399 0.825 ;
    RECT 2.409 0.242 2.475 0.528 ;
    RECT 5.06 0.253 5.192 0.319 ;
    RECT 5.588 0.253 5.72 0.319 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 7.15 0.275 7.689 0.341 ;
    RECT 2.013 0.297 2.343 0.363 ;
    RECT 3.476 0.297 4.279 0.363 ;
    RECT 2.783 0.308 2.849 0.891 ;
    RECT 5.126 0.319 5.192 0.891 ;
    RECT 5.588 0.319 5.654 0.759 ;
    RECT 1.353 0.341 1.419 0.759 ;
    RECT 5.302 0.341 5.368 0.495 ;
    RECT 7.623 0.341 7.689 0.825 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.476 0.363 3.542 0.396 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 7.491 0.462 7.557 0.495 ;
    RECT 4.521 0.495 4.95 0.561 ;
    RECT 5.302 0.495 5.478 0.561 ;
    RECT 5.874 0.495 6.05 0.561 ;
    RECT 6.171 0.495 7.557 0.561 ;
    RECT 8.261 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 2.244 0.495 5.478 0.561 ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 5.412 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.586 0.517 4.059 0.583 ;
    RECT 2.409 0.528 2.673 0.594 ;
    RECT 4.521 0.561 4.587 0.759 ;
    RECT 5.302 0.561 5.368 0.66 ;
    RECT 5.874 0.561 5.94 0.627 ;
    RECT 7.491 0.561 7.557 0.594 ;
    RECT 6.171 0.561 6.237 0.891 ;
    RECT 8.261 0.561 8.327 0.825 ;
    RECT 3.993 0.583 4.059 0.891 ;
    RECT 2.607 0.594 2.673 0.726 ;
    RECT 2.409 0.594 2.475 0.99 ;
    RECT 5.808 0.627 5.94 0.693 ;
    LAYER M2L ;
    RECT 2.574 0.627 5.94 0.693 ;
    VIA 5.874 0.66 V1L2L ;
    VIA 2.64 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.726 3.267 0.891 ;
    RECT 0.033 0.737 0.176 0.803 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.926 0.759 3.058 0.825 ;
    RECT 4.158 0.759 4.587 0.825 ;
    RECT 5.313 0.759 6.05 0.825 ;
    RECT 6.336 0.759 6.853 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.29 0.825 ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.803 0.099 1.023 ;
    RECT 2.013 0.825 2.343 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 5.313 0.825 5.379 1.023 ;
    RECT 7.392 0.825 8.327 0.891 ;
    RECT 6.787 0.825 6.853 0.957 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.563 0.858 2.629 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 2.013 0.891 2.079 1.012 ;
    RECT 2.783 0.891 3.267 0.957 ;
    RECT 3.993 0.891 5.192 0.957 ;
    RECT 3.333 0.891 3.399 1.023 ;
    RECT 3.861 0.891 3.927 1.023 ;
    RECT 5.742 0.891 6.237 0.957 ;
    RECT 7.392 0.891 7.458 0.957 ;
    RECT 5.445 0.924 5.511 1.023 ;
    RECT 6.479 0.946 6.545 1.023 ;
    RECT 6.787 0.957 7.458 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.563 1.023 3.399 1.089 ;
    RECT 3.861 1.023 5.379 1.089 ;
    RECT 5.445 1.023 6.545 1.089 ;
  END
END LDN_FSDNRBSB_4
#
# 
MACRO LDN_FSDNRBSB_8 FOREIGN C0A07BLDN_FSDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 10.956 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.956 0.033 ;
      RECT 10.835 0.033 10.901 0.264 ;
      RECT 10.45 0.033 10.516 0.165 ;
      RECT 10.45 0.165 10.582 0.231 ;
      RECT 10.098 0.033 10.164 0.165 ;
      RECT 10.098 0.165 10.23 0.231 ;
      RECT 9.746 0.033 9.812 0.165 ;
      RECT 9.746 0.165 9.878 0.231 ;
      RECT 9.427 0.033 9.493 0.264 ;
      RECT 9.042 0.033 9.108 0.165 ;
      RECT 9.042 0.165 9.174 0.231 ;
      RECT 8.69 0.033 8.756 0.165 ;
      RECT 8.69 0.165 8.822 0.231 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 8.019 0.033 8.085 0.264 ;
      RECT 7.084 0.033 7.15 0.143 ;
      RECT 7.084 0.143 7.216 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.666 0.143 6.798 0.209 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.529 0.033 1.595 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 10.956 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.693 ;
      RECT 8.162 0.693 9.35 0.759 ;
      RECT 8.162 0.297 9.35 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 6.567 0.33 6.633 0.583 ;
      RECT 6.567 0.583 6.71 0.649 ;
      RECT 6.644 0.649 6.71 0.682 ;
      RECT 4.521 0.462 4.587 0.627 ;
      RECT 4.444 0.693 4.51 0.759 ;
      RECT 4.444 0.627 4.587 0.693 ;
      LAYER M2L ;
      RECT 4.488 0.495 5.841 0.561 ;
      RECT 5.775 0.429 5.841 0.495 ;
      RECT 5.775 0.363 6.666 0.429 ;
      VIA 4.554 0.528 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.035 0.528 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.603 0.726 10.824 0.858 ;
      RECT 9.603 0.858 9.669 0.99 ;
      RECT 10.593 0.363 10.659 0.726 ;
      RECT 9.57 0.297 10.758 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
      RECT 0.693 0.528 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.716 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.070664 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.759 5.214 0.825 ;
      RECT 4.873 0.66 4.939 0.759 ;
      RECT 6.798 0.627 7.216 0.715 ;
      RECT 6.798 0.484 6.864 0.627 ;
      RECT 6.765 0.418 6.864 0.484 ;
      RECT 6.765 0.308 6.831 0.418 ;
      LAYER M2L ;
      RECT 5.082 0.759 6.567 0.825 ;
      RECT 6.501 0.693 6.567 0.759 ;
      RECT 6.501 0.627 6.93 0.693 ;
      VIA 6.864 0.66 V1L2L ;
      VIA 5.148 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.956 1.221 ;
      RECT 10.45 1.023 10.516 1.155 ;
      RECT 10.45 0.957 10.582 1.023 ;
      RECT 10.098 1.023 10.164 1.155 ;
      RECT 10.098 0.957 10.23 1.023 ;
      RECT 9.746 1.023 9.812 1.155 ;
      RECT 9.746 0.957 9.878 1.023 ;
      RECT 9.46 1.023 9.526 1.155 ;
      RECT 9.394 0.957 9.526 1.023 ;
      RECT 9.042 1.023 9.108 1.155 ;
      RECT 9.042 0.957 9.174 1.023 ;
      RECT 8.69 1.023 8.756 1.155 ;
      RECT 8.69 0.957 8.822 1.023 ;
      RECT 8.338 1.023 8.404 1.155 ;
      RECT 8.338 0.957 8.47 1.023 ;
      RECT 7.986 1.045 8.052 1.155 ;
      RECT 7.986 0.979 8.118 1.045 ;
      RECT 6.897 0.946 6.963 1.155 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 2.145 0.825 2.211 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 10.835 0.924 10.901 1.155 ;
      RECT 5.137 0.946 5.203 1.155 ;
      RECT 3.619 0.924 3.685 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 10.956 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 10.956 0.528 ;
    RECT 3.828 0.528 5.126 0.638 ;
    RECT 6.754 0.528 7.502 0.682 ;
    RECT 0 0.528 3.828 0.638 ;
    RECT 5.126 0.528 6.754 0.638 ;
    RECT 0 0.638 6.754 0.682 ;
    RECT 7.502 0.528 10.956 0.682 ;
    RECT 0 0.682 10.956 1.221 ;
    LAYER M1L ;
    RECT 1.683 0.099 1.826 0.165 ;
    RECT 3.674 0.099 4.191 0.165 ;
    RECT 4.917 0.099 5.577 0.165 ;
    RECT 5.665 0.099 6.149 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.897 0.154 6.963 0.286 ;
    RECT 0.748 0.165 1.408 0.231 ;
    RECT 1.683 0.165 1.771 0.363 ;
    RECT 2.618 0.165 2.805 0.231 ;
    RECT 3.212 0.165 3.74 0.231 ;
    RECT 4.125 0.165 4.191 0.297 ;
    RECT 5.511 0.165 5.577 0.264 ;
    RECT 4.917 0.165 4.983 0.297 ;
    RECT 6.083 0.165 6.149 0.198 ;
    RECT 5.665 0.165 5.731 0.264 ;
    RECT 7.458 0.165 7.909 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 1.925 0.176 2.013 0.33 ;
    RECT 2.871 0.198 2.937 0.495 ;
    RECT 6.083 0.198 6.501 0.264 ;
    RECT 4.543 0.22 4.609 0.297 ;
    RECT 0.66 0.231 0.814 0.297 ;
    RECT 2.739 0.231 2.805 0.627 ;
    RECT 3.894 0.231 4.026 0.297 ;
    RECT 5.258 0.231 5.401 0.297 ;
    RECT 5.797 0.231 5.94 0.297 ;
    RECT 7.843 0.231 7.909 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.782 0.297 ;
    RECT 1.914 0.231 3.762 0.297 ;
    RECT 3.894 0.231 5.94 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 3.96 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 5.874 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.242 2.387 0.627 ;
    RECT 3.014 0.242 3.08 0.297 ;
    RECT 2.475 0.264 2.541 0.396 ;
    RECT 6.435 0.264 6.501 0.715 ;
    RECT 6.897 0.286 7.117 0.319 ;
    RECT 3.014 0.297 3.96 0.363 ;
    RECT 4.125 0.297 4.609 0.363 ;
    RECT 5.335 0.297 5.401 0.858 ;
    RECT 5.797 0.297 5.863 0.891 ;
    LAYER M2L ;
    RECT 3.696 0.297 3.762 0.363 ;
    LAYER M1L ;
    RECT 0.891 0.319 1.419 0.363 ;
    RECT 6.897 0.319 7.766 0.352 ;
    RECT 1.925 0.33 2.255 0.396 ;
    RECT 7.051 0.352 7.766 0.385 ;
    RECT 0.451 0.363 1.419 0.385 ;
    RECT 3.267 0.363 3.333 0.693 ;
    RECT 5.522 0.363 5.687 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.574 0.429 ;
    RECT 3.696 0.363 5.676 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 5.61 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.385 0.957 0.429 ;
    RECT 1.353 0.385 1.419 0.792 ;
    RECT 7.7 0.385 7.766 0.429 ;
    RECT 2.189 0.396 2.255 0.66 ;
    RECT 2.475 0.396 2.651 0.462 ;
    RECT 5.951 0.396 6.017 0.495 ;
    RECT 0.891 0.429 0.957 0.759 ;
    RECT 5.621 0.429 5.687 0.66 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 2.585 0.462 2.651 0.759 ;
    RECT 2.871 0.495 3.014 0.561 ;
    RECT 4.719 0.495 5.236 0.561 ;
    RECT 5.951 0.495 6.237 0.561 ;
    RECT 8.008 0.495 8.932 0.561 ;
    RECT 9.471 0.495 10.45 0.561 ;
    LAYER M2L ;
    RECT 6.006 0.495 6.138 0.561 ;
    RECT 6.369 0.495 8.382 0.561 ;
    VIA 6.072 0.528 V1L2L ;
    VIA 8.118 0.528 V1L2L ;
    VIA 8.316 0.528 V1L2L ;
    VIA 6.468 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.517 4.114 0.583 ;
    RECT 4.719 0.561 4.785 0.759 ;
    RECT 9.471 0.561 9.537 0.825 ;
    LAYER M2L ;
    RECT 6.006 0.561 6.072 0.627 ;
    RECT 6.369 0.561 6.435 0.627 ;
    LAYER M1L ;
    RECT 4.048 0.583 4.114 0.649 ;
    RECT 6.303 0.594 6.369 0.715 ;
    RECT 2.321 0.627 2.519 0.693 ;
    RECT 2.739 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 6.072 0.693 ;
    RECT 6.27 0.627 6.435 0.693 ;
    VIA 6.336 0.66 V1L2L ;
    VIA 2.442 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.048 0.649 4.367 0.715 ;
    RECT 2.013 0.66 2.255 0.726 ;
    RECT 2.453 0.693 2.519 0.781 ;
    RECT 2.321 0.693 2.387 0.946 ;
    RECT 3.135 0.693 3.201 0.891 ;
    RECT 3.267 0.693 3.883 0.759 ;
    RECT 4.301 0.715 4.367 0.891 ;
    RECT 5.962 0.715 6.501 0.781 ;
    RECT 2.013 0.726 2.079 0.957 ;
    RECT 0.891 0.759 1.056 0.825 ;
    RECT 2.585 0.759 2.97 0.825 ;
    RECT 3.817 0.759 3.883 0.847 ;
    RECT 3.267 0.759 3.333 1.023 ;
    RECT 4.62 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.752 0.825 ;
    VIA 4.686 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.589 0.781 7.161 0.825 ;
    RECT 1.309 0.792 1.419 0.858 ;
    RECT 1.166 0.825 1.232 0.891 ;
    RECT 6.589 0.825 9.537 0.847 ;
    RECT 3.817 0.847 4.235 0.913 ;
    RECT 7.095 0.847 9.537 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 5.335 0.858 5.445 0.924 ;
    RECT 2.475 0.88 2.541 1.023 ;
    RECT 0.418 0.891 1.232 0.957 ;
    RECT 2.64 0.891 3.201 0.957 ;
    RECT 4.301 0.891 5.016 0.957 ;
    RECT 5.797 0.891 6.27 0.957 ;
    RECT 7.095 0.891 7.161 0.99 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.478 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.412 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.169 0.913 4.235 0.99 ;
    RECT 5.379 0.924 5.445 1.056 ;
    RECT 5.665 0.924 5.731 1.023 ;
    RECT 1.892 0.957 2.079 1.023 ;
    RECT 6.369 0.979 6.798 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.475 1.023 3.333 1.089 ;
    RECT 5.665 1.023 6.798 1.045 ;
    RECT 5.665 1.045 6.435 1.089 ;
  END
END LDN_FSDNRBSB_8
#
# 
MACRO LDN_FSDNSB_1 FOREIGN C0A07BLDN_FSDNSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.66 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.137 0.792 5.247 0.858 ;
      RECT 5.137 0.858 5.203 0.924 ;
      RECT 5.137 0.33 5.247 0.396 ;
      RECT 5.137 0.198 5.203 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.198 4.851 0.704 ;
      RECT 4.785 0.704 4.884 0.77 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 1.045 4.994 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.928 0.979 5.06 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 3.036 0.528 4.587 0.572 ;
    RECT 0 0.528 3.036 0.572 ;
    RECT 4.587 0.528 5.28 0.572 ;
    RECT 0 0.572 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 3.85 0.099 4.675 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.609 0.165 4.675 0.462 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.189 0.462 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.849 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.385 2.849 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 4.477 0.462 4.543 0.759 ;
    RECT 2.651 0.484 2.717 0.825 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 2.475 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.983 0.528 5.093 0.594 ;
    RECT 4.609 0.594 4.675 0.924 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.783 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.543 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.651 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.477 0.825 4.543 1.023 ;
    RECT 4.796 0.847 5.049 0.913 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 4.796 0.913 4.862 1.023 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.1 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
    RECT 4.477 1.023 4.862 1.089 ;
  END
END LDN_FSDNSB_1
#
# 
MACRO LDN_FSDNSB_2 FOREIGN C0A07BLDN_FSDNSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.301 0.297 ;
      RECT 4.235 0.297 4.301 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.385 4.994 0.693 ;
      RECT 4.851 0.693 4.994 0.759 ;
      RECT 4.862 0.319 4.994 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.792 ;
      RECT 5.247 0.792 5.379 0.858 ;
      RECT 5.247 0.858 5.313 0.946 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.264 5.313 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.124 0.528 3.828 0.572 ;
    RECT 0 0.528 3.124 0.572 ;
    RECT 3.828 0.528 5.544 0.572 ;
    RECT 0 0.572 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.363 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.924 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.583 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.871 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 4.565 0.363 4.664 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.385 2.871 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.598 0.429 4.664 0.495 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.433 0.44 4.499 0.506 ;
    RECT 5.159 0.462 5.225 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.598 0.495 4.796 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 4.367 0.506 4.499 0.572 ;
    RECT 2.453 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 5.115 0.528 5.225 0.594 ;
    RECT 4.598 0.561 4.664 0.693 ;
    RECT 4.367 0.572 4.433 0.759 ;
    RECT 5.115 0.594 5.181 0.825 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 4.532 0.693 4.664 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.924 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.367 0.825 5.181 0.891 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 1.529 0.924 1.859 0.99 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.122 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDN_FSDNSB_2
#
# 
MACRO LDN_FSDNSB_4 FOREIGN C0A07BLDN_FSDNSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 5.874 0.033 5.94 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.445 0.033 5.511 0.264 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 4.741 0.033 4.807 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.594 ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.462 0.759 0.682 ;
      RECT 0.671 0.682 1.375 0.748 ;
      RECT 1.287 0.594 1.375 0.682 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.884 0.693 5.379 0.759 ;
      RECT 4.884 0.297 5.379 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.632 0.726 6.204 0.858 ;
      RECT 5.588 0.297 6.138 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      RECT 1.397 0.814 1.463 1.155 ;
      RECT 5.874 1.023 5.94 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.146 0.528 3.85 0.572 ;
    RECT 0 0.528 3.146 0.572 ;
    RECT 3.85 0.528 6.336 0.572 ;
    RECT 0 0.572 6.336 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.815 0.099 3.674 0.165 ;
    RECT 4.092 0.099 4.653 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 1.353 0.165 1.419 0.33 ;
    RECT 1.518 0.165 1.881 0.231 ;
    RECT 4.587 0.165 4.653 0.495 ;
    RECT 1.815 0.231 1.881 0.847 ;
    RECT 2.101 0.231 2.244 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.244 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.264 2.013 1.023 ;
    RECT 0.429 0.297 1.023 0.363 ;
    RECT 2.101 0.297 2.167 0.539 ;
    RECT 2.321 0.308 2.871 0.374 ;
    RECT 3.267 0.363 3.41 0.429 ;
    RECT 3.586 0.363 4.103 0.429 ;
    RECT 2.805 0.374 2.871 0.693 ;
    RECT 2.321 0.374 2.387 0.792 ;
    RECT 3.267 0.429 3.333 0.759 ;
    RECT 4.037 0.429 4.103 0.759 ;
    RECT 4.433 0.462 4.499 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.587 0.495 5.148 0.561 ;
    RECT 5.445 0.495 5.874 0.561 ;
    RECT 3.135 0.506 3.201 0.693 ;
    RECT 3.685 0.528 3.751 0.627 ;
    RECT 4.389 0.528 4.499 0.594 ;
    RECT 4.62 0.561 4.686 0.693 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 2.475 0.594 2.563 0.858 ;
    RECT 4.389 0.594 4.455 0.759 ;
    RECT 3.432 0.627 3.751 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.66 2.167 0.891 ;
    RECT 2.805 0.693 3.201 0.759 ;
    RECT 4.554 0.693 4.686 0.759 ;
    RECT 0.429 0.726 0.495 0.825 ;
    RECT 3.267 0.759 3.938 0.825 ;
    RECT 4.037 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 0.396 0.759 2.574 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 1.012 0.891 ;
    RECT 2.673 0.825 3.333 0.891 ;
    RECT 4.037 0.825 4.103 0.891 ;
    RECT 4.389 0.825 5.511 0.891 ;
    RECT 1.551 0.847 1.881 0.913 ;
    RECT 2.101 0.891 2.343 0.957 ;
    RECT 3.63 0.891 4.103 0.957 ;
    RECT 1.551 0.913 1.617 0.99 ;
    RECT 3.443 0.924 3.509 1.023 ;
    RECT 4.191 0.946 4.257 1.023 ;
    RECT 2.277 0.957 2.75 1.023 ;
    RECT 0.077 1.023 1.122 1.089 ;
    RECT 1.947 1.023 2.156 1.089 ;
    RECT 2.684 1.023 2.75 1.056 ;
    RECT 3.443 1.023 4.257 1.089 ;
  END
END LDN_FSDNSB_4
#
# 
MACRO LDN_FSDNSB_8 FOREIGN C0A07BLDN_FSDNSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.656 0.165 7.788 0.231 ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 8.063 0.033 8.129 0.264 ;
      RECT 7.37 0.033 7.436 0.165 ;
      RECT 7.304 0.165 7.436 0.231 ;
      RECT 7.018 0.033 7.084 0.165 ;
      RECT 6.952 0.165 7.084 0.231 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.456 0.165 5.588 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.104 0.165 5.236 0.231 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.297 4.323 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 2.937 0.297 3.003 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.418 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.884 0.726 6.204 0.858 ;
      RECT 4.928 0.297 6.116 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 7.821 0.363 7.887 0.726 ;
      RECT 6.732 0.726 8.063 0.858 ;
      RECT 6.776 0.297 7.964 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.456 0.957 5.588 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.37 1.023 7.436 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.104 0.957 5.236 1.023 ;
      RECT 4.796 1.023 4.862 1.155 ;
      RECT 4.73 0.957 4.862 1.023 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 7.656 0.957 7.788 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 3.256 0.528 3.828 0.572 ;
    RECT 0 0.528 3.256 0.572 ;
    RECT 3.828 0.528 8.184 0.572 ;
    RECT 0 0.572 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.407 0.132 0.473 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.496 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.495 ;
    RECT 6.413 0.22 6.479 0.495 ;
    RECT 1.496 0.231 1.562 0.264 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 2.299 0.231 2.871 0.297 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.539 ;
    RECT 0.407 0.297 0.99 0.363 ;
    RECT 2.805 0.297 2.871 0.693 ;
    RECT 2.299 0.297 2.365 0.792 ;
    RECT 3.245 0.363 3.498 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.432 0.429 3.498 0.462 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 3.564 0.429 3.63 0.462 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 2.673 0.462 2.739 0.825 ;
    RECT 4.411 0.462 4.477 0.759 ;
    RECT 4.565 0.495 5.742 0.561 ;
    RECT 6.413 0.495 7.722 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.565 0.561 4.631 0.891 ;
    RECT 6.413 0.561 6.479 0.946 ;
    RECT 2.453 0.594 2.541 0.858 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.638 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.891 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.477 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 0.561 0.891 0.99 0.957 ;
    RECT 2.079 0.891 2.266 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.946 4.235 1.023 ;
    RECT 2.2 0.957 2.728 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDN_FSDNSB_8
#
# 
MACRO LDN_FSDN_1 FOREIGN C0A07BLDN_FSDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.33 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.264 4.587 0.924 ;
      RECT 4.477 0.924 4.587 0.99 ;
      RECT 4.477 0.99 4.543 1.056 ;
      RECT 4.477 0.198 4.587 0.264 ;
      RECT 4.477 0.132 4.543 0.198 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.301 0.858 4.367 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.62 0.627 ;
    RECT 0 0.627 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.264 3.817 0.33 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.531 0.33 3.619 0.594 ;
    RECT 3.751 0.33 4.059 0.396 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.63 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.465 0.451 ;
    RECT 3.993 0.396 4.059 0.825 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.399 0.451 3.465 0.693 ;
    RECT 3.762 0.462 3.883 0.528 ;
    RECT 4.367 0.462 4.455 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.795 0.528 3.883 0.693 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.245 0.561 3.333 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.488 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.399 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDN_FSDN_1
#
# 
MACRO LDN_FSDN_2 FOREIGN C0A07BLDN_FSDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.609 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.719 0.858 4.785 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.884 0.627 ;
    RECT 0 0.627 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.059 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.993 0.363 4.059 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 4.697 0.462 4.785 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.818 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDN_FSDN_2
#
# 
MACRO LDN_FSDN_4 FOREIGN C0A07BLDN_FSDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.103 0.825 4.554 0.891 ;
      RECT 4.103 0.726 4.191 0.825 ;
      RECT 4.103 0.297 4.554 0.363 ;
      RECT 4.103 0.22 4.169 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.752 0.726 5.412 0.858 ;
      RECT 4.796 0.297 5.346 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 5.544 0.627 ;
    RECT 0 0.627 5.544 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.037 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.971 0.363 4.037 0.495 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.971 0.495 4.29 0.561 ;
    RECT 4.587 0.495 5.082 0.561 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.971 0.561 4.037 0.825 ;
    RECT 4.587 0.561 4.653 0.726 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.686 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.62 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.037 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDN_FSDN_4
#
# 
MACRO LDN_FSDN_8 FOREIGN C0A07BLDN_FSDN_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.165 ;
      RECT 6.886 0.165 7.018 0.231 ;
      RECT 6.6 0.033 6.666 0.165 ;
      RECT 6.534 0.165 6.666 0.231 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 2.057 0.033 2.123 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.254 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.698 0.363 5.786 0.693 ;
      RECT 4.598 0.693 5.786 0.759 ;
      RECT 4.631 0.297 5.786 0.363 ;
      RECT 4.631 0.22 4.697 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.039 0.726 7.26 0.858 ;
      RECT 6.039 0.858 6.105 0.99 ;
      RECT 6.006 0.297 7.194 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.605 2.607 0.858 ;
      RECT 2.541 0.539 2.695 0.605 ;
      RECT 2.607 0.462 2.695 0.539 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.554 1.023 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 3.014 0.528 3.542 0.627 ;
    RECT 0 0.528 3.014 0.627 ;
    RECT 3.542 0.528 7.392 0.627 ;
    RECT 0 0.627 7.392 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 3.003 0.165 ;
    RECT 3.564 0.132 3.63 0.165 ;
    RECT 1.617 0.165 1.991 0.231 ;
    RECT 2.937 0.165 3.003 0.429 ;
    RECT 2.233 0.165 2.299 0.77 ;
    RECT 3.278 0.165 3.63 0.231 ;
    RECT 4.235 0.209 4.301 0.825 ;
    RECT 3.883 0.22 3.949 0.297 ;
    RECT 0.847 0.231 1.518 0.297 ;
    RECT 1.925 0.231 1.991 0.363 ;
    RECT 1.617 0.231 1.683 0.693 ;
    RECT 3.278 0.231 3.344 0.385 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.387 0.264 2.475 0.77 ;
    RECT 2.783 0.264 2.871 1.023 ;
    RECT 0.847 0.297 0.913 0.374 ;
    RECT 3.883 0.297 4.125 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.749 0.33 1.815 0.825 ;
    RECT 3.575 0.33 3.663 0.594 ;
    RECT 3.135 0.352 3.201 0.429 ;
    RECT 1.32 0.363 1.551 0.429 ;
    RECT 1.925 0.363 2.145 0.429 ;
    RECT 4.059 0.363 4.125 0.759 ;
    LAYER M2L ;
    RECT 1.386 0.363 3.696 0.429 ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.278 0.385 3.454 0.451 ;
    RECT 1.485 0.429 1.551 0.594 ;
    RECT 2.079 0.429 2.145 0.594 ;
    RECT 2.937 0.429 3.201 0.495 ;
    RECT 3.388 0.451 3.454 0.693 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 2.937 0.495 3.003 1.023 ;
    RECT 3.729 0.495 3.916 0.561 ;
    RECT 4.389 0.495 5.544 0.561 ;
    RECT 5.863 0.495 6.688 0.561 ;
    RECT 1.353 0.561 1.419 0.594 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 3.245 0.561 3.311 0.671 ;
    RECT 3.729 0.561 3.795 0.693 ;
    RECT 4.389 0.561 4.455 0.726 ;
    RECT 5.863 0.561 5.929 0.825 ;
    RECT 3.069 0.594 3.135 0.924 ;
    LAYER M2L ;
    RECT 3.036 0.627 4.488 0.693 ;
    VIA 4.092 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.671 3.311 0.737 ;
    RECT 1.386 0.693 1.683 0.759 ;
    RECT 3.388 0.693 3.795 0.759 ;
    RECT 3.201 0.737 3.267 0.858 ;
    RECT 3.388 0.759 3.454 0.792 ;
    RECT 3.883 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.892 0.77 2.299 0.858 ;
    RECT 3.355 0.792 3.454 0.858 ;
    RECT 1.155 0.825 1.815 0.891 ;
    RECT 3.883 0.825 3.949 0.99 ;
    RECT 4.235 0.825 5.929 0.891 ;
    RECT 1.892 0.858 1.958 0.902 ;
    RECT 3.355 0.858 3.421 0.924 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 4.235 0.891 4.301 0.99 ;
    RECT 3.531 0.924 3.597 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.749 1.023 2.871 1.089 ;
    RECT 2.937 1.023 3.597 1.089 ;
  END
END LDN_FSDN_8
#
# 
MACRO LDN_FSDPC1BQ_1 FOREIGN C0A07BLDN_FSDPC1BQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 3.157 0.033 3.223 0.308 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.825 0.033 0.891 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.814 0.462 ;
      RECT 0.671 0.198 0.759 0.374 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.375 0.429 1.441 0.726 ;
      RECT 1.375 0.363 1.551 0.429 ;
      RECT 1.485 0.297 1.65 0.363 ;
      LAYER M2L ;
      RECT 1.386 0.363 1.782 0.429 ;
      VIA 1.452 0.396 V1L2L ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.341 4.719 0.671 ;
      RECT 4.653 0.671 4.829 0.737 ;
      RECT 4.763 0.737 4.829 0.814 ;
      RECT 4.653 0.275 4.851 0.341 ;
      RECT 4.763 0.198 4.851 0.275 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.693 3.003 0.891 ;
      RECT 2.937 0.627 3.124 0.693 ;
      LAYER M2L ;
      RECT 2.838 0.627 3.234 0.693 ;
      VIA 3.036 0.66 V1L2L ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.587 0.946 4.653 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 4.587 0.88 4.763 0.946 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 3.927 0.099 4.587 0.143 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.65 0.209 ;
    RECT 3.927 0.143 4.664 0.165 ;
    RECT 4.521 0.165 4.664 0.209 ;
    RECT 3.927 0.165 3.993 0.792 ;
    RECT 2.409 0.176 2.475 0.297 ;
    RECT 2.959 0.176 3.025 0.484 ;
    RECT 1.837 0.198 1.903 0.275 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 1.243 0.209 1.309 0.825 ;
    RECT 4.521 0.209 4.587 0.594 ;
    RECT 4.059 0.231 4.224 0.297 ;
    RECT 2.805 0.242 2.871 1.023 ;
    RECT 3.377 0.264 3.465 0.792 ;
    RECT 1.749 0.275 2.343 0.341 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.059 0.297 4.125 1.023 ;
    RECT 3.597 0.308 3.685 0.561 ;
    RECT 3.795 0.308 3.861 0.66 ;
    RECT 4.367 0.308 4.455 0.77 ;
    RECT 2.277 0.341 2.343 0.495 ;
    RECT 1.749 0.341 1.815 0.979 ;
    RECT 2.651 0.363 2.717 0.66 ;
    LAYER M2L ;
    RECT 3.564 0.363 4.488 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.191 0.396 4.279 0.671 ;
    RECT 1.947 0.44 2.167 0.506 ;
    RECT 1.617 0.462 1.683 0.616 ;
    RECT 2.959 0.484 3.289 0.55 ;
    RECT 2.277 0.495 2.486 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 4.29 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 1.98 0.528 V1L2L ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.506 2.013 0.66 ;
    RECT 3.223 0.55 3.289 0.891 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.573 0.616 1.683 0.748 ;
    RECT 2.167 0.66 2.717 0.726 ;
    RECT 3.542 0.66 3.861 0.726 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 2.167 0.726 2.233 0.792 ;
    RECT 2.409 0.726 2.475 0.902 ;
    RECT 3.542 0.726 3.608 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 1.881 0.759 2.079 0.825 ;
    RECT 4.191 0.77 4.455 0.836 ;
    RECT 3.883 0.792 3.993 0.924 ;
    RECT 0.44 0.825 0.957 0.891 ;
    RECT 1.056 0.825 1.529 0.891 ;
    RECT 1.881 0.825 1.947 0.902 ;
    RECT 2.013 0.825 2.079 1.056 ;
    RECT 4.191 0.836 4.257 0.902 ;
    RECT 0.891 0.891 0.957 0.979 ;
    RECT 1.463 0.891 1.529 0.99 ;
    RECT 3.102 0.891 3.608 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 3.234 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.924 3.795 1.023 ;
    RECT 0.891 0.979 1.364 1.045 ;
    RECT 1.672 0.979 1.815 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.805 1.023 4.125 1.089 ;
  END
END LDN_FSDPC1BQ_1
#
# 
MACRO LDN_FSDPC1BQ_2 FOREIGN C0A07BLDN_FSDPC1BQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.566 0.033 5.632 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 3.828 0.033 3.894 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.355 0.033 3.421 0.33 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 0.946 0.033 1.012 0.209 ;
      RECT 0.88 0.209 1.012 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 5.148 0.726 5.544 0.858 ;
      RECT 5.313 0.297 5.511 0.363 ;
      RECT 5.313 0.165 5.379 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.517 3.399 0.858 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.148 0.957 5.28 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.748 0.528 2.42 0.638 ;
    RECT 0 0.528 0.748 0.638 ;
    RECT 2.42 0.528 5.676 0.638 ;
    RECT 0 0.638 5.676 1.221 ;
    LAYER M1L ;
    RECT 4.521 0.099 4.972 0.143 ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 3.971 0.132 4.037 0.198 ;
    RECT 4.191 0.132 4.279 0.528 ;
    RECT 4.521 0.143 5.214 0.165 ;
    RECT 0.473 0.154 0.539 0.22 ;
    RECT 4.906 0.165 5.214 0.209 ;
    RECT 4.521 0.165 4.587 0.748 ;
    RECT 3.575 0.176 3.641 0.319 ;
    RECT 3.971 0.198 4.125 0.264 ;
    RECT 5.148 0.209 5.214 0.495 ;
    RECT 0.473 0.22 0.627 0.286 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 4.653 0.231 4.818 0.297 ;
    RECT 3.179 0.242 3.245 1.023 ;
    RECT 1.749 0.264 1.815 0.847 ;
    RECT 4.059 0.264 4.125 0.495 ;
    RECT 2.079 0.275 2.64 0.341 ;
    RECT 0.561 0.286 0.627 0.583 ;
    RECT 2.783 0.297 3.091 0.363 ;
    RECT 4.653 0.297 4.719 1.023 ;
    RECT 4.389 0.308 4.455 0.374 ;
    RECT 4.961 0.308 5.049 0.77 ;
    RECT 3.575 0.319 3.894 0.363 ;
    RECT 2.574 0.341 2.64 0.495 ;
    RECT 2.079 0.341 2.145 0.979 ;
    RECT 1.947 0.352 2.013 0.726 ;
    RECT 3.025 0.363 3.091 0.671 ;
    RECT 3.575 0.363 3.96 0.385 ;
    LAYER M2L ;
    RECT 4.158 0.363 5.082 0.429 ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.224 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.374 4.455 0.44 ;
    RECT 3.828 0.385 3.96 0.429 ;
    RECT 4.785 0.396 4.873 0.671 ;
    RECT 3.828 0.429 3.894 0.891 ;
    RECT 2.277 0.44 2.42 0.506 ;
    RECT 4.345 0.44 4.411 0.627 ;
    RECT 2.574 0.495 2.838 0.561 ;
    RECT 3.96 0.495 4.125 0.561 ;
    RECT 5.148 0.495 5.28 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 4.884 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.506 2.343 0.693 ;
    RECT 3.96 0.561 4.048 0.792 ;
    RECT 0.561 0.583 1.199 0.649 ;
    RECT 4.136 0.627 4.411 0.693 ;
    RECT 1.133 0.649 1.199 0.847 ;
    RECT 2.486 0.671 3.091 0.737 ;
    RECT 4.136 0.693 4.202 0.891 ;
    RECT 0.077 0.715 1.034 0.781 ;
    RECT 4.477 0.748 4.587 0.88 ;
    RECT 4.785 0.77 5.049 0.836 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.244 0.803 2.805 0.869 ;
    RECT 4.785 0.836 4.851 0.902 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 1.133 0.847 1.936 0.913 ;
    RECT 2.739 0.869 2.805 1.056 ;
    RECT 3.498 0.891 4.202 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.63 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.564 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.979 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 0.891 0.979 1.76 1.045 ;
    RECT 2.079 0.979 2.222 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 3.179 1.023 4.719 1.089 ;
  END
END LDN_FSDPC1BQ_2
#
# 
MACRO LDN_FSDPC1BQ_3 FOREIGN C0A07BLDN_FSDPC1BQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.512 0.165 6.644 0.231 ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 4.972 0.033 5.038 0.143 ;
      RECT 4.972 0.143 5.104 0.209 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.872 0.143 4.004 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      RECT 0.935 0.033 1.001 0.209 ;
      RECT 0.858 0.209 1.001 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 4.488 0.594 ;
      RECT 4.257 0.33 4.323 0.462 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.452 0.594 1.716 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.363 6.567 0.825 ;
      RECT 6.204 0.825 6.831 0.891 ;
      RECT 6.765 0.891 6.831 0.99 ;
      RECT 6.336 0.297 6.787 0.363 ;
      RECT 6.721 0.22 6.787 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 1.023 6.644 1.155 ;
      RECT 6.512 0.957 6.644 1.023 ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.16 0.957 6.292 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.764 0.957 5.896 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.872 1.045 3.938 1.155 ;
      RECT 3.872 0.979 4.004 1.045 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.462 ;
    RECT 0 0.462 5.06 0.528 ;
    RECT 5.588 0.462 6.864 0.528 ;
    RECT 2.42 0.528 2.97 0.638 ;
    RECT 5.06 0.462 5.588 0.528 ;
    RECT 0 0.528 2.42 0.638 ;
    RECT 2.97 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 4.829 0.132 4.895 0.594 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 2.365 0.143 2.662 0.209 ;
    RECT 5.346 0.143 6.226 0.209 ;
    RECT 0.473 0.176 0.539 0.242 ;
    RECT 1.089 0.187 1.155 0.429 ;
    RECT 4.433 0.198 4.499 0.308 ;
    RECT 4.081 0.198 4.147 0.275 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 6.16 0.209 6.226 0.495 ;
    RECT 5.39 0.209 5.456 0.726 ;
    RECT 3.333 0.22 3.399 0.297 ;
    RECT 0.473 0.242 0.627 0.308 ;
    RECT 2.497 0.275 3.19 0.341 ;
    RECT 3.696 0.275 4.147 0.341 ;
    RECT 5.533 0.275 5.72 0.341 ;
    RECT 1.43 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.333 0.297 3.553 0.363 ;
    RECT 0.561 0.308 0.627 0.583 ;
    RECT 4.433 0.308 4.763 0.374 ;
    RECT 5.247 0.308 5.313 0.374 ;
    RECT 5.973 0.308 6.039 0.803 ;
    RECT 5.038 0.33 5.148 0.462 ;
    RECT 3.124 0.341 3.19 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.048 0.341 4.114 0.847 ;
    RECT 5.533 0.341 5.599 0.957 ;
    RECT 1.43 0.363 1.496 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.487 0.363 3.553 0.495 ;
    LAYER M2L ;
    RECT 5.016 0.363 6.072 0.429 ;
    VIA 5.082 0.396 V1L2L ;
    VIA 6.006 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.214 0.374 5.313 0.44 ;
    RECT 4.697 0.374 4.763 0.715 ;
    RECT 5.808 0.407 5.874 0.583 ;
    RECT 1.089 0.429 1.496 0.495 ;
    RECT 3.124 0.429 3.3 0.495 ;
    RECT 5.214 0.44 5.28 0.825 ;
    RECT 2.343 0.451 2.563 0.517 ;
    RECT 5.038 0.462 5.104 0.693 ;
    RECT 6.325 0.462 6.391 0.495 ;
    RECT 2.629 0.473 2.97 0.539 ;
    RECT 3.234 0.495 3.388 0.561 ;
    RECT 3.487 0.495 3.916 0.561 ;
    RECT 6.16 0.495 6.391 0.561 ;
    RECT 2.343 0.517 2.409 0.946 ;
    RECT 2.629 0.539 2.695 0.583 ;
    RECT 3.487 0.561 3.553 0.693 ;
    RECT 6.325 0.561 6.391 0.594 ;
    RECT 0.561 0.583 1.287 0.649 ;
    RECT 2.475 0.583 2.695 0.649 ;
    RECT 5.742 0.583 5.874 0.693 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 4.829 0.594 4.939 0.726 ;
    LAYER M2L ;
    RECT 2.442 0.627 5.874 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.808 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.475 0.649 2.541 0.77 ;
    RECT 2.871 0.682 2.937 0.748 ;
    RECT 3.069 0.693 3.553 0.759 ;
    RECT 0.077 0.715 1.122 0.781 ;
    RECT 2.64 0.715 2.761 0.781 ;
    RECT 4.389 0.715 4.763 0.781 ;
    RECT 4.829 0.726 4.895 0.792 ;
    RECT 5.357 0.726 5.456 0.792 ;
    RECT 2.871 0.748 3.003 0.814 ;
    RECT 3.333 0.759 3.399 0.902 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.64 0.781 2.706 0.891 ;
    RECT 4.697 0.781 4.763 0.891 ;
    RECT 5.357 0.792 5.423 0.858 ;
    RECT 5.698 0.803 6.039 0.869 ;
    RECT 2.937 0.814 3.003 1.056 ;
    RECT 1.221 0.825 2.277 0.891 ;
    RECT 4.994 0.825 5.28 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.696 0.847 4.488 0.913 ;
    RECT 5.973 0.869 6.039 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.706 0.957 ;
    RECT 4.62 0.891 5.06 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.904 0.891 4.752 0.957 ;
    VIA 2.64 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    VIA 2.244 0.924 V1L2L ;
    VIA 4.686 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.422 0.913 4.488 1.023 ;
    RECT 2.783 0.924 2.849 1.023 ;
    RECT 2.343 0.946 2.453 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.148 0.957 5.599 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.343 1.023 2.849 1.089 ;
    RECT 4.422 1.023 5.214 1.089 ;
  END
END LDN_FSDPC1BQ_3
#
# 
MACRO LDN_FSDPC1BQ_4 FOREIGN C0A07BLDN_FSDPC1BQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 7.139 0.033 7.205 0.264 ;
      RECT 6.754 0.033 6.82 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.594 1.551 0.66 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.33 0.759 0.528 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.587 0.528 ;
      RECT 4.389 0.33 4.455 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.468 0.726 7.128 0.858 ;
      RECT 6.611 0.297 7.062 0.363 ;
      RECT 6.611 0.22 6.677 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.374 ;
    RECT 0 0.374 5.17 0.528 ;
    RECT 5.698 0.374 7.26 0.528 ;
    RECT 5.698 0.528 6.226 0.616 ;
    RECT 2.464 0.528 3.014 0.638 ;
    RECT 5.17 0.374 5.698 0.528 ;
    RECT 3.014 0.528 5.698 0.616 ;
    RECT 6.226 0.528 7.26 0.616 ;
    RECT 0 0.528 2.464 0.638 ;
    RECT 3.014 0.616 7.26 0.638 ;
    RECT 0 0.638 7.26 1.221 ;
    LAYER M1L ;
    RECT 6.072 0.099 6.523 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 4.939 0.132 5.005 0.627 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 1.056 0.143 1.199 0.209 ;
    RECT 2.365 0.143 2.706 0.209 ;
    RECT 0.451 0.165 0.957 0.231 ;
    RECT 5.5 0.165 6.138 0.231 ;
    RECT 6.457 0.165 6.523 0.495 ;
    RECT 4.543 0.198 4.609 0.275 ;
    RECT 1.133 0.209 1.199 0.363 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 3.399 0.22 3.465 0.297 ;
    RECT 0.891 0.231 0.957 0.275 ;
    RECT 0.451 0.231 0.517 0.407 ;
    RECT 5.5 0.231 5.566 0.506 ;
    RECT 0.891 0.275 1.056 0.341 ;
    RECT 2.497 0.275 3.256 0.341 ;
    RECT 4.543 0.275 4.873 0.341 ;
    RECT 3.762 0.275 4.213 0.341 ;
    RECT 6.193 0.286 6.281 0.363 ;
    RECT 1.397 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.399 0.297 3.619 0.363 ;
    RECT 5.357 0.308 5.423 0.374 ;
    RECT 5.181 0.33 5.247 0.693 ;
    RECT 5.863 0.33 5.929 0.396 ;
    RECT 0.99 0.341 1.056 0.561 ;
    RECT 3.19 0.341 3.256 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.807 0.341 4.873 0.671 ;
    RECT 4.147 0.341 4.213 0.847 ;
    RECT 1.133 0.363 1.463 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.553 0.363 3.619 0.495 ;
    RECT 6.193 0.363 6.336 0.429 ;
    LAYER M2L ;
    RECT 5.148 0.363 6.336 0.429 ;
    VIA 5.214 0.396 V1L2L ;
    VIA 6.27 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.324 0.374 5.423 0.44 ;
    RECT 6.006 0.374 6.072 0.583 ;
    RECT 5.775 0.396 5.929 0.462 ;
    RECT 3.19 0.429 3.366 0.495 ;
    RECT 6.193 0.429 6.281 0.803 ;
    RECT 5.324 0.44 5.39 0.825 ;
    RECT 2.387 0.451 2.563 0.517 ;
    RECT 2.673 0.462 3.036 0.55 ;
    RECT 5.775 0.462 5.841 0.957 ;
    RECT 3.3 0.495 3.454 0.561 ;
    RECT 3.553 0.495 3.982 0.561 ;
    RECT 6.402 0.495 6.798 0.561 ;
    RECT 5.467 0.506 5.566 0.572 ;
    RECT 2.387 0.517 2.453 1.023 ;
    RECT 2.673 0.55 2.739 0.583 ;
    RECT 0.99 0.561 1.386 0.627 ;
    RECT 3.553 0.561 3.619 0.693 ;
    RECT 5.467 0.572 5.533 0.638 ;
    RECT 2.519 0.583 2.739 0.649 ;
    RECT 5.94 0.583 6.072 0.693 ;
    RECT 3.135 0.594 3.201 0.693 ;
    RECT 1.32 0.627 1.386 0.825 ;
    RECT 4.939 0.627 5.082 0.693 ;
    LAYER M2L ;
    RECT 2.508 0.627 6.072 0.693 ;
    VIA 5.016 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.649 2.607 0.77 ;
    RECT 4.499 0.671 4.873 0.737 ;
    RECT 0.077 0.693 1.188 0.759 ;
    RECT 3.135 0.693 3.619 0.759 ;
    RECT 4.939 0.693 5.005 0.792 ;
    RECT 2.673 0.715 2.805 0.781 ;
    RECT 2.904 0.715 3.069 0.781 ;
    RECT 4.807 0.737 4.873 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 3.399 0.759 3.465 0.88 ;
    RECT 2.673 0.781 2.739 0.891 ;
    RECT 3.003 0.781 3.069 1.056 ;
    RECT 5.94 0.803 6.281 0.869 ;
    RECT 1.32 0.825 2.277 0.891 ;
    RECT 5.104 0.825 5.39 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.762 0.847 4.598 0.913 ;
    RECT 6.215 0.869 6.281 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.739 0.957 ;
    RECT 4.752 0.891 5.17 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.97 0.891 4.884 0.957 ;
    VIA 2.244 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    VIA 4.818 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.532 0.913 4.598 1.023 ;
    RECT 2.827 0.924 2.893 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.258 0.957 5.841 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.387 1.023 2.893 1.089 ;
    RECT 4.532 1.023 5.368 1.089 ;
  END
END LDN_FSDPC1BQ_4
#
# 
MACRO LDN_FSDPC1BQ_HD_1 FOREIGN C0A07BLDN_FSDPC1BQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
      RECT 4.477 0.726 4.587 0.858 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.103 0.198 4.213 0.33 ;
    RECT 1.474 0.209 1.54 0.242 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 1.617 0.231 1.683 0.638 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.726 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.103 0.33 4.169 0.528 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.583 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.937 0.495 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 4.367 0.462 4.433 0.528 ;
    RECT 2.871 0.495 2.937 0.891 ;
    RECT 2.277 0.506 2.343 0.583 ;
    RECT 4.103 0.528 4.433 0.594 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 2.079 0.583 2.343 0.649 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.103 0.594 4.169 0.858 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.573 0.638 1.683 0.858 ;
    RECT 1.881 0.638 1.947 1.056 ;
    RECT 3.003 0.649 3.069 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 2.145 0.726 2.497 0.792 ;
    RECT 3.883 0.748 3.949 0.858 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 2.145 0.792 2.211 0.858 ;
    RECT 2.431 0.792 2.497 1.023 ;
    RECT 1.034 0.825 1.507 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 3.883 0.858 4.169 0.924 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.441 0.891 1.507 0.968 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 2.772 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDN_FSDPC1BQ_HD_1
#
# 
MACRO LDN_FSDPC1BQ_HD_2 FOREIGN C0A07BLDN_FSDPC1BQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 4.125 0.132 4.191 0.528 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 4.389 0.462 4.455 0.528 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.661 0.858 ;
    RECT 4.125 0.528 4.455 0.594 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 4.125 0.594 4.191 0.836 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.056 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDN_FSDPC1BQ_HD_2
#
# 
MACRO LDN_FSDPC1BQ_HD_3 FOREIGN C0A07BLDN_FSDPC1BQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 4.488 0.825 4.983 0.891 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 4.488 0.297 4.983 0.363 ;
      RECT 4.873 0.198 4.983 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.686 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDN_FSDPC1BQ_HD_3
#
# 
MACRO LDN_FSDPC1BQ_HD_4 FOREIGN C0A07BLDN_FSDPC1BQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.356 0.726 5.016 0.858 ;
      RECT 4.477 0.297 4.928 0.363 ;
      RECT 4.477 0.22 4.543 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.664 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDN_FSDPC1BQ_HD_4
#
# 
MACRO LDN_FSDPC1B_1 FOREIGN C0A07BLDN_FSDPC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.924 ;
      RECT 4.741 0.924 4.851 1.056 ;
      RECT 4.741 0.132 4.851 0.264 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.682 ;
      RECT 4.389 0.682 4.488 0.748 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.125 0.165 4.29 0.231 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 4.125 0.231 4.191 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.881 0.638 1.947 0.891 ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 3.861 0.748 3.927 0.825 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.825 4.675 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDN_FSDPC1B_1
#
# 
MACRO LDN_FSDPC1B_2 FOREIGN C0A07BLDN_FSDPC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.653 0.033 4.719 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.422 0.693 4.587 0.759 ;
      RECT 4.422 0.297 4.587 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.693 ;
      RECT 4.785 0.693 4.983 0.759 ;
      RECT 4.785 0.759 4.851 0.858 ;
      RECT 4.785 0.297 4.983 0.363 ;
      RECT 4.785 0.198 4.851 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.664 1.045 4.73 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.268 1.045 4.334 1.155 ;
      RECT 4.202 0.979 4.334 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.653 0.495 4.818 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.653 0.561 4.719 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.719 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDN_FSDPC1B_2
#
# 
MACRO LDN_FSDPC1B_4 FOREIGN C0A07BLDN_FSDPC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.851 0.033 4.917 0.264 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.741 0.693 ;
      RECT 4.29 0.693 4.741 0.759 ;
      RECT 4.29 0.297 4.741 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.994 0.693 5.511 0.759 ;
      RECT 4.994 0.297 5.478 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.466 0.979 4.598 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.829 0.495 5.214 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.829 0.561 4.895 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.895 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDN_FSDPC1B_4
#
# 
MACRO LDN_FSDPC1B_8 FOREIGN C0A07BLDN_FSDPC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.535 0.033 7.601 0.264 ;
      RECT 6.798 0.033 6.864 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 5.742 0.033 5.808 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.233 0.033 2.299 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.528 0.66 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.66 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.693 ;
      RECT 4.862 0.693 6.039 0.759 ;
      RECT 4.862 0.297 6.039 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 7.293 0.759 7.359 0.858 ;
      RECT 6.237 0.693 7.458 0.759 ;
      RECT 7.029 0.759 7.095 0.858 ;
      RECT 6.765 0.759 6.831 0.858 ;
      RECT 6.501 0.759 6.567 0.858 ;
      RECT 6.237 0.759 6.303 0.858 ;
      RECT 6.27 0.297 7.458 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.216 1.023 7.282 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 6.864 1.023 6.93 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.535 0.924 7.601 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.465 0.165 ;
    RECT 0.297 0.132 0.363 0.792 ;
    RECT 3.531 0.132 3.597 0.891 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.046 0.231 ;
    RECT 2.53 0.165 2.739 0.231 ;
    RECT 3.399 0.165 3.465 0.715 ;
    RECT 3.663 0.165 3.85 0.231 ;
    RECT 4.103 0.198 4.191 0.363 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 2.673 0.231 2.739 0.363 ;
    RECT 3.135 0.231 3.3 0.297 ;
    RECT 2.904 0.231 3.047 0.297 ;
    RECT 3.663 0.231 3.729 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.036 0.297 ;
    RECT 3.168 0.231 4.224 0.297 ;
    VIA 2.97 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.466 0.275 4.763 0.341 ;
    RECT 2.409 0.286 2.475 0.759 ;
    RECT 3.135 0.297 3.201 0.484 ;
    RECT 2.959 0.297 3.047 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.697 0.341 4.763 0.495 ;
    RECT 2.673 0.363 2.871 0.429 ;
    RECT 3.795 0.363 4.356 0.429 ;
    RECT 2.079 0.385 2.145 0.506 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.429 2.871 0.891 ;
    RECT 4.29 0.429 4.356 0.495 ;
    RECT 3.795 0.429 3.861 0.814 ;
    RECT 3.267 0.484 3.333 0.583 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 3.927 0.495 4.158 0.561 ;
    RECT 4.697 0.495 5.786 0.561 ;
    RECT 4.29 0.495 4.598 0.561 ;
    RECT 6.105 0.495 7.194 0.561 ;
    RECT 2.079 0.506 2.343 0.572 ;
    RECT 3.927 0.561 3.993 0.99 ;
    RECT 4.697 0.561 4.763 0.693 ;
    RECT 4.29 0.561 4.356 0.825 ;
    RECT 6.105 0.561 6.171 0.825 ;
    RECT 2.277 0.572 2.343 0.638 ;
    RECT 2.959 0.583 3.333 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    RECT 2.959 0.649 3.025 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 4.466 0.693 4.763 0.759 ;
    RECT 3.168 0.715 3.465 0.781 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 2.563 0.759 2.629 0.891 ;
    RECT 2.09 0.759 2.475 0.825 ;
    RECT 0.077 0.792 0.803 0.858 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.409 0.825 2.475 1.023 ;
    RECT 4.103 0.825 6.171 0.891 ;
    RECT 0.077 0.858 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.563 0.891 2.871 0.957 ;
    RECT 3.278 0.891 3.597 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.706 0.957 ;
    RECT 3.432 0.891 4.026 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.924 3.179 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 2.409 1.023 3.729 1.089 ;
  END
END LDN_FSDPC1B_8
#
# 
MACRO LDN_FSDPHBC1B_1 FOREIGN C0A07BLDN_FSDPHBC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.957 ;
      RECT 6.292 0.957 6.435 1.023 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.396 6.171 0.693 ;
      RECT 5.929 0.693 6.171 0.759 ;
      RECT 5.973 0.33 6.171 0.396 ;
      RECT 5.973 0.198 6.039 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.048 0.528 5.632 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.632 0.528 6.468 0.55 ;
    RECT 0 0.55 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.302 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.577 0.198 5.643 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.313 0.242 5.379 0.473 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 5.577 0.275 5.907 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.137 0.297 5.203 0.374 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 5.841 0.341 5.907 0.495 ;
    RECT 5.577 0.341 5.643 0.891 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.237 0.44 6.303 0.825 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.445 0.462 5.511 0.605 ;
    RECT 5.709 0.462 5.775 0.825 ;
    RECT 5.049 0.473 5.379 0.539 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.841 0.495 5.984 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.808 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 5.049 0.539 5.115 0.748 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.214 0.605 5.511 0.671 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.671 5.511 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.379 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.544 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    VIA 5.478 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.313 0.814 5.379 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.709 0.825 6.303 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDN_FSDPHBC1B_1
#
# 
MACRO LDN_FSDPHBC1B_2 FOREIGN C0A07BLDN_FSDPHBC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.231 6.567 0.957 ;
      RECT 6.38 0.957 6.567 1.023 ;
      RECT 6.38 1.023 6.446 1.056 ;
      RECT 6.38 0.165 6.567 0.231 ;
      RECT 6.38 0.132 6.446 0.165 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.396 6.303 0.693 ;
      RECT 6.006 0.693 6.303 0.759 ;
      RECT 6.039 0.33 6.303 0.396 ;
      RECT 6.039 0.264 6.105 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.048 0.528 5.698 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.698 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.368 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.643 0.198 5.709 0.297 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.225 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.379 0.242 5.445 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.159 0.297 5.225 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.159 0.308 5.28 0.374 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.369 0.429 6.435 0.825 ;
    RECT 5.049 0.451 5.445 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.138 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.28 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.445 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.379 0.814 5.445 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.435 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.258 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.61 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDN_FSDPHBC1B_2
#
# 
MACRO LDN_FSDPHBC1B_4 FOREIGN C0A07BLDN_FSDPHBC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.143 ;
      RECT 6.886 0.143 7.018 0.209 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 6.732 0.726 7.26 0.858 ;
      RECT 6.732 0.858 6.82 0.99 ;
      RECT 6.71 0.297 7.194 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.693 ;
      RECT 6.006 0.693 6.49 0.759 ;
      RECT 6.039 0.297 6.49 0.363 ;
      RECT 6.039 0.22 6.105 0.297 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.886 1.023 6.952 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 7.392 0.55 ;
    RECT 0 0.55 7.392 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.324 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.785 0.264 4.851 0.792 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.137 0.297 5.203 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.137 0.308 5.236 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.049 0.451 5.401 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    RECT 6.589 0.495 6.93 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 6.589 0.561 6.655 0.825 ;
    RECT 5.214 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.401 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.335 0.814 5.401 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.655 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDN_FSDPHBC1B_4
#
# 
MACRO LDN_FSDPHBC1B_8 FOREIGN C0A07BLDN_FSDPHBC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 8.778 0.033 8.844 0.143 ;
      RECT 8.712 0.143 8.844 0.209 ;
      RECT 8.426 0.033 8.492 0.143 ;
      RECT 8.36 0.143 8.492 0.209 ;
      RECT 8.074 0.033 8.14 0.143 ;
      RECT 8.008 0.143 8.14 0.209 ;
      RECT 7.689 0.033 7.755 0.264 ;
      RECT 7.37 0.033 7.436 0.143 ;
      RECT 7.304 0.143 7.436 0.209 ;
      RECT 7.018 0.033 7.084 0.143 ;
      RECT 6.952 0.143 7.084 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.6 0.143 6.732 0.209 ;
      RECT 6.226 0.033 6.292 0.143 ;
      RECT 6.226 0.143 6.358 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.852 0.143 5.984 0.209 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.496 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 6.424 0.693 7.612 0.759 ;
      RECT 6.457 0.297 7.612 0.363 ;
      RECT 6.457 0.22 6.523 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.865 0.726 9.108 0.858 ;
      RECT 7.865 0.858 7.931 0.99 ;
      RECT 7.832 0.297 9.02 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.712 1.023 8.778 1.155 ;
      RECT 8.712 0.957 8.844 1.023 ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.36 1.023 8.426 1.155 ;
      RECT 8.36 0.957 8.492 1.023 ;
      RECT 8.008 1.023 8.074 1.155 ;
      RECT 8.008 0.957 8.14 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 5.885 0.924 5.951 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 9.24 0.55 ;
    RECT 0 0.55 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.66 0.165 ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.478 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 0.429 0.165 0.495 0.451 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.709 0.198 5.775 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 5.071 0.231 5.357 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.214 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.873 0.242 5.005 0.308 ;
    RECT 5.489 0.242 5.555 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 5.709 0.275 6.391 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.291 0.297 5.357 0.308 ;
    RECT 5.071 0.297 5.137 0.891 ;
    RECT 4.917 0.308 5.005 0.924 ;
    RECT 5.291 0.308 5.39 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 6.325 0.341 6.391 0.495 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.203 0.451 5.555 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.643 0.462 5.709 0.583 ;
    RECT 6.171 0.462 6.237 0.627 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 6.325 0.495 7.194 0.561 ;
    RECT 7.733 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 6.27 0.561 ;
    VIA 4.95 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.517 5.269 0.759 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 7.733 0.561 7.799 0.825 ;
    RECT 5.368 0.583 5.709 0.693 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    RECT 6.171 0.627 6.325 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    RECT 4.983 0.627 5.544 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    VIA 5.478 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.259 0.693 6.325 0.825 ;
    LAYER M2L ;
    RECT 4.983 0.693 5.049 0.759 ;
    LAYER M1L ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 3.718 0.759 4.125 0.825 ;
    RECT 5.203 0.759 5.555 0.825 ;
    RECT 5.676 0.759 6.16 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.049 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.489 0.825 5.555 0.902 ;
    RECT 6.259 0.825 7.799 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 5.071 0.891 5.39 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.698 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDN_FSDPHBC1B_8
#
# 
MACRO LDN_FSDPHBQ_1 FOREIGN C0A07BLDN_FSDPHBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.264 5.907 0.858 ;
      RECT 5.797 0.858 5.907 0.99 ;
      RECT 5.797 0.132 5.907 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.599 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.533 0.165 5.599 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.401 0.264 5.467 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.467 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.709 0.462 5.775 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.775 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHBQ_1
#
# 
MACRO LDN_FSDPHBQ_2 FOREIGN C0A07BLDN_FSDPHBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.803 ;
      RECT 5.709 0.803 5.907 0.869 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 3.322 0.528 4.004 0.55 ;
    RECT 0 0.528 3.322 0.55 ;
    RECT 4.004 0.528 6.072 0.55 ;
    RECT 0 0.55 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHBQ_2
#
# 
MACRO LDN_FSDPHBQ_4 FOREIGN C0A07BLDN_FSDPHBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.94 0.033 6.006 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.764 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.445 0.198 5.555 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.489 0.33 5.555 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHBQ_4
#
# 
MACRO LDN_FSDPHBQ_8 FOREIGN C0A07BLDN_FSDPHBQ_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.71 0.033 6.776 0.165 ;
      RECT 6.71 0.165 6.842 0.231 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 6.006 0.165 6.138 0.231 ;
      RECT 5.665 0.033 5.731 0.33 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.407 ;
      RECT 2.541 0.407 2.739 0.473 ;
      RECT 2.541 0.473 2.607 0.594 ;
      RECT 2.673 0.198 2.739 0.407 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.693 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 5.797 0.726 7.128 0.858 ;
      RECT 5.83 0.297 7.095 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.594 0.693 ;
      RECT 0.429 0.33 0.539 0.627 ;
      RECT 0.165 0.33 0.231 0.726 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.71 0.957 6.842 1.023 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.467 0.198 5.577 0.33 ;
    RECT 0.825 0.231 0.891 0.759 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.511 0.33 5.577 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.511 0.495 6.82 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.511 0.561 5.577 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.577 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.825 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 0.66 0.825 0.726 0.858 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHBQ_8
#
# 
MACRO LDN_FSDPHB_1 FOREIGN C0A07BLDN_FSDPHB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.858 ;
      RECT 6.325 0.858 6.435 0.99 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.676 0.858 5.94 0.99 ;
      RECT 5.819 0.363 5.885 0.858 ;
      RECT 5.709 0.297 5.885 0.363 ;
      RECT 5.709 0.165 5.775 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.577 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.144 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.511 0.165 5.577 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.379 0.264 5.445 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 5.951 0.308 6.259 0.374 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.445 0.429 ;
    RECT 6.193 0.374 6.259 0.594 ;
    RECT 5.951 0.374 6.017 0.748 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.687 0.462 5.753 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.753 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHB_1
#
# 
MACRO LDN_FSDPHB_2 FOREIGN C0A07BLDN_FSDPHB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.325 0.033 6.391 0.264 ;
      RECT 5.973 0.033 6.039 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.825 ;
      RECT 5.709 0.825 5.907 0.891 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.198 6.567 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 3.311 0.528 4.004 0.55 ;
    RECT 0 0.528 3.311 0.55 ;
    RECT 4.004 0.528 6.864 0.55 ;
    RECT 0 0.55 6.864 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.171 0.198 6.237 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 6.171 0.495 6.402 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 6.171 0.561 6.237 0.924 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHB_2
#
# 
MACRO LDN_FSDPHB_4 FOREIGN C0A07BLDN_FSDPHB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.524 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.524 0.033 ;
      RECT 6.996 0.033 7.062 0.165 ;
      RECT 6.996 0.165 7.128 0.231 ;
      RECT 6.677 0.033 6.743 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.292 0.165 6.424 0.231 ;
      RECT 5.918 0.033 5.984 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.524 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.742 0.297 6.303 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.726 ;
      RECT 6.732 0.726 7.392 0.858 ;
      RECT 6.82 0.297 7.359 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.524 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.996 1.023 7.062 1.155 ;
      RECT 6.996 0.957 7.128 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.644 0.957 6.776 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.292 0.957 6.424 1.023 ;
      RECT 5.918 1.023 5.984 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.524 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.524 0.528 ;
    RECT 0 0.528 7.524 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.523 0.198 6.589 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.489 0.396 5.555 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 6.523 0.495 7.194 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 6.523 0.561 6.589 0.858 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDN_FSDPHB_4
#
# 
MACRO LDN_FSDPHB_8 FOREIGN C0A07BLDN_FSDPHB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.976 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.976 0.033 ;
      RECT 8.855 0.033 8.921 0.264 ;
      RECT 8.536 0.033 8.602 0.165 ;
      RECT 8.47 0.165 8.602 0.231 ;
      RECT 8.096 0.033 8.162 0.165 ;
      RECT 8.096 0.165 8.25 0.231 ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.722 0.165 7.876 0.231 ;
      RECT 7.381 0.033 7.447 0.264 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.556 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.336 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.467 0.033 5.533 0.33 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.976 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.198 2.607 0.418 ;
      RECT 2.409 0.418 2.607 0.484 ;
      RECT 2.409 0.484 2.497 0.594 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.792 ;
      RECT 0.957 0.33 1.023 0.66 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.638 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.638 ;
      RECT 0.297 0.33 0.396 0.396 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.363 6.831 0.726 ;
      RECT 5.621 0.726 6.996 0.858 ;
      RECT 5.654 0.297 6.886 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.363 8.547 0.726 ;
      RECT 7.524 0.726 8.844 0.858 ;
      RECT 7.546 0.297 8.778 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.627 1.914 0.693 ;
      RECT 0.506 0.33 0.594 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.914 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
      VIA 1.848 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.976 1.221 ;
      RECT 8.558 1.023 8.624 1.155 ;
      RECT 8.47 0.957 8.624 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.096 0.957 8.25 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.722 0.957 7.876 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.556 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.336 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.467 1.023 5.533 1.155 ;
      RECT 5.467 0.957 5.61 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 8.855 0.924 8.921 1.155 ;
      RECT 7.381 0.924 7.447 1.155 ;
      RECT 6.985 0.99 7.051 1.155 ;
      RECT 6.952 0.924 7.051 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 8.976 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.976 0.528 ;
    RECT 0 0.528 8.976 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 3.553 0.165 ;
    RECT 4.521 0.099 5.225 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.398 0.132 2.464 0.165 ;
    RECT 3.773 0.132 3.861 0.572 ;
    RECT 3.619 0.132 3.685 0.726 ;
    RECT 4.367 0.132 4.455 0.462 ;
    RECT 1.034 0.143 1.98 0.209 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 2.145 0.165 2.464 0.231 ;
    RECT 3.487 0.165 3.553 0.55 ;
    RECT 2.739 0.165 2.805 0.561 ;
    RECT 5.159 0.165 5.225 0.594 ;
    RECT 4.521 0.165 4.587 0.792 ;
    RECT 5.291 0.198 5.357 0.495 ;
    RECT 7.183 0.198 7.249 0.495 ;
    RECT 0.825 0.209 0.891 0.737 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 3.124 0.231 3.289 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.355 0.264 3.421 0.847 ;
    RECT 4.851 0.264 4.917 0.77 ;
    RECT 1.089 0.275 1.584 0.341 ;
    RECT 1.683 0.275 2.211 0.341 ;
    RECT 3.949 0.275 4.301 0.341 ;
    RECT 3.201 0.297 3.289 0.715 ;
    RECT 4.983 0.33 5.049 0.869 ;
    RECT 1.089 0.341 1.155 0.759 ;
    RECT 1.683 0.341 1.749 0.407 ;
    RECT 2.145 0.341 2.211 0.957 ;
    RECT 3.949 0.341 4.015 0.44 ;
    RECT 4.235 0.341 4.301 0.924 ;
    LAYER M2L ;
    RECT 3.168 0.363 5.082 0.429 ;
    VIA 3.234 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.653 0.374 4.719 1.023 ;
    RECT 1.848 0.407 2.079 0.473 ;
    RECT 1.419 0.407 1.749 0.473 ;
    RECT 1.221 0.44 1.309 0.627 ;
    RECT 2.013 0.473 2.079 1.023 ;
    RECT 1.419 0.473 1.485 0.594 ;
    RECT 5.291 0.495 6.578 0.561 ;
    RECT 7.183 0.495 8.228 0.561 ;
    LAYER M2L ;
    RECT 1.188 0.495 2.079 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.081 0.506 4.147 0.726 ;
    RECT 2.607 0.561 3.058 0.627 ;
    RECT 5.291 0.561 5.357 1.023 ;
    RECT 7.183 0.561 7.249 0.924 ;
    LAYER M2L ;
    RECT 2.013 0.561 2.079 0.627 ;
    LAYER M1L ;
    RECT 4.367 0.594 4.433 1.023 ;
    RECT 1.221 0.627 1.342 0.693 ;
    RECT 2.607 0.627 2.673 0.759 ;
    LAYER M2L ;
    RECT 2.013 0.627 4.95 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.904 0.715 3.289 0.781 ;
    RECT 2.739 0.726 2.805 0.847 ;
    RECT 3.619 0.726 4.147 0.792 ;
    RECT 0.649 0.737 0.891 0.759 ;
    RECT 0.649 0.759 1.155 0.825 ;
    RECT 1.276 0.759 1.749 0.825 ;
    RECT 2.508 0.759 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.838 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 3.619 0.792 3.685 0.979 ;
    RECT 0.649 0.825 0.715 0.88 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 1.683 0.825 1.749 0.891 ;
    RECT 2.607 0.825 2.673 0.99 ;
    RECT 2.739 0.847 3.454 0.913 ;
    RECT 1.87 0.858 1.936 0.891 ;
    RECT 3.773 0.858 3.905 0.924 ;
    RECT 4.807 0.869 5.049 0.935 ;
    RECT 0.792 0.891 1.584 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.683 0.891 1.936 0.957 ;
    LAYER M2L ;
    RECT 2.574 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.773 0.924 3.861 1.023 ;
    RECT 4.807 0.935 4.873 1.012 ;
    RECT 2.145 0.957 2.464 1.023 ;
    RECT 3.102 0.979 3.685 1.045 ;
    RECT 0.506 1.023 2.079 1.089 ;
    RECT 3.773 1.023 4.719 1.089 ;
    RECT 4.95 1.023 5.357 1.089 ;
  END
END LDN_FSDPHB_8
#
# 
MACRO LDN_FSDPQB_1 FOREIGN C0A07BLDN_FSDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.673 0.033 2.739 0.33 ;
      RECT 2.145 0.033 2.211 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.803 ;
      RECT 0.297 0.803 0.627 0.869 ;
      RECT 0.297 0.726 0.363 0.803 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.858 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.693 0.891 0.858 ;
      RECT 0.825 0.627 1.023 0.693 ;
      RECT 0.957 0.462 1.023 0.627 ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.275 0.528 ;
      LAYER M2L ;
      RECT 0.132 0.627 0.99 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.924 0.66 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 1.023 ;
      RECT 2.552 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.145 0.946 2.211 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 2.354 0.528 3.674 0.55 ;
    RECT 0 0.528 2.354 0.55 ;
    RECT 3.674 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.729 0.165 ;
    RECT 1.551 0.132 1.617 0.231 ;
    RECT 1.727 0.132 1.793 0.363 ;
    RECT 3.091 0.165 3.157 0.264 ;
    RECT 3.663 0.165 3.729 0.352 ;
    RECT 2.343 0.198 2.409 0.759 ;
    RECT 2.475 0.198 2.563 0.924 ;
    RECT 0.836 0.231 1.617 0.297 ;
    RECT 3.432 0.231 3.597 0.297 ;
    RECT 1.089 0.297 1.155 0.759 ;
    RECT 3.531 0.297 3.597 0.363 ;
    RECT 3.267 0.308 3.333 0.363 ;
    RECT 3.828 0.308 3.916 0.891 ;
    RECT 0.033 0.319 0.495 0.385 ;
    RECT 2.893 0.33 2.959 0.396 ;
    RECT 3.993 0.33 4.059 0.396 ;
    RECT 1.518 0.363 2.255 0.429 ;
    RECT 3.432 0.363 3.597 0.429 ;
    RECT 3.102 0.363 3.333 0.429 ;
    LAYER M2L ;
    RECT 2.31 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.092 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.385 0.495 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    RECT 1.386 0.396 1.452 0.627 ;
    RECT 2.893 0.396 3.003 0.462 ;
    RECT 3.993 0.396 4.125 0.462 ;
    RECT 2.189 0.429 2.255 0.55 ;
    RECT 1.518 0.429 1.584 0.759 ;
    RECT 3.267 0.429 3.333 0.495 ;
    RECT 2.937 0.462 3.003 0.627 ;
    RECT 3.696 0.462 3.762 0.495 ;
    RECT 4.059 0.462 4.125 1.023 ;
    RECT 1.771 0.495 1.903 0.561 ;
    RECT 3.267 0.495 3.531 0.561 ;
    RECT 3.597 0.495 3.762 0.561 ;
    RECT 2.805 0.528 2.871 0.858 ;
    RECT 1.771 0.561 1.837 0.759 ;
    RECT 3.465 0.561 3.531 0.792 ;
    RECT 3.597 0.561 3.663 0.66 ;
    RECT 1.276 0.627 1.452 0.693 ;
    RECT 2.937 0.627 3.399 0.693 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.696 0.693 ;
    VIA 1.386 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.66 3.729 0.726 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 3.333 0.693 3.399 0.792 ;
    RECT 2.937 0.693 3.003 0.957 ;
    RECT 0.957 0.759 1.452 0.825 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 1.518 0.759 1.65 0.825 ;
    RECT 2.057 0.759 2.409 0.825 ;
    RECT 3.102 0.759 3.267 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.036 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.792 3.729 0.858 ;
    RECT 1.386 0.825 1.452 0.891 ;
    RECT 0.957 0.825 1.023 0.979 ;
    RECT 3.201 0.825 3.267 1.056 ;
    RECT 3.663 0.858 3.729 0.924 ;
    RECT 1.386 0.891 1.826 0.957 ;
    RECT 3.828 0.891 3.96 0.957 ;
    LAYER M2L ;
    RECT 3.168 0.891 3.96 0.957 ;
    VIA 3.234 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 0.99 ;
    RECT 1.243 0.924 1.309 1.023 ;
    RECT 1.947 0.946 2.013 1.023 ;
    RECT 2.86 0.957 3.003 1.023 ;
    RECT 3.41 0.957 3.542 1.023 ;
    RECT 0.638 0.979 1.023 1.045 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 1.243 1.023 2.013 1.089 ;
    RECT 3.476 1.023 4.125 1.089 ;
  END
END LDN_FSDPQB_1
#
# 
MACRO LDN_FSDPQB_2 FOREIGN C0A07BLDN_FSDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.467 0.033 5.533 0.264 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.819 0.033 5.885 0.264 ;
      RECT 3.707 0.033 3.773 0.33 ;
      RECT 2.673 0.033 2.739 0.242 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.429 1.419 0.682 ;
      RECT 1.254 0.363 1.419 0.429 ;
      RECT 0.231 0.33 0.297 0.396 ;
      RECT 0.165 0.396 0.297 0.462 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.198 0.363 1.386 0.429 ;
      VIA 0.264 0.396 V1L2L ;
      VIA 1.32 0.396 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.528 1.023 0.66 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.396 5.775 0.792 ;
      RECT 5.643 0.792 5.775 0.858 ;
      RECT 5.643 0.858 5.709 0.924 ;
      RECT 5.643 0.33 5.775 0.396 ;
      RECT 5.643 0.264 5.709 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.363 0.495 0.726 ;
      RECT 0.407 0.297 0.891 0.363 ;
      RECT 0.825 0.165 0.891 0.297 ;
      RECT 0.825 0.099 1.21 0.165 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.924 5.511 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.353 0.946 1.419 1.155 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 4.246 0.528 5.082 0.572 ;
    RECT 0.484 0.528 1.232 0.638 ;
    RECT 1.232 0.528 4.246 0.572 ;
    RECT 5.082 0.528 5.94 0.572 ;
    RECT 0 0.528 0.484 0.638 ;
    RECT 1.232 0.572 5.94 0.638 ;
    RECT 0 0.638 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.134 0.143 ;
    RECT 3.069 0.099 3.641 0.165 ;
    RECT 4.235 0.099 5.137 0.165 ;
    RECT 2.321 0.132 2.387 0.275 ;
    RECT 1.705 0.143 2.2 0.165 ;
    RECT 0.033 0.165 0.506 0.231 ;
    RECT 2.068 0.165 2.2 0.209 ;
    RECT 1.705 0.165 1.771 0.231 ;
    RECT 3.575 0.165 3.641 0.517 ;
    RECT 3.069 0.165 3.135 0.825 ;
    RECT 4.235 0.165 4.301 0.264 ;
    RECT 5.071 0.165 5.137 0.341 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 1.001 0.231 1.771 0.297 ;
    RECT 1.87 0.231 2.002 0.275 ;
    RECT 4.554 0.231 5.005 0.297 ;
    RECT 3.883 0.242 3.949 0.517 ;
    RECT 3.443 0.264 3.509 0.33 ;
    RECT 1.87 0.275 2.387 0.297 ;
    RECT 2.86 0.275 3.003 0.341 ;
    RECT 5.247 0.286 5.313 0.363 ;
    RECT 1.001 0.297 1.067 0.363 ;
    RECT 1.705 0.297 1.771 0.407 ;
    RECT 1.936 0.297 2.387 0.341 ;
    RECT 4.939 0.297 5.005 0.495 ;
    RECT 3.399 0.33 3.509 0.396 ;
    RECT 2.321 0.341 2.387 0.451 ;
    RECT 2.937 0.341 3.003 0.693 ;
    RECT 1.001 0.363 1.155 0.429 ;
    RECT 4.081 0.363 4.873 0.429 ;
    RECT 5.247 0.363 5.577 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.396 3.465 0.913 ;
    RECT 1.705 0.407 2.2 0.473 ;
    RECT 1.089 0.429 1.155 0.825 ;
    RECT 4.807 0.429 4.873 0.759 ;
    RECT 5.511 0.429 5.577 0.627 ;
    RECT 2.321 0.451 2.838 0.517 ;
    RECT 2.134 0.473 2.2 0.715 ;
    RECT 4.939 0.495 5.412 0.561 ;
    RECT 2.321 0.517 2.387 0.627 ;
    RECT 3.575 0.517 4.4 0.583 ;
    RECT 4.653 0.55 4.719 0.616 ;
    RECT 4.983 0.561 5.049 0.891 ;
    RECT 1.727 0.572 1.815 0.759 ;
    RECT 2.53 0.583 2.706 0.649 ;
    RECT 3.663 0.583 3.729 0.858 ;
    RECT 4.499 0.616 4.719 0.649 ;
    RECT 2.277 0.627 2.387 0.693 ;
    RECT 5.247 0.627 5.577 0.693 ;
    RECT 2.64 0.649 2.706 0.693 ;
    RECT 3.861 0.649 4.719 0.682 ;
    RECT 3.861 0.682 4.565 0.715 ;
    RECT 2.277 0.693 2.343 0.891 ;
    RECT 2.64 0.693 3.003 0.759 ;
    RECT 5.247 0.693 5.313 1.023 ;
    RECT 2.068 0.715 2.2 0.781 ;
    RECT 3.861 0.715 3.927 1.023 ;
    RECT 2.431 0.748 2.497 0.825 ;
    RECT 1.727 0.759 1.914 0.825 ;
    RECT 4.73 0.759 4.873 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.498 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.432 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.781 1.551 0.847 ;
    RECT 4.136 0.781 4.455 0.847 ;
    RECT 4.565 0.814 4.631 0.891 ;
    RECT 0.616 0.825 1.155 0.891 ;
    RECT 2.431 0.825 3.135 0.891 ;
    RECT 1.485 0.847 1.551 0.924 ;
    RECT 1.221 0.847 1.287 0.957 ;
    RECT 4.389 0.847 4.455 1.023 ;
    RECT 0.033 0.869 0.176 0.935 ;
    RECT 1.892 0.891 2.343 0.957 ;
    RECT 4.565 0.891 5.049 0.957 ;
    RECT 3.234 0.913 3.465 0.979 ;
    RECT 1.485 0.924 1.595 0.99 ;
    RECT 1.705 0.946 1.771 1.023 ;
    RECT 0.792 0.957 1.287 1.023 ;
    RECT 2.42 0.979 2.552 1.023 ;
    RECT 3.399 0.979 3.465 1.023 ;
    RECT 1.529 0.99 1.595 1.056 ;
    RECT 1.705 1.023 2.552 1.045 ;
    RECT 3.399 1.023 3.927 1.089 ;
    RECT 4.389 1.023 5.313 1.089 ;
    RECT 1.705 1.045 2.486 1.089 ;
  END
END LDN_FSDPQB_2
#
# 
MACRO LDN_FSDPQB_3 FOREIGN C0A07BLDN_FSDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.248 0.165 6.38 0.231 ;
      RECT 5.929 0.033 5.995 0.264 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.693 ;
      RECT 6.105 0.693 6.567 0.759 ;
      RECT 6.479 0.759 6.567 0.99 ;
      RECT 6.105 0.759 6.171 0.858 ;
      RECT 6.072 0.297 6.567 0.363 ;
      RECT 6.479 0.198 6.567 0.297 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.396 3.927 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.913 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.847 1.331 0.913 ;
      RECT 1.265 0.726 1.331 0.847 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.4 0.935 4.466 1.155 ;
      RECT 4.4 0.869 4.532 0.935 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.281 0.88 6.347 1.155 ;
      RECT 5.907 0.924 5.973 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.763 0.528 5.61 0.561 ;
    RECT 0 0.528 4.763 0.561 ;
    RECT 5.61 0.528 6.6 0.561 ;
    RECT 0 0.561 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.254 0.143 ;
    RECT 2.101 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.367 0.165 ;
    RECT 4.697 0.099 5.599 0.165 ;
    RECT 0.825 0.143 1.32 0.165 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.188 0.165 1.32 0.209 ;
    RECT 0.825 0.165 0.891 0.275 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.101 0.165 2.167 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.301 0.165 4.367 0.605 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.697 0.165 4.763 0.242 ;
    RECT 5.533 0.165 5.599 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 3.531 0.198 3.597 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.894 0.231 4.059 0.297 ;
    RECT 4.862 0.231 5.467 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.597 0.341 ;
    RECT 5.709 0.286 5.775 0.363 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.993 0.297 4.059 1.023 ;
    RECT 5.401 0.297 5.467 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.531 0.341 3.597 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 4.488 0.363 5.335 0.429 ;
    RECT 5.709 0.363 5.973 0.429 ;
    LAYER M2L ;
    RECT 3.498 0.363 4.62 0.429 ;
    VIA 3.564 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.269 0.429 5.335 0.759 ;
    RECT 5.907 0.429 5.973 0.627 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.401 0.495 5.808 0.561 ;
    RECT 4.961 0.528 5.027 0.605 ;
    RECT 1.837 0.561 1.903 0.627 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.891 ;
    RECT 5.137 0.572 5.203 0.737 ;
    RECT 4.125 0.605 5.027 0.671 ;
    RECT 1.837 0.627 2.31 0.693 ;
    RECT 5.709 0.627 5.973 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.092 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 4.125 0.671 4.191 0.814 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.63 0.759 ;
    RECT 5.709 0.693 5.775 1.023 ;
    RECT 4.257 0.737 5.203 0.803 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 5.269 0.759 5.412 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 4.257 0.803 4.323 1.023 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 2.134 0.858 2.2 0.891 ;
    RECT 1.991 0.858 2.057 1.023 ;
    RECT 2.134 0.891 2.629 0.957 ;
    RECT 5.082 0.891 5.577 0.957 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 4.829 0.946 4.895 1.023 ;
    RECT 3.674 0.957 3.806 1.023 ;
    RECT 0.814 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 3.74 1.023 4.323 1.089 ;
    RECT 4.829 1.023 5.775 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDN_FSDPQB_3
#
# 
MACRO LDN_FSDPQB_4 FOREIGN C0A07BLDN_FSDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.149 1.012 ;
      RECT 6.501 0.385 6.567 0.726 ;
      RECT 6.05 0.319 6.567 0.385 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.902 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.836 1.331 0.902 ;
      RECT 1.265 0.726 1.331 0.836 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.73 0.528 5.522 0.55 ;
    RECT 0 0.528 4.73 0.55 ;
    RECT 5.522 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.389 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 5.676 0.132 5.764 0.891 ;
    RECT 0.825 0.143 1.298 0.209 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.189 0.165 2.255 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.323 0.165 4.389 0.517 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.719 0.165 4.785 0.264 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 0.825 0.209 0.891 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.861 0.231 4.257 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.663 0.341 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.861 0.297 3.927 0.792 ;
    RECT 4.191 0.297 4.257 1.023 ;
    RECT 4.895 0.297 4.961 0.374 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.597 0.341 3.663 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 5.082 0.363 5.313 0.429 ;
    LAYER M2L ;
    RECT 3.564 0.363 5.214 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 5.148 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.247 0.429 5.313 0.671 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.379 0.495 5.577 0.561 ;
    RECT 5.907 0.495 6.402 0.561 ;
    RECT 4.323 0.517 5.06 0.583 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.803 ;
    RECT 5.907 0.561 5.973 1.023 ;
    RECT 4.323 0.583 4.389 0.858 ;
    RECT 1.958 0.627 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.96 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 5.247 0.671 5.39 0.737 ;
    RECT 4.906 0.682 4.972 0.891 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.663 0.759 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 5.082 0.803 5.577 0.869 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 5.511 0.869 5.577 1.023 ;
    RECT 2.178 0.891 2.629 0.957 ;
    RECT 4.708 0.891 4.972 0.957 ;
    RECT 5.676 0.891 5.808 0.957 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.808 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.902 2.057 1.023 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 0.792 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 4.191 1.023 5.39 1.089 ;
    RECT 5.511 1.023 5.973 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDN_FSDPQB_4
#
# 
MACRO LDN_FSDPQB_HD_1 FOREIGN C0A07BLDN_FSDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.619 0.033 3.685 0.275 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.594 3.663 0.726 ;
      RECT 3.553 0.462 3.663 0.594 ;
      RECT 3.597 0.374 3.663 0.462 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.924 ;
      RECT 3.817 0.924 3.927 0.99 ;
      RECT 3.817 0.99 3.883 1.056 ;
      RECT 3.784 0.297 3.927 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.123 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.638 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.572 0.165 0.704 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.057 0.165 2.123 0.275 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 2.431 0.198 2.497 0.759 ;
    RECT 3.245 0.198 3.333 0.396 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 3.399 0.22 3.487 0.99 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.057 0.275 2.365 0.341 ;
    RECT 1.793 0.275 1.859 0.792 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.341 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.498 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.925 0.374 1.991 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.925 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.696 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 3.663 0.792 3.795 0.858 ;
    LAYER M2L ;
    RECT 3.63 0.825 3.696 0.891 ;
    LAYER M1L ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 3.663 0.858 3.729 0.99 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.498 0.957 ;
    RECT 3.63 0.891 3.861 0.957 ;
    VIA 3.432 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDN_FSDPQB_HD_1
#
# 
MACRO LDN_FSDPQB_HD_2 FOREIGN C0A07BLDN_FSDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.825 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.814 ;
      RECT 3.861 0.814 4.059 0.88 ;
      RECT 3.861 0.88 3.927 0.99 ;
      RECT 3.85 0.297 4.059 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.081 1.012 4.147 1.155 ;
      RECT 4.048 0.946 4.147 1.012 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 2.431 0.22 2.497 0.759 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.795 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDN_FSDPQB_HD_2
#
# 
MACRO LDN_FSDPQB_HD_3 FOREIGN C0A07BLDN_FSDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.883 0.693 4.29 0.759 ;
      RECT 3.883 0.759 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.015 0.858 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDN_FSDPQB_HD_3
#
# 
MACRO LDN_FSDPQB_HD_4 FOREIGN C0A07BLDN_FSDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.407 3.663 0.803 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.883 0.726 4.356 0.858 ;
      RECT 3.883 0.858 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDN_FSDPQB_HD_4
#
# 
MACRO LDN_FSDPQ_1 FOREIGN C0A07BLDN_FSDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.497 0.462 2.607 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.871 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.805 0.165 2.871 0.88 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 4.026 0.231 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 2.387 0.231 2.739 0.297 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.495 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 3.707 0.264 3.773 0.33 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.387 0.297 2.453 0.374 ;
    RECT 2.673 0.297 2.739 1.023 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 3.707 0.33 4.037 0.396 ;
    RECT 1.606 0.341 1.672 0.627 ;
    RECT 1.276 0.363 1.342 0.858 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.396 4.037 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.892 0.495 2.299 0.561 ;
    RECT 3.201 0.495 3.608 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 2.233 0.561 2.299 0.88 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 1.419 0.627 2.167 0.693 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 2.101 0.693 2.167 0.77 ;
    RECT 1.419 0.693 1.485 0.946 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.387 0.792 2.453 1.023 ;
    RECT 1.232 0.858 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.948 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDN_FSDPQ_1
#
# 
MACRO LDN_FSDPQ_2 FOREIGN C0A07BLDN_FSDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.533 0.033 5.599 0.264 ;
      RECT 3.861 0.033 3.927 0.264 ;
      RECT 3.487 0.033 3.553 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.396 1.287 0.462 ;
      RECT 0.825 0.33 1.287 0.396 ;
      RECT 0.825 0.198 0.891 0.33 ;
      RECT 0.297 0.132 0.891 0.198 ;
      RECT 0.297 0.198 0.363 0.264 ;
      RECT 0.209 0.264 0.363 0.33 ;
      RECT 0.209 0.33 0.275 0.44 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.495 ;
      RECT 0.693 0.495 1.078 0.561 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.198 5.401 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.737 0.495 0.803 ;
      RECT 0.429 0.803 0.495 0.858 ;
      RECT 0.429 0.693 0.495 0.737 ;
      RECT 0.429 0.66 1.287 0.693 ;
      RECT 1.221 0.693 1.287 0.726 ;
      RECT 0.429 0.627 1.419 0.66 ;
      RECT 1.221 0.594 1.419 0.627 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.429 0.594 0.495 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.135 0.99 ;
      RECT 3.025 0.462 3.135 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.42 0.957 2.552 1.023 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.253 0.891 0.319 1.155 ;
      RECT 5.533 0.924 5.599 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.07 0.528 4.686 0.605 ;
    RECT 0 0.528 4.07 0.605 ;
    RECT 4.686 0.528 5.676 0.605 ;
    RECT 0 0.605 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.099 3.399 0.165 ;
    RECT 0.055 0.132 0.121 0.572 ;
    RECT 3.663 0.132 3.729 0.231 ;
    RECT 4.026 0.143 4.774 0.209 ;
    RECT 0.99 0.165 1.705 0.231 ;
    RECT 3.333 0.165 3.399 0.825 ;
    RECT 1.639 0.231 1.705 0.33 ;
    RECT 1.485 0.231 1.551 0.726 ;
    RECT 2.42 0.231 2.739 0.297 ;
    RECT 3.663 0.231 3.795 0.297 ;
    RECT 1.815 0.275 1.958 0.341 ;
    RECT 2.871 0.275 3.267 0.341 ;
    RECT 4.257 0.275 4.741 0.341 ;
    RECT 4.939 0.286 5.005 0.363 ;
    RECT 2.673 0.297 2.739 0.781 ;
    RECT 3.729 0.297 3.795 0.363 ;
    RECT 1.815 0.341 1.881 0.451 ;
    RECT 2.871 0.341 2.937 0.858 ;
    RECT 3.201 0.341 3.267 0.858 ;
    RECT 4.257 0.341 4.323 0.363 ;
    RECT 4.675 0.341 4.741 0.924 ;
    RECT 3.498 0.363 3.663 0.429 ;
    RECT 3.729 0.363 4.323 0.429 ;
    RECT 4.939 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.64 0.363 3.63 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 4.554 0.473 ;
    RECT 3.597 0.429 3.663 0.55 ;
    RECT 3.729 0.429 3.795 0.693 ;
    RECT 5.181 0.429 5.247 0.638 ;
    RECT 1.815 0.451 2.508 0.517 ;
    RECT 4.389 0.473 4.455 1.023 ;
    RECT 4.807 0.495 5.082 0.561 ;
    RECT 0.297 0.506 0.363 0.572 ;
    RECT 1.617 0.506 1.683 0.858 ;
    RECT 1.815 0.517 1.881 0.891 ;
    RECT 3.531 0.55 3.663 0.616 ;
    RECT 4.807 0.561 4.873 0.88 ;
    RECT 0.055 0.572 0.363 0.638 ;
    RECT 4.521 0.572 4.587 0.924 ;
    RECT 3.861 0.583 4.246 0.649 ;
    RECT 2.277 0.616 2.343 0.781 ;
    RECT 1.98 0.627 2.123 0.693 ;
    LAYER M2L ;
    RECT 1.419 0.627 2.112 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.638 0.121 1.056 ;
    RECT 4.939 0.638 5.247 0.704 ;
    RECT 3.861 0.649 3.927 0.825 ;
    RECT 2.035 0.693 2.123 0.88 ;
    RECT 3.63 0.693 3.795 0.759 ;
    LAYER M2L ;
    RECT 1.419 0.693 1.485 0.759 ;
    LAYER M1L ;
    RECT 4.939 0.704 5.005 0.77 ;
    RECT 5.115 0.704 5.181 1.001 ;
    RECT 4.037 0.748 4.125 1.001 ;
    RECT 0.605 0.759 1.001 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 1.485 0.825 ;
    RECT 1.584 0.759 2.97 0.825 ;
    RECT 3.102 0.759 4.62 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.781 2.739 0.847 ;
    RECT 0.935 0.825 1.001 0.924 ;
    RECT 0.605 0.825 0.671 1.012 ;
    RECT 1.078 0.825 1.529 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 2.651 0.847 2.739 0.924 ;
    RECT 4.807 0.88 4.961 0.946 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 1.078 0.891 1.144 1.023 ;
    RECT 1.815 0.891 1.958 0.957 ;
    LAYER M2L ;
    RECT 4.026 0.891 5.214 0.957 ;
    VIA 4.092 0.924 V1L2L ;
    VIA 5.148 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 4.895 0.946 4.961 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 0.759 1.023 1.144 1.089 ;
    RECT 1.606 1.023 2.277 1.045 ;
    RECT 4.389 1.023 4.961 1.089 ;
    RECT 1.672 1.045 2.277 1.089 ;
  END
END LDN_FSDPQ_2
#
# 
MACRO LDN_FSDPQ_3 FOREIGN C0A07BLDN_FSDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.619 0.033 3.685 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.495 ;
      RECT 0.561 0.495 1.056 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.094 0.825 6.567 0.891 ;
      RECT 6.479 0.891 6.567 0.99 ;
      RECT 6.127 0.319 6.567 0.385 ;
      RECT 6.479 0.198 6.567 0.319 ;
      RECT 6.127 0.242 6.193 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.748 ;
      RECT 0.165 0.594 0.363 0.726 ;
      RECT 0.165 0.33 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.848 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.693 0.627 1.023 ;
      RECT 0.396 1.023 0.627 1.089 ;
      RECT 0.561 0.627 1.419 0.693 ;
      RECT 1.353 0.33 1.419 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.44 3.267 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.355 0.946 3.421 1.155 ;
      RECT 2.805 1.023 2.871 1.155 ;
      RECT 2.728 0.957 2.871 1.023 ;
      RECT 0.231 0.935 0.297 1.155 ;
      RECT 0.231 0.869 0.374 0.935 ;
      RECT 5.929 0.924 5.995 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.785 0.528 5.544 0.561 ;
    RECT 0.352 0.528 1.276 0.594 ;
    RECT 1.276 0.528 4.785 0.561 ;
    RECT 5.544 0.528 6.6 0.561 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 1.276 0.561 6.6 0.594 ;
    RECT 0 0.594 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.199 0.099 1.551 0.165 ;
    RECT 2.266 0.099 3.553 0.165 ;
    RECT 4.774 0.099 5.621 0.143 ;
    RECT 0.033 0.132 0.385 0.198 ;
    RECT 4.708 0.143 5.621 0.165 ;
    RECT 3.971 0.154 4.037 0.22 ;
    RECT 0.693 0.165 0.759 0.264 ;
    RECT 1.067 0.165 1.133 0.264 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 1.199 0.165 1.265 0.363 ;
    RECT 3.487 0.165 3.553 0.495 ;
    RECT 4.708 0.165 4.84 0.209 ;
    RECT 5.555 0.165 5.621 0.352 ;
    RECT 0.033 0.198 0.143 0.264 ;
    RECT 0.319 0.198 0.385 0.44 ;
    RECT 3.927 0.22 4.037 0.286 ;
    RECT 0.858 0.231 0.99 0.297 ;
    RECT 1.969 0.231 2.035 0.308 ;
    RECT 1.485 0.231 1.551 0.759 ;
    RECT 4.312 0.231 4.455 0.297 ;
    RECT 4.95 0.231 5.489 0.275 ;
    RECT 0.033 0.264 0.099 0.814 ;
    RECT 2.937 0.264 3.003 0.792 ;
    RECT 3.795 0.264 3.861 0.495 ;
    RECT 3.069 0.264 3.421 0.33 ;
    RECT 4.884 0.275 5.489 0.297 ;
    RECT 2.189 0.286 2.871 0.352 ;
    RECT 3.927 0.286 3.993 0.715 ;
    RECT 5.731 0.286 5.797 0.363 ;
    RECT 0.924 0.297 0.99 0.363 ;
    RECT 4.389 0.297 4.455 0.407 ;
    RECT 4.884 0.297 5.016 0.341 ;
    RECT 5.423 0.297 5.489 0.495 ;
    RECT 4.125 0.33 4.213 0.616 ;
    RECT 3.355 0.33 3.421 0.627 ;
    RECT 3.069 0.33 3.135 0.957 ;
    RECT 2.805 0.352 2.871 0.594 ;
    RECT 2.189 0.352 2.255 0.792 ;
    RECT 0.924 0.363 1.265 0.429 ;
    RECT 5.082 0.363 5.357 0.407 ;
    RECT 5.731 0.363 6.061 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 5.357 0.429 ;
    RECT 2.013 0.418 2.079 0.77 ;
    RECT 4.389 0.429 5.148 0.473 ;
    RECT 5.291 0.429 5.357 0.759 ;
    RECT 5.995 0.429 6.061 0.627 ;
    RECT 4.389 0.473 4.455 0.715 ;
    RECT 2.508 0.495 2.739 0.561 ;
    RECT 3.487 0.495 3.861 0.561 ;
    RECT 5.423 0.495 5.896 0.561 ;
    RECT 4.521 0.539 4.928 0.605 ;
    RECT 2.673 0.561 2.739 0.792 ;
    RECT 3.795 0.561 3.861 0.891 ;
    RECT 5.533 0.561 5.599 0.891 ;
    RECT 5.159 0.572 5.225 0.671 ;
    RECT 4.521 0.605 4.587 0.726 ;
    RECT 3.355 0.627 3.553 0.693 ;
    RECT 5.731 0.627 6.061 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.498 0.693 ;
    RECT 3.762 0.627 4.62 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.554 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.66 2.431 0.924 ;
    RECT 4.818 0.671 5.225 0.737 ;
    RECT 2.541 0.682 2.607 1.023 ;
    RECT 3.487 0.693 3.553 1.023 ;
    RECT 5.731 0.693 5.797 1.023 ;
    RECT 3.927 0.715 4.455 0.781 ;
    RECT 4.818 0.737 4.884 0.847 ;
    RECT 0.715 0.759 1.551 0.825 ;
    RECT 5.291 0.759 5.434 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.442 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.792 3.003 0.858 ;
    RECT 0.033 0.814 0.143 0.946 ;
    RECT 3.619 0.814 3.685 0.891 ;
    RECT 5.071 0.814 5.203 0.88 ;
    RECT 0.715 0.825 0.781 0.902 ;
    RECT 3.971 0.847 4.884 0.913 ;
    RECT 1.793 0.88 1.859 0.957 ;
    RECT 1.969 0.88 2.035 1.023 ;
    RECT 5.137 0.88 5.203 0.891 ;
    RECT 3.619 0.891 3.861 0.957 ;
    RECT 5.137 0.891 5.599 0.957 ;
    RECT 3.971 0.913 4.037 1.023 ;
    RECT 0.858 0.957 1.859 1.023 ;
    RECT 3.069 0.957 3.234 1.023 ;
    RECT 1.969 1.023 2.607 1.089 ;
    RECT 3.487 1.023 4.037 1.089 ;
    RECT 4.642 1.023 5.797 1.089 ;
  END
END LDN_FSDPQ_3
#
# 
MACRO LDN_FSDPQ_4 FOREIGN C0A07BLDN_FSDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.462 1.023 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.561 ;
    RECT 0 0.528 4.752 0.561 ;
    RECT 5.489 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.859 0.143 ;
    RECT 2.915 0.099 3.905 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.859 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.793 0.165 1.859 0.231 ;
    RECT 2.2 0.165 2.409 0.231 ;
    RECT 2.915 0.165 2.981 0.319 ;
    RECT 3.839 0.165 3.905 0.495 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.33 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.793 0.231 2.035 0.297 ;
    RECT 2.343 0.231 2.409 0.363 ;
    RECT 3.047 0.231 3.487 0.297 ;
    RECT 3.553 0.231 3.696 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 3.696 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 1.969 0.297 2.035 0.847 ;
    RECT 3.399 0.297 3.487 0.726 ;
    RECT 3.047 0.297 3.113 0.924 ;
    RECT 3.553 0.297 3.641 0.836 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.123 0.308 2.189 0.495 ;
    RECT 2.684 0.319 2.981 0.385 ;
    RECT 1.078 0.341 1.144 0.374 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    RECT 2.915 0.385 2.981 0.759 ;
    RECT 1.815 0.396 1.881 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.123 0.495 2.794 0.561 ;
    RECT 3.839 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.123 0.561 2.189 0.704 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.891 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 5.676 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.544 0.693 5.61 0.759 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.123 0.704 2.255 0.77 ;
    RECT 2.486 0.759 2.981 0.825 ;
    RECT 5.544 0.759 5.676 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.553 0.836 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.398 0.913 ;
    RECT 3.553 0.891 4.928 0.902 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 4.796 0.902 4.928 0.957 ;
    RECT 3.047 0.924 3.157 0.99 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 1.87 0.979 2.574 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 3.091 0.99 3.157 1.056 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDN_FSDPQ_4
#
# 
MACRO LDN_FSDPQ_HD_1 FOREIGN C0A07BLDN_FSDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.924 ;
      RECT 3.817 0.924 3.927 1.056 ;
      RECT 3.817 0.198 3.927 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.979 ;
      RECT 3.498 0.979 3.663 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 3.289 0.176 3.355 0.297 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 3.443 0.264 3.531 0.858 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.462 ;
    RECT 3.267 0.363 3.355 0.924 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.135 0.55 3.201 0.627 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 3.234 0.627 3.828 0.693 ;
    VIA 3.3 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.891 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.342 0.891 1.551 0.957 ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDN_FSDPQ_HD_1
#
# 
MACRO LDN_FSDPQ_HD_2 FOREIGN C0A07BLDN_FSDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.99 ;
      RECT 3.806 0.297 4.059 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.968 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.795 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDN_FSDPQ_HD_2
#
# 
MACRO LDN_FSDPQ_HD_3 FOREIGN C0A07BLDN_FSDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 4.257 0.759 4.323 0.99 ;
      RECT 3.861 0.693 4.323 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDN_FSDPQ_HD_3
#
# 
MACRO LDN_FSDPQ_HD_4 FOREIGN C0A07BLDN_FSDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.861 0.693 4.29 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDN_FSDPQ_HD_4
#
# 
MACRO LDN_FSDPRBQ_1 FOREIGN C0A07BLDN_FSDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.264 4.939 0.594 ;
      RECT 3.069 0.264 3.135 0.726 ;
      RECT 1.419 0.264 1.485 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.363 4.95 0.429 ;
      VIA 1.452 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
      VIA 4.884 0.396 V1L2L ;
    END
  END RD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.555 0.198 5.643 1.034 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.759 0.726 ;
      RECT 0.671 0.726 1.419 0.792 ;
      RECT 1.353 0.66 1.419 0.726 ;
      RECT 0.627 0.308 0.759 0.374 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.946 5.005 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.905 0.528 4.554 0.616 ;
    RECT 0 0.528 3.905 0.616 ;
    RECT 4.554 0.528 5.676 0.616 ;
    RECT 0 0.616 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.099 1.298 0.143 ;
    RECT 2.057 0.099 4.158 0.165 ;
    RECT 4.268 0.099 4.62 0.165 ;
    RECT 4.697 0.099 5.203 0.165 ;
    RECT 1.661 0.132 1.727 0.297 ;
    RECT 0.792 0.143 1.364 0.165 ;
    RECT 1.232 0.165 1.364 0.209 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.396 0.165 0.528 0.231 ;
    RECT 2.057 0.165 2.123 1.023 ;
    RECT 4.268 0.165 4.334 0.275 ;
    RECT 4.554 0.165 4.62 0.627 ;
    RECT 4.697 0.165 4.763 0.55 ;
    RECT 5.137 0.165 5.203 1.056 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 0.462 0.231 0.528 0.869 ;
    RECT 2.475 0.231 2.981 0.297 ;
    RECT 2.211 0.275 2.354 0.341 ;
    RECT 4.202 0.275 4.334 0.341 ;
    RECT 3.333 0.286 3.399 0.352 ;
    RECT 1.661 0.297 1.991 0.363 ;
    RECT 2.915 0.297 2.981 0.825 ;
    RECT 2.475 0.297 2.541 0.924 ;
    RECT 0.88 0.319 1.353 0.385 ;
    RECT 3.729 0.319 4.081 0.385 ;
    RECT 2.211 0.341 2.277 0.924 ;
    RECT 3.333 0.352 3.641 0.418 ;
    RECT 1.925 0.363 1.991 0.858 ;
    RECT 1.287 0.385 1.353 0.594 ;
    RECT 4.015 0.385 4.081 0.407 ;
    RECT 3.729 0.385 3.795 0.99 ;
    RECT 2.783 0.396 2.849 0.957 ;
    RECT 4.015 0.407 4.477 0.473 ;
    RECT 3.575 0.418 3.641 0.748 ;
    RECT 1.551 0.462 1.617 0.682 ;
    RECT 4.411 0.473 4.477 0.759 ;
    LAYER M2L ;
    RECT 1.254 0.495 2.31 0.561 ;
    VIA 1.584 0.528 V1L2L ;
    VIA 2.244 0.528 V1L2L ;
    VIA 1.32 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.517 2.673 0.99 ;
    RECT 3.201 0.517 3.41 0.583 ;
    RECT 3.861 0.55 4.323 0.616 ;
    RECT 3.201 0.583 3.267 0.825 ;
    RECT 2.343 0.616 2.409 1.023 ;
    RECT 4.257 0.616 4.323 0.682 ;
    RECT 3.861 0.616 3.927 0.99 ;
    RECT 4.554 0.627 4.686 0.693 ;
    RECT 1.485 0.682 1.617 0.748 ;
    RECT 4.62 0.693 4.686 0.781 ;
    RECT 5.005 0.704 5.071 0.781 ;
    RECT 1.485 0.748 1.551 0.869 ;
    RECT 3.333 0.748 3.641 0.814 ;
    RECT 4.378 0.759 4.51 0.825 ;
    RECT 4.62 0.781 5.071 0.847 ;
    RECT 3.333 0.814 3.399 0.957 ;
    RECT 2.915 0.825 3.267 0.891 ;
    RECT 1.617 0.836 1.683 1.023 ;
    RECT 4.62 0.847 4.686 0.891 ;
    RECT 1.881 0.858 1.991 0.924 ;
    RECT 0.462 0.869 1.551 0.935 ;
    RECT 4.202 0.891 4.686 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 3.96 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.015 0.902 4.081 1.023 ;
    RECT 1.881 0.924 1.947 1.023 ;
    RECT 4.763 0.946 4.829 1.023 ;
    RECT 2.783 0.957 3.399 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
    RECT 2.057 1.023 2.409 1.089 ;
    RECT 4.015 1.023 4.829 1.089 ;
  END
END LDN_FSDPRBQ_1
#
# 
MACRO LDN_FSDPRBQ_2 FOREIGN C0A07BLDN_FSDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.771 0.033 1.837 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.797 0.594 ;
      RECT 5.709 0.231 5.874 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.874 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.808 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.605 ;
      RECT 1.089 0.605 1.254 0.671 ;
      RECT 0.693 0.429 1.155 0.495 ;
      RECT 0.693 0.198 0.759 0.429 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.803 ;
      RECT 6.369 0.803 6.567 0.869 ;
      RECT 6.369 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.969 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 0.847 ;
      RECT 1.485 0.847 1.595 0.913 ;
      RECT 1.529 0.913 1.595 1.023 ;
      RECT 1.529 1.023 1.672 1.089 ;
      RECT 0.726 0.583 0.99 0.693 ;
      LAYER M2L ;
      RECT 0.858 0.627 1.584 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 1.771 0.858 1.837 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.924 6.325 1.155 ;
      RECT 5.841 0.858 5.907 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.869 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.365 0.099 4.477 0.165 ;
    RECT 5.401 0.099 6.281 0.143 ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.947 0.132 2.013 0.297 ;
    RECT 4.62 0.143 6.281 0.165 ;
    RECT 0.825 0.165 1.496 0.231 ;
    RECT 0.209 0.165 0.572 0.231 ;
    RECT 4.411 0.165 4.477 0.495 ;
    RECT 2.365 0.165 2.431 0.924 ;
    RECT 4.62 0.165 5.467 0.209 ;
    RECT 6.215 0.165 6.281 0.594 ;
    RECT 0.055 0.209 0.143 1.023 ;
    RECT 5.401 0.209 5.467 0.891 ;
    RECT 0.825 0.231 0.891 0.264 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.717 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.594 ;
    RECT 3.751 0.264 3.817 0.462 ;
    RECT 4.202 0.275 4.345 0.341 ;
    RECT 4.796 0.275 5.313 0.341 ;
    RECT 0.968 0.297 1.419 0.363 ;
    RECT 2.717 0.297 2.783 0.561 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 4.279 0.341 4.345 0.627 ;
    RECT 4.862 0.341 4.928 0.627 ;
    RECT 5.247 0.341 5.313 0.77 ;
    RECT 1.353 0.363 1.419 0.891 ;
    RECT 2.882 0.363 3.058 0.429 ;
    RECT 2.233 0.363 2.299 1.023 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.533 0.418 5.599 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 3.751 0.462 4.103 0.528 ;
    RECT 3.223 0.462 3.289 0.891 ;
    RECT 5.115 0.462 5.181 0.759 ;
    RECT 4.411 0.495 4.697 0.561 ;
    RECT 4.037 0.528 4.103 0.891 ;
    RECT 2.717 0.561 2.827 0.77 ;
    RECT 3.696 0.605 3.916 0.671 ;
    RECT 4.279 0.627 4.928 0.693 ;
    RECT 3.696 0.671 3.762 0.737 ;
    RECT 4.202 0.693 4.345 0.759 ;
    RECT 5.533 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.455 0.759 5.181 0.825 ;
    RECT 6.039 0.759 6.105 0.968 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 4.455 0.825 4.521 1.023 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 0.209 0.891 1.419 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 3.223 0.891 4.103 0.957 ;
    RECT 4.928 0.891 5.467 0.957 ;
    RECT 1.947 0.924 2.013 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 0.055 1.023 1.43 1.089 ;
    RECT 1.947 1.023 4.521 1.089 ;
    RECT 4.653 1.023 5.687 1.089 ;
  END
END LDN_FSDPRBQ_2
#
# 
MACRO LDN_FSDPRBQ_3 FOREIGN C0A07BLDN_FSDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 6.49 0.429 6.578 0.594 ;
      RECT 6.446 0.363 6.644 0.429 ;
      RECT 4.114 0.308 4.202 0.594 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.6 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.158 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 7.161 0.693 7.623 0.759 ;
      RECT 7.535 0.759 7.623 0.99 ;
      RECT 7.161 0.759 7.249 0.88 ;
      RECT 7.15 0.297 7.623 0.363 ;
      RECT 7.535 0.198 7.623 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.359 0.858 7.425 1.155 ;
      RECT 6.611 0.858 6.677 1.155 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 2.937 0.099 3.674 0.165 ;
    RECT 6.149 0.099 7.018 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.409 0.132 2.475 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.313 0.143 7.018 0.165 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 2.937 0.165 3.003 0.231 ;
    RECT 5.313 0.165 6.215 0.209 ;
    RECT 6.952 0.165 7.018 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.115 0.198 5.181 0.451 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.313 0.209 5.379 0.286 ;
    RECT 6.149 0.209 6.215 0.891 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 2.805 0.231 3.003 0.297 ;
    RECT 3.289 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.838 0.231 5.214 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.587 0.242 4.653 0.308 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 2.013 0.264 2.079 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 4.378 0.275 4.51 0.341 ;
    RECT 5.478 0.275 6.083 0.341 ;
    RECT 3.113 0.286 3.179 0.418 ;
    RECT 2.805 0.297 2.871 0.792 ;
    RECT 3.96 0.297 4.026 0.715 ;
    RECT 3.289 0.297 3.355 0.748 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.587 0.308 5.005 0.374 ;
    RECT 6.787 0.308 6.875 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 4.444 0.341 4.51 0.495 ;
    RECT 5.478 0.341 5.566 0.583 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 1.485 0.363 2.079 0.429 ;
    RECT 0.473 0.363 0.979 0.429 ;
    RECT 2.651 0.363 2.717 0.55 ;
    RECT 4.939 0.374 5.005 0.671 ;
    RECT 2.937 0.418 3.179 0.484 ;
    RECT 6.281 0.418 6.347 0.693 ;
    RECT 0.913 0.429 0.979 0.759 ;
    RECT 5.115 0.451 5.379 0.517 ;
    RECT 4.301 0.462 4.367 0.715 ;
    RECT 3.795 0.462 3.861 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.444 0.495 4.818 0.561 ;
    RECT 6.952 0.495 7.326 0.561 ;
    RECT 2.563 0.55 2.717 0.616 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.444 0.561 4.51 0.891 ;
    RECT 5.632 0.583 5.918 0.649 ;
    RECT 5.148 0.583 5.566 0.649 ;
    RECT 2.563 0.616 2.629 1.023 ;
    RECT 3.113 0.638 3.179 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.632 0.649 5.698 0.759 ;
    RECT 5.148 0.649 5.214 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.73 0.671 5.214 0.737 ;
    RECT 6.281 0.693 6.875 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.715 4.367 0.781 ;
    RECT 3.663 0.748 3.729 0.891 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.346 0.759 5.698 0.803 ;
    RECT 5.808 0.759 6.083 0.825 ;
    RECT 6.809 0.759 6.875 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.675 0.803 5.698 0.825 ;
    RECT 4.675 0.825 5.412 0.869 ;
    RECT 6.369 0.858 6.435 1.023 ;
    RECT 4.675 0.869 4.741 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.729 0.957 ;
    RECT 3.795 0.891 4.51 0.957 ;
    RECT 5.5 0.891 6.215 0.957 ;
    RECT 2.409 0.924 2.475 1.023 ;
    RECT 5.258 0.935 5.39 1.001 ;
    RECT 5.324 1.001 5.39 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.409 1.023 4.741 1.089 ;
    RECT 5.324 1.023 6.435 1.089 ;
  END
END LDN_FSDPRBQ_3
#
# 
MACRO LDN_FSDPRBQ_4 FOREIGN C0A07BLDN_FSDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.429 6.699 0.594 ;
      RECT 6.633 0.363 6.831 0.429 ;
      RECT 4.125 0.429 4.191 0.594 ;
      RECT 4.125 0.363 4.29 0.429 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.798 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
      VIA 6.732 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.37 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.227 0.924 7.293 1.155 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.001 5.434 1.155 ;
      RECT 5.302 0.935 5.434 1.001 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.729 0.484 8.052 0.528 ;
    RECT 2.97 0.484 3.729 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.542 0.099 4.158 0.165 ;
    RECT 2.937 0.099 3.421 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.365 0.132 2.431 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.871 0.792 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.092 0.165 4.158 0.231 ;
    RECT 3.333 0.165 3.421 0.231 ;
    RECT 2.937 0.165 3.003 0.308 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.379 0.198 5.445 0.451 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 4.092 0.231 4.224 0.297 ;
    RECT 3.333 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.772 0.231 5.478 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    VIA 0.792 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 3.08 0.275 3.212 0.341 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.013 0.286 2.101 0.363 ;
    RECT 3.333 0.297 3.421 0.627 ;
    RECT 3.96 0.297 4.026 0.737 ;
    RECT 4.378 0.297 4.587 0.363 ;
    RECT 2.365 0.297 2.717 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 3.08 0.341 3.146 0.418 ;
    RECT 5.698 0.341 5.786 0.583 ;
    RECT 6.237 0.341 6.303 0.737 ;
    RECT 1.485 0.363 2.101 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 2.651 0.363 2.717 0.528 ;
    RECT 5.17 0.363 5.258 0.583 ;
    RECT 2.937 0.418 3.146 0.484 ;
    RECT 6.501 0.418 6.567 0.693 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 5.379 0.451 5.588 0.517 ;
    RECT 4.389 0.462 4.455 0.737 ;
    RECT 3.817 0.462 3.883 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.563 0.528 2.717 0.594 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.521 0.561 4.587 0.891 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.583 5.786 0.649 ;
    RECT 2.563 0.594 2.629 1.023 ;
    RECT 3.113 0.616 3.179 0.891 ;
    RECT 3.278 0.627 3.421 0.693 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 5.17 0.649 5.258 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 3.685 0.704 3.751 0.891 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.737 4.455 0.803 ;
    RECT 6.028 0.737 6.303 0.803 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.412 0.759 5.918 0.803 ;
    RECT 7.029 0.759 7.095 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.63 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.653 0.803 5.918 0.825 ;
    RECT 4.653 0.825 5.478 0.869 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 4.653 0.869 4.719 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.751 0.957 ;
    RECT 3.817 0.891 4.587 0.957 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.365 1.023 4.719 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDN_FSDPRBQ_4
#
# 
MACRO LDN_FSDPRBQ_HD_1 FOREIGN C0A07BLDN_FSDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 1.023 ;
      RECT 3.872 1.023 4.059 1.089 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.553 0.847 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 3.685 0.132 3.751 0.297 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 3.839 0.33 3.905 0.858 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.751 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 2.871 0.627 3.597 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 3.751 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDN_FSDPRBQ_HD_1
#
# 
MACRO LDN_FSDPRBQ_HD_2 FOREIGN C0A07BLDN_FSDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.224 0.165 4.455 0.231 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDN_FSDPRBQ_HD_2
#
# 
MACRO LDN_FSDPRBQ_HD_3 FOREIGN C0A07BLDN_FSDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.825 ;
      RECT 4.257 0.825 4.719 0.891 ;
      RECT 4.653 0.891 4.719 0.99 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.257 0.297 4.719 0.363 ;
      RECT 4.653 0.198 4.719 0.297 ;
      RECT 4.257 0.198 4.323 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.752 0.55 ;
    RECT 0 0.55 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDN_FSDPRBQ_HD_3
#
# 
MACRO LDN_FSDPRBQ_HD_4 FOREIGN C0A07BLDN_FSDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.884 0.55 ;
    RECT 0 0.55 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    RECT 3.993 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDN_FSDPRBQ_HD_4
#
# 
MACRO LDN_FSDPRBSBQ_1 FOREIGN C0A07BLDN_FSDPRBSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.609 0.033 4.675 0.33 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.231 0.033 0.297 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.165 4.455 0.429 ;
      RECT 4.389 0.429 4.587 0.539 ;
      RECT 2.937 0.099 4.455 0.165 ;
      RECT 2.937 0.165 3.003 0.594 ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.363 1.507 0.429 ;
      RECT 1.441 0.429 1.507 0.495 ;
      RECT 1.441 0.561 1.507 0.594 ;
      RECT 1.32 0.495 1.507 0.561 ;
      RECT 1.353 0.297 1.419 0.363 ;
      RECT 1.188 0.231 1.419 0.297 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.686 0.429 4.851 0.539 ;
      RECT 4.785 0.33 4.851 0.429 ;
      RECT 3.201 0.264 3.267 0.462 ;
      RECT 3.157 0.462 3.267 0.528 ;
      RECT 3.157 0.528 3.223 0.594 ;
      LAYER M2L ;
      RECT 3.168 0.363 4.884 0.429 ;
      VIA 3.234 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.363 1.188 0.429 ;
      RECT 1.056 0.429 1.122 0.495 ;
      RECT 0.902 0.495 1.122 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.181 0.792 5.357 0.858 ;
      RECT 5.291 0.858 5.357 1.056 ;
      RECT 5.181 0.33 5.357 0.396 ;
      RECT 5.291 0.132 5.357 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.693 1.287 0.858 ;
      RECT 0.66 0.627 1.364 0.693 ;
      RECT 0.66 0.561 0.726 0.627 ;
      RECT 0.594 0.495 0.726 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.609 0.946 4.675 1.155 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 1.397 0.836 1.463 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 2.541 0.165 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.607 0.154 2.673 0.847 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 0.869 0.165 0.935 0.363 ;
    RECT 2.475 0.165 2.541 0.88 ;
    RECT 4.939 0.187 5.049 0.319 ;
    RECT 0.055 0.22 0.121 0.957 ;
    RECT 1.518 0.231 1.661 0.297 ;
    RECT 2.211 0.231 2.354 0.297 ;
    RECT 3.828 0.231 3.96 0.297 ;
    LAYER M2L ;
    RECT 1.518 0.231 3.96 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.363 ;
    RECT 4.07 0.275 4.279 0.341 ;
    RECT 1.727 0.286 1.793 0.363 ;
    RECT 3.333 0.286 3.399 0.616 ;
    RECT 3.487 0.286 3.553 0.682 ;
    RECT 3.619 0.286 3.729 0.418 ;
    RECT 1.573 0.297 1.661 0.495 ;
    RECT 2.211 0.297 2.277 0.891 ;
    RECT 3.894 0.297 3.96 0.495 ;
    RECT 4.983 0.319 5.049 0.33 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 4.213 0.341 4.279 0.616 ;
    RECT 1.727 0.363 2.145 0.429 ;
    RECT 0.429 0.363 0.935 0.429 ;
    RECT 2.343 0.396 2.409 0.726 ;
    RECT 5.049 0.396 5.115 0.748 ;
    RECT 3.619 0.418 3.685 0.759 ;
    RECT 2.079 0.429 2.145 0.627 ;
    RECT 0.429 0.429 0.495 0.803 ;
    RECT 2.761 0.462 2.827 0.715 ;
    RECT 4.917 0.462 4.983 0.616 ;
    RECT 3.751 0.484 3.817 0.627 ;
    RECT 1.573 0.495 1.98 0.561 ;
    RECT 3.894 0.495 4.026 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 3.432 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 3.366 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.573 0.561 1.639 0.902 ;
    RECT 4.213 0.616 4.983 0.682 ;
    RECT 1.727 0.627 2.145 0.693 ;
    RECT 3.751 0.627 3.938 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.894 0.693 ;
    VIA 3.828 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.682 3.553 0.715 ;
    RECT 4.081 0.682 4.147 0.759 ;
    RECT 4.213 0.682 4.279 0.891 ;
    RECT 1.727 0.693 1.793 0.902 ;
    RECT 2.761 0.715 3.553 0.748 ;
    RECT 2.761 0.748 3.465 0.781 ;
    RECT 4.367 0.748 5.115 0.814 ;
    RECT 3.619 0.759 4.147 0.825 ;
    RECT 0.429 0.803 1.122 0.869 ;
    RECT 4.367 0.814 4.433 0.88 ;
    RECT 4.785 0.814 4.851 1.056 ;
    RECT 3.52 0.825 3.685 0.891 ;
    RECT 2.607 0.847 3.3 0.891 ;
    RECT 2.211 0.891 2.398 0.957 ;
    RECT 2.607 0.891 3.586 0.913 ;
    RECT 3.872 0.891 4.279 0.957 ;
    RECT 3.234 0.913 3.586 0.957 ;
    RECT 2.607 0.913 2.673 1.023 ;
    RECT 2.079 0.924 2.145 1.023 ;
    RECT 4.433 0.946 4.499 1.023 ;
    RECT 0.055 0.957 1.21 1.023 ;
    RECT 3.652 0.957 3.784 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
    RECT 1.078 1.023 1.21 1.067 ;
    RECT 2.079 1.023 2.673 1.089 ;
    RECT 3.718 1.023 4.499 1.089 ;
  END
END LDN_FSDPRBSBQ_1
#
# 
MACRO LDN_FSDPRBSBQ_2 FOREIGN C0A07BLDN_FSDPRBSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.264 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 3.685 0.033 3.751 0.242 ;
      RECT 3.333 0.033 3.399 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.165 5.643 0.517 ;
      RECT 5.5 0.517 5.643 0.583 ;
      RECT 3.894 0.099 5.676 0.165 ;
      RECT 3.894 0.165 3.96 0.495 ;
      RECT 3.828 0.495 3.96 0.561 ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.429 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.353 0.594 1.551 0.66 ;
      RECT 1.485 0.66 1.551 0.726 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.517 ;
      RECT 5.181 0.517 5.39 0.583 ;
      RECT 3.597 0.33 3.685 0.517 ;
      RECT 3.41 0.517 3.685 0.583 ;
      LAYER M2L ;
      RECT 3.564 0.363 5.28 0.429 ;
      VIA 3.63 0.396 V1L2L ;
      VIA 5.214 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.561 ;
      RECT 0.561 0.561 1.122 0.627 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.671 ;
      RECT 6.171 0.737 6.237 0.902 ;
      RECT 6.138 0.671 6.303 0.737 ;
      RECT 6.171 0.154 6.237 0.319 ;
      RECT 6.138 0.319 6.303 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.841 0.946 5.907 1.155 ;
      RECT 5.423 0.946 5.489 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 6.347 0.792 6.413 1.155 ;
      RECT 5.995 0.946 6.061 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.356 0.528 5.852 0.55 ;
    RECT 0.858 0.528 1.661 0.638 ;
    RECT 1.661 0.528 4.356 0.55 ;
    RECT 5.852 0.528 6.468 0.55 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.661 0.55 6.468 0.638 ;
    RECT 0 0.638 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.761 0.165 ;
    RECT 2.827 0.099 3.245 0.165 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 3.509 0.132 3.575 0.198 ;
    RECT 5.841 0.132 5.907 0.363 ;
    RECT 1.617 0.154 1.947 0.22 ;
    RECT 0.418 0.165 1.045 0.231 ;
    RECT 2.233 0.165 2.299 0.231 ;
    RECT 2.695 0.165 2.761 0.572 ;
    RECT 3.179 0.165 3.245 0.286 ;
    RECT 2.827 0.165 2.893 0.693 ;
    RECT 3.465 0.198 3.575 0.264 ;
    RECT 1.617 0.22 1.683 0.286 ;
    RECT 1.881 0.22 1.947 0.363 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.112 0.231 2.299 0.297 ;
    RECT 4.29 0.231 4.433 0.297 ;
    RECT 4.499 0.231 4.939 0.297 ;
    LAYER M2L ;
    RECT 2.112 0.231 4.422 0.297 ;
    VIA 2.178 0.264 V1L2L ;
    VIA 4.356 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.264 2.453 0.825 ;
    RECT 3.003 0.264 3.069 0.385 ;
    RECT 3.465 0.264 3.531 0.385 ;
    RECT 2.563 0.286 2.629 0.462 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 2.233 0.297 2.299 0.693 ;
    RECT 4.026 0.297 4.224 0.363 ;
    RECT 4.367 0.297 4.433 0.506 ;
    RECT 4.873 0.297 4.939 0.352 ;
    RECT 4.499 0.297 4.565 0.44 ;
    RECT 4.873 0.352 5.049 0.418 ;
    RECT 1.881 0.363 2.167 0.429 ;
    RECT 1.485 0.363 1.551 0.385 ;
    RECT 4.026 0.363 4.092 0.671 ;
    RECT 4.664 0.363 4.807 0.429 ;
    RECT 5.841 0.363 6.039 0.429 ;
    RECT 1.485 0.385 1.683 0.451 ;
    RECT 3.003 0.385 3.531 0.451 ;
    RECT 4.983 0.418 5.049 0.649 ;
    RECT 2.101 0.429 2.167 0.561 ;
    RECT 4.741 0.429 4.807 0.484 ;
    RECT 5.973 0.429 6.039 0.781 ;
    RECT 1.617 0.451 1.683 0.825 ;
    RECT 2.519 0.462 2.629 0.594 ;
    RECT 4.169 0.462 4.257 0.627 ;
    RECT 4.741 0.484 4.917 0.55 ;
    RECT 5.742 0.495 5.874 0.561 ;
    LAYER M2L ;
    RECT 2.508 0.495 4.29 0.561 ;
    VIA 4.224 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.506 4.477 0.572 ;
    RECT 2.992 0.517 3.256 0.583 ;
    RECT 4.565 0.539 4.675 0.627 ;
    RECT 4.851 0.55 4.917 0.759 ;
    RECT 2.013 0.561 2.167 0.627 ;
    RECT 5.742 0.561 5.808 0.649 ;
    RECT 4.411 0.572 4.477 0.66 ;
    RECT 3.19 0.583 3.256 0.671 ;
    RECT 1.221 0.594 1.287 0.693 ;
    RECT 2.563 0.594 2.629 0.693 ;
    RECT 2.013 0.627 2.079 0.891 ;
    RECT 4.169 0.627 4.301 0.693 ;
    RECT 4.565 0.627 4.752 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.752 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.983 0.649 5.808 0.715 ;
    RECT 3.19 0.671 4.092 0.737 ;
    RECT 0.561 0.693 1.287 0.759 ;
    RECT 2.563 0.693 2.706 0.759 ;
    RECT 2.178 0.693 2.299 0.759 ;
    RECT 2.827 0.693 3.069 0.759 ;
    RECT 4.983 0.715 5.049 0.891 ;
    RECT 0.561 0.759 0.627 0.825 ;
    RECT 3.003 0.759 3.069 0.803 ;
    RECT 4.169 0.759 4.917 0.803 ;
    RECT 5.115 0.781 6.039 0.847 ;
    RECT 3.003 0.803 4.917 0.825 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.77 0.825 1.683 0.891 ;
    RECT 2.189 0.825 2.882 0.891 ;
    RECT 3.003 0.825 4.235 0.869 ;
    RECT 5.115 0.847 5.181 0.891 ;
    RECT 5.665 0.847 5.731 1.056 ;
    RECT 3.003 0.869 3.069 0.902 ;
    RECT 3.355 0.869 3.421 1.034 ;
    RECT 0.055 0.891 0.121 0.935 ;
    RECT 1.782 0.891 2.079 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    RECT 2.189 0.891 2.255 1.023 ;
    RECT 4.488 0.891 5.049 0.957 ;
    RECT 2.97 0.902 3.069 0.968 ;
    RECT 4.301 0.924 4.367 1.023 ;
    RECT 5.225 0.946 5.291 1.023 ;
    RECT 0.418 0.957 1.078 1.023 ;
    RECT 2.354 0.957 2.486 1.023 ;
    RECT 2.97 0.968 3.036 1.023 ;
    RECT 1.617 1.023 2.255 1.089 ;
    RECT 2.42 1.023 3.036 1.089 ;
    RECT 4.301 1.023 5.291 1.089 ;
  END
END LDN_FSDPRBSBQ_2
#
# 
MACRO LDN_FSDPRBSBQ_4 FOREIGN C0A07BLDN_FSDPRBSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.396 ;
      RECT 7.975 0.033 8.041 0.396 ;
      RECT 6.919 0.033 6.985 0.242 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.837 0.033 1.903 0.286 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.781 0.033 0.847 0.231 ;
      RECT 0.748 0.231 0.847 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.363 6.644 0.429 ;
      RECT 6.435 0.198 6.501 0.363 ;
      RECT 4.389 0.363 4.884 0.429 ;
      RECT 4.389 0.429 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.62 0.363 6.6 0.429 ;
      VIA 4.686 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.495 1.32 0.561 ;
      RECT 1.221 0.561 1.287 0.627 ;
      RECT 1.056 0.627 1.32 0.693 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.799 0.495 8.217 0.561 ;
      RECT 8.151 0.561 8.217 0.891 ;
      RECT 7.799 0.561 7.887 0.891 ;
      RECT 8.151 0.176 8.217 0.495 ;
      RECT 7.799 0.176 7.887 0.495 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.178 0.517 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 0.726 0.561 0.792 0.759 ;
      RECT 0.528 0.759 0.792 0.825 ;
      RECT 0.66 0.495 0.792 0.561 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.716 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 0.726 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.697 0.759 5.016 0.825 ;
      RECT 4.697 0.66 4.763 0.759 ;
      RECT 6.402 0.627 7.084 0.693 ;
      LAYER M2L ;
      RECT 4.752 0.759 6.468 0.825 ;
      RECT 6.402 0.693 6.468 0.759 ;
      RECT 6.402 0.627 6.666 0.693 ;
      VIA 6.6 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
      VIA 4.818 0.792 V1L2L ;
      VIA 4.95 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.946 7.689 1.155 ;
      RECT 3.707 0.814 3.773 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 8.327 0.792 8.393 1.155 ;
      RECT 7.975 0.792 8.041 1.155 ;
      RECT 7.447 0.946 7.513 1.155 ;
      RECT 6.743 0.946 6.809 1.155 ;
      RECT 2.453 0.924 2.519 1.155 ;
      RECT 2.057 0.814 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.099 1.309 0.165 ;
    RECT 2.607 0.099 3.003 0.165 ;
    RECT 4.631 0.099 5.401 0.165 ;
    RECT 5.511 0.121 6.303 0.187 ;
    RECT 7.095 0.121 7.513 0.187 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.743 0.132 6.809 0.352 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 1.243 0.165 1.309 0.297 ;
    RECT 2.607 0.165 2.673 0.264 ;
    RECT 2.937 0.165 3.003 0.759 ;
    RECT 4.631 0.165 4.697 0.242 ;
    RECT 5.335 0.165 5.401 0.242 ;
    RECT 4.983 0.165 5.049 0.264 ;
    RECT 3.355 0.165 3.806 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 5.511 0.187 5.577 0.264 ;
    RECT 6.039 0.187 6.105 0.264 ;
    RECT 6.237 0.187 6.303 0.495 ;
    RECT 7.447 0.187 7.513 0.264 ;
    RECT 7.095 0.187 7.161 0.352 ;
    RECT 2.453 0.198 2.541 0.495 ;
    RECT 1.683 0.22 1.749 0.297 ;
    RECT 4.235 0.22 4.301 0.297 ;
    RECT 3.355 0.231 3.421 0.649 ;
    RECT 5.126 0.253 5.258 0.319 ;
    RECT 5.643 0.253 5.786 0.319 ;
    RECT 1.111 0.264 1.177 0.363 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 7.271 0.286 7.337 0.363 ;
    RECT 1.243 0.297 1.749 0.363 ;
    RECT 2.024 0.297 2.387 0.363 ;
    RECT 3.487 0.297 4.301 0.363 ;
    RECT 2.805 0.308 2.871 0.891 ;
    RECT 5.126 0.319 5.192 0.561 ;
    RECT 5.643 0.319 5.709 0.759 ;
    RECT 6.743 0.352 7.161 0.418 ;
    RECT 0.451 0.363 1.177 0.429 ;
    RECT 2.321 0.363 2.387 0.627 ;
    RECT 3.487 0.363 3.553 0.418 ;
    RECT 7.271 0.363 7.733 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 3.036 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.374 5.511 0.66 ;
    RECT 0.869 0.429 0.935 0.759 ;
    RECT 7.667 0.429 7.733 0.781 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 6.039 0.462 6.105 0.627 ;
    RECT 2.453 0.495 2.706 0.561 ;
    RECT 4.543 0.495 5.016 0.561 ;
    RECT 6.237 0.495 7.568 0.561 ;
    LAYER M2L ;
    RECT 2.442 0.495 5.544 0.561 ;
    VIA 3.234 0.528 V1L2L ;
    VIA 2.64 0.528 V1L2L ;
    VIA 2.508 0.528 V1L2L ;
    VIA 5.478 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.608 0.517 4.081 0.583 ;
    RECT 2.453 0.561 2.541 0.759 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 5.126 0.561 5.225 0.627 ;
    RECT 6.237 0.561 6.303 0.891 ;
    RECT 4.015 0.583 4.081 0.891 ;
    RECT 1.881 0.627 2.387 0.693 ;
    RECT 5.159 0.627 5.225 0.891 ;
    RECT 5.808 0.627 6.105 0.693 ;
    LAYER M2L ;
    RECT 2.112 0.627 6.072 0.693 ;
    VIA 2.178 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 5.874 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.649 3.949 0.715 ;
    RECT 1.881 0.693 1.947 0.825 ;
    RECT 3.531 0.715 3.597 1.023 ;
    RECT 3.883 0.715 3.949 1.023 ;
    RECT 3.201 0.726 3.289 0.891 ;
    RECT 0.869 0.759 1.386 0.825 ;
    RECT 2.277 0.759 2.541 0.825 ;
    RECT 2.937 0.759 3.102 0.825 ;
    RECT 4.224 0.759 4.609 0.825 ;
    RECT 5.379 0.759 6.138 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.488 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.422 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.424 0.781 7.733 0.847 ;
    RECT 1.837 0.825 1.947 0.891 ;
    RECT 2.277 0.825 2.343 1.034 ;
    RECT 5.379 0.825 5.445 1.023 ;
    RECT 6.919 0.847 6.985 1.056 ;
    RECT 7.271 0.847 7.337 1.056 ;
    RECT 2.607 0.858 2.673 1.023 ;
    RECT 0.418 0.891 1.21 0.957 ;
    RECT 1.837 0.891 1.903 1.012 ;
    RECT 2.772 0.891 3.289 0.957 ;
    RECT 4.015 0.891 5.258 0.957 ;
    RECT 5.742 0.891 6.369 0.957 ;
    RECT 5.511 0.924 5.577 1.023 ;
    RECT 6.567 0.946 6.633 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.607 1.023 3.597 1.089 ;
    RECT 3.883 1.023 5.445 1.089 ;
    RECT 5.511 1.023 6.633 1.089 ;
  END
END LDN_FSDPRBSBQ_4
#
# 
MACRO LDN_FSDPSBQ_1 FOREIGN C0A07BLDN_FSDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.858 ;
      RECT 5.137 0.858 5.247 0.99 ;
      RECT 5.137 0.198 5.247 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.649 0.22 0.715 ;
      RECT 0.033 0.715 0.099 0.792 ;
      RECT 0.033 0.462 0.099 0.649 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.99 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.737 4.752 0.847 ;
      RECT 3.091 0.726 3.201 0.858 ;
      RECT 3.091 0.594 3.157 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 4.554 0.825 ;
      VIA 3.168 0.792 V1L2L ;
      VIA 4.488 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.946 4.499 1.155 ;
      RECT 3.553 0.88 3.619 1.155 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.739 0.902 2.805 1.155 ;
      RECT 0.385 0.99 0.451 1.155 ;
      RECT 0.385 0.924 0.495 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.099 3.85 0.165 ;
    RECT 0.231 0.132 0.297 0.484 ;
    RECT 1.397 0.132 1.749 0.198 ;
    RECT 3.927 0.132 3.993 0.495 ;
    RECT 4.125 0.132 4.191 0.363 ;
    RECT 4.752 0.143 4.983 0.209 ;
    RECT 0.385 0.165 1.287 0.231 ;
    RECT 2.431 0.165 2.497 0.429 ;
    RECT 3.784 0.165 3.85 0.495 ;
    RECT 1.815 0.165 1.881 0.77 ;
    RECT 1.397 0.198 1.463 0.264 ;
    RECT 1.683 0.198 1.749 0.594 ;
    RECT 4.917 0.209 4.983 0.319 ;
    RECT 0.385 0.231 0.451 0.418 ;
    RECT 1.221 0.231 1.287 0.418 ;
    LAYER M2L ;
    RECT 1.65 0.231 4.224 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.253 2.266 0.319 ;
    RECT 1.947 0.264 2.035 0.858 ;
    RECT 0.539 0.297 1.155 0.363 ;
    RECT 3.421 0.297 3.674 0.363 ;
    RECT 2.101 0.319 2.167 0.572 ;
    RECT 2.728 0.319 3.355 0.385 ;
    RECT 4.334 0.319 4.983 0.385 ;
    RECT 0.539 0.363 0.605 0.462 ;
    RECT 1.089 0.363 1.155 0.957 ;
    RECT 3.421 0.363 3.487 0.627 ;
    RECT 4.092 0.363 4.191 0.429 ;
    RECT 2.959 0.385 3.025 0.715 ;
    RECT 3.289 0.385 3.355 0.726 ;
    RECT 4.917 0.385 4.983 0.913 ;
    RECT 2.266 0.429 2.497 0.495 ;
    RECT 0.231 0.484 0.385 0.55 ;
    RECT 3.652 0.495 3.85 0.561 ;
    RECT 3.927 0.495 4.818 0.561 ;
    RECT 2.827 0.506 2.893 0.572 ;
    RECT 0.319 0.55 0.385 0.792 ;
    RECT 3.927 0.561 3.993 0.814 ;
    RECT 2.101 0.572 2.893 0.638 ;
    RECT 1.617 0.594 1.749 0.66 ;
    RECT 3.421 0.627 3.762 0.693 ;
    RECT 4.103 0.627 4.29 0.693 ;
    LAYER M2L ;
    RECT 3.63 0.627 4.29 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.638 2.211 0.891 ;
    RECT 1.617 0.66 1.683 0.825 ;
    RECT 3.421 0.693 3.487 0.869 ;
    RECT 4.103 0.693 4.213 0.814 ;
    RECT 2.574 0.715 3.025 0.781 ;
    RECT 2.31 0.737 2.475 0.825 ;
    RECT 0.935 0.748 1.001 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.771 0.77 1.881 0.902 ;
    RECT 2.959 0.781 3.025 1.034 ;
    RECT 0.231 0.792 0.66 0.825 ;
    RECT 0.231 0.825 1.001 0.858 ;
    RECT 1.397 0.825 1.683 0.891 ;
    RECT 2.387 0.825 2.475 0.924 ;
    RECT 0.594 0.858 1.001 0.891 ;
    RECT 0.231 0.858 0.297 1.056 ;
    RECT 3.377 0.869 3.487 0.935 ;
    RECT 3.707 0.88 3.773 0.99 ;
    RECT 1.397 0.891 1.463 0.968 ;
    RECT 2.145 0.891 2.288 0.957 ;
    RECT 2.541 0.902 2.607 1.023 ;
    RECT 4.609 0.913 4.983 0.979 ;
    RECT 4.257 0.924 4.323 0.99 ;
    RECT 3.377 0.935 3.443 1.012 ;
    RECT 0.77 0.957 1.155 1.023 ;
    RECT 1.936 0.957 2.068 1.023 ;
    RECT 4.609 0.979 4.675 1.056 ;
    RECT 3.707 0.99 4.323 1.056 ;
    RECT 2.002 1.023 2.607 1.089 ;
  END
END LDN_FSDPSBQ_1
#
# 
MACRO LDN_FSDPSBQ_2 FOREIGN C0A07BLDN_FSDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.396 1.573 0.528 ;
      RECT 1.353 0.528 1.573 0.594 ;
      RECT 1.353 0.44 1.419 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.385 6.699 0.693 ;
      RECT 6.633 0.693 6.798 0.759 ;
      RECT 6.633 0.319 6.798 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.594 2.211 0.726 ;
      RECT 2.145 0.33 2.211 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.693 ;
      RECT 0.825 0.693 1.771 0.759 ;
      RECT 1.705 0.605 1.771 0.693 ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.726 6.567 1.023 ;
      RECT 4.169 1.023 6.567 1.089 ;
      RECT 4.169 0.572 4.235 1.023 ;
      RECT 6.105 0.759 6.27 0.825 ;
      RECT 6.105 0.561 6.171 0.759 ;
      RECT 6.006 0.495 6.171 0.561 ;
      LAYER M2L ;
      RECT 6.072 0.759 6.6 0.825 ;
      VIA 6.204 0.792 V1L2L ;
      VIA 6.534 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 6.875 0.924 6.941 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 3.674 0.528 4.906 0.638 ;
    RECT 0 0.528 3.674 0.638 ;
    RECT 4.906 0.528 6.996 0.638 ;
    RECT 0 0.638 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 1.672 0.165 ;
    RECT 2.497 0.099 4.774 0.165 ;
    RECT 4.917 0.099 5.379 0.165 ;
    RECT 1.155 0.165 1.221 0.572 ;
    RECT 0.077 0.165 0.143 0.968 ;
    RECT 1.969 0.165 2.409 0.231 ;
    RECT 3.377 0.165 3.443 0.429 ;
    RECT 4.708 0.165 4.774 0.506 ;
    RECT 2.497 0.165 2.563 0.858 ;
    RECT 4.917 0.165 4.983 0.308 ;
    RECT 5.313 0.165 5.379 0.517 ;
    RECT 5.445 0.176 5.511 0.385 ;
    RECT 2.343 0.231 2.409 0.594 ;
    RECT 1.969 0.231 2.035 0.847 ;
    RECT 0.44 0.231 0.759 0.297 ;
    RECT 1.408 0.231 1.903 0.297 ;
    RECT 6.292 0.231 6.435 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 5.544 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 5.478 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.849 0.253 2.992 0.319 ;
    RECT 2.673 0.264 2.739 0.858 ;
    RECT 4.422 0.275 4.598 0.341 ;
    RECT 5.093 0.286 5.159 0.649 ;
    RECT 0.693 0.297 0.759 0.847 ;
    RECT 1.837 0.297 1.903 0.847 ;
    RECT 6.369 0.297 6.435 0.891 ;
    RECT 2.849 0.319 2.915 0.605 ;
    RECT 4.532 0.341 4.598 0.759 ;
    RECT 3.762 0.363 4.081 0.407 ;
    RECT 5.841 0.363 6.303 0.429 ;
    RECT 5.445 0.385 5.61 0.451 ;
    RECT 3.762 0.407 4.411 0.429 ;
    RECT 4.015 0.429 4.411 0.473 ;
    RECT 3.102 0.429 3.443 0.495 ;
    RECT 5.841 0.429 5.907 0.517 ;
    RECT 6.237 0.429 6.303 0.594 ;
    RECT 4.961 0.44 5.027 0.506 ;
    RECT 4.345 0.473 4.411 0.726 ;
    RECT 4.015 0.473 4.081 0.737 ;
    RECT 4.708 0.506 5.027 0.572 ;
    RECT 5.313 0.517 5.907 0.583 ;
    RECT 5.313 0.583 5.379 0.781 ;
    RECT 2.849 0.605 3.652 0.671 ;
    RECT 4.895 0.649 5.159 0.715 ;
    RECT 5.907 0.66 5.973 0.891 ;
    RECT 2.849 0.671 2.915 0.891 ;
    RECT 5.478 0.682 5.566 0.759 ;
    RECT 4.895 0.715 4.961 0.759 ;
    RECT 2.343 0.726 2.409 0.99 ;
    RECT 3.014 0.737 3.201 0.825 ;
    RECT 3.3 0.737 4.081 0.803 ;
    RECT 4.532 0.759 4.961 0.825 ;
    RECT 5.478 0.759 5.764 0.825 ;
    LAYER M2L ;
    RECT 2.277 0.759 3.168 0.825 ;
    RECT 4.62 0.759 5.676 0.825 ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    VIA 4.686 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.473 0.803 0.539 0.979 ;
    RECT 3.619 0.803 3.685 0.902 ;
    RECT 4.015 0.803 4.081 0.924 ;
    RECT 5.049 0.814 5.115 0.891 ;
    RECT 3.091 0.825 3.201 0.924 ;
    RECT 4.532 0.825 4.598 0.847 ;
    RECT 4.895 0.825 4.961 0.902 ;
    RECT 1.969 0.847 2.112 0.913 ;
    RECT 0.693 0.847 1.903 0.913 ;
    RECT 4.422 0.847 4.598 0.913 ;
    RECT 3.267 0.88 3.399 0.946 ;
    RECT 2.849 0.891 2.992 0.957 ;
    RECT 5.049 0.891 5.764 0.957 ;
    RECT 5.907 0.891 6.435 0.957 ;
    RECT 1.815 0.913 1.903 0.99 ;
    RECT 1.463 0.913 1.529 1.012 ;
    RECT 3.267 0.946 3.333 1.023 ;
    RECT 2.64 0.957 2.772 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 1.815 0.99 2.409 1.056 ;
    RECT 2.706 1.023 3.333 1.089 ;
  END
END LDN_FSDPSBQ_2
#
# 
MACRO LDN_FSDPSBQ_4 FOREIGN C0A07BLDN_FSDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.264 ;
      RECT 8.008 0.033 8.074 0.143 ;
      RECT 7.942 0.143 8.074 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.151 0.726 ;
      RECT 7.766 0.726 8.316 0.858 ;
      RECT 7.766 0.297 8.25 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.495 1.683 0.605 ;
      RECT 1.353 0.429 1.683 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.308 2.343 0.66 ;
      RECT 2.277 0.66 2.376 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.495 0.759 0.66 ;
      RECT 0.616 0.429 0.759 0.495 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.44 1.947 0.891 ;
      RECT 1.782 0.891 1.947 0.957 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 0.429 0.825 0.792 0.891 ;
      RECT 0.429 0.528 0.495 0.825 ;
      RECT 0.385 0.33 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.726 0.891 1.914 0.957 ;
      VIA 0.792 0.924 V1L2L ;
      VIA 1.848 0.924 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.99 ;
      RECT 4.521 0.616 4.587 0.99 ;
      RECT 4.521 0.55 4.741 0.616 ;
      LAYER M2L ;
      RECT 4.488 0.891 7.26 0.957 ;
      VIA 4.554 0.924 V1L2L ;
      VIA 7.194 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.924 7.689 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 8.327 0.924 8.393 1.155 ;
      RECT 7.942 1.023 8.008 1.155 ;
      RECT 7.942 0.957 8.074 1.023 ;
      RECT 5.907 0.836 5.973 1.155 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.448 0.44 ;
    RECT 0 0.44 6.49 0.528 ;
    RECT 7.26 0.44 8.448 0.528 ;
    RECT 3.938 0.528 5.94 0.616 ;
    RECT 6.49 0.44 7.26 0.528 ;
    RECT 0 0.528 3.938 0.616 ;
    RECT 5.94 0.528 8.448 0.616 ;
    RECT 0 0.616 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 5.808 0.165 ;
    RECT 5.907 0.099 7.656 0.165 ;
    RECT 1.199 0.143 1.694 0.209 ;
    RECT 2.101 0.143 2.673 0.209 ;
    RECT 0.473 0.154 0.715 0.22 ;
    RECT 3.597 0.165 3.663 0.319 ;
    RECT 5.742 0.165 5.808 0.528 ;
    RECT 2.739 0.165 2.805 0.715 ;
    RECT 6.303 0.165 6.369 0.286 ;
    RECT 5.907 0.165 5.973 0.308 ;
    RECT 7.59 0.165 7.656 0.495 ;
    RECT 6.743 0.165 6.809 0.825 ;
    RECT 0.077 0.198 0.143 0.759 ;
    RECT 1.881 0.198 1.947 0.275 ;
    RECT 1.199 0.209 1.265 0.275 ;
    RECT 2.607 0.209 2.673 0.594 ;
    RECT 2.145 0.209 2.211 0.792 ;
    RECT 0.627 0.22 0.715 0.33 ;
    RECT 3.85 0.231 4.532 0.275 ;
    RECT 6.468 0.231 6.666 0.297 ;
    RECT 6.941 0.231 7.491 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    RECT 2.574 0.231 6.6 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 6.534 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.847 ;
    RECT 3.113 0.264 3.179 0.451 ;
    RECT 6.072 0.264 6.182 0.396 ;
    RECT 0.814 0.275 1.265 0.341 ;
    RECT 1.386 0.275 2.079 0.341 ;
    RECT 3.85 0.275 4.818 0.297 ;
    RECT 5.038 0.275 5.654 0.341 ;
    RECT 4.466 0.297 4.818 0.341 ;
    RECT 6.6 0.297 6.666 0.495 ;
    RECT 6.941 0.297 7.007 0.594 ;
    RECT 7.403 0.297 7.491 0.99 ;
    RECT 3.344 0.319 3.663 0.385 ;
    RECT 2.013 0.341 2.079 1.023 ;
    RECT 5.588 0.341 5.654 0.759 ;
    RECT 4.114 0.363 4.389 0.407 ;
    RECT 6.116 0.396 6.182 0.671 ;
    RECT 4.114 0.407 5.467 0.429 ;
    RECT 1.023 0.429 1.188 0.495 ;
    RECT 4.323 0.429 5.467 0.473 ;
    RECT 1.749 0.44 1.815 0.715 ;
    RECT 3.113 0.451 4.048 0.517 ;
    RECT 5.973 0.462 6.039 0.528 ;
    RECT 4.323 0.473 4.389 0.671 ;
    RECT 5.401 0.473 5.467 0.726 ;
    RECT 1.023 0.495 1.089 0.715 ;
    RECT 6.534 0.495 6.666 0.561 ;
    RECT 7.59 0.495 7.942 0.561 ;
    RECT 3.982 0.517 4.048 0.539 ;
    RECT 3.113 0.517 3.179 0.671 ;
    RECT 5.742 0.528 6.039 0.594 ;
    RECT 3.982 0.539 4.114 0.605 ;
    RECT 3.52 0.583 3.85 0.649 ;
    RECT 3.784 0.649 3.85 0.671 ;
    RECT 3.113 0.671 3.256 0.737 ;
    RECT 3.784 0.671 4.389 0.737 ;
    RECT 5.764 0.671 6.622 0.737 ;
    RECT 1.023 0.715 1.815 0.781 ;
    RECT 2.53 0.715 2.805 0.781 ;
    RECT 3.487 0.726 3.619 0.792 ;
    RECT 3.905 0.737 3.971 0.902 ;
    RECT 4.323 0.737 4.389 0.924 ;
    RECT 5.764 0.737 5.83 0.759 ;
    RECT 0.077 0.759 0.264 0.825 ;
    RECT 5.588 0.759 5.83 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.122 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.77 3.399 0.847 ;
    RECT 1.023 0.781 1.089 0.858 ;
    RECT 2.145 0.792 2.255 0.924 ;
    RECT 3.487 0.792 3.553 1.023 ;
    RECT 0.077 0.825 0.143 1.056 ;
    RECT 5.588 0.825 5.654 0.847 ;
    RECT 6.27 0.825 6.809 0.891 ;
    RECT 1.21 0.847 1.683 0.913 ;
    RECT 2.739 0.847 3.399 0.913 ;
    RECT 4.862 0.847 5.654 0.913 ;
    RECT 6.897 0.858 6.963 0.957 ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.739 0.913 2.805 1.023 ;
    RECT 6.05 0.957 6.963 1.023 ;
    RECT 0.44 0.979 0.572 1.023 ;
    RECT 0.99 0.979 1.518 1.023 ;
    RECT 2.904 0.979 3.036 1.023 ;
    RECT 0.44 1.023 1.518 1.045 ;
    RECT 1.617 1.023 2.805 1.089 ;
    RECT 2.904 1.023 3.553 1.045 ;
    RECT 6.05 1.023 6.116 1.056 ;
    RECT 0.506 1.045 1.056 1.089 ;
    RECT 2.97 1.045 3.553 1.089 ;
  END
END LDN_FSDPSBQ_4
#
# 
MACRO LDN_FSDPSBQ_HD_1 FOREIGN C0A07BLDN_FSDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 1.023 ;
      RECT 3.828 1.023 4.059 1.089 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 3.685 0.132 3.773 0.297 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.77 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.685 0.363 3.773 0.759 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.553 0.462 3.619 0.539 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.619 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    RECT 3.63 0.759 3.773 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.696 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDN_FSDPSBQ_HD_1
#
# 
MACRO LDN_FSDPSBQ_HD_2 FOREIGN C0A07BLDN_FSDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.246 0.165 4.455 0.231 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.858 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.792 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.663 0.792 3.773 0.957 ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 3.663 0.957 4.191 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDN_FSDPSBQ_HD_2
#
# 
MACRO LDN_FSDPSBQ_HD_4 FOREIGN C0A07BLDN_FSDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.836 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 3.993 0.825 4.191 0.891 ;
    RECT 3.663 0.836 3.773 0.924 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 3.993 0.891 4.059 0.924 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 3.663 0.924 4.059 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDN_FSDPSBQ_HD_4
#
# 
MACRO LDN_INV_0P5 FOREIGN C0A07BLDN_INV_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 0.22 0.165 0.363 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDN_INV_0P5
#
# 
MACRO LDN_INV_1 FOREIGN C0A07BLDN_INV_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.825 ;
      RECT 0.22 0.825 0.363 0.891 ;
      RECT 0.253 0.132 0.363 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDN_INV_1
#
# 
MACRO LDN_INV_10 FOREIGN C0A07BLDN_INV_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 1.606 0.594 ;
      RECT 0.396 0.462 1.606 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.726 ;
      RECT 0.22 0.726 1.848 0.858 ;
      RECT 0.22 0.275 1.815 0.341 ;
      RECT 0.22 0.341 0.308 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDN_INV_10
#
# 
MACRO LDN_INV_12 FOREIGN C0A07BLDN_INV_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 2.013 0.594 ;
      RECT 0.396 0.462 2.013 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.726 ;
      RECT 0.242 0.726 2.244 0.858 ;
      RECT 0.242 0.275 2.211 0.341 ;
      RECT 0.242 0.341 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDN_INV_12
#
# 
MACRO LDN_INV_12RE FOREIGN C0A07BLDN_INV_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.102 0.462 3.399 0.495 ;
      RECT 0.132 0.528 3.168 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.201 0.693 3.267 0.759 ;
      RECT 0.462 0.627 3.267 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 0.231 0.363 3.531 0.385 ;
      RECT 2.97 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 0.231 0.385 3.036 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.805 0.792 2.871 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.881 0.814 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDN_INV_12RE
#
# 
MACRO LDN_INV_14 FOREIGN C0A07BLDN_INV_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.433664 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.528 ;
      RECT 0.033 0.33 0.132 0.396 ;
      RECT 0.033 0.528 2.002 0.594 ;
      RECT 0.396 0.462 2.002 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.517 0.726 2.508 0.858 ;
      RECT 0.231 0.66 0.583 0.726 ;
      RECT 0.231 0.726 0.297 0.792 ;
      RECT 0.231 0.275 2.442 0.341 ;
      RECT 0.231 0.341 0.297 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.385 0.913 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
  END
END LDN_INV_14
#
# 
MACRO LDN_INV_16 FOREIGN C0A07BLDN_INV_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 2.145 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 2.079 0.462 2.145 0.561 ;
      RECT 1.881 0.462 1.947 0.561 ;
      RECT 1.617 0.462 1.683 0.561 ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.089 0.462 1.155 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.198 0.726 2.904 0.858 ;
      RECT 0.198 0.297 2.794 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
  END
END LDN_INV_16
#
# 
MACRO LDN_INV_18 FOREIGN C0A07BLDN_INV_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 2.398 0.594 ;
      RECT 0.396 0.462 2.398 0.506 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.836352 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.385 2.607 0.726 ;
      RECT 0.242 0.726 3.19 0.858 ;
      RECT 1.188 0.341 2.607 0.385 ;
      RECT 0.242 0.275 3.19 0.341 ;
      RECT 0.242 0.341 0.33 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
  END
END LDN_INV_18
#
# 
MACRO LDN_INV_1P5 FOREIGN C0A07BLDN_INV_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.374 0.198 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_INV_1P5
#
# 
MACRO LDN_INV_1RE FOREIGN C0A07BLDN_INV_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.803 ;
      RECT 0.033 0.803 0.143 1.045 ;
      RECT 0.033 0.143 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.407 0.792 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_INV_1RE
#
# 
MACRO LDN_INV_2 FOREIGN C0A07BLDN_INV_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.231 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_INV_2
#
# 
MACRO LDN_INV_20 FOREIGN C0A07BLDN_INV_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.61952 ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.462 3.036 0.594 ;
      RECT 0.792 0.462 1.749 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.495 2.442 0.561 ;
      VIA 1.452 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.92928 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.385 1.958 0.726 ;
      RECT 0.132 0.726 3.564 0.858 ;
      RECT 0.198 0.275 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
  END
END LDN_INV_20
#
# 
MACRO LDN_INV_24 FOREIGN C0A07BLDN_INV_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.475 0.462 3.696 0.594 ;
      RECT 0.924 0.462 2.145 0.594 ;
      LAYER M2L ;
      RECT 1.551 0.495 2.904 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.848 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.11514 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.385 2.365 0.726 ;
      RECT 0.132 0.726 4.356 0.858 ;
      RECT 0.242 0.275 4.246 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
  END
END LDN_INV_24
#
# 
MACRO LDN_INV_2RE FOREIGN C0A07BLDN_INV_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.429 0.033 0.495 0.33 ;
      RECT 0.429 0.33 0.528 0.396 ;
      RECT 0.033 0.033 0.143 0.187 ;
      RECT 0.033 0.187 0.187 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.759 ;
      RECT 0.033 0.759 0.297 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 0.033 0.319 0.33 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.539 0.726 ;
      RECT 0.165 0.462 0.539 0.572 ;
      RECT 0.165 0.572 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.385 0.825 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_INV_2RE
#
# 
MACRO LDN_INV_3 FOREIGN C0A07BLDN_INV_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.363 0.627 ;
      RECT 0.297 0.462 0.363 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.22 0.726 0.715 0.858 ;
      RECT 0.649 0.858 0.715 0.99 ;
      RECT 0.22 0.297 0.715 0.363 ;
      RECT 0.649 0.22 0.715 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_INV_3
#
# 
MACRO LDN_INV_32 FOREIGN C0A07BLDN_INV_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.368 0.033 5.434 0.165 ;
      RECT 5.302 0.165 5.434 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.991232 ;
    PORT
      LAYER M1L ;
      RECT 3.135 0.462 5.148 0.594 ;
      RECT 0.66 0.462 2.805 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.495 3.96 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
      VIA 3.3 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
      VIA 3.696 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.48685 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 5.676 0.858 ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 0.198 0.319 5.61 0.385 ;
      RECT 2.145 0.275 3.663 0.319 ;
      RECT 2.904 0.385 3.036 0.726 ;
      RECT 0.429 0.385 0.495 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
  END
END LDN_INV_32
#
# 
MACRO LDN_INV_4 FOREIGN C0A07BLDN_INV_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.495 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.22 0.726 0.792 0.858 ;
      RECT 0.22 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDN_INV_4
#
# 
MACRO LDN_INV_4RE FOREIGN C0A07BLDN_INV_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.726 0.462 1.023 0.495 ;
      RECT 0.132 0.528 0.792 0.561 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.825 0.693 0.891 0.759 ;
      RECT 0.462 0.627 0.891 0.693 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.198 0.319 1.155 0.385 ;
      RECT 0.198 0.132 0.308 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_INV_4RE
#
# 
MACRO LDN_INV_5 FOREIGN C0A07BLDN_INV_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.836 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.352 0.462 0.836 0.506 ;
      RECT 0.033 0.462 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.255552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.693 ;
      RECT 0.198 0.693 1.023 0.759 ;
      RECT 0.935 0.759 1.023 0.99 ;
      RECT 0.198 0.297 1.023 0.363 ;
      RECT 0.198 0.363 0.286 0.407 ;
      RECT 0.935 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.88 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDN_INV_5
#
# 
MACRO LDN_INV_6 FOREIGN C0A07BLDN_INV_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.99 0.594 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.396 0.462 0.99 0.528 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.242 0.726 1.188 0.858 ;
      RECT 0.242 0.297 1.155 0.363 ;
      RECT 0.242 0.363 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDN_INV_6
#
# 
MACRO LDN_INV_8 FOREIGN C0A07BLDN_INV_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 1.023 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 0.957 0.462 1.023 0.561 ;
      RECT 0.825 0.462 0.891 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.198 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDN_INV_8
#
# 
MACRO LDN_INV_8RE FOREIGN C0A07BLDN_INV_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 0.132 0.528 1.98 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 2.013 0.693 2.079 0.759 ;
      RECT 0.462 0.627 2.079 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 0.231 0.363 2.343 0.385 ;
      RECT 1.749 0.319 2.343 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.231 0.385 1.815 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDN_INV_8RE
#
# 
MACRO LDN_INV_S_0P5 FOREIGN C0A07BLDN_INV_S_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03025 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDN_INV_S_0P5
#
# 
MACRO LDN_INV_S_1 FOREIGN C0A07BLDN_INV_S_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.056628 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDN_INV_S_1
#
# 
MACRO LDN_INV_S_10 FOREIGN C0A07BLDN_INV_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.232 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.572 0.297 1.419 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDN_INV_S_10
#
# 
MACRO LDN_INV_S_12 FOREIGN C0A07BLDN_INV_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.302016 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.606 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.726 ;
      RECT 0.132 0.726 2.244 0.858 ;
      RECT 0.946 0.297 2.134 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDN_INV_S_12
#
# 
MACRO LDN_INV_S_16 FOREIGN C0A07BLDN_INV_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.21 0.143 1.342 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.398816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.594 ;
      RECT 0.297 0.407 2.002 0.473 ;
      RECT 1.936 0.473 2.002 0.627 ;
      RECT 0.297 0.198 0.363 0.407 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.660176 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.132 0.726 2.772 0.858 ;
      RECT 0.671 0.275 2.629 0.341 ;
      RECT 2.541 0.198 2.629 0.275 ;
      RECT 2.167 0.132 2.233 0.275 ;
      RECT 1.793 0.198 1.859 0.275 ;
      RECT 1.419 0.198 1.485 0.275 ;
      RECT 1.045 0.198 1.111 0.275 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 2.332 0.957 2.464 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.44 ;
    RECT 0 0.44 0.33 0.528 ;
    RECT 2.574 0.44 2.904 0.528 ;
    RECT 0.33 0.44 2.574 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
  END
END LDN_INV_S_16
#
# 
MACRO LDN_INV_S_1P5 FOREIGN C0A07BLDN_INV_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.067276 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.231 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.22 0.165 0.495 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.605 ;
      RECT 0.165 0.605 0.363 0.671 ;
      RECT 0.165 0.33 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_INV_S_1P5
#
# 
MACRO LDN_INV_S_2 FOREIGN C0A07BLDN_INV_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.803 ;
      RECT 0.231 0.803 0.363 0.869 ;
      RECT 0.231 0.869 0.297 0.946 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.132 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_INV_S_2
#
# 
MACRO LDN_INV_S_20 FOREIGN C0A07BLDN_INV_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.948 0.143 3.08 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.506264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.099 0.726 ;
      RECT 0.033 0.429 2.541 0.495 ;
      RECT 2.475 0.495 2.541 0.627 ;
      RECT 0.033 0.198 0.099 0.429 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789162 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.341 2.739 0.726 ;
      RECT 0.242 0.726 3.432 0.858 ;
      RECT 0.275 0.275 3.267 0.341 ;
      RECT 3.179 0.198 3.267 0.275 ;
      RECT 0.275 0.132 0.363 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 3.234 0.451 3.564 0.528 ;
    RECT 0.33 0.451 3.234 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDN_INV_S_20
#
# 
MACRO LDN_INV_S_24 FOREIGN C0A07BLDN_INV_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.3 0.143 3.432 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.605 ;
    PORT
      LAYER M1L ;
      RECT 2.519 0.495 2.607 0.594 ;
      RECT 2.519 0.429 3.542 0.495 ;
      RECT 2.013 0.495 2.101 0.594 ;
      RECT 1.078 0.429 2.101 0.495 ;
      LAYER M2L ;
      RECT 1.98 0.495 2.64 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 2.574 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.946946 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.341 2.376 0.726 ;
      RECT 0.132 0.726 4.092 0.858 ;
      RECT 0.671 0.275 3.982 0.341 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.451 ;
    RECT 0 0.451 0.462 0.528 ;
    RECT 3.894 0.451 4.224 0.528 ;
    RECT 0.462 0.451 3.894 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
  END
END LDN_INV_S_24
#
# 
MACRO LDN_INV_S_3 FOREIGN C0A07BLDN_INV_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.130438 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.242 0.825 0.759 0.891 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_INV_S_3
#
# 
MACRO LDN_INV_S_32 FOREIGN C0A07BLDN_INV_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.312 0.143 4.444 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.797632 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.506 4.323 0.594 ;
      RECT 4.257 0.418 5.016 0.506 ;
      RECT 3.861 0.506 3.949 0.594 ;
      RECT 2.761 0.418 3.949 0.506 ;
      RECT 2.761 0.506 2.871 0.594 ;
      RECT 2.277 0.506 2.387 0.594 ;
      RECT 1.287 0.418 2.387 0.506 ;
      RECT 1.287 0.506 1.353 0.594 ;
      RECT 0.891 0.506 0.957 0.594 ;
      RECT 0.264 0.418 0.957 0.506 ;
      LAYER M2L ;
      RECT 0.858 0.495 4.356 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.32 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.29 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23952 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.341 2.64 0.726 ;
      RECT 0.033 0.726 5.28 0.792 ;
      RECT 0.374 0.792 5.28 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 4.081 0.341 4.191 0.726 ;
      RECT 0.55 0.275 4.642 0.341 ;
      RECT 1.089 0.341 1.199 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 4.862 0.957 4.994 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.451 ;
    RECT 0 0.451 0.418 0.528 ;
    RECT 5.082 0.451 5.412 0.528 ;
    RECT 0.418 0.451 5.082 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
  END
END LDN_INV_S_32
#
# 
MACRO LDN_INV_S_4 FOREIGN C0A07BLDN_INV_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.160446 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.803 0.198 0.891 0.297 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDN_INV_S_4
#
# 
MACRO LDN_INV_S_40 FOREIGN C0A07BLDN_INV_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.286 ;
      RECT 6.204 0.033 6.27 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.444 0.033 4.51 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.64 0.033 2.706 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.232 0.033 1.298 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 1.01253 ;
    PORT
      LAYER M1L ;
      RECT 5.346 0.418 6.303 0.495 ;
      RECT 5.148 0.495 6.303 0.506 ;
      RECT 5.148 0.506 5.412 0.561 ;
      RECT 4.488 0.506 4.752 0.561 ;
      RECT 3.96 0.418 4.554 0.495 ;
      RECT 3.564 0.495 4.752 0.506 ;
      RECT 3.564 0.506 4.026 0.561 ;
      RECT 2.904 0.506 3.168 0.561 ;
      RECT 2.332 0.418 2.97 0.495 ;
      RECT 2.178 0.495 3.168 0.506 ;
      RECT 2.178 0.506 2.442 0.561 ;
      RECT 1.584 0.506 1.848 0.561 ;
      RECT 0.264 0.495 1.848 0.506 ;
      RECT 0.264 0.418 1.65 0.495 ;
      LAYER M2L ;
      RECT 1.584 0.495 5.412 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.782 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 3.828 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
      VIA 4.554 0.528 V1L2L ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.214 0.528 V1L2L ;
      VIA 5.346 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.59042 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.341 3.432 0.726 ;
      RECT 0.132 0.726 6.6 0.858 ;
      RECT 4.873 0.341 4.983 0.726 ;
      RECT 0.99 0.275 6.457 0.341 ;
      RECT 1.969 0.341 2.079 0.726 ;
      RECT 6.369 0.198 6.457 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.74 1.045 3.806 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.852 1.023 5.918 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.181 1.023 5.247 1.155 ;
      RECT 5.082 0.957 5.247 1.023 ;
      RECT 4.829 1.023 4.895 1.155 ;
      RECT 4.73 0.957 4.895 1.023 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 6.402 0.451 6.732 0.528 ;
    RECT 0.33 0.451 6.402 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
  END
END LDN_INV_S_40
#
# 
MACRO LDN_INV_S_5 FOREIGN C0A07BLDN_INV_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.212718 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.033 0.726 0.924 0.792 ;
      RECT 0.363 0.792 0.924 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDN_INV_S_5
#
# 
MACRO LDN_INV_S_6 FOREIGN C0A07BLDN_INV_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.726 ;
      RECT 0.132 0.726 1.188 0.858 ;
      RECT 0.572 0.275 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDN_INV_S_6
#
# 
MACRO LDN_INV_S_8 FOREIGN C0A07BLDN_INV_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.55 0.297 1.353 0.363 ;
      RECT 1.287 0.198 1.353 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDN_INV_S_8
#
# 
MACRO LDN_ISHEB_1 FOREIGN C0A07BLDN_ISHEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDN_ISHEB_1
#
# 
MACRO LDN_ISHEB_2 FOREIGN C0A07BLDN_ISHEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDN_ISHEB_2
#
# 
MACRO LDN_ISHEB_4 FOREIGN C0A07BLDN_ISHEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDN_ISHEB_4
#
# 
MACRO LDN_ISHEB_8 FOREIGN C0A07BLDN_ISHEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_ISHEB_8
#
# 
MACRO LDN_ISHEN_1 FOREIGN C0A07BLDN_ISHEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.869 0.033 0.979 0.363 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.649 0.594 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.792 1.155 1.056 ;
      RECT 1.089 0.396 1.155 0.792 ;
      RECT 1.045 0.132 1.155 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.363 0.264 ;
    RECT 0.638 0.165 0.803 0.231 ;
    RECT 0.737 0.231 0.803 0.693 ;
    RECT 0.297 0.264 0.363 0.957 ;
    RECT 0.913 0.462 0.979 0.957 ;
    RECT 0.429 0.594 0.495 0.693 ;
    RECT 0.429 0.693 0.803 0.759 ;
    RECT 0.066 0.957 0.979 1.023 ;
  END
END LDN_ISHEN_1
#
# 
MACRO LDN_ISHEN_2 FOREIGN C0A07BLDN_ISHEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.33 0.231 0.594 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.627 1.221 0.693 ;
      RECT 1.045 0.462 1.155 0.627 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.66 1.551 0.726 ;
      RECT 1.419 0.726 1.485 0.924 ;
      RECT 1.485 0.396 1.551 0.66 ;
      RECT 1.419 0.33 1.551 0.396 ;
      RECT 1.419 0.132 1.485 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.353 0.231 ;
    RECT 0.407 0.209 0.473 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 1.287 0.231 1.353 0.594 ;
    RECT 0.913 0.297 1.122 0.363 ;
    RECT 0.407 0.297 0.847 0.363 ;
    RECT 0.913 0.363 0.979 0.495 ;
    RECT 0.407 0.363 0.473 0.66 ;
    RECT 0.539 0.462 0.605 0.495 ;
    RECT 0.539 0.495 0.979 0.561 ;
    RECT 0.539 0.561 0.605 0.594 ;
    RECT 0.913 0.561 0.979 0.759 ;
    RECT 0.231 0.66 0.473 0.726 ;
    RECT 0.231 0.726 0.297 0.913 ;
    RECT 0.913 0.759 1.122 0.825 ;
    RECT 0.407 0.792 0.825 0.858 ;
    RECT 0.055 0.792 0.121 1.023 ;
    RECT 0.759 0.858 0.825 0.924 ;
    RECT 0.407 0.858 0.473 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDN_ISHEN_2
#
# 
MACRO LDN_ISHEN_4 FOREIGN C0A07BLDN_ISHEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.299 0.374 ;
      RECT 1.881 0.033 1.947 0.242 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.759 0.033 0.825 0.242 ;
      RECT 0.583 0.033 0.649 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.495 ;
      RECT 1.408 0.495 1.584 0.561 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.759 2.123 0.825 ;
      RECT 2.013 0.825 2.123 0.902 ;
      RECT 1.705 0.825 1.771 1.034 ;
      RECT 2.013 0.627 2.123 0.759 ;
      RECT 2.013 0.407 2.079 0.627 ;
      RECT 1.672 0.341 2.123 0.407 ;
      RECT 2.057 0.132 2.123 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 2.233 0.814 2.299 1.155 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.132 1.419 0.363 ;
    RECT 0.407 0.176 0.473 0.341 ;
    RECT 0.935 0.198 1.001 0.341 ;
    RECT 0.407 0.341 1.001 0.407 ;
    RECT 1.243 0.363 1.419 0.429 ;
    RECT 0.407 0.407 0.473 0.627 ;
    RECT 1.243 0.429 1.309 0.495 ;
    RECT 1.683 0.473 1.947 0.561 ;
    RECT 0.836 0.495 1.309 0.561 ;
    RECT 1.243 0.561 1.309 0.671 ;
    RECT 1.837 0.561 1.947 0.605 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 0.407 0.627 1.177 0.693 ;
    RECT 1.573 0.627 1.749 0.693 ;
    RECT 1.243 0.671 1.452 0.737 ;
    RECT 1.111 0.693 1.177 0.803 ;
    RECT 1.573 0.693 1.639 0.803 ;
    RECT 0.407 0.693 0.473 0.836 ;
    RECT 0.583 0.759 1.001 0.825 ;
    RECT 1.111 0.803 1.639 0.869 ;
    RECT 0.583 0.825 0.649 0.979 ;
    RECT 0.935 0.825 1.001 1.034 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDN_ISHEN_4
#
# 
MACRO LDN_ISHEN_8 FOREIGN C0A07BLDN_ISHEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.396 ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 3.377 0.033 3.443 0.242 ;
      RECT 3.025 0.033 3.091 0.242 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 1.903 0.033 1.969 0.242 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.275 0.033 0.341 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.495 ;
      RECT 0.396 0.495 0.792 0.561 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.495 ;
      RECT 2.244 0.495 2.486 0.561 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.849 0.627 3.971 0.715 ;
      RECT 3.905 0.715 3.971 0.902 ;
      RECT 3.553 0.715 3.619 0.902 ;
      RECT 3.201 0.715 3.267 0.902 ;
      RECT 2.849 0.715 2.915 0.902 ;
      RECT 3.861 0.407 3.971 0.627 ;
      RECT 2.816 0.341 4.015 0.407 ;
      RECT 3.905 0.132 4.015 0.341 ;
      RECT 3.553 0.154 3.619 0.341 ;
      RECT 3.201 0.154 3.267 0.341 ;
      RECT 2.849 0.154 2.915 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.377 0.814 3.443 1.155 ;
      RECT 3.025 0.814 3.091 1.155 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 4.103 0.792 4.169 1.155 ;
      RECT 3.729 0.814 3.795 1.155 ;
      RECT 2.321 0.99 2.387 1.155 ;
      RECT 2.321 0.924 2.464 0.99 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.563 0.165 ;
    RECT 2.068 0.165 2.563 0.231 ;
    RECT 0.759 0.176 0.825 0.341 ;
    RECT 1.111 0.176 1.177 0.341 ;
    RECT 1.463 0.176 1.529 0.341 ;
    RECT 2.497 0.231 2.563 0.341 ;
    RECT 2.068 0.231 2.134 0.495 ;
    RECT 2.497 0.341 2.651 0.407 ;
    RECT 0.726 0.341 1.562 0.407 ;
    RECT 2.585 0.407 2.651 0.649 ;
    RECT 1.089 0.407 1.177 0.693 ;
    RECT 1.738 0.495 2.134 0.561 ;
    RECT 2.717 0.495 3.432 0.561 ;
    RECT 2.717 0.561 2.783 0.781 ;
    RECT 2.464 0.649 2.651 0.715 ;
    RECT 0.198 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.781 ;
    RECT 2.299 0.781 2.783 0.847 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.968 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.407 0.891 0.473 1.056 ;
    RECT 0.759 0.891 0.825 1.056 ;
    RECT 1.111 0.891 1.177 1.056 ;
    RECT 1.815 0.891 1.881 1.056 ;
  END
END LDN_ISHEN_8
#
# 
MACRO LDN_ISLEB_1 FOREIGN C0A07BLDN_ISLEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.396 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.297 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.792 ;
      RECT 0.913 0.792 1.023 1.056 ;
      RECT 0.913 0.132 1.023 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.792 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.583 0.132 0.693 0.264 ;
    RECT 0.033 0.264 0.099 0.693 ;
    RECT 0.627 0.264 0.693 0.495 ;
    RECT 0.627 0.495 0.792 0.561 ;
    RECT 0.627 0.561 0.693 0.891 ;
    RECT 0.033 0.693 0.396 0.759 ;
    RECT 0.033 0.759 0.099 0.88 ;
    RECT 0.033 0.88 0.143 1.012 ;
    RECT 0.374 0.891 0.693 0.957 ;
    RECT 0.374 0.957 0.44 1.012 ;
  END
END LDN_ISLEB_1
#
# 
MACRO LDN_ISLEB_2 FOREIGN C0A07BLDN_ISLEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.924 1.023 0.99 ;
      RECT 0.825 0.858 1.023 0.924 ;
      RECT 0.825 0.792 0.891 0.858 ;
      RECT 0.825 0.726 1.001 0.792 ;
      RECT 0.935 0.462 1.001 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.924 0.759 0.99 ;
      RECT 0.627 0.858 0.759 0.924 ;
      RECT 0.627 0.748 0.693 0.858 ;
      RECT 0.627 0.682 0.759 0.748 ;
      RECT 0.671 0.594 0.803 0.66 ;
      RECT 0.671 0.66 0.759 0.682 ;
      RECT 0.715 0.396 0.803 0.594 ;
      RECT 0.671 0.33 0.803 0.396 ;
      RECT 0.671 0.264 0.737 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.133 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.539 0.165 0.605 0.341 ;
    RECT 1.067 0.165 1.133 0.77 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.341 0.341 0.605 0.407 ;
    RECT 0.341 0.407 0.407 0.594 ;
    RECT 0.473 0.473 0.605 0.583 ;
    RECT 0.473 0.583 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDN_ISLEB_2
#
# 
MACRO LDN_ISLEB_4 FOREIGN C0A07BLDN_ISLEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.583 0.033 0.649 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.495 ;
      RECT 1.012 0.495 1.155 0.605 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.627 1.727 0.836 ;
      RECT 1.309 0.836 1.727 0.902 ;
      RECT 1.309 0.902 1.375 0.968 ;
      RECT 1.617 0.385 1.683 0.627 ;
      RECT 1.661 0.154 1.727 0.319 ;
      RECT 1.276 0.319 1.76 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.473 0.165 ;
    RECT 0.957 0.132 1.023 0.33 ;
    RECT 0.715 0.165 0.858 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.407 0.165 0.473 0.341 ;
    RECT 0.715 0.231 0.781 0.341 ;
    RECT 0.231 0.264 0.297 0.33 ;
    RECT 0.847 0.33 1.023 0.396 ;
    RECT 0.165 0.33 0.297 0.396 ;
    RECT 0.407 0.341 0.781 0.407 ;
    RECT 0.847 0.396 0.913 0.495 ;
    RECT 0.165 0.396 0.231 0.759 ;
    RECT 0.484 0.495 0.913 0.561 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 0.847 0.561 0.913 0.671 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.847 0.671 1.056 0.737 ;
    RECT 1.177 0.693 1.287 0.759 ;
    RECT 0.165 0.759 0.649 0.825 ;
    RECT 1.177 0.759 1.243 0.825 ;
    RECT 0.583 0.825 1.243 0.891 ;
    RECT 0.231 0.825 0.297 0.99 ;
    RECT 0.583 0.891 0.649 1.034 ;
  END
END LDN_ISLEB_4
#
# 
MACRO LDN_ISLEB_8 FOREIGN C0A07BLDN_ISLEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.396 ;
      RECT 3.069 0.033 3.135 0.242 ;
      RECT 2.717 0.033 2.783 0.242 ;
      RECT 2.365 0.033 2.431 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.584 0.495 1.826 0.561 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.132 0.495 0.396 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.189 0.627 3.311 0.715 ;
      RECT 3.245 0.715 3.311 0.902 ;
      RECT 2.893 0.715 2.959 0.902 ;
      RECT 2.541 0.715 2.607 0.902 ;
      RECT 2.189 0.715 2.255 0.902 ;
      RECT 3.201 0.407 3.311 0.627 ;
      RECT 2.156 0.341 3.355 0.407 ;
      RECT 3.245 0.132 3.355 0.341 ;
      RECT 2.893 0.154 2.959 0.341 ;
      RECT 2.541 0.154 2.607 0.341 ;
      RECT 2.189 0.154 2.255 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.069 0.814 3.135 1.155 ;
      RECT 2.717 0.814 2.783 1.155 ;
      RECT 2.365 0.814 2.431 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.595 1.045 1.661 1.155 ;
      RECT 1.496 0.979 1.76 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.242 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.132 1.529 0.352 ;
    RECT 1.837 0.132 1.903 0.341 ;
    RECT 0.055 0.143 0.825 0.209 ;
    RECT 1.111 0.154 1.177 0.352 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.759 0.209 0.825 0.352 ;
    RECT 0.198 0.319 0.682 0.385 ;
    RECT 1.837 0.341 1.991 0.407 ;
    RECT 0.759 0.352 1.529 0.418 ;
    RECT 0.616 0.385 0.682 0.825 ;
    RECT 1.925 0.407 1.991 0.693 ;
    RECT 1.144 0.495 1.419 0.561 ;
    RECT 2.057 0.495 2.772 0.561 ;
    RECT 1.353 0.561 1.419 0.693 ;
    RECT 2.057 0.561 2.123 0.825 ;
    RECT 1.353 0.693 1.991 0.759 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.123 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 1.287 0.891 1.353 1.056 ;
  END
END LDN_ISLEB_8
#
# 
MACRO LDN_ISLEN_1 FOREIGN C0A07BLDN_ISLEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDN_ISLEN_1
#
# 
MACRO LDN_ISLEN_2 FOREIGN C0A07BLDN_ISLEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDN_ISLEN_2
#
# 
MACRO LDN_ISLEN_4 FOREIGN C0A07BLDN_ISLEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDN_ISLEN_4
#
# 
MACRO LDN_ISLEN_8 FOREIGN C0A07BLDN_ISLEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDN_ISLEN_8
#
# 
MACRO LDN_ISQEB_1 FOREIGN C0A07BLDN_ISQEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END EB
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDN_ISQEB_1
#
# 
MACRO LDN_ISQEB_2 FOREIGN C0A07BLDN_ISQEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END EB
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDN_ISQEB_2
#
# 
MACRO LDN_ISQEB_4 FOREIGN C0A07BLDN_ISQEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END EB
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDN_ISQEB_4
#
# 
MACRO LDN_ISQEN_1 FOREIGN C0A07BLDN_ISQEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDN_ISQEN_1
#
# 
MACRO LDN_ISQEN_2 FOREIGN C0A07BLDN_ISQEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDN_ISQEN_2
#
# 
MACRO LDN_ISQEN_4 FOREIGN C0A07BLDN_ISQEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDN_ISQEN_4
#
# 
MACRO LDN_LDNQ_1 FOREIGN C0A07BLDN_LDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDN_LDNQ_1
#
# 
MACRO LDN_LDNQ_2 FOREIGN C0A07BLDN_LDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END G
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDN_LDNQ_2
#
# 
MACRO LDN_LDNQ_4 FOREIGN C0A07BLDN_LDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDN_LDNQ_4
#
# 
MACRO LDN_LDNRBQ_1 FOREIGN C0A07BLDN_LDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.507 0.033 1.573 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.211 0.759 ;
      RECT 2.145 0.759 2.211 0.99 ;
      RECT 2.013 0.297 2.211 0.363 ;
      RECT 2.145 0.132 2.211 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.66 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.825 ;
      RECT 0.297 0.825 1.023 0.891 ;
      RECT 0.297 0.792 0.363 0.825 ;
      RECT 0.242 0.726 0.363 0.792 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.386 0.979 1.518 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.231 1.287 0.297 ;
    RECT 0.077 0.264 0.143 0.594 ;
    RECT 1.221 0.297 1.287 0.825 ;
    RECT 1.705 0.308 1.771 0.693 ;
    RECT 0.759 0.407 1.155 0.473 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.759 0.473 0.825 0.693 ;
    RECT 1.089 0.473 1.155 0.902 ;
    RECT 0.077 0.594 0.495 0.66 ;
    RECT 0.429 0.66 0.495 0.693 ;
    RECT 0.077 0.66 0.143 1.056 ;
    RECT 0.429 0.693 0.825 0.759 ;
    RECT 1.386 0.693 1.771 0.759 ;
    RECT 1.221 0.825 1.947 0.891 ;
    RECT 1.221 0.891 1.287 1.023 ;
    RECT 1.661 0.891 1.727 1.056 ;
    RECT 0.88 0.979 1.012 1.023 ;
    RECT 0.88 1.023 1.287 1.045 ;
    RECT 0.946 1.045 1.287 1.089 ;
  END
END LDN_LDNRBQ_1
#
# 
MACRO LDN_LDNRBQ_2 FOREIGN C0A07BLDN_LDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.827 0.033 2.893 0.242 ;
      RECT 2.409 0.033 2.475 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 0.297 0.429 0.55 0.495 ;
      RECT 0.297 0.308 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.376 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.55 ;
      RECT 0.825 0.55 1.023 0.616 ;
      RECT 0.957 0.462 1.023 0.55 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.693 ;
      RECT 2.97 0.693 3.135 0.759 ;
      RECT 2.97 0.319 3.135 0.385 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.781 0.495 0.825 ;
      RECT 0.429 0.825 1.331 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.265 0.737 1.331 0.825 ;
      RECT 1.265 0.649 1.683 0.737 ;
      RECT 1.617 0.583 1.848 0.649 ;
      RECT 0.352 0.715 0.495 0.781 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.044 1.045 0.11 1.155 ;
      RECT 0.044 0.979 0.176 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.705 0.143 ;
    RECT 0.055 0.132 0.121 0.561 ;
    RECT 2.607 0.132 2.673 0.693 ;
    RECT 1.859 0.132 1.925 0.308 ;
    RECT 0.858 0.143 1.705 0.165 ;
    RECT 1.639 0.165 1.705 0.176 ;
    RECT 0.858 0.165 0.99 0.209 ;
    RECT 1.243 0.165 1.309 0.242 ;
    RECT 1.639 0.176 1.738 0.242 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 1.43 0.231 1.562 0.297 ;
    RECT 0.473 0.275 1.166 0.341 ;
    RECT 1.496 0.297 1.562 0.308 ;
    RECT 1.496 0.308 2.189 0.374 ;
    RECT 2.123 0.374 2.189 0.825 ;
    RECT 1.133 0.451 2.013 0.517 ;
    RECT 2.75 0.495 2.97 0.561 ;
    RECT 1.133 0.517 1.518 0.561 ;
    RECT 1.947 0.517 2.013 0.704 ;
    RECT 0.055 0.561 0.627 0.627 ;
    RECT 1.133 0.561 1.199 0.693 ;
    RECT 2.75 0.561 2.816 0.825 ;
    RECT 0.561 0.627 0.627 0.693 ;
    RECT 0.055 0.627 0.121 0.847 ;
    RECT 0.561 0.693 1.199 0.759 ;
    RECT 2.288 0.693 2.673 0.759 ;
    RECT 1.947 0.704 2.057 0.77 ;
    RECT 1.991 0.77 2.057 0.902 ;
    RECT 2.123 0.825 2.816 0.891 ;
    RECT 0.055 0.847 0.363 0.913 ;
    RECT 1.43 0.847 1.903 0.913 ;
    RECT 2.123 0.891 2.189 1.001 ;
    RECT 2.563 0.891 2.629 1.056 ;
    RECT 0.297 0.913 0.363 1.034 ;
    RECT 1.837 0.913 1.903 1.001 ;
    RECT 0.638 0.979 1.738 1.045 ;
    RECT 1.837 1.001 2.189 1.067 ;
  END
END LDN_LDNRBQ_2
#
# 
MACRO LDN_LDNRBQ_4 FOREIGN C0A07BLDN_LDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.33 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.396 3.069 0.66 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 0.363 0.198 0.429 0.462 ;
      RECT 0.363 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.231 3.168 0.297 ;
      VIA 0.396 0.264 V1L2L ;
      VIA 2.574 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.311 0.693 3.762 0.759 ;
      RECT 3.311 0.759 3.399 0.924 ;
      RECT 3.278 0.297 3.729 0.363 ;
      RECT 3.663 0.22 3.729 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.781 0.462 1.1 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.693 2.211 0.858 ;
      RECT 2.013 0.627 2.211 0.693 ;
      RECT 0.165 0.429 0.253 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 2.178 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 2.112 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.913 3.553 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 2.915 0.132 2.981 0.198 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 0.495 0.198 0.561 0.297 ;
    RECT 0.033 0.198 0.143 0.33 ;
    RECT 2.871 0.198 2.981 0.264 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 2.871 0.264 2.937 0.506 ;
    RECT 0.495 0.297 1.298 0.363 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.033 0.33 0.099 0.847 ;
    RECT 1.738 0.374 1.804 0.781 ;
    RECT 2.233 0.396 2.299 0.462 ;
    RECT 1.221 0.462 1.628 0.594 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.498 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.221 0.594 1.287 0.704 ;
    RECT 0.33 0.704 1.287 0.77 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.33 0.77 0.396 0.847 ;
    RECT 1.452 0.781 1.804 0.847 ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.495 0.836 1.265 0.902 ;
    RECT 0.033 0.847 0.396 0.913 ;
    RECT 1.452 0.847 1.518 0.869 ;
    RECT 1.738 0.847 1.804 0.869 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.386 0.869 1.518 0.935 ;
    RECT 1.738 0.869 1.87 0.935 ;
    RECT 0.847 0.902 0.913 0.968 ;
    RECT 0.495 0.902 0.561 0.99 ;
    RECT 1.199 0.902 1.265 1.023 ;
    RECT 0.033 0.913 0.121 1.056 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 1.595 0.946 1.661 1.023 ;
    RECT 2.178 0.979 2.431 1.045 ;
    RECT 1.199 1.023 2.057 1.089 ;
  END
END LDN_LDNRBQ_4
#
# 
MACRO LDN_LDN_1 FOREIGN C0A07BLDN_LDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.22 0.231 0.396 0.297 ;
      RECT 0.22 0.297 0.286 0.44 ;
      RECT 0.165 0.44 0.286 0.506 ;
      RECT 0.165 0.506 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.231 0.924 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 0.858 0.264 V1L2L ;
    END
  END G
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091476 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.837 0.924 1.947 0.99 ;
      RECT 1.837 0.99 1.903 1.056 ;
      RECT 1.837 0.198 1.947 0.264 ;
      RECT 1.837 0.132 1.903 0.198 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.386 0.693 1.551 0.759 ;
      RECT 1.419 0.297 1.551 0.363 ;
      RECT 1.419 0.22 1.485 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.034 0.979 1.166 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.605 0.165 ;
    RECT 1.276 0.132 1.342 0.165 ;
    RECT 0.033 0.165 0.143 0.33 ;
    RECT 0.539 0.165 0.605 0.506 ;
    RECT 1.199 0.165 1.342 0.231 ;
    RECT 0.671 0.198 0.759 0.924 ;
    RECT 1.199 0.231 1.265 0.363 ;
    RECT 0.033 0.33 0.099 0.77 ;
    RECT 1.056 0.363 1.265 0.429 ;
    RECT 1.056 0.429 1.122 0.539 ;
    RECT 1.705 0.462 1.771 0.825 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 0.968 0.539 1.122 0.605 ;
    RECT 1.221 0.561 1.287 0.726 ;
    RECT 1.056 0.605 1.122 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.32 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.77 0.143 0.836 ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 1.056 0.825 1.771 0.891 ;
    RECT 0.077 0.836 0.143 1.023 ;
    RECT 1.243 0.891 1.309 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
  END
END LDN_LDN_1
#
# 
MACRO LDN_LDN_2 FOREIGN C0A07BLDN_LDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.198 ;
      RECT 2.739 0.198 2.849 0.264 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.727 0.033 1.793 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.198 2.343 0.682 ;
      RECT 2.222 0.682 2.343 0.748 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.396 2.871 0.759 ;
      RECT 2.607 0.759 2.871 0.825 ;
      RECT 2.607 0.825 2.673 0.902 ;
      RECT 2.607 0.33 2.871 0.396 ;
      RECT 2.607 0.264 2.673 0.33 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.682 1.199 0.748 ;
      RECT 1.089 0.561 1.155 0.682 ;
      RECT 1.089 0.495 1.408 0.561 ;
      RECT 0.165 0.627 0.33 0.715 ;
      RECT 0.165 0.462 0.253 0.627 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.188 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.727 0.946 1.793 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.783 1.001 2.849 1.155 ;
      RECT 2.739 0.913 2.849 1.001 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.484 0.099 1.265 0.143 ;
    RECT 1.903 0.132 1.969 0.198 ;
    RECT 0.418 0.143 1.265 0.165 ;
    RECT 1.375 0.154 1.441 0.363 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 1.199 0.165 1.265 0.264 ;
    RECT 0.847 0.165 0.913 0.286 ;
    RECT 1.903 0.198 2.013 0.264 ;
    RECT 0.033 0.22 0.33 0.286 ;
    RECT 1.023 0.264 1.089 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 0.264 0.286 0.33 0.297 ;
    RECT 0.033 0.286 0.143 0.352 ;
    RECT 0.264 0.297 0.66 0.363 ;
    RECT 0.033 0.352 0.099 0.792 ;
    RECT 0.594 0.363 0.825 0.429 ;
    RECT 0.913 0.363 1.881 0.429 ;
    RECT 1.947 0.363 2.123 0.429 ;
    RECT 0.759 0.429 0.825 0.858 ;
    RECT 1.815 0.429 1.881 0.495 ;
    RECT 0.913 0.429 0.979 0.825 ;
    RECT 2.057 0.429 2.123 0.627 ;
    RECT 1.815 0.495 1.958 0.561 ;
    RECT 1.562 0.495 1.749 0.561 ;
    RECT 2.431 0.495 2.706 0.561 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 2.431 0.561 2.497 0.825 ;
    RECT 1.683 0.627 2.123 0.693 ;
    RECT 1.452 0.693 1.617 0.759 ;
    RECT 2.057 0.693 2.123 0.825 ;
    RECT 1.551 0.759 1.617 0.924 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.65 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.792 0.143 0.924 ;
    RECT 0.913 0.825 1.441 0.891 ;
    RECT 1.903 0.825 2.497 0.891 ;
    RECT 1.375 0.891 1.441 1.056 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 0.418 0.957 1.298 1.023 ;
    RECT 1.232 1.023 1.298 1.056 ;
  END
END LDN_LDN_2
#
# 
MACRO LDN_LDN_4 FOREIGN C0A07BLDN_LDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.352 3.267 0.671 ;
      RECT 2.816 0.671 3.3 0.737 ;
      RECT 2.849 0.286 3.267 0.352 ;
      RECT 3.201 0.198 3.267 0.286 ;
      RECT 2.849 0.22 2.915 0.286 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.407 3.927 0.693 ;
      RECT 3.553 0.693 4.004 0.759 ;
      RECT 3.553 0.759 3.619 0.924 ;
      RECT 3.553 0.341 3.927 0.407 ;
      RECT 3.861 0.33 3.927 0.341 ;
      RECT 3.861 0.198 3.971 0.33 ;
      RECT 3.553 0.198 3.663 0.341 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.638 1.705 0.726 ;
      RECT 1.617 0.561 1.705 0.638 ;
      RECT 1.617 0.495 2.024 0.561 ;
      RECT 0.209 0.594 0.319 0.726 ;
      RECT 0.209 0.462 0.275 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.716 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.65 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.759 0.649 ;
      RECT 0.693 0.649 0.759 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.081 0.913 4.147 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.859 0.165 ;
    RECT 2.497 0.132 2.563 0.198 ;
    RECT 1.969 0.154 2.035 0.363 ;
    RECT 0.902 0.165 1.034 0.209 ;
    RECT 1.364 0.165 1.496 0.209 ;
    RECT 0.451 0.165 0.539 0.242 ;
    RECT 1.793 0.165 1.859 0.242 ;
    RECT 2.497 0.198 2.607 0.264 ;
    RECT 1.166 0.231 1.298 0.297 ;
    RECT 1.562 0.231 1.694 0.297 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 0.033 0.275 0.385 0.341 ;
    RECT 1.232 0.297 1.298 0.308 ;
    RECT 1.562 0.297 1.628 0.308 ;
    RECT 1.232 0.308 1.628 0.363 ;
    RECT 0.319 0.341 1.045 0.407 ;
    RECT 0.033 0.341 0.143 0.418 ;
    RECT 1.232 0.363 2.475 0.374 ;
    RECT 2.541 0.363 2.717 0.429 ;
    RECT 1.562 0.374 2.475 0.429 ;
    RECT 1.232 0.374 1.298 0.825 ;
    RECT 0.957 0.407 1.045 0.451 ;
    RECT 0.033 0.418 0.099 0.726 ;
    RECT 2.409 0.429 2.475 0.495 ;
    RECT 2.651 0.429 2.717 0.627 ;
    RECT 0.957 0.451 1.1 0.517 ;
    RECT 2.409 0.495 2.552 0.561 ;
    RECT 2.156 0.495 2.343 0.561 ;
    RECT 3.399 0.495 3.762 0.561 ;
    RECT 0.957 0.517 1.045 0.858 ;
    RECT 2.277 0.561 2.343 0.627 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 2.277 0.627 2.717 0.693 ;
    RECT 2.046 0.693 2.211 0.759 ;
    RECT 2.651 0.693 2.717 0.825 ;
    RECT 0.033 0.726 0.143 0.858 ;
    RECT 2.145 0.759 2.211 0.924 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.166 0.825 2.035 0.891 ;
    RECT 2.497 0.825 3.465 0.891 ;
    RECT 1.969 0.891 2.035 1.056 ;
    RECT 2.497 0.891 2.563 1.056 ;
    RECT 0.418 0.957 1.892 1.023 ;
    RECT 1.826 1.023 1.892 1.056 ;
  END
END LDN_LDN_4
#
# 
MACRO LDN_LDPQ_1 FOREIGN C0A07BLDN_LDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDN_LDPQ_1
#
# 
MACRO LDN_LDPQ_2 FOREIGN C0A07BLDN_LDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDN_LDPQ_2
#
# 
MACRO LDN_LDPQ_4 FOREIGN C0A07BLDN_LDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDN_LDPQ_4
#
# 
MACRO LDN_LDPRBQ_1 FOREIGN C0A07BLDN_LDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.352 0.451 0.495 0.517 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 1.353 0.165 1.419 0.462 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.991 0.198 2.079 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.693 ;
      RECT 0.231 0.693 0.759 0.759 ;
      RECT 0.231 0.616 0.297 0.693 ;
      RECT 0.693 0.407 1.023 0.473 ;
      RECT 0.957 0.473 1.023 0.902 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.231 1.155 0.297 ;
    RECT 0.077 0.242 0.143 0.825 ;
    RECT 1.089 0.297 1.155 0.825 ;
    RECT 1.595 0.308 1.661 0.693 ;
    RECT 1.749 0.462 1.815 0.825 ;
    RECT 0.825 0.572 0.891 0.825 ;
    RECT 1.276 0.693 1.661 0.759 ;
    RECT 0.077 0.825 0.891 0.891 ;
    RECT 1.089 0.825 1.815 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 1.573 0.891 1.639 1.056 ;
    RECT 0.814 0.979 0.946 1.023 ;
    RECT 0.814 1.023 1.155 1.045 ;
    RECT 0.88 1.045 1.155 1.089 ;
  END
END LDN_LDPRBQ_1
#
# 
MACRO LDN_LDPRBQ_2 FOREIGN C0A07BLDN_LDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.211 0.209 2.299 0.462 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.297 0.528 0.495 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.31 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.244 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.693 0.44 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.871 0.792 3.003 0.858 ;
      RECT 2.871 0.858 2.937 0.924 ;
      RECT 2.871 0.33 3.003 0.396 ;
      RECT 2.871 0.264 2.937 0.33 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.902 ;
      RECT 1.023 0.451 1.947 0.517 ;
      RECT 1.023 0.517 1.089 0.693 ;
      RECT 0.22 0.693 1.089 0.759 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.639 0.143 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 1.793 0.132 1.859 0.308 ;
    RECT 0.792 0.143 1.639 0.165 ;
    RECT 1.573 0.165 1.639 0.176 ;
    RECT 0.792 0.165 0.924 0.209 ;
    RECT 1.177 0.165 1.243 0.242 ;
    RECT 1.573 0.176 1.672 0.242 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.364 0.231 1.496 0.297 ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.43 0.297 1.496 0.308 ;
    RECT 2.475 0.308 2.541 0.693 ;
    RECT 1.43 0.308 2.079 0.374 ;
    RECT 2.013 0.374 2.079 0.825 ;
    RECT 2.618 0.495 2.772 0.561 ;
    RECT 2.618 0.561 2.684 0.825 ;
    RECT 1.584 0.583 1.782 0.649 ;
    RECT 2.189 0.616 2.255 0.693 ;
    RECT 1.199 0.649 1.65 0.715 ;
    RECT 2.189 0.693 2.541 0.759 ;
    RECT 1.199 0.715 1.265 0.825 ;
    RECT 0.055 0.825 1.265 0.891 ;
    RECT 1.364 0.825 1.815 0.891 ;
    RECT 2.013 0.825 2.684 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 2.013 0.891 2.079 1.023 ;
    RECT 2.431 0.891 2.497 1.056 ;
    RECT 0.616 0.957 1.672 1.023 ;
    RECT 1.606 1.023 1.672 1.056 ;
    RECT 1.749 1.023 2.079 1.089 ;
  END
END LDN_LDPRBQ_2
#
# 
MACRO LDN_LDPRBQ_4 FOREIGN C0A07BLDN_LDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.33 3.069 0.66 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.297 0.495 0.66 0.561 ;
      RECT 0.528 0.561 0.66 0.605 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.102 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
      VIA 3.036 0.396 V1L2L ;
    END
  END RD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 1.628 0.594 ;
      RECT 1.287 0.594 1.353 0.671 ;
      RECT 0.165 0.671 1.353 0.693 ;
      RECT 0.352 0.693 1.353 0.737 ;
      RECT 0.165 0.627 0.418 0.671 ;
      RECT 0.165 0.506 0.231 0.627 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.1 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.385 3.531 0.671 ;
      RECT 3.311 0.671 3.762 0.737 ;
      RECT 3.311 0.737 3.399 0.858 ;
      RECT 3.278 0.319 3.762 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 3.96 0.55 ;
    RECT 0 0.55 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 2.871 0.165 3.014 0.231 ;
    RECT 2.871 0.231 2.937 0.506 ;
    RECT 0.495 0.264 0.561 0.341 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 0.033 0.286 0.143 0.418 ;
    RECT 0.66 0.297 1.298 0.341 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.495 0.341 1.298 0.363 ;
    RECT 0.495 0.363 0.726 0.407 ;
    RECT 1.738 0.374 1.804 0.847 ;
    RECT 0.033 0.418 0.099 0.759 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.355 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 2.233 0.528 2.299 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.958 0.693 2.211 0.759 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 2.277 0.825 ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 0.132 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 1.386 0.814 1.452 0.847 ;
    RECT 0.033 0.825 0.121 0.99 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.451 0.847 1.265 0.913 ;
    RECT 1.386 0.847 1.87 0.913 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.199 0.913 1.265 0.979 ;
    RECT 0.451 0.913 0.517 0.99 ;
    RECT 1.199 0.979 2.046 1.045 ;
    RECT 2.145 0.979 2.431 1.045 ;
  END
END LDN_LDPRBQ_4
#
# 
MACRO LDN_LDPRBSB_1 FOREIGN C0A07BLDN_LDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.639 0.033 1.705 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.33 ;
      RECT 3.157 0.198 3.399 0.264 ;
      RECT 3.157 0.264 3.223 0.726 ;
      RECT 3.157 0.726 3.399 0.792 ;
      RECT 3.333 0.792 3.399 0.858 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.825 ;
      RECT 2.618 0.825 2.805 0.891 ;
      RECT 1.474 0.198 1.562 0.462 ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.363 2.838 0.429 ;
      VIA 0.462 0.396 V1L2L ;
      VIA 1.518 0.396 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.561 ;
      RECT 0.561 0.561 0.759 0.627 ;
      RECT 0.693 0.627 0.759 0.726 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.858 ;
      RECT 0.561 0.858 0.891 0.924 ;
      RECT 0.561 0.759 0.627 0.858 ;
      RECT 0.165 0.693 0.627 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.825 0.374 0.891 0.429 ;
      RECT 0.748 0.429 0.891 0.495 ;
      RECT 0.825 0.308 1.199 0.374 ;
      RECT 1.133 0.374 1.199 0.44 ;
    END
  END G
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.792 2.211 0.858 ;
      RECT 2.145 0.594 2.211 0.792 ;
      RECT 2.013 0.726 2.079 0.792 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.891 3.234 0.957 ;
      RECT 3.003 0.264 3.069 0.891 ;
      LAYER M2L ;
      RECT 2.772 0.891 3.168 0.957 ;
      VIA 3.102 0.924 V1L2L ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.793 0.99 1.859 1.155 ;
      RECT 1.793 0.924 1.892 0.99 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.463 0.88 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.937 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.793 0.132 1.859 0.297 ;
    RECT 0.836 0.165 1.331 0.231 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 2.871 0.165 2.937 1.023 ;
    RECT 1.265 0.231 1.331 0.891 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 2.585 0.286 2.651 0.429 ;
    RECT 1.793 0.297 2.475 0.363 ;
    RECT 3.553 0.308 3.619 0.528 ;
    RECT 1.628 0.363 1.859 0.429 ;
    RECT 1.947 0.429 2.651 0.495 ;
    RECT 1.628 0.429 1.694 0.605 ;
    RECT 3.311 0.462 3.377 0.528 ;
    RECT 1.793 0.495 2.013 0.561 ;
    RECT 3.311 0.528 3.619 0.594 ;
    RECT 2.343 0.561 2.607 0.627 ;
    RECT 1.793 0.561 1.859 0.792 ;
    RECT 0.957 0.594 1.023 0.99 ;
    RECT 3.553 0.594 3.619 0.792 ;
    RECT 1.397 0.605 1.694 0.671 ;
    RECT 2.541 0.627 2.607 0.748 ;
    RECT 2.343 0.627 2.409 0.891 ;
    RECT 1.397 0.671 1.463 0.792 ;
    RECT 1.639 0.792 1.859 0.858 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.639 0.858 1.705 1.012 ;
    RECT 3.487 0.88 3.553 1.023 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.089 0.891 1.331 0.957 ;
    RECT 2.343 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.508 0.957 ;
    VIA 2.442 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.089 0.957 1.155 1.056 ;
    RECT 0.429 0.99 1.023 1.056 ;
    RECT 2.211 1.023 3.553 1.089 ;
  END
END LDN_LDPRBSB_1
#
# 
MACRO LDN_LDPRBSB_2 FOREIGN C0A07BLDN_LDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.257 0.033 4.323 0.264 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.264 3.465 0.594 ;
      RECT 2.145 0.396 2.343 0.462 ;
      RECT 2.277 0.33 2.343 0.396 ;
      RECT 2.145 0.198 2.211 0.396 ;
      RECT 0.495 0.33 0.561 0.495 ;
      RECT 0.495 0.495 0.715 0.561 ;
      LAYER M2L ;
      RECT 0.462 0.363 3.498 0.429 ;
      VIA 0.528 0.396 V1L2L ;
      VIA 2.178 0.396 V1L2L ;
      VIA 3.432 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.88 0.451 1.023 0.539 ;
      RECT 0.957 0.539 1.023 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.389 0.825 4.532 0.891 ;
      RECT 4.389 0.297 4.532 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.803 ;
      RECT 3.707 0.803 3.927 0.869 ;
      RECT 3.707 0.869 3.795 0.99 ;
      RECT 3.707 0.297 3.927 0.363 ;
      RECT 3.707 0.198 3.795 0.297 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 2.871 0.495 ;
      RECT 2.805 0.495 2.871 0.594 ;
    END
  END SD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.891 0.693 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 1.089 0.528 1.155 0.825 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.66 ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.231 1.419 0.66 ;
      RECT 1.353 0.165 1.947 0.231 ;
      RECT 1.881 0.231 1.947 0.594 ;
      RECT 0.297 0.693 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.561 0.924 0.627 1.155 ;
      RECT 4.257 0.924 4.323 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.034 0.528 1.738 0.605 ;
    RECT 0 0.528 1.034 0.605 ;
    RECT 1.738 0.528 4.752 0.605 ;
    RECT 0 0.605 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.597 0.165 ;
    RECT 0.418 0.143 1.078 0.209 ;
    RECT 3.091 0.165 3.157 0.297 ;
    RECT 3.531 0.165 3.597 0.495 ;
    RECT 0.055 0.176 0.121 0.957 ;
    RECT 2.519 0.198 2.585 0.297 ;
    RECT 4.103 0.198 4.169 0.495 ;
    RECT 0.77 0.275 1.254 0.341 ;
    RECT 3.267 0.286 3.333 0.429 ;
    RECT 1.485 0.297 1.815 0.363 ;
    RECT 2.409 0.297 3.157 0.363 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 1.485 0.363 1.551 0.825 ;
    RECT 2.409 0.363 2.475 0.627 ;
    RECT 2.937 0.429 3.333 0.495 ;
    RECT 1.617 0.462 1.683 0.858 ;
    RECT 2.541 0.462 2.607 0.825 ;
    RECT 2.937 0.495 3.003 0.825 ;
    RECT 3.531 0.495 3.762 0.561 ;
    RECT 4.103 0.495 4.29 0.561 ;
    RECT 3.531 0.561 3.597 0.957 ;
    RECT 4.103 0.561 4.169 0.858 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 2.024 0.627 2.475 0.693 ;
    RECT 3.069 0.693 3.41 0.759 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 1.749 0.759 2.244 0.825 ;
    RECT 3.069 0.759 3.135 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.716 0.825 ;
    RECT 2.112 0.759 3.168 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 0.495 0.957 ;
    RECT 1.342 0.825 1.551 0.891 ;
    RECT 1.749 0.825 1.815 1.056 ;
    RECT 2.343 0.825 3.003 0.891 ;
    RECT 2.343 0.891 2.409 0.99 ;
    RECT 0.055 0.957 0.495 1.023 ;
    RECT 0.946 0.957 1.65 1.023 ;
    RECT 2.838 0.957 3.597 1.023 ;
  END
END LDN_LDPRBSB_2
#
# 
MACRO LDN_LDPRBSB_4 FOREIGN C0A07BLDN_LDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.649 ;
      RECT 2.673 0.429 2.739 0.594 ;
      RECT 2.541 0.363 2.739 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.429 0.627 0.495 ;
      RECT 0.561 0.495 0.627 0.594 ;
      RECT 0.297 0.33 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.96 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 3.894 0.396 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.148 0.726 5.72 0.858 ;
      RECT 5.236 0.297 5.72 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.32 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.495 3.135 0.858 ;
      RECT 3.069 0.429 3.267 0.495 ;
      RECT 3.201 0.495 3.267 0.594 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.693 ;
      RECT 4.125 0.693 4.719 0.759 ;
      RECT 4.125 0.759 4.191 0.99 ;
      RECT 4.125 0.297 4.719 0.363 ;
      RECT 4.125 0.198 4.191 0.297 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.473 1.947 0.726 ;
      RECT 1.881 0.407 2.343 0.473 ;
      RECT 2.277 0.473 2.343 0.594 ;
      RECT 0.165 0.418 0.231 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.98 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 5.797 0.913 5.863 1.155 ;
      RECT 5.071 0.924 5.137 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.586 1.045 3.652 1.155 ;
      RECT 3.52 0.979 3.652 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 5.412 0.957 5.544 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 5.94 0.55 ;
    RECT 0 0.55 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.099 2.475 0.165 ;
    RECT 3.531 0.099 4.059 0.165 ;
    RECT 0.99 0.143 1.87 0.209 ;
    RECT 1.969 0.165 2.035 0.275 ;
    RECT 2.409 0.165 2.475 0.957 ;
    RECT 3.531 0.165 3.597 0.297 ;
    RECT 3.993 0.165 4.059 0.495 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 4.873 0.198 4.939 0.495 ;
    RECT 0.033 0.22 0.143 0.352 ;
    RECT 0.473 0.275 1.32 0.341 ;
    RECT 1.562 0.275 2.035 0.341 ;
    RECT 3.707 0.286 3.773 0.429 ;
    RECT 2.805 0.297 3.597 0.363 ;
    RECT 0.033 0.352 0.099 0.847 ;
    RECT 2.805 0.363 2.871 0.693 ;
    RECT 3.333 0.429 3.773 0.495 ;
    RECT 2.937 0.462 3.003 0.99 ;
    RECT 3.333 0.495 3.399 0.693 ;
    RECT 3.993 0.495 4.532 0.561 ;
    RECT 4.873 0.495 5.456 0.561 ;
    RECT 3.465 0.561 3.608 0.627 ;
    RECT 3.993 0.561 4.059 0.847 ;
    RECT 4.873 0.561 4.939 0.924 ;
    RECT 2.541 0.594 2.607 0.693 ;
    RECT 3.465 0.627 3.531 0.715 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.564 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 1.782 0.759 ;
    RECT 3.201 0.693 3.399 0.759 ;
    RECT 2.541 0.693 2.871 0.759 ;
    RECT 3.465 0.715 3.85 0.781 ;
    RECT 0.297 0.759 0.363 0.847 ;
    RECT 3.201 0.759 3.267 0.99 ;
    RECT 0.033 0.847 0.363 0.913 ;
    RECT 0.473 0.847 1.287 0.913 ;
    RECT 1.386 0.847 2.211 0.913 ;
    RECT 3.333 0.847 4.059 0.913 ;
    RECT 2.783 0.88 2.849 0.99 ;
    RECT 0.033 0.913 0.121 0.99 ;
    RECT 1.221 0.913 1.287 0.979 ;
    RECT 0.473 0.913 0.539 0.99 ;
    RECT 2.145 0.913 2.211 0.957 ;
    RECT 3.333 0.913 3.399 0.99 ;
    RECT 2.145 0.957 2.475 1.023 ;
    RECT 1.221 0.979 2.046 1.045 ;
    RECT 2.783 0.99 3.267 1.056 ;
  END
END LDN_LDPRBSB_4
#
# 
MACRO LDN_LDP_2RE FOREIGN C0A07BLDN_LDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.135 0.275 ;
      RECT 2.827 0.033 2.893 0.264 ;
      RECT 2.431 0.033 2.497 0.396 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.671 0.033 0.737 0.396 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.363 3.003 0.429 ;
      RECT 2.937 0.429 3.003 0.759 ;
      RECT 2.607 0.759 3.003 0.825 ;
      RECT 2.607 0.825 2.673 1.034 ;
      RECT 2.607 0.154 2.673 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.132 0.462 0.231 0.528 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 3.234 0.319 3.531 0.385 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 0.209 1.023 0.319 1.155 ;
      RECT 0.209 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.924 3.135 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 1.023 0.759 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.243 0.132 1.309 0.33 ;
    RECT 1.606 0.132 1.672 0.165 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 1.606 0.165 1.936 0.231 ;
    RECT 0.858 0.297 1.155 0.33 ;
    RECT 1.925 0.297 2.365 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.429 0.33 0.561 0.396 ;
    RECT 0.858 0.33 1.309 0.363 ;
    RECT 1.617 0.33 1.815 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 1.089 0.363 1.309 0.396 ;
    RECT 1.925 0.363 1.991 0.594 ;
    RECT 2.277 0.363 2.365 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.848 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.462 ;
    RECT 0.495 0.396 0.561 0.66 ;
    RECT 1.089 0.396 1.155 0.759 ;
    RECT 1.749 0.396 1.815 0.462 ;
    RECT 1.617 0.396 1.683 0.594 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.221 0.462 1.419 0.528 ;
    RECT 2.145 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.495 ;
    RECT 3.201 0.462 3.399 0.495 ;
    RECT 2.442 0.495 2.816 0.561 ;
    RECT 3.069 0.495 3.399 0.528 ;
    LAYER M2L ;
    RECT 0.462 0.495 1.452 0.561 ;
    RECT 2.244 0.495 3.3 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 0.528 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.528 1.287 0.594 ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 2.057 0.528 2.211 0.594 ;
    RECT 3.069 0.528 3.267 0.561 ;
    RECT 3.333 0.528 3.399 0.594 ;
    RECT 2.442 0.561 2.508 0.825 ;
    RECT 3.069 0.561 3.135 0.594 ;
    RECT 3.201 0.561 3.267 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 2.057 0.594 2.123 0.693 ;
    RECT 0.429 0.66 0.561 0.726 ;
    RECT 2.222 0.693 2.365 0.759 ;
    RECT 1.386 0.693 2.123 0.759 ;
    RECT 0.429 0.726 0.495 0.924 ;
    RECT 0.891 0.759 1.287 0.825 ;
    RECT 2.057 0.759 2.123 0.825 ;
    RECT 0.033 0.792 0.143 0.825 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.034 ;
    RECT 1.826 0.825 1.958 0.891 ;
    RECT 2.057 0.825 2.508 0.891 ;
    RECT 0.033 0.891 0.143 1.045 ;
    RECT 1.892 0.891 1.958 0.957 ;
    RECT 1.21 0.957 1.958 1.023 ;
    RECT 1.21 1.023 1.276 1.056 ;
  END
END LDN_LDP_2RE
#
# 
MACRO LDN_MAJ3B_2 FOREIGN C0A07BLDN_MAJ3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.563 0.033 2.629 0.198 ;
      RECT 2.563 0.198 2.673 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.2 0.693 2.838 0.759 ;
      RECT 2.2 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.475 0.165 ;
    RECT 1.045 0.132 1.111 0.198 ;
    RECT 1.705 0.165 1.771 0.264 ;
    RECT 2.057 0.165 2.123 0.264 ;
    RECT 2.409 0.165 2.475 0.33 ;
    RECT 0.231 0.198 0.297 0.429 ;
    RECT 0.957 0.198 1.111 0.264 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 0.957 0.264 1.023 0.671 ;
    RECT 1.375 0.264 1.441 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.739 0.264 2.805 0.33 ;
    RECT 0.385 0.297 0.627 0.363 ;
    RECT 2.409 0.33 2.805 0.396 ;
    RECT 1.122 0.363 1.287 0.429 ;
    RECT 1.375 0.363 1.947 0.429 ;
    RECT 0.561 0.363 0.627 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.363 1.254 0.429 ;
    VIA 0.264 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.429 0.297 0.495 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.123 0.462 2.189 0.561 ;
    RECT 0.055 0.495 0.121 0.792 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 1.485 0.495 1.936 0.561 ;
    RECT 1.485 0.561 1.551 0.627 ;
    RECT 2.035 0.561 2.189 0.627 ;
    RECT 1.089 0.627 1.551 0.671 ;
    RECT 1.672 0.627 2.101 0.693 ;
    RECT 0.957 0.671 1.551 0.693 ;
    RECT 0.957 0.693 1.155 0.737 ;
    RECT 1.672 0.693 1.738 0.759 ;
    RECT 1.221 0.759 1.738 0.825 ;
    RECT 0.957 0.825 1.287 0.891 ;
    RECT 1.881 0.825 2.981 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 2.915 0.891 2.981 0.99 ;
    RECT 1.881 0.891 1.947 1.023 ;
    RECT 1.375 0.924 1.441 1.023 ;
    RECT 0.561 0.957 1.023 1.023 ;
    RECT 1.375 1.023 1.947 1.089 ;
  END
END LDN_MAJ3B_2
#
# 
MACRO LDN_MAJ3B_4 FOREIGN C0A07BLDN_MAJ3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.284592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 4.323 0.759 ;
      RECT 4.235 0.825 4.686 0.891 ;
      RECT 4.235 0.759 4.323 0.825 ;
      RECT 3.344 0.297 3.795 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0.814 0.528 1.474 0.682 ;
    RECT 0 0.528 0.814 0.682 ;
    RECT 1.474 0.528 4.884 0.682 ;
    RECT 0 0.682 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.056 0.165 ;
    RECT 2.497 0.132 2.882 0.165 ;
    RECT 0.99 0.165 1.122 0.231 ;
    RECT 0.561 0.165 0.627 0.264 ;
    RECT 2.497 0.165 3.971 0.198 ;
    RECT 1.419 0.198 1.485 0.627 ;
    RECT 2.816 0.198 3.971 0.231 ;
    RECT 2.497 0.198 2.563 0.264 ;
    RECT 0.231 0.22 0.297 0.33 ;
    RECT 0.693 0.231 0.902 0.297 ;
    RECT 3.905 0.231 3.971 0.363 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.782 0.297 2.266 0.363 ;
    RECT 2.64 0.297 3.124 0.363 ;
    RECT 4.202 0.297 4.686 0.363 ;
    RECT 0.231 0.33 0.363 0.396 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 2.2 0.363 2.706 0.429 ;
    RECT 3.905 0.363 4.268 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.825 ;
    RECT 1.617 0.495 2.112 0.561 ;
    RECT 2.211 0.495 3.014 0.561 ;
    RECT 3.179 0.495 3.564 0.561 ;
    RECT 2.211 0.561 2.277 0.627 ;
    RECT 3.179 0.561 3.245 0.627 ;
    RECT 1.419 0.627 2.277 0.693 ;
    RECT 2.442 0.627 3.245 0.693 ;
    RECT 1.419 0.693 1.485 0.924 ;
    RECT 2.442 0.693 2.508 0.891 ;
    RECT 0.198 0.825 0.363 0.891 ;
    RECT 0.55 0.825 1.089 0.891 ;
    RECT 1.782 0.825 2.233 0.891 ;
    RECT 2.673 0.825 4.158 0.891 ;
    RECT 1.023 0.891 1.089 1.056 ;
    RECT 2.376 0.891 2.508 0.957 ;
    RECT 4.092 0.891 4.158 0.979 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 2.673 0.891 2.739 1.023 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.508 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.763 0.924 4.829 1.023 ;
    RECT 4.092 0.979 4.51 1.023 ;
    RECT 4.092 1.023 4.829 1.045 ;
    RECT 2.167 1.023 2.739 1.089 ;
    RECT 4.444 1.045 4.829 1.089 ;
  END
END LDN_MAJ3B_4
#
# 
MACRO LDN_MAJ3_0P5 FOREIGN C0A07BLDN_MAJ3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.187 ;
      RECT 0.374 0.187 0.506 0.253 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.671 ;
      RECT 0.121 0.671 0.759 0.737 ;
      RECT 0.121 0.594 0.187 0.671 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 1.089 0.594 1.287 0.66 ;
      RECT 1.221 0.66 1.287 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.979 0.165 1.045 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.176 0.297 0.33 ;
    RECT 0.77 0.231 0.902 0.297 ;
    RECT 0.836 0.297 0.902 0.462 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 1.221 0.396 1.287 0.462 ;
    RECT 0.836 0.462 1.287 0.528 ;
    RECT 0.836 0.528 0.902 0.891 ;
    RECT 0.231 0.803 0.671 0.869 ;
    RECT 0.605 0.869 0.671 1.023 ;
    RECT 0.231 0.869 0.297 1.056 ;
    RECT 0.77 0.891 0.902 0.957 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 0.605 1.023 1.045 1.089 ;
  END
END LDN_MAJ3_0P5
#
# 
MACRO LDN_MAJ3_1 FOREIGN C0A07BLDN_MAJ3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.121 0.66 0.759 0.726 ;
      RECT 0.121 0.594 0.187 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 0.957 0.594 1.155 0.66 ;
      RECT 0.957 0.66 1.023 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.198 1.419 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.001 0.506 1.155 ;
      RECT 0.374 0.935 0.506 1.001 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.067 0.165 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 0.77 0.231 0.913 0.297 ;
    RECT 0.825 0.297 0.913 0.396 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 0.825 0.396 1.287 0.462 ;
    RECT 1.221 0.462 1.287 0.594 ;
    RECT 0.825 0.462 0.891 0.88 ;
    RECT 0.198 0.803 0.66 0.869 ;
    RECT 0.594 0.869 0.66 1.023 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 0.594 1.023 1.067 1.089 ;
  END
END LDN_MAJ3_1
#
# 
MACRO LDN_MAJ3_2 FOREIGN C0A07BLDN_MAJ3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.462 1.056 0.594 ;
      RECT 0.825 0.33 0.891 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.616 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 2.244 0.726 2.508 0.858 ;
      RECT 2.31 0.319 2.475 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.507 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.616 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.254 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.188 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 2.079 0.231 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 0.583 0.231 0.649 0.88 ;
    RECT 1.254 0.297 1.738 0.363 ;
    RECT 2.013 0.495 2.189 0.561 ;
    RECT 2.013 0.561 2.079 0.825 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 1.782 0.792 1.848 0.825 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 1.782 0.825 2.079 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.407 0.913 0.473 0.979 ;
    RECT 1.639 0.957 2.09 1.023 ;
    RECT 0.407 0.979 0.858 1.045 ;
    RECT 2.024 1.023 2.09 1.056 ;
  END
END LDN_MAJ3_2
#
# 
MACRO LDN_MAJ3_3 FOREIGN C0A07BLDN_MAJ3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.385 2.871 0.693 ;
      RECT 2.805 0.759 2.871 0.858 ;
      RECT 2.354 0.693 2.871 0.759 ;
      RECT 2.805 0.198 2.871 0.319 ;
      RECT 2.354 0.319 2.871 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.496 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.452 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.386 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.121 0.825 0.187 ;
    RECT 1.628 0.143 2.112 0.209 ;
    RECT 0.759 0.187 0.825 0.264 ;
    RECT 0.407 0.187 0.473 0.286 ;
    RECT 0.935 0.198 1.001 0.275 ;
    RECT 1.628 0.209 1.694 0.275 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.55 0.275 0.682 0.341 ;
    RECT 0.935 0.275 1.694 0.341 ;
    RECT 1.804 0.275 2.079 0.341 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.55 0.341 0.638 0.671 ;
    RECT 2.013 0.341 2.079 0.495 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.112 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.495 2.64 0.561 ;
    RECT 2.013 0.561 2.079 0.693 ;
    RECT 0.55 0.671 0.682 0.737 ;
    RECT 1.804 0.693 2.079 0.759 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.902 0.825 2.112 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
  END
END LDN_MAJ3_3
#
# 
MACRO LDN_MAJ3_4 FOREIGN C0A07BLDN_MAJ3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.012 0.462 1.716 0.594 ;
      RECT 1.221 0.198 1.287 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.256 0.726 3.828 0.858 ;
      RECT 3.256 0.297 3.74 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.594 2.739 0.726 ;
      RECT 1.881 0.462 2.739 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.22 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.772 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 2.376 0.165 2.86 0.231 ;
    RECT 0.572 0.231 0.638 0.297 ;
    RECT 2.376 0.231 2.442 0.297 ;
    RECT 0.198 0.297 0.638 0.363 ;
    RECT 1.628 0.297 2.442 0.363 ;
    RECT 2.552 0.297 2.871 0.363 ;
    RECT 0.748 0.319 0.891 0.385 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.825 0.385 0.891 0.693 ;
    RECT 3.091 0.495 3.498 0.561 ;
    RECT 3.091 0.561 3.157 0.825 ;
    RECT 0.748 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 0.198 0.825 1.056 0.891 ;
    RECT 1.309 0.825 2.475 0.891 ;
    RECT 2.541 0.825 3.157 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.409 0.957 2.86 1.023 ;
  END
END LDN_MAJ3_4
#
# 
MACRO LDN_MAJ3_6 FOREIGN C0A07BLDN_MAJ3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 2.409 0.462 3.267 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.132 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.363 3.3 0.429 ;
      VIA 0.198 0.396 V1L2L ;
      VIA 3.234 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 2.167 0.594 ;
      RECT 1.485 0.198 1.551 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.092 0.726 5.016 0.858 ;
      RECT 4.114 0.297 4.95 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.971 0.946 4.037 1.155 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 4.642 0.979 4.774 1.045 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.232 0.231 ;
    RECT 3.058 0.165 3.718 0.231 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 3.058 0.231 3.124 0.297 ;
    RECT 1.309 0.242 1.375 0.319 ;
    RECT 0.374 0.297 0.814 0.363 ;
    RECT 1.98 0.297 3.124 0.363 ;
    RECT 3.388 0.297 3.927 0.363 ;
    RECT 0.924 0.319 1.375 0.385 ;
    RECT 3.861 0.363 3.927 0.495 ;
    RECT 1.089 0.385 1.155 0.693 ;
    RECT 3.861 0.495 4.686 0.561 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 0.924 0.693 3.267 0.759 ;
    RECT 3.201 0.759 3.267 0.825 ;
    RECT 0.055 0.825 1.551 0.891 ;
    RECT 1.661 0.825 3.135 0.891 ;
    RECT 3.201 0.825 3.927 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.485 0.891 1.551 0.968 ;
    RECT 3.069 0.891 3.135 0.957 ;
    RECT 1.661 0.891 1.727 0.968 ;
    RECT 3.069 0.957 3.894 1.023 ;
    RECT 3.828 1.023 3.894 1.056 ;
  END
END LDN_MAJ3_6
#
# 
MACRO LDN_MAJI3_0P5 FOREIGN C0A07BLDN_MAJI3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.671 ;
      RECT 0.033 0.671 0.759 0.737 ;
      RECT 0.693 0.462 0.759 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.297 0.891 0.847 ;
      RECT 0.825 0.847 0.968 0.913 ;
      RECT 0.825 0.231 0.968 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.067 0.165 1.133 0.286 ;
    RECT 0.693 0.165 0.759 0.297 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 0.275 0.297 0.759 0.363 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDN_MAJI3_0P5
#
# 
MACRO LDN_MAJI3_1 FOREIGN C0A07BLDN_MAJI3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.352 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.957 0.462 1.067 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.891 ;
      RECT 0.825 0.891 0.968 0.957 ;
      RECT 0.825 0.297 0.968 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.154 1.133 0.22 ;
    RECT 0.616 0.22 0.682 0.275 ;
    RECT 1.067 0.22 1.133 0.286 ;
    RECT 0.242 0.275 0.682 0.341 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDN_MAJI3_1
#
# 
MACRO LDN_MAJI3_2 FOREIGN C0A07BLDN_MAJI3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.627 ;
      RECT 1.254 0.627 1.419 0.693 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.386 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.858 1.881 0.924 ;
      RECT 1.815 0.792 1.947 0.858 ;
      RECT 1.881 0.396 1.947 0.792 ;
      RECT 1.815 0.33 1.947 0.396 ;
      RECT 1.815 0.264 1.881 0.33 ;
      RECT 0.561 0.264 0.649 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.98 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 1.914 0.792 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 1.639 0.099 2.057 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 1.991 0.165 2.057 0.264 ;
    RECT 1.639 0.165 1.705 0.297 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.902 0.297 1.705 0.363 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 1.023 ;
    RECT 0.407 0.913 0.473 0.957 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 1.639 1.023 2.057 1.089 ;
  END
END LDN_MAJI3_2
#
# 
MACRO LDN_MAJI3_3 FOREIGN C0A07BLDN_MAJI3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33759 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.847 ;
      RECT 2.541 0.847 3.003 0.913 ;
      RECT 2.937 0.913 3.003 0.99 ;
      RECT 2.541 0.297 3.003 0.363 ;
      RECT 2.937 0.198 3.003 0.297 ;
      RECT 0.825 0.385 0.891 0.671 ;
      RECT 0.748 0.671 1.243 0.737 ;
      RECT 0.748 0.319 1.199 0.385 ;
      RECT 1.133 0.242 1.199 0.319 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.64 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.716 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.871 0.572 ;
      RECT 2.805 0.572 2.871 0.726 ;
      RECT 2.673 0.572 2.739 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.881 0.462 2.376 0.594 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 1.98 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.056 0.209 ;
    RECT 2.365 0.165 2.816 0.231 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.572 0.209 0.638 0.275 ;
    RECT 2.365 0.231 2.431 0.275 ;
    RECT 0.198 0.275 0.638 0.341 ;
    RECT 1.309 0.275 2.431 0.341 ;
    RECT 0.198 0.825 0.638 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.572 0.891 0.638 0.979 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.365 0.891 2.431 0.979 ;
    RECT 0.572 0.979 1.056 1.045 ;
    RECT 2.365 0.979 2.816 1.045 ;
  END
END LDN_MAJI3_3
#
# 
MACRO LDN_MAJI3_4 FOREIGN C0A07BLDN_MAJI3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.363 3.333 0.825 ;
      RECT 3.267 0.825 3.718 0.891 ;
      RECT 3.267 0.297 3.718 0.363 ;
      RECT 0.957 0.385 1.023 0.726 ;
      RECT 0.924 0.726 1.419 0.858 ;
      RECT 0.924 0.319 1.419 0.385 ;
      LAYER M2L ;
      RECT 0.924 0.363 3.366 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 3.3 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 2.167 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.594 2.409 0.726 ;
      RECT 2.343 0.462 3.036 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.264 0.462 0.792 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.442 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.376 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.143 3.883 0.209 ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 3.817 0.209 3.883 0.286 ;
    RECT 3.091 0.209 3.157 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 0.055 0.297 0.814 0.363 ;
    RECT 1.65 0.297 3.157 0.363 ;
    RECT 0.055 0.737 0.121 0.825 ;
    RECT 0.055 0.825 0.814 0.891 ;
    RECT 1.65 0.825 3.157 0.891 ;
    RECT 0.748 0.891 0.814 0.957 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 3.85 0.924 3.916 0.957 ;
    RECT 0.748 0.957 1.584 1.023 ;
    RECT 3.091 0.957 3.916 1.023 ;
  END
END LDN_MAJI3_4
#
# 
MACRO LDN_MAJI3_6 FOREIGN C0A07BLDN_MAJI3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 5.544 0.594 ;
      RECT 5.445 0.594 5.511 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.462 2.904 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.276 0.726 4.719 0.737 ;
      RECT 4.653 0.737 4.719 0.825 ;
      RECT 4.653 0.825 5.456 0.891 ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 4.62 0.297 5.456 0.363 ;
      RECT 2.046 0.671 4.719 0.726 ;
      RECT 1.276 0.737 2.112 0.858 ;
      RECT 1.276 0.319 2.112 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 3.696 0.462 4.851 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 1.056 0.627 4.884 0.693 ;
      VIA 1.122 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.143 2.255 0.209 ;
    RECT 4.455 0.143 5.621 0.209 ;
    RECT 0.055 0.187 0.121 0.275 ;
    RECT 2.343 0.198 2.409 0.275 ;
    RECT 1.1 0.209 1.166 0.275 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 4.455 0.209 4.521 0.275 ;
    RECT 5.555 0.209 5.621 0.286 ;
    RECT 0.055 0.275 1.166 0.341 ;
    RECT 2.343 0.275 4.521 0.341 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 2.343 0.825 4.521 0.891 ;
    RECT 0.055 0.847 1.166 0.913 ;
    RECT 2.343 0.891 2.409 0.968 ;
    RECT 4.455 0.891 4.521 0.979 ;
    RECT 2.189 0.902 2.255 0.979 ;
    RECT 5.555 0.902 5.621 0.979 ;
    RECT 1.1 0.913 1.166 0.979 ;
    RECT 1.1 0.979 2.255 1.045 ;
    RECT 4.455 0.979 5.621 1.045 ;
  END
END LDN_MAJI3_6
#
# 
MACRO LDN_MUX2_0P5 FOREIGN C0A07BLDN_MUX2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 0.99 ;
      RECT 1.705 0.99 1.771 1.056 ;
      RECT 1.705 0.198 1.815 0.264 ;
      RECT 1.705 0.132 1.771 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.473 1.551 0.649 ;
      RECT 1.353 0.407 1.551 0.473 ;
      RECT 1.353 0.473 1.419 0.649 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.584 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.518 0.528 V1L2L ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.726 ;
      RECT 0.693 0.561 1.023 0.627 ;
      RECT 0.693 0.44 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.529 0.946 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.671 0.099 1.309 0.165 ;
    RECT 0.495 0.132 0.561 0.286 ;
    RECT 0.099 0.132 0.165 0.297 ;
    RECT 1.221 0.165 1.309 0.209 ;
    RECT 0.671 0.165 0.737 0.264 ;
    RECT 1.221 0.209 1.386 0.297 ;
    RECT 1.089 0.264 1.155 0.825 ;
    RECT 0.803 0.275 1.023 0.341 ;
    RECT 0.451 0.286 0.561 0.352 ;
    RECT 0.099 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.287 0.924 ;
    RECT 1.617 0.33 1.683 0.781 ;
    RECT 0.957 0.341 1.023 0.462 ;
    RECT 0.451 0.352 0.517 0.693 ;
    RECT 0.297 0.363 0.363 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.716 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.693 0.858 0.759 ;
    RECT 1.397 0.781 1.683 0.847 ;
    RECT 0.055 0.825 1.155 0.891 ;
    RECT 1.397 0.847 1.463 1.023 ;
    RECT 0.055 0.891 0.121 1.034 ;
    RECT 0.715 0.891 0.781 1.056 ;
    RECT 0.88 0.957 1.155 1.023 ;
    RECT 1.089 1.023 1.463 1.089 ;
  END
END LDN_MUX2_0P5
#
# 
MACRO LDN_MUX2_1 FOREIGN C0A07BLDN_MUX2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.924 ;
      RECT 1.573 0.924 1.683 1.056 ;
      RECT 1.573 0.132 1.683 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.858 0.891 1.023 ;
      RECT 0.429 1.023 0.946 1.089 ;
      LAYER M2L ;
      RECT 0.594 0.891 0.99 0.957 ;
      VIA 0.858 0.924 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 1.485 0.165 ;
    RECT 0.055 0.154 0.121 0.231 ;
    RECT 0.605 0.154 0.671 0.363 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 1.419 0.165 1.485 0.33 ;
    RECT 0.451 0.22 0.517 0.495 ;
    RECT 0.055 0.231 0.363 0.297 ;
    RECT 0.924 0.231 1.089 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.199 0.264 1.265 0.33 ;
    RECT 0.297 0.297 0.363 0.836 ;
    RECT 0.924 0.297 0.99 0.462 ;
    RECT 1.155 0.33 1.265 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 0.605 0.363 0.836 0.429 ;
    RECT 1.155 0.396 1.221 0.561 ;
    RECT 1.485 0.396 1.551 0.792 ;
    RECT 0.77 0.429 0.836 0.561 ;
    RECT 0.451 0.495 0.66 0.561 ;
    RECT 0.451 0.561 0.517 0.792 ;
    RECT 0.77 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.221 0.77 ;
    RECT 0.737 0.693 1.023 0.759 ;
    RECT 0.605 0.726 0.671 0.891 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 0.957 0.759 1.023 0.891 ;
    RECT 1.419 0.792 1.551 0.858 ;
    RECT 0.055 0.836 0.363 0.891 ;
    RECT 1.419 0.858 1.485 0.891 ;
    RECT 0.055 0.891 0.671 0.902 ;
    RECT 0.957 0.891 1.485 0.957 ;
    RECT 0.297 0.902 0.671 0.957 ;
    RECT 0.055 0.902 0.121 0.968 ;
  END
END LDN_MUX2_1
#
# 
MACRO LDN_MUX2_2 FOREIGN C0A07BLDN_MUX2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.924 ;
      RECT 0.561 0.924 0.693 0.99 ;
      RECT 0.627 0.99 0.693 1.056 ;
      RECT 0.561 0.198 0.693 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.561 2.046 0.627 ;
      RECT 1.98 0.627 2.046 0.693 ;
      RECT 1.881 0.396 1.947 0.561 ;
      RECT 1.221 0.418 1.331 0.627 ;
      LAYER M2L ;
      RECT 1.188 0.495 1.98 0.561 ;
      VIA 1.254 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.221 0.792 1.287 1.155 ;
      RECT 0.803 0.836 0.869 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.132 1.859 0.198 ;
    RECT 1.947 0.132 2.057 0.33 ;
    RECT 1.023 0.198 1.089 0.33 ;
    RECT 1.749 0.198 1.859 0.264 ;
    RECT 0.231 0.22 0.297 0.286 ;
    LAYER M2L ;
    RECT 0.99 0.231 2.046 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.242 1.683 0.825 ;
    RECT 1.749 0.264 1.815 0.693 ;
    RECT 1.386 0.275 1.551 0.341 ;
    RECT 0.231 0.286 0.495 0.352 ;
    RECT 0.693 0.33 0.759 0.66 ;
    RECT 1.023 0.33 1.155 0.396 ;
    RECT 1.485 0.341 1.551 0.693 ;
    RECT 0.429 0.352 0.495 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.848 0.429 ;
    VIA 0.726 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.396 1.155 0.825 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 1.749 0.693 1.892 0.759 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.99 0.825 1.155 0.891 ;
    RECT 1.617 0.825 2.035 0.891 ;
    RECT 1.485 0.858 1.551 0.957 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.089 0.891 1.155 0.99 ;
    RECT 1.969 0.891 2.035 0.968 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.584 0.957 ;
    VIA 1.122 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.957 1.716 1.023 ;
  END
END LDN_MUX2_2
#
# 
MACRO LDN_MUX2_2RE FOREIGN C0A07BLDN_MUX2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.88 1.683 1.155 ;
      RECT 1.617 0.814 1.716 0.88 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.88 1.947 1.155 ;
      RECT 1.848 0.814 1.947 0.88 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.837 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.969 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.837 0.528 1.903 0.671 ;
    RECT 0.858 0.671 1.903 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDN_MUX2_2RE
#
# 
MACRO LDN_MUX2_3 FOREIGN C0A07BLDN_MUX2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.046 0.693 2.53 0.759 ;
      RECT 2.079 0.297 2.53 0.363 ;
      RECT 2.079 0.22 2.145 0.297 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.308 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.794 0.539 3.135 0.605 ;
      RECT 3.069 0.605 3.135 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.683 0.682 1.815 0.748 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.848 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.121 1.98 0.209 ;
    RECT 1.914 0.209 1.98 0.495 ;
    RECT 1.177 0.209 1.243 1.023 ;
    RECT 0.407 0.264 0.473 0.363 ;
    RECT 1.551 0.275 1.815 0.363 ;
    RECT 1.32 0.275 1.452 0.341 ;
    RECT 2.629 0.275 2.926 0.341 ;
    RECT 0.77 0.319 1.111 0.385 ;
    RECT 1.32 0.341 1.386 0.561 ;
    RECT 2.629 0.341 2.695 0.847 ;
    RECT 0.407 0.363 0.594 0.429 ;
    RECT 1.551 0.363 1.617 0.462 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.65 0.429 ;
    VIA 0.528 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.385 1.111 0.957 ;
    RECT 0.407 0.429 0.473 0.759 ;
    RECT 1.914 0.495 2.178 0.561 ;
    RECT 1.32 0.561 1.584 0.627 ;
    RECT 1.518 0.627 1.584 0.847 ;
    RECT 1.331 0.726 1.441 0.924 ;
    RECT 0.407 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.452 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.518 0.847 3.245 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.179 0.913 3.245 0.99 ;
    RECT 0.77 0.957 1.111 1.023 ;
    RECT 1.496 0.979 1.98 1.023 ;
    RECT 1.177 1.023 1.98 1.045 ;
    RECT 1.177 1.045 1.562 1.089 ;
  END
END LDN_MUX2_3
#
# 
MACRO LDN_MUX2_4 FOREIGN C0A07BLDN_MUX2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.825 ;
      RECT 2.783 0.825 3.234 0.891 ;
      RECT 2.783 0.891 2.849 0.968 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.64 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.561 1.881 0.627 ;
      RECT 1.694 0.627 1.881 0.693 ;
      RECT 1.694 0.495 1.881 0.561 ;
      RECT 0.693 0.44 0.759 0.627 ;
      RECT 0.594 0.627 0.759 0.693 ;
      LAYER M2L ;
      RECT 0.594 0.627 1.848 0.693 ;
      VIA 0.66 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.099 1.947 0.165 ;
    RECT 2.079 0.154 2.145 0.22 ;
    RECT 1.133 0.165 1.199 0.264 ;
    RECT 1.881 0.165 1.947 0.264 ;
    RECT 1.573 0.165 1.639 0.308 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.035 0.22 2.145 0.319 ;
    RECT 1.309 0.231 1.452 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.178 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.264 1.815 0.363 ;
    RECT 0.77 0.275 0.902 0.341 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 1.529 0.308 1.639 0.374 ;
    RECT 2.035 0.319 2.53 0.385 ;
    RECT 0.836 0.341 0.902 0.495 ;
    RECT 0.429 0.363 0.594 0.429 ;
    RECT 1.705 0.363 1.936 0.429 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.914 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.374 1.595 1.023 ;
    RECT 2.035 0.385 2.101 0.671 ;
    RECT 0.429 0.429 0.495 0.759 ;
    RECT 0.836 0.495 1.166 0.561 ;
    RECT 2.772 0.495 2.948 0.561 ;
    RECT 0.836 0.561 0.902 0.759 ;
    RECT 2.772 0.561 2.838 0.682 ;
    RECT 1.958 0.671 2.53 0.737 ;
    RECT 2.629 0.682 2.838 0.748 ;
    RECT 0.99 0.693 1.056 0.759 ;
    RECT 1.958 0.737 2.024 0.792 ;
    RECT 2.629 0.748 2.695 0.803 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 0.77 0.759 0.902 0.825 ;
    RECT 0.99 0.759 1.397 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.122 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.792 2.024 0.858 ;
    RECT 2.09 0.803 2.695 0.869 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 1.331 0.825 1.397 0.902 ;
    RECT 1.705 0.858 1.771 0.924 ;
    RECT 2.09 0.869 2.156 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.133 0.924 1.199 1.023 ;
    RECT 1.848 0.957 2.156 1.023 ;
    RECT 1.133 1.023 1.914 1.089 ;
  END
END LDN_MUX2_4
#
# 
MACRO LDN_MUX2_6 FOREIGN C0A07BLDN_MUX2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.62 0.033 4.686 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.165528 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.198 2.013 0.495 ;
      RECT 1.562 0.495 2.013 0.561 ;
      RECT 0.099 0.198 0.165 0.462 ;
      RECT 0.099 0.462 0.44 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.231 2.046 0.297 ;
      VIA 0.132 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.431 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.462 4.455 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 2.926 0.693 3.762 0.759 ;
      RECT 2.926 0.297 3.762 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.121 1.705 0.187 ;
    RECT 0.902 0.187 1.353 0.209 ;
    RECT 1.639 0.187 1.705 0.264 ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 1.287 0.209 1.353 0.847 ;
    RECT 0.605 0.22 0.671 0.275 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 0.759 0.242 0.825 0.319 ;
    RECT 4.059 0.264 4.125 0.297 ;
    RECT 0.253 0.275 0.671 0.341 ;
    RECT 1.463 0.286 1.529 0.363 ;
    RECT 1.815 0.286 1.881 0.363 ;
    RECT 2.211 0.297 2.662 0.363 ;
    RECT 4.059 0.297 4.829 0.363 ;
    RECT 0.759 0.319 1.21 0.385 ;
    RECT 0.605 0.341 0.671 0.495 ;
    RECT 1.463 0.363 1.881 0.429 ;
    RECT 2.596 0.363 2.662 0.715 ;
    RECT 4.059 0.363 4.125 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.158 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 4.092 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.144 0.385 1.21 0.627 ;
    RECT 0.605 0.495 0.968 0.561 ;
    RECT 2.761 0.495 3.146 0.561 ;
    RECT 0.605 0.561 0.671 0.759 ;
    RECT 1.419 0.561 1.485 0.715 ;
    RECT 2.761 0.561 2.827 0.847 ;
    RECT 1.056 0.627 1.21 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.715 2.662 0.781 ;
    RECT 0.22 0.759 0.671 0.825 ;
    RECT 0.759 0.759 1.177 0.825 ;
    RECT 0.605 0.825 0.671 0.858 ;
    RECT 1.111 0.825 1.177 0.902 ;
    RECT 0.759 0.825 0.825 0.99 ;
    RECT 2.937 0.825 4.829 0.891 ;
    RECT 1.287 0.847 2.827 0.913 ;
    RECT 2.937 0.891 3.003 0.99 ;
    RECT 4.763 0.891 4.829 0.99 ;
    LAYER M2L ;
    RECT 0.726 0.891 3.036 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.913 1.353 1.012 ;
    RECT 0.935 0.946 1.001 1.012 ;
    RECT 0.935 1.012 1.353 1.078 ;
  END
END LDN_MUX2_6
#
# 
MACRO LDN_MUX2_8 FOREIGN C0A07BLDN_MUX2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.193 0.033 6.259 0.264 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.641 0.033 3.707 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.374 5.907 0.726 ;
      RECT 4.939 0.726 6.094 0.858 ;
      RECT 4.939 0.858 5.005 0.968 ;
      RECT 4.906 0.286 6.094 0.374 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.528 4.488 0.594 ;
      RECT 3.729 0.462 4.488 0.528 ;
      RECT 3.729 0.33 3.795 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 2.838 0.627 3.025 0.693 ;
      RECT 2.959 0.561 3.267 0.627 ;
      RECT 3.201 0.462 3.267 0.561 ;
      RECT 1.617 0.627 1.848 0.693 ;
      RECT 1.617 0.528 1.683 0.627 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.97 0.693 ;
      VIA 1.782 0.66 V1L2L ;
      VIA 2.904 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.5 1.045 5.566 1.155 ;
      RECT 5.434 0.979 5.566 1.045 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.193 0.924 6.259 1.155 ;
      RECT 5.852 1.045 5.918 1.155 ;
      RECT 5.786 0.979 5.918 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.507 0.946 1.573 1.155 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.254 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 3.344 0.209 ;
    RECT 1.98 0.165 2.783 0.231 ;
    RECT 3.883 0.176 3.949 0.275 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.871 0.209 2.959 0.33 ;
    RECT 1.507 0.22 1.573 0.319 ;
    RECT 2.717 0.231 2.783 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.264 1.001 0.297 ;
    RECT 3.883 0.275 4.686 0.341 ;
    RECT 3.069 0.275 3.564 0.341 ;
    RECT 0.935 0.297 1.419 0.319 ;
    RECT 2.156 0.297 2.607 0.363 ;
    RECT 0.231 0.319 1.419 0.363 ;
    RECT 1.507 0.319 2.057 0.385 ;
    RECT 4.62 0.341 4.686 0.671 ;
    RECT 3.069 0.341 3.135 0.429 ;
    RECT 3.498 0.341 3.564 0.803 ;
    RECT 0.231 0.363 1.001 0.385 ;
    RECT 2.541 0.363 2.607 0.627 ;
    RECT 0.935 0.385 1.001 0.759 ;
    RECT 1.991 0.385 2.057 0.495 ;
    RECT 2.717 0.429 3.135 0.495 ;
    RECT 1.991 0.495 2.42 0.561 ;
    RECT 4.796 0.495 5.61 0.561 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 4.796 0.561 4.862 0.803 ;
    RECT 3.333 0.594 3.399 0.759 ;
    RECT 2.541 0.627 2.739 0.693 ;
    RECT 3.696 0.627 3.894 0.671 ;
    LAYER M2L ;
    RECT 3.3 0.627 3.828 0.693 ;
    VIA 3.366 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.696 0.671 4.686 0.693 ;
    RECT 2.673 0.693 2.739 0.759 ;
    RECT 3.828 0.693 4.686 0.737 ;
    RECT 0.935 0.759 1.188 0.825 ;
    RECT 1.298 0.759 2.057 0.825 ;
    RECT 2.156 0.759 2.607 0.825 ;
    RECT 2.673 0.759 3.399 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.31 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.498 0.803 4.862 0.869 ;
    RECT 0.231 0.825 1.001 0.891 ;
    RECT 2.541 0.825 2.607 0.902 ;
    RECT 3.498 0.869 3.564 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.013 0.924 2.079 1.012 ;
    RECT 2.365 0.946 2.431 1.012 ;
    RECT 2.717 0.946 2.783 1.012 ;
    RECT 3.069 0.946 3.135 1.012 ;
    RECT 3.388 0.957 3.564 1.012 ;
    RECT 2.013 1.012 3.564 1.023 ;
    RECT 2.013 1.023 3.454 1.078 ;
  END
END LDN_MUX2_8
#
# 
MACRO LDN_MUX2_HD_1 FOREIGN C0A07BLDN_MUX2_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.165 0.363 0.462 ;
      RECT 0.088 0.099 0.704 0.165 ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.924 ;
      RECT 1.441 0.924 1.551 1.056 ;
      RECT 1.441 0.132 1.551 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.177 0.396 1.243 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.99 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.32 0.165 ;
    RECT 1.254 0.165 1.32 0.264 ;
    RECT 0.847 0.165 0.913 0.374 ;
    RECT 0.033 0.242 0.187 0.308 ;
    RECT 0.451 0.264 0.737 0.33 ;
    RECT 1.254 0.264 1.375 0.33 ;
    RECT 0.033 0.308 0.121 0.759 ;
    RECT 1.045 0.308 1.111 0.858 ;
    RECT 0.671 0.33 0.737 0.418 ;
    RECT 0.451 0.33 0.517 0.924 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 1.353 0.396 1.419 0.792 ;
    RECT 0.913 0.462 0.979 0.759 ;
    RECT 0.594 0.594 0.682 0.759 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.594 0.759 0.979 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 0.726 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.121 0.924 ;
    RECT 1.254 0.858 1.353 0.924 ;
    RECT 1.254 0.924 1.32 0.957 ;
    RECT 0.638 0.957 1.32 1.023 ;
  END
END LDN_MUX2_HD_1
#
# 
MACRO LDN_MUX2_HD_2 FOREIGN C0A07BLDN_MUX2_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.441 0.033 1.507 0.165 ;
      RECT 1.441 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.682 0.462 0.891 0.594 ;
      LAYER M2L ;
      RECT 0.561 0.495 0.891 0.561 ;
      VIA 0.792 0.528 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.396 1.815 0.792 ;
      RECT 1.683 0.792 1.815 0.858 ;
      RECT 1.683 0.858 1.749 0.924 ;
      RECT 1.683 0.33 1.815 0.396 ;
      RECT 1.683 0.264 1.749 0.33 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.99 1.551 1.155 ;
      RECT 1.485 0.924 1.617 0.99 ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.342 0.165 ;
    RECT 0.924 0.165 0.99 0.187 ;
    RECT 1.276 0.165 1.342 0.297 ;
    RECT 0.077 0.187 0.748 0.253 ;
    RECT 0.858 0.187 0.99 0.253 ;
    RECT 0.077 0.253 0.143 0.33 ;
    RECT 0.297 0.253 0.363 0.847 ;
    RECT 1.133 0.264 1.199 0.66 ;
    RECT 1.276 0.297 1.617 0.363 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.551 0.363 1.617 0.792 ;
    RECT 1.001 0.385 1.067 0.55 ;
    RECT 0.429 0.385 0.495 0.704 ;
    RECT 1.034 0.66 1.287 0.715 ;
    RECT 0.616 0.682 0.682 0.715 ;
    RECT 0.429 0.704 0.539 0.77 ;
    RECT 0.616 0.715 1.287 0.726 ;
    RECT 0.616 0.726 1.1 0.781 ;
    RECT 1.221 0.726 1.287 0.792 ;
    RECT 0.473 0.77 0.539 0.836 ;
    RECT 1.353 0.792 1.617 0.858 ;
    RECT 0.077 0.847 0.363 0.913 ;
    RECT 0.616 0.847 1.166 0.913 ;
    RECT 1.353 0.858 1.419 0.979 ;
    RECT 0.297 0.913 0.363 0.968 ;
    RECT 0.616 0.913 0.682 0.968 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.297 0.968 0.682 1.034 ;
    RECT 0.836 0.979 1.419 1.045 ;
  END
END LDN_MUX2_HD_2
#
# 
MACRO LDN_MUX2_HD_3 FOREIGN C0A07BLDN_MUX2_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.738 0.825 2.211 0.891 ;
      RECT 2.123 0.891 2.211 0.99 ;
      RECT 1.738 0.297 2.211 0.363 ;
      RECT 2.123 0.198 2.211 0.297 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.441 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 0.055 0.231 0.121 0.33 ;
    RECT 0.297 0.231 0.363 0.891 ;
    RECT 1.177 0.231 1.287 0.297 ;
    RECT 1.221 0.297 1.287 0.693 ;
    RECT 1.353 0.297 1.628 0.363 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 1.045 0.385 1.111 0.55 ;
    RECT 0.429 0.385 0.517 0.792 ;
    RECT 1.562 0.495 1.958 0.561 ;
    RECT 1.562 0.561 1.628 0.825 ;
    RECT 0.616 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.792 ;
    RECT 1.364 0.825 1.628 0.891 ;
    RECT 0.726 0.847 1.166 0.891 ;
    RECT 0.297 0.891 1.166 0.913 ;
    RECT 1.364 0.891 1.43 0.979 ;
    RECT 0.297 0.913 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.297 0.957 0.363 0.99 ;
    RECT 0.858 0.979 1.43 1.045 ;
    RECT 0.055 0.99 0.363 1.056 ;
  END
END LDN_MUX2_HD_3
#
# 
MACRO LDN_MUX2_HD_4 FOREIGN C0A07BLDN_MUX2_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.286 ;
      RECT 1.507 0.033 1.573 0.198 ;
      RECT 1.507 0.198 1.628 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.716 0.726 2.244 0.858 ;
      RECT 1.716 0.858 1.826 0.99 ;
      RECT 1.727 0.319 2.178 0.385 ;
      RECT 1.727 0.242 1.793 0.319 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
      RECT 1.353 0.462 1.452 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.903 0.99 1.969 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.903 0.924 2.002 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.11 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 1.419 0.176 ;
    RECT 0.858 0.176 0.99 0.231 ;
    RECT 1.353 0.176 1.419 0.33 ;
    RECT 0.055 0.231 0.121 0.352 ;
    RECT 0.297 0.231 0.363 0.99 ;
    RECT 1.177 0.242 1.287 0.308 ;
    RECT 1.221 0.308 1.287 0.682 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.353 0.33 1.617 0.396 ;
    RECT 1.045 0.385 1.111 0.572 ;
    RECT 0.429 0.385 0.517 0.77 ;
    RECT 1.551 0.396 1.617 0.495 ;
    RECT 1.551 0.495 1.914 0.561 ;
    RECT 1.551 0.561 1.617 0.825 ;
    RECT 0.616 0.682 1.287 0.77 ;
    RECT 1.342 0.825 1.617 0.891 ;
    RECT 0.638 0.847 1.177 0.913 ;
    RECT 1.342 0.891 1.408 0.979 ;
    RECT 0.638 0.913 0.704 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.814 0.979 1.408 1.045 ;
    RECT 0.055 0.99 0.704 1.056 ;
  END
END LDN_MUX2_HD_4
#
# 
MACRO LDN_MUX2_S_1 FOREIGN C0A07BLDN_MUX2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.551 0.033 1.617 0.198 ;
      RECT 1.518 0.198 1.617 0.264 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 1.056 ;
      RECT 1.705 0.132 1.815 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.496 0.572 ;
      RECT 1.353 0.572 1.419 0.66 ;
      RECT 1.353 0.66 1.496 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.792 ;
      RECT 0.693 0.792 1.023 0.847 ;
      RECT 0.462 0.847 1.023 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.067 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.551 0.99 1.617 1.155 ;
      RECT 1.518 0.924 1.617 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.397 0.165 ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 1.331 0.165 1.397 0.33 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.473 0.22 0.539 0.286 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.286 0.539 0.352 ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 1.331 0.33 1.683 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.429 0.352 0.495 0.649 ;
    RECT 1.595 0.396 1.683 0.792 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.792 ;
    RECT 0.429 0.649 0.836 0.715 ;
    RECT 0.429 0.715 0.616 0.759 ;
    RECT 1.331 0.792 1.683 0.858 ;
    RECT 1.331 0.858 1.397 0.924 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.847 0.924 1.397 0.99 ;
    RECT 0.055 0.979 0.748 1.067 ;
    RECT 0.847 0.99 0.913 1.056 ;
  END
END LDN_MUX2_S_1
#
# 
MACRO LDN_MUX2_S_16 FOREIGN C0A07BLDN_MUX2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 14.256 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 14.256 0.033 ;
      RECT 14.113 0.033 14.179 0.286 ;
      RECT 13.794 0.033 13.86 0.165 ;
      RECT 13.728 0.165 13.86 0.231 ;
      RECT 13.442 0.033 13.508 0.165 ;
      RECT 13.376 0.165 13.508 0.231 ;
      RECT 13.09 0.033 13.156 0.165 ;
      RECT 13.024 0.165 13.156 0.231 ;
      RECT 12.749 0.033 12.815 0.165 ;
      RECT 12.672 0.165 12.815 0.231 ;
      RECT 12.32 0.033 12.386 0.165 ;
      RECT 12.32 0.165 12.452 0.231 ;
      RECT 12.034 0.033 12.1 0.165 ;
      RECT 11.968 0.165 12.1 0.231 ;
      RECT 11.616 0.033 11.682 0.165 ;
      RECT 11.616 0.165 11.748 0.231 ;
      RECT 11.297 0.033 11.363 0.286 ;
      RECT 10.912 0.033 10.978 0.143 ;
      RECT 10.912 0.143 11.044 0.209 ;
      RECT 10.56 0.033 10.626 0.143 ;
      RECT 10.56 0.143 10.692 0.209 ;
      RECT 10.208 0.033 10.274 0.143 ;
      RECT 10.208 0.143 10.34 0.209 ;
      RECT 9.856 0.033 9.922 0.143 ;
      RECT 9.856 0.143 9.988 0.209 ;
      RECT 9.504 0.033 9.57 0.143 ;
      RECT 9.504 0.143 9.636 0.209 ;
      RECT 9.152 0.033 9.218 0.143 ;
      RECT 9.152 0.143 9.284 0.209 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.8 0.143 8.932 0.209 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 14.256 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
      VIA 10.824 0 V1L2L ;
      VIA 11.352 0 V1L2L ;
      VIA 11.88 0 V1L2L ;
      VIA 12.408 0 V1L2L ;
      VIA 12.936 0 V1L2L ;
      VIA 13.464 0 V1L2L ;
      VIA 13.992 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 13.211 0.363 13.299 0.726 ;
      RECT 11.473 0.726 14.036 0.858 ;
      RECT 11.473 0.858 11.539 0.99 ;
      RECT 11.44 0.297 14.036 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.198 8.547 0.462 ;
      RECT 8.448 0.462 10.296 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.112 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.502392 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.594 6.963 0.627 ;
      RECT 6.798 0.627 6.963 0.693 ;
      RECT 6.897 0.462 7.392 0.594 ;
      RECT 3.344 0.627 4.224 0.715 ;
      LAYER M2L ;
      RECT 4.092 0.627 6.93 0.693 ;
      VIA 4.158 0.66 V1L2L ;
      VIA 6.864 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 14.256 1.221 ;
      RECT 13.442 1.023 13.508 1.155 ;
      RECT 13.376 0.957 13.508 1.023 ;
      RECT 12.386 1.023 12.452 1.155 ;
      RECT 12.32 0.957 12.452 1.023 ;
      RECT 12.034 1.023 12.1 1.155 ;
      RECT 11.968 0.957 12.1 1.023 ;
      RECT 11.616 1.023 11.682 1.155 ;
      RECT 11.616 0.957 11.748 1.023 ;
      RECT 11.33 1.023 11.396 1.155 ;
      RECT 11.264 0.957 11.396 1.023 ;
      RECT 10.912 1.023 10.978 1.155 ;
      RECT 10.912 0.957 11.044 1.023 ;
      RECT 10.208 1.023 10.274 1.155 ;
      RECT 10.208 0.957 10.34 1.023 ;
      RECT 9.152 1.023 9.218 1.155 ;
      RECT 9.152 0.957 9.284 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.136 1.045 4.202 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 14.113 0.88 14.179 1.155 ;
      RECT 13.794 1.023 13.86 1.155 ;
      RECT 13.728 0.957 13.86 1.023 ;
      RECT 13.09 1.023 13.156 1.155 ;
      RECT 13.024 0.957 13.156 1.023 ;
      RECT 12.738 1.023 12.804 1.155 ;
      RECT 12.672 0.957 12.804 1.023 ;
      RECT 10.56 1.023 10.626 1.155 ;
      RECT 10.56 0.957 10.692 1.023 ;
      RECT 9.856 1.023 9.922 1.155 ;
      RECT 9.856 0.957 9.988 1.023 ;
      RECT 9.504 1.023 9.57 1.155 ;
      RECT 9.504 0.957 9.636 1.023 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.8 0.957 8.932 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 14.256 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
      VIA 10.824 1.188 V1L2L ;
      VIA 11.352 1.188 V1L2L ;
      VIA 11.88 1.188 V1L2L ;
      VIA 12.408 1.188 V1L2L ;
      VIA 12.936 1.188 V1L2L ;
      VIA 13.464 1.188 V1L2L ;
      VIA 13.992 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 14.256 0.528 ;
    RECT 3.047 0.528 4.51 0.682 ;
    RECT 0 0.528 3.047 0.682 ;
    RECT 4.51 0.528 14.256 0.682 ;
    RECT 0 0.682 14.256 1.221 ;
    LAYER M1L ;
    RECT 6.633 0.165 8.184 0.231 ;
    RECT 4.972 0.165 6.567 0.231 ;
    RECT 4.653 0.198 4.719 0.297 ;
    RECT 8.613 0.198 8.679 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.807 0.22 4.873 0.297 ;
    RECT 6.633 0.231 6.699 0.33 ;
    RECT 6.501 0.231 6.567 0.429 ;
    LAYER M2L ;
    RECT 4.62 0.231 6.732 0.297 ;
    VIA 4.686 0.264 V1L2L ;
    VIA 6.666 0.264 V1L2L ;
    LAYER M1L ;
    RECT 8.613 0.275 11.22 0.341 ;
    RECT 0.055 0.297 4.719 0.363 ;
    RECT 4.807 0.297 6.435 0.363 ;
    RECT 6.765 0.297 8.008 0.363 ;
    RECT 11.154 0.341 11.22 0.693 ;
    RECT 2.695 0.363 2.761 0.759 ;
    RECT 6.369 0.363 6.435 0.803 ;
    RECT 6.765 0.363 6.831 0.429 ;
    RECT 7.557 0.363 7.623 0.957 ;
    RECT 6.501 0.429 6.831 0.495 ;
    RECT 3.19 0.473 5.94 0.539 ;
    RECT 11.33 0.495 13.09 0.561 ;
    RECT 4.334 0.539 4.4 0.847 ;
    RECT 11.33 0.561 11.396 0.825 ;
    RECT 4.785 0.693 6.303 0.759 ;
    RECT 7.733 0.693 11.22 0.759 ;
    RECT 7.425 0.726 7.491 0.803 ;
    RECT 2.695 0.759 3.102 0.825 ;
    RECT 4.785 0.759 4.851 0.858 ;
    RECT 6.237 0.759 6.303 0.858 ;
    RECT 7.733 0.759 7.821 0.858 ;
    LAYER M2L ;
    RECT 2.97 0.759 4.884 0.825 ;
    RECT 7.392 0.759 7.854 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 7.458 0.792 V1L2L ;
    VIA 7.788 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.369 0.803 7.491 0.869 ;
    RECT 0.231 0.825 2.761 0.891 ;
    RECT 8.261 0.825 11.396 0.891 ;
    RECT 3.168 0.847 4.4 0.913 ;
    RECT 4.653 0.88 4.719 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 8.261 0.891 8.327 0.957 ;
    RECT 4.653 0.957 8.327 1.023 ;
  END
END LDN_MUX2_S_16
#
# 
MACRO LDN_MUX2_S_2 FOREIGN C0A07BLDN_MUX2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.803 ;
      RECT 0.561 0.803 0.759 0.869 ;
      RECT 0.671 0.869 0.759 1.056 ;
      RECT 0.561 0.33 0.737 0.396 ;
      RECT 0.671 0.132 0.737 0.33 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.495 ;
      RECT 2.387 0.495 2.607 0.561 ;
      RECT 1.353 0.33 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.495 2.574 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.892 0.099 2.321 0.143 ;
    RECT 2.486 0.132 2.552 0.165 ;
    RECT 2.629 0.132 2.739 0.264 ;
    RECT 1.826 0.143 2.321 0.165 ;
    RECT 2.409 0.165 2.552 0.231 ;
    RECT 1.826 0.165 1.958 0.209 ;
    RECT 2.255 0.165 2.321 0.418 ;
    RECT 1.507 0.176 1.573 0.429 ;
    RECT 1.089 0.198 1.155 0.275 ;
    RECT 1.826 0.209 1.892 0.297 ;
    RECT 2.024 0.231 2.156 0.297 ;
    RECT 2.409 0.231 2.475 0.396 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.508 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.264 2.739 0.649 ;
    RECT 1.089 0.275 1.287 0.341 ;
    RECT 0.242 0.297 0.495 0.363 ;
    RECT 2.057 0.297 2.123 0.825 ;
    RECT 0.825 0.33 0.891 0.726 ;
    RECT 1.221 0.341 1.287 0.957 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 2.211 0.418 2.321 0.484 ;
    RECT 1.507 0.429 1.991 0.495 ;
    RECT 2.211 0.484 2.277 0.649 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 1.507 0.495 1.573 0.792 ;
    RECT 1.749 0.594 1.815 0.803 ;
    LAYER M2L ;
    RECT 0.792 0.627 2.31 0.693 ;
    VIA 1.782 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    VIA 0.858 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.649 2.739 0.737 ;
    RECT 2.651 0.737 2.739 0.814 ;
    RECT 1.749 0.803 1.958 0.869 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 2.057 0.825 2.552 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.277 0.891 2.343 0.99 ;
    LAYER M2L ;
    RECT 0.198 0.891 2.376 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 2.31 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.957 2.156 1.023 ;
  END
END LDN_MUX2_S_2
#
# 
MACRO LDN_MUX2_S_3 FOREIGN C0A07BLDN_MUX2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.693 ;
      RECT 2.167 0.693 2.618 0.759 ;
      RECT 2.167 0.759 2.233 0.836 ;
      RECT 2.167 0.275 2.618 0.341 ;
      RECT 2.167 0.198 2.233 0.275 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.583 1.947 0.726 ;
      RECT 1.804 0.517 1.947 0.583 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.98 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 2.101 0.165 ;
    RECT 1.628 0.165 1.76 0.209 ;
    RECT 1.991 0.165 2.101 0.264 ;
    RECT 1.309 0.165 1.375 0.286 ;
    RECT 1.155 0.198 1.221 0.286 ;
    RECT 3.311 0.198 3.377 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.837 0.264 1.903 0.33 ;
    RECT 2.035 0.264 2.101 0.495 ;
    RECT 1.452 0.275 1.584 0.341 ;
    RECT 2.739 0.275 3.377 0.341 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.055 0.297 0.561 0.363 ;
    RECT 1.683 0.33 1.903 0.418 ;
    RECT 1.452 0.341 1.518 0.627 ;
    RECT 2.739 0.341 2.805 0.847 ;
    RECT 1.155 0.352 1.221 0.495 ;
    RECT 0.495 0.363 0.561 0.759 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.782 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.418 1.749 0.462 ;
    RECT 1.034 0.495 1.353 0.561 ;
    RECT 2.035 0.495 2.288 0.561 ;
    RECT 1.034 0.561 1.1 0.957 ;
    RECT 2.035 0.561 2.101 0.957 ;
    RECT 1.452 0.627 1.749 0.693 ;
    RECT 1.683 0.693 1.749 0.825 ;
    RECT 0.495 0.759 0.858 0.825 ;
    RECT 1.166 0.759 1.584 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.32 0.825 ;
    RECT 1.65 0.759 2.838 0.825 ;
    VIA 1.716 0.792 V1L2L ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.561 0.891 ;
    RECT 1.166 0.825 1.232 0.902 ;
    RECT 1.683 0.825 1.936 0.891 ;
    RECT 2.739 0.847 3.377 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.77 0.957 1.1 1.023 ;
    RECT 1.276 0.957 2.134 1.023 ;
  END
END LDN_MUX2_S_3
#
# 
MACRO LDN_MUX2_S_4 FOREIGN C0A07BLDN_MUX2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.033 3.938 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.729 0.429 4.059 0.495 ;
      RECT 3.729 0.495 3.795 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.277 0.33 2.343 0.528 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.759 ;
      RECT 2.838 0.759 3.399 0.825 ;
      RECT 2.838 0.297 3.399 0.363 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.495 1.881 0.594 ;
      RECT 1.452 0.462 1.947 0.495 ;
      RECT 1.815 0.429 1.947 0.462 ;
      RECT 1.881 0.33 1.947 0.429 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 3.806 0.957 3.938 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 1.023 0.143 ;
    RECT 0.198 0.143 1.023 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.957 0.165 1.023 0.242 ;
    RECT 0.583 0.165 0.649 0.957 ;
    RECT 1.133 0.198 1.199 0.363 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 3.619 0.198 3.685 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.287 0.22 1.353 0.275 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 2.475 0.242 2.541 0.308 ;
    RECT 0.374 0.275 0.506 0.319 ;
    RECT 1.287 0.275 1.749 0.341 ;
    RECT 0.726 0.297 0.792 0.363 ;
    RECT 2.013 0.297 2.145 0.363 ;
    RECT 3.619 0.297 4.191 0.363 ;
    RECT 2.475 0.308 2.607 0.374 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 0.726 0.363 1.199 0.429 ;
    RECT 2.013 0.363 2.079 0.715 ;
    RECT 4.125 0.363 4.191 0.825 ;
    RECT 2.541 0.374 2.607 0.715 ;
    RECT 0.44 0.385 0.506 0.627 ;
    RECT 0.891 0.429 0.957 0.858 ;
    RECT 0.066 0.495 0.286 0.561 ;
    RECT 1.188 0.495 1.353 0.561 ;
    RECT 2.673 0.495 3.124 0.561 ;
    LAYER M2L ;
    RECT 0.132 0.495 1.32 0.561 ;
    VIA 0.198 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.528 0.825 0.858 ;
    RECT 1.023 0.528 1.089 0.803 ;
    RECT 0.066 0.561 0.176 0.66 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 2.673 0.561 2.739 0.847 ;
    RECT 0.33 0.627 0.506 0.693 ;
    LAYER M2L ;
    RECT 0.33 0.627 2.112 0.693 ;
    VIA 0.396 0.66 V1L2L ;
    VIA 1.056 0.66 V1L2L ;
    VIA 0.792 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.693 1.782 0.759 ;
    RECT 2.013 0.715 2.607 0.781 ;
    RECT 3.597 0.726 3.663 0.825 ;
    RECT 0.055 0.759 0.473 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 3.696 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.924 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.023 0.803 1.232 0.869 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 0.407 0.825 0.473 0.902 ;
    RECT 3.597 0.825 4.191 0.891 ;
    RECT 2.002 0.847 2.739 0.913 ;
    RECT 3.597 0.891 3.685 0.968 ;
    RECT 2.002 0.913 2.068 0.957 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.583 0.957 2.068 1.023 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDN_MUX2_S_4
#
# 
MACRO LDN_MUX2_S_6 FOREIGN C0A07BLDN_MUX2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 5.016 0.726 5.94 0.858 ;
      RECT 5.016 0.858 5.104 0.968 ;
      RECT 4.994 0.297 5.907 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.62 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.190696 ;
    PORT
      LAYER M1L ;
      RECT 3.102 0.561 3.355 0.627 ;
      RECT 3.036 0.627 3.168 0.693 ;
      RECT 3.289 0.462 3.355 0.561 ;
      RECT 1.584 0.627 1.716 0.693 ;
      RECT 1.584 0.605 1.65 0.627 ;
      RECT 1.287 0.539 1.65 0.605 ;
      LAYER M2L ;
      RECT 1.584 0.627 3.168 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 3.102 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 1.034 0.528 1.98 0.572 ;
    RECT 0 0.528 1.034 0.572 ;
    RECT 1.98 0.528 6.072 0.572 ;
    RECT 0 0.572 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.101 0.143 2.871 0.231 ;
    RECT 2.937 0.165 3.432 0.231 ;
    RECT 3.949 0.176 4.015 0.297 ;
    RECT 0.957 0.198 1.045 0.297 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 2.937 0.231 3.047 0.33 ;
    RECT 2.101 0.231 2.167 0.286 ;
    RECT 2.805 0.231 2.871 0.429 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.036 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.297 1.045 0.363 ;
    RECT 2.244 0.297 2.728 0.363 ;
    RECT 3.949 0.297 4.785 0.363 ;
    RECT 3.124 0.297 3.663 0.363 ;
    RECT 1.342 0.341 1.881 0.407 ;
    RECT 0.979 0.363 1.045 0.759 ;
    RECT 2.662 0.363 2.728 0.627 ;
    RECT 4.719 0.363 4.785 0.693 ;
    RECT 3.124 0.363 3.19 0.429 ;
    RECT 3.597 0.363 3.663 0.825 ;
    RECT 1.815 0.407 1.881 0.495 ;
    RECT 2.805 0.429 3.19 0.495 ;
    RECT 1.815 0.495 2.508 0.561 ;
    RECT 4.862 0.495 5.698 0.561 ;
    RECT 1.815 0.561 1.881 0.825 ;
    RECT 4.862 0.561 4.928 0.825 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 2.662 0.627 2.893 0.693 ;
    RECT 3.762 0.627 3.993 0.693 ;
    LAYER M2L ;
    RECT 3.432 0.627 3.894 0.693 ;
    VIA 3.498 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.827 0.693 2.893 0.825 ;
    RECT 3.927 0.693 4.785 0.759 ;
    RECT 0.979 0.759 1.408 0.825 ;
    RECT 1.947 0.759 2.728 0.825 ;
    RECT 1.518 0.825 1.881 0.891 ;
    RECT 0.231 0.825 1.045 0.891 ;
    RECT 1.342 0.825 1.408 0.957 ;
    RECT 1.947 0.825 2.013 0.957 ;
    RECT 2.827 0.825 3.531 0.891 ;
    RECT 3.597 0.825 4.928 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 3.597 0.891 3.663 0.957 ;
    RECT 2.101 0.924 2.167 1.023 ;
    RECT 1.342 0.957 2.013 1.023 ;
    RECT 2.42 0.957 3.663 1.023 ;
    RECT 2.101 1.023 2.486 1.089 ;
  END
END LDN_MUX2_S_6
#
# 
MACRO LDN_MUX2_S_8 FOREIGN C0A07BLDN_MUX2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.084 0.033 7.15 0.165 ;
      RECT 7.084 0.165 7.216 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.513 0.033 7.579 0.264 ;
      RECT 6.732 0.033 6.798 0.165 ;
      RECT 6.732 0.165 6.864 0.231 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 4.972 0.033 5.038 0.165 ;
      RECT 4.972 0.165 5.104 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.726 ;
      RECT 6.204 0.726 7.524 0.858 ;
      RECT 6.204 0.297 7.414 0.363 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.676 0.594 ;
      RECT 4.653 0.33 4.719 0.462 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.627 4.059 0.693 ;
      RECT 3.993 0.517 4.059 0.627 ;
      RECT 3.916 0.451 4.191 0.517 ;
      RECT 2.013 0.462 2.079 0.671 ;
      RECT 1.716 0.671 2.079 0.737 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.828 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.084 0.957 7.216 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.48 0.957 7.612 1.023 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.732 0.957 6.864 1.023 ;
      RECT 6.38 1.023 6.446 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.484 ;
    RECT 0 0.484 2.398 0.528 ;
    RECT 4.609 0.484 7.656 0.528 ;
    RECT 1.518 0.528 2.398 0.704 ;
    RECT 2.398 0.484 4.609 0.528 ;
    RECT 0 0.528 1.518 0.704 ;
    RECT 2.398 0.528 7.656 0.704 ;
    RECT 0 0.704 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.684 0.143 3.531 0.209 ;
    RECT 3.597 0.165 4.532 0.231 ;
    RECT 1.683 0.198 1.749 0.363 ;
    RECT 4.829 0.198 4.895 0.297 ;
    RECT 3.465 0.209 3.531 0.495 ;
    RECT 1.815 0.22 1.881 0.297 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 2.541 0.22 2.607 0.297 ;
    RECT 3.597 0.231 3.663 0.33 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.696 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.242 1.001 0.319 ;
    RECT 1.287 0.242 1.353 0.319 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 2.541 0.297 3.344 0.363 ;
    RECT 4.829 0.297 5.951 0.363 ;
    RECT 3.751 0.297 4.356 0.363 ;
    RECT 0.231 0.319 1.353 0.363 ;
    RECT 0.231 0.363 1.749 0.385 ;
    RECT 2.211 0.363 2.277 0.473 ;
    RECT 3.278 0.363 3.344 0.627 ;
    RECT 5.885 0.363 5.951 0.693 ;
    RECT 3.751 0.363 3.817 0.495 ;
    RECT 4.29 0.363 4.356 0.957 ;
    RECT 1.287 0.385 1.749 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 2.211 0.473 3.124 0.539 ;
    RECT 3.465 0.495 3.817 0.561 ;
    RECT 6.039 0.495 7.062 0.561 ;
    RECT 2.211 0.539 2.277 0.847 ;
    RECT 6.039 0.561 6.105 0.825 ;
    RECT 3.278 0.627 3.553 0.693 ;
    RECT 3.487 0.693 3.553 0.759 ;
    RECT 4.433 0.693 5.951 0.759 ;
    RECT 1.287 0.759 1.518 0.825 ;
    RECT 2.508 0.759 3.344 0.825 ;
    RECT 3.487 0.759 4.18 0.825 ;
    RECT 4.433 0.759 4.521 0.858 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.64 0.825 ;
    RECT 4.026 0.759 4.554 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 4.488 0.792 V1L2L ;
    VIA 4.092 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 1.353 0.891 ;
    RECT 4.84 0.825 6.105 0.891 ;
    RECT 1.782 0.847 2.277 0.913 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 4.84 0.891 4.906 0.957 ;
    RECT 2.684 0.957 4.906 1.023 ;
  END
END LDN_MUX2_S_8
#
# 
MACRO LDN_MUX4_0P5 FOREIGN C0A07BLDN_MUX4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.858 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.594 ;
      RECT 3.069 0.594 3.201 0.66 ;
      RECT 3.135 0.66 3.201 0.726 ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 0.99 ;
      RECT 4.213 0.99 4.279 1.056 ;
      RECT 4.213 0.198 4.323 0.264 ;
      RECT 4.213 0.132 4.279 0.198 ;
    END
  END X
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 1.485 0.132 1.551 0.924 ;
    RECT 2.013 0.132 2.079 0.924 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.924 ;
    RECT 3.223 0.132 3.289 0.198 ;
    RECT 3.465 0.132 3.531 0.198 ;
    RECT 3.861 0.132 3.927 0.264 ;
    RECT 0.825 0.143 0.968 0.209 ;
    RECT 1.078 0.143 1.221 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.685 0.154 3.751 0.506 ;
    RECT 3.223 0.198 3.355 0.264 ;
    RECT 3.465 0.198 3.619 0.264 ;
    RECT 0.825 0.209 0.913 0.924 ;
    RECT 1.155 0.209 1.221 0.583 ;
    RECT 1.331 0.209 1.419 0.462 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 3.289 0.264 3.355 0.341 ;
    RECT 3.553 0.264 3.619 0.891 ;
    RECT 3.861 0.264 4.136 0.33 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 4.07 0.33 4.136 1.023 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.289 0.341 3.454 0.407 ;
    LAYER M2L ;
    RECT 0.066 0.363 2.574 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.289 0.407 3.355 0.792 ;
    RECT 3.927 0.44 3.993 0.506 ;
    RECT 3.685 0.506 3.993 0.572 ;
    RECT 3.685 0.572 3.751 0.792 ;
    RECT 1.155 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 3.861 0.682 3.927 0.891 ;
    RECT 3.421 0.682 3.487 1.023 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.223 0.792 3.355 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 3.223 0.858 3.289 0.924 ;
    RECT 2.409 0.858 2.475 0.924 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.553 0.891 3.927 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.894 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.136 1.089 ;
  END
END LDN_MUX4_0P5
#
# 
MACRO LDN_MUX4_1 FOREIGN C0A07BLDN_MUX4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.264 4.191 0.924 ;
      RECT 4.125 0.924 4.257 0.99 ;
      RECT 4.191 0.99 4.257 1.056 ;
      RECT 4.125 0.198 4.257 0.264 ;
      RECT 4.191 0.132 4.257 0.198 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.66 ;
    END
  END S1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 0.099 0.132 0.165 0.968 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.913 ;
    RECT 3.157 0.132 3.223 0.198 ;
    RECT 3.377 0.132 3.443 0.198 ;
    RECT 3.773 0.132 3.839 0.297 ;
    RECT 1.078 0.143 1.243 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.597 0.154 3.663 0.528 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.157 0.198 3.267 0.264 ;
    RECT 3.377 0.198 3.531 0.264 ;
    RECT 1.177 0.209 1.243 0.583 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 0.847 0.22 0.913 0.858 ;
    RECT 1.485 0.242 1.617 0.308 ;
    RECT 1.947 0.242 2.079 0.308 ;
    RECT 3.201 0.264 3.267 0.341 ;
    RECT 3.465 0.264 3.531 0.891 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 3.773 0.297 4.037 0.363 ;
    RECT 1.485 0.308 1.551 0.858 ;
    RECT 2.013 0.308 2.079 0.858 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.201 0.341 3.366 0.407 ;
    RECT 3.971 0.363 4.037 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.363 1.452 0.429 ;
    VIA 0.132 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.201 0.407 3.267 0.726 ;
    RECT 3.839 0.462 3.905 0.528 ;
    RECT 3.597 0.528 3.905 0.594 ;
    RECT 1.177 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 3.597 0.594 3.663 0.792 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 3.773 0.726 3.839 0.891 ;
    RECT 3.333 0.726 3.399 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.135 0.792 3.201 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.465 0.891 3.839 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.828 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 2.409 0.99 2.475 1.056 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.037 1.089 ;
  END
END LDN_MUX4_1
#
# 
MACRO LDN_MUX4_2 FOREIGN C0A07BLDN_MUX4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.905 0.033 3.971 0.352 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.189 0.033 2.255 0.264 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.759 0.726 ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.693 0.429 0.891 0.495 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.495 3.663 0.726 ;
      RECT 3.729 0.495 3.795 0.726 ;
      RECT 3.597 0.429 3.795 0.495 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.594 ;
      RECT 0.033 0.429 0.231 0.495 ;
      RECT 0.033 0.495 0.099 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.286 5.115 0.99 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.045 2.222 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 5.269 0.924 5.335 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.649 0.132 0.715 0.286 ;
    RECT 3.399 0.132 3.465 0.286 ;
    RECT 4.257 0.132 4.323 0.198 ;
    RECT 4.521 0.132 4.587 0.528 ;
    RECT 1.133 0.143 1.32 0.209 ;
    RECT 3.036 0.143 3.333 0.209 ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 2.717 0.154 2.783 0.297 ;
    RECT 4.697 0.154 4.763 0.297 ;
    RECT 0.495 0.176 0.561 1.056 ;
    RECT 1.419 0.176 1.507 0.528 ;
    RECT 2.871 0.176 2.937 0.429 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 4.257 0.198 4.455 0.264 ;
    RECT 1.133 0.209 1.199 0.891 ;
    RECT 3.267 0.209 3.333 0.979 ;
    RECT 1.001 0.22 1.067 0.286 ;
    RECT 3.751 0.22 3.817 0.286 ;
    RECT 4.081 0.22 4.147 0.286 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.297 ;
    RECT 4.389 0.264 4.455 0.891 ;
    RECT 0.099 0.275 0.429 0.341 ;
    RECT 1.595 0.275 2.079 0.341 ;
    RECT 0.649 0.286 1.067 0.352 ;
    RECT 3.399 0.286 3.817 0.352 ;
    RECT 4.081 0.286 4.191 0.352 ;
    RECT 2.365 0.297 2.783 0.363 ;
    RECT 4.697 0.297 4.961 0.363 ;
    RECT 1.265 0.33 1.331 0.759 ;
    RECT 3.135 0.33 3.201 0.429 ;
    RECT 0.363 0.341 0.429 0.792 ;
    RECT 1.749 0.341 1.815 0.781 ;
    RECT 2.013 0.341 2.079 0.891 ;
    RECT 1.001 0.352 1.067 0.825 ;
    RECT 3.399 0.352 3.465 0.847 ;
    RECT 4.125 0.352 4.191 0.429 ;
    RECT 2.673 0.363 2.739 0.825 ;
    RECT 2.365 0.363 2.431 0.88 ;
    RECT 4.895 0.363 4.961 1.023 ;
    RECT 2.827 0.429 3.201 0.495 ;
    RECT 4.125 0.429 4.29 0.495 ;
    RECT 1.617 0.462 1.683 0.627 ;
    RECT 4.763 0.462 4.829 0.528 ;
    RECT 2.827 0.495 2.893 0.704 ;
    RECT 4.125 0.495 4.191 0.924 ;
    RECT 4.521 0.528 4.829 0.594 ;
    RECT 3.003 0.594 3.168 0.682 ;
    RECT 4.257 0.594 4.323 1.023 ;
    RECT 4.521 0.594 4.587 0.792 ;
    RECT 1.485 0.627 1.683 0.693 ;
    RECT 3.003 0.682 3.069 0.858 ;
    RECT 1.485 0.693 1.551 0.759 ;
    RECT 4.697 0.726 4.763 0.891 ;
    RECT 1.265 0.759 1.551 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 3.102 0.825 ;
    RECT 3.234 0.759 4.356 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.3 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.396 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.781 1.815 0.847 ;
    RECT 0.099 0.792 0.429 0.858 ;
    RECT 0.649 0.825 1.067 0.891 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 3.399 0.847 3.817 0.913 ;
    RECT 0.099 0.858 0.165 0.968 ;
    RECT 0.649 0.891 0.715 0.968 ;
    RECT 1.001 0.891 1.067 0.968 ;
    RECT 1.133 0.891 1.584 0.957 ;
    RECT 4.389 0.891 4.763 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.751 0.913 3.817 1.056 ;
    RECT 4.081 0.924 4.191 0.99 ;
    RECT 2.86 0.979 3.333 1.045 ;
    RECT 4.081 0.99 4.147 1.056 ;
    RECT 4.257 1.023 4.961 1.089 ;
  END
END LDN_MUX4_2
#
# 
MACRO LDN_MUX4_3 FOREIGN C0A07BLDN_MUX4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 3.883 0.033 3.949 0.286 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.508 0.594 ;
    END
  END D2
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.553 0.462 3.96 0.594 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 5.181 0.726 5.599 0.792 ;
      RECT 5.533 0.792 5.599 0.858 ;
      RECT 5.181 0.792 5.247 0.858 ;
      RECT 5.181 0.319 5.599 0.385 ;
      RECT 5.533 0.242 5.599 0.319 ;
      RECT 5.181 0.198 5.247 0.319 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.462 4.851 1.023 ;
      RECT 4.18 1.023 4.851 1.089 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.357 0.902 5.423 1.155 ;
      RECT 3.883 0.792 3.949 1.155 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.553 0.946 3.619 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.473 ;
    RECT 0 0.473 4.07 0.528 ;
    RECT 4.829 0.473 5.676 0.528 ;
    RECT 4.07 0.473 4.829 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 3.377 0.132 3.443 0.286 ;
    RECT 1.1 0.143 1.254 0.209 ;
    RECT 4.62 0.143 5.115 0.209 ;
    RECT 2.607 0.154 2.673 0.297 ;
    RECT 0.429 0.198 0.495 0.858 ;
    RECT 0.583 0.198 0.649 0.286 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.739 0.198 2.805 0.561 ;
    RECT 3.201 0.198 3.267 0.528 ;
    RECT 3.003 0.198 3.069 0.627 ;
    RECT 4.279 0.198 4.345 0.286 ;
    RECT 1.133 0.209 1.199 0.693 ;
    RECT 5.049 0.209 5.115 0.792 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.22 1.001 0.286 ;
    RECT 1.507 0.22 1.573 0.297 ;
    RECT 3.729 0.22 3.795 0.286 ;
    RECT 4.059 0.22 4.125 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.231 3.3 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.477 0.242 4.543 0.275 ;
    RECT 4.477 0.275 4.983 0.341 ;
    RECT 0.583 0.286 1.001 0.352 ;
    RECT 3.377 0.286 3.795 0.352 ;
    RECT 4.279 0.286 4.411 0.352 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.265 0.297 1.419 0.363 ;
    RECT 1.507 0.297 1.969 0.363 ;
    RECT 2.222 0.297 2.673 0.363 ;
    RECT 2.871 0.319 2.937 0.726 ;
    RECT 4.917 0.341 4.983 0.594 ;
    RECT 4.477 0.341 4.543 0.781 ;
    RECT 0.759 0.352 0.825 0.847 ;
    RECT 3.377 0.352 3.443 0.781 ;
    RECT 4.345 0.352 4.411 0.891 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.265 0.363 1.331 0.528 ;
    RECT 1.617 0.363 1.683 0.825 ;
    RECT 1.903 0.363 1.969 0.891 ;
    RECT 2.607 0.363 2.673 0.693 ;
    RECT 4.059 0.429 4.224 0.495 ;
    RECT 1.001 0.462 1.067 0.528 ;
    RECT 1.419 0.462 1.507 0.726 ;
    RECT 4.059 0.495 4.125 0.946 ;
    RECT 0.957 0.528 1.067 0.594 ;
    RECT 0.957 0.594 1.023 0.748 ;
    RECT 4.191 0.594 4.279 0.924 ;
    RECT 3.003 0.627 3.234 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 2.97 0.693 ;
    RECT 3.102 0.627 5.148 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.133 0.693 1.353 0.759 ;
    RECT 2.299 0.693 2.75 0.759 ;
    RECT 3.003 0.693 3.069 0.825 ;
    RECT 1.287 0.759 1.353 0.924 ;
    RECT 2.299 0.759 2.365 0.847 ;
    RECT 4.653 0.77 4.719 0.891 ;
    RECT 3.377 0.781 3.795 0.847 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.474 0.825 1.683 0.891 ;
    RECT 2.728 0.825 3.234 0.891 ;
    RECT 0.759 0.847 1.221 0.913 ;
    RECT 2.222 0.847 2.365 0.913 ;
    RECT 3.729 0.847 3.795 0.968 ;
    RECT 3.421 0.847 3.487 1.023 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 3.168 0.891 3.3 0.957 ;
    RECT 4.345 0.891 4.719 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 4.488 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 4.422 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.913 1.221 0.99 ;
    RECT 1.287 0.924 1.397 0.99 ;
    RECT 2.948 0.979 3.08 1.023 ;
    RECT 1.331 0.99 1.397 1.056 ;
    RECT 2.948 1.023 3.487 1.045 ;
    RECT 3.014 1.045 3.487 1.089 ;
  END
END LDN_MUX4_3
#
# 
MACRO LDN_MUX4_4 FOREIGN C0A07BLDN_MUX4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.204 0.033 6.27 0.165 ;
      RECT 6.204 0.165 6.336 0.231 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.344 0.143 3.498 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.64 0.143 2.794 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.33 4.851 0.726 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.198 0.495 0.451 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.201344 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.374 6.831 0.726 ;
      RECT 6.336 0.726 6.996 0.858 ;
      RECT 6.435 0.308 6.875 0.374 ;
      RECT 6.809 0.242 6.875 0.308 ;
      RECT 6.435 0.242 6.501 0.308 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.05324 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 1.023 ;
      RECT 5.181 1.023 6.215 1.089 ;
      RECT 6.149 0.561 6.215 1.023 ;
      RECT 6.006 0.495 6.215 0.561 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 1.155 0.946 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 2.024 0.165 ;
    RECT 5.533 0.099 6.083 0.165 ;
    RECT 4.202 0.132 4.268 0.165 ;
    RECT 4.587 0.132 4.653 0.825 ;
    RECT 5.335 0.132 5.401 0.198 ;
    RECT 1.958 0.165 2.024 0.473 ;
    RECT 1.485 0.165 1.551 0.594 ;
    RECT 4.202 0.165 4.521 0.231 ;
    RECT 6.017 0.165 6.083 0.264 ;
    RECT 5.533 0.165 5.599 0.726 ;
    RECT 5.335 0.198 5.467 0.264 ;
    RECT 4.939 0.22 5.005 0.825 ;
    RECT 4.455 0.231 4.521 0.825 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.605 0.242 0.671 0.308 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 5.401 0.264 5.467 0.66 ;
    RECT 5.665 0.264 5.731 0.33 ;
    RECT 2.255 0.275 2.915 0.341 ;
    RECT 3.201 0.275 3.905 0.341 ;
    RECT 0.979 0.286 1.419 0.352 ;
    RECT 5.841 0.286 5.907 0.363 ;
    RECT 3.971 0.297 4.389 0.363 ;
    RECT 0.055 0.308 0.231 0.374 ;
    RECT 0.605 0.308 0.891 0.374 ;
    RECT 1.617 0.33 1.881 0.396 ;
    RECT 5.665 0.33 5.775 0.396 ;
    RECT 2.255 0.341 2.321 0.759 ;
    RECT 2.497 0.341 2.563 0.792 ;
    RECT 2.849 0.341 2.915 0.891 ;
    RECT 3.839 0.341 3.905 0.792 ;
    RECT 3.201 0.341 3.267 0.88 ;
    RECT 3.553 0.341 3.619 0.88 ;
    RECT 0.979 0.352 1.045 0.858 ;
    RECT 1.353 0.352 1.419 0.957 ;
    RECT 0.297 0.363 0.363 0.594 ;
    RECT 4.323 0.363 4.389 0.572 ;
    RECT 3.971 0.363 4.037 0.594 ;
    RECT 5.841 0.363 6.369 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.422 0.429 ;
    VIA 4.356 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.374 0.231 0.792 ;
    RECT 0.825 0.374 0.891 0.825 ;
    RECT 1.617 0.396 1.683 0.726 ;
    RECT 5.709 0.396 5.775 0.891 ;
    RECT 6.303 0.429 6.369 0.495 ;
    RECT 5.841 0.429 5.907 0.792 ;
    RECT 4.125 0.462 4.191 0.671 ;
    RECT 1.892 0.473 2.024 0.539 ;
    RECT 6.303 0.495 6.666 0.561 ;
    RECT 2.123 0.528 2.189 0.627 ;
    RECT 1.749 0.55 1.815 0.627 ;
    RECT 0.297 0.594 0.429 0.66 ;
    RECT 1.749 0.627 2.189 0.693 ;
    LAYER M2L ;
    RECT 0.792 0.627 4.224 0.693 ;
    VIA 0.858 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.363 0.66 0.429 0.825 ;
    RECT 5.335 0.66 5.467 0.726 ;
    RECT 4.125 0.671 4.334 0.737 ;
    RECT 1.485 0.726 1.683 0.759 ;
    RECT 5.335 0.726 5.401 0.792 ;
    RECT 5.533 0.726 5.643 0.858 ;
    RECT 6.017 0.726 6.083 0.891 ;
    RECT 1.485 0.759 2.057 0.792 ;
    RECT 2.167 0.759 2.321 0.825 ;
    LAYER M2L ;
    RECT 4.422 0.759 5.676 0.825 ;
    VIA 4.488 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.297 0.858 ;
    RECT 1.617 0.792 2.057 0.825 ;
    RECT 1.485 0.792 1.551 0.858 ;
    RECT 3.839 0.792 3.949 0.858 ;
    RECT 3.707 0.814 3.773 1.023 ;
    RECT 0.363 0.825 0.891 0.891 ;
    RECT 1.991 0.825 2.057 1.023 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 4.059 0.825 4.521 0.891 ;
    RECT 4.587 0.825 5.005 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 3.883 0.858 3.949 0.924 ;
    RECT 5.577 0.858 5.643 0.924 ;
    RECT 0.583 0.891 0.649 1.023 ;
    RECT 2.31 0.891 2.442 0.957 ;
    RECT 4.059 0.891 4.125 1.023 ;
    RECT 4.587 0.891 4.653 0.957 ;
    RECT 4.939 0.891 5.005 0.968 ;
    RECT 5.709 0.891 6.083 0.957 ;
    LAYER M2L ;
    RECT 2.31 0.891 5.874 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 5.808 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.913 1.782 0.957 ;
    RECT 1.298 0.957 1.782 0.979 ;
    RECT 2.31 0.957 2.376 1.023 ;
    RECT 4.202 0.957 4.653 1.023 ;
    RECT 1.298 0.979 1.716 1.023 ;
    RECT 1.298 1.023 1.364 1.056 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.707 1.023 4.125 1.089 ;
    RECT 4.202 1.023 4.268 1.056 ;
  END
END LDN_MUX4_4
#
# 
MACRO LDN_MUXI2_0P5 FOREIGN C0A07BLDN_MUXI2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.165 1.287 0.66 ;
      RECT 1.133 0.66 1.287 0.726 ;
      RECT 1.133 0.726 1.199 0.957 ;
      RECT 0.836 0.957 1.199 1.023 ;
      RECT 0.803 0.099 1.287 0.165 ;
      RECT 0.803 0.165 0.891 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.803 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.935 0.594 ;
      RECT 0.869 0.594 0.935 0.726 ;
      RECT 0.561 0.462 0.935 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.539 0.264 ;
    RECT 0.605 0.132 0.715 0.363 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.441 0.132 1.551 0.231 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.518 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.693 ;
    RECT 1.001 0.264 1.067 0.825 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.485 0.297 1.551 0.902 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 0.429 0.693 0.726 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.429 0.825 0.572 0.891 ;
    RECT 0.671 0.825 1.067 0.891 ;
    RECT 0.671 0.891 0.737 0.957 ;
    RECT 1.265 0.902 1.551 0.968 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.297 0.957 0.737 0.99 ;
    RECT 1.265 0.968 1.331 1.056 ;
    RECT 0.077 0.99 0.737 1.023 ;
    RECT 0.077 1.023 0.363 1.056 ;
  END
END LDN_MUXI2_0P5
#
# 
MACRO LDN_MUXI2_1 FOREIGN C0A07BLDN_MUXI2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.715 ;
      RECT 0.858 0.715 1.155 0.781 ;
      RECT 0.869 0.132 1.155 0.198 ;
      RECT 0.869 0.198 0.935 0.264 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.561 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.451 ;
      RECT 0.693 0.33 0.759 0.451 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.77 0.231 ;
    RECT 0.297 0.231 0.363 0.847 ;
    RECT 1.221 0.264 1.287 0.715 ;
    RECT 0.429 0.319 0.572 0.385 ;
    RECT 0.429 0.385 0.495 0.693 ;
    RECT 0.693 0.583 0.836 0.649 ;
    RECT 0.693 0.649 0.759 0.693 ;
    RECT 0.429 0.693 0.759 0.759 ;
    RECT 1.221 0.715 1.331 0.781 ;
    RECT 1.265 0.781 1.331 0.979 ;
    RECT 0.297 0.847 1.166 0.913 ;
    RECT 0.297 0.913 0.363 0.99 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.616 0.979 1.331 1.045 ;
    RECT 0.077 0.99 0.363 1.056 ;
  END
END LDN_MUXI2_1
#
# 
MACRO LDN_MUXI2_2 FOREIGN C0A07BLDN_MUXI2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.815 0.462 ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.617 0.33 1.683 0.396 ;
      RECT 0.825 0.33 0.891 0.759 ;
      LAYER M2L ;
      RECT 0.792 0.363 1.716 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.528 0.33 0.627 0.396 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.825 ;
      RECT 1.485 0.891 1.551 0.957 ;
      RECT 1.485 0.957 1.947 1.023 ;
      RECT 1.881 0.264 1.947 0.957 ;
      RECT 1.837 0.132 1.947 0.264 ;
      RECT 1.1 0.825 1.551 0.891 ;
      RECT 1.177 0.396 1.243 0.825 ;
      RECT 1.133 0.33 1.243 0.396 ;
      RECT 1.133 0.264 1.199 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.099 1.661 0.143 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 0.748 0.143 1.76 0.165 ;
    RECT 0.748 0.165 0.814 0.198 ;
    RECT 1.595 0.165 1.76 0.209 ;
    RECT 0.583 0.198 0.814 0.264 ;
    RECT 1.694 0.209 1.76 0.264 ;
    RECT 1.309 0.264 1.375 0.33 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 0.979 0.286 1.045 0.462 ;
    RECT 0.198 0.297 0.429 0.363 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 1.353 0.396 1.419 0.726 ;
    RECT 0.363 0.462 0.495 0.528 ;
    RECT 0.979 0.462 1.111 0.528 ;
    RECT 0.429 0.528 0.495 0.825 ;
    RECT 1.045 0.528 1.111 0.594 ;
    RECT 0.979 0.594 1.111 0.66 ;
    RECT 1.617 0.594 1.683 0.803 ;
    LAYER M2L ;
    RECT 0.396 0.627 1.716 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.66 1.045 0.77 ;
    RECT 1.617 0.803 1.76 0.869 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.583 0.825 0.759 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 0.583 0.957 1.408 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDN_MUXI2_2
#
# 
MACRO LDN_MUXI2_2RE FOREIGN C0A07BLDN_MUXI2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 1.573 0.132 1.683 0.297 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 1.573 0.297 1.815 0.363 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 1.749 0.363 1.815 0.528 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.617 0.462 1.683 0.671 ;
    RECT 1.969 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.749 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.749 0.594 1.815 0.803 ;
    RECT 0.858 0.671 1.683 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 1.617 0.803 1.815 0.869 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.617 0.869 1.727 1.045 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDN_MUXI2_2RE
#
# 
MACRO LDN_MUXI2_3 FOREIGN C0A07BLDN_MUXI2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.617 0.495 1.98 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      RECT 0.099 0.33 0.165 0.462 ;
      RECT 0.099 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.363 1.716 0.429 ;
      VIA 0.132 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.792 ;
      RECT 2.64 0.792 2.739 0.858 ;
      RECT 2.541 0.528 2.607 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.291368 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.429 1.287 0.759 ;
      RECT 1.221 0.825 1.287 0.847 ;
      RECT 1.221 0.847 2.079 0.913 ;
      RECT 2.013 0.913 2.079 0.99 ;
      RECT 1.144 0.759 1.287 0.825 ;
      RECT 1.221 0.385 1.551 0.429 ;
      RECT 1.144 0.319 1.287 0.363 ;
      RECT 1.144 0.363 1.551 0.385 ;
      RECT 1.485 0.209 1.551 0.363 ;
      RECT 1.485 0.099 1.98 0.143 ;
      RECT 1.914 0.165 2.046 0.209 ;
      RECT 1.485 0.143 2.046 0.165 ;
      RECT 1.485 0.165 1.65 0.209 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.495 0.66 0.561 ;
      RECT 0.429 0.198 0.495 0.495 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.99 2.717 1.155 ;
      RECT 2.618 0.924 2.717 0.99 ;
      RECT 2.266 0.957 2.332 1.155 ;
      RECT 2.266 0.891 2.398 0.957 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.001 0.099 1.419 0.165 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 1.001 0.165 1.067 0.198 ;
    RECT 1.353 0.165 1.419 0.264 ;
    RECT 0.957 0.198 1.067 0.264 ;
    RECT 0.253 0.242 0.319 0.308 ;
    RECT 0.957 0.264 1.023 0.341 ;
    RECT 1.771 0.264 1.837 0.319 ;
    RECT 0.253 0.308 0.363 0.374 ;
    RECT 1.771 0.319 2.574 0.385 ;
    RECT 0.649 0.341 1.023 0.407 ;
    RECT 0.297 0.374 0.363 0.902 ;
    RECT 1.771 0.385 2.189 0.407 ;
    RECT 0.825 0.407 0.891 0.825 ;
    RECT 2.123 0.407 2.189 0.715 ;
    RECT 1.067 0.462 1.133 0.594 ;
    RECT 0.957 0.594 1.133 0.66 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.056 0.693 ;
    VIA 0.33 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.375 0.638 1.441 0.715 ;
    RECT 0.957 0.66 1.023 0.726 ;
    RECT 1.375 0.715 2.574 0.781 ;
    RECT 0.616 0.825 1.067 0.891 ;
    RECT 1.001 0.891 1.067 1.012 ;
    RECT 0.253 0.902 0.363 1.034 ;
    RECT 1.738 0.979 1.87 1.012 ;
    RECT 1.001 1.012 1.87 1.045 ;
    RECT 1.001 1.045 1.804 1.078 ;
  END
END LDN_MUXI2_3
#
# 
MACRO LDN_MUXI2_4 FOREIGN C0A07BLDN_MUXI2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 1.639 0.033 1.705 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.317988 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.759 ;
      RECT 1.089 0.825 1.155 0.858 ;
      RECT 0.825 0.759 1.232 0.825 ;
      RECT 0.825 0.825 0.891 0.891 ;
      RECT 0.374 0.891 0.891 0.957 ;
      RECT 1.089 0.165 1.199 0.264 ;
      RECT 0.407 0.099 1.551 0.165 ;
      RECT 1.485 0.165 1.551 0.33 ;
      RECT 0.781 0.165 0.891 0.33 ;
      RECT 0.407 0.165 0.473 0.198 ;
      RECT 0.055 0.198 0.473 0.264 ;
      RECT 0.055 0.132 0.121 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.146168 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.858 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.319 ;
    RECT 2.915 0.242 2.981 0.33 ;
    RECT 3.267 0.242 3.333 0.33 ;
    RECT 1.815 0.264 1.881 0.77 ;
    RECT 0.957 0.286 1.023 0.627 ;
    RECT 1.287 0.286 1.375 0.572 ;
    RECT 2.211 0.319 2.662 0.385 ;
    RECT 2.915 0.33 3.333 0.363 ;
    RECT 0.088 0.341 0.682 0.407 ;
    RECT 2.838 0.363 3.333 0.396 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.97 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.385 2.277 0.825 ;
    RECT 2.838 0.396 2.981 0.429 ;
    RECT 0.088 0.407 0.154 1.023 ;
    RECT 2.915 0.429 2.981 0.825 ;
    RECT 0.253 0.495 0.594 0.561 ;
    RECT 0.528 0.561 0.594 0.627 ;
    RECT 0.462 0.627 0.594 0.693 ;
    RECT 0.693 0.627 1.023 0.693 ;
    LAYER M2L ;
    RECT 0.462 0.627 1.914 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 0.528 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.682 0.297 0.759 ;
    RECT 0.693 0.693 0.759 0.759 ;
    RECT 0.231 0.759 0.759 0.825 ;
    RECT 2.211 0.825 2.662 0.891 ;
    RECT 2.915 0.825 3.366 0.891 ;
    RECT 2.211 0.891 2.277 1.023 ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.088 1.023 2.277 1.089 ;
  END
END LDN_MUXI2_4
#
# 
MACRO LDN_MUXI2_6 FOREIGN C0A07BLDN_MUXI2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.33 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521752 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.847 ;
      RECT 1.683 0.847 2.871 0.913 ;
      RECT 1.683 0.913 1.749 0.979 ;
      RECT 0.924 0.979 1.749 1.045 ;
      RECT 0.902 0.363 2.508 0.429 ;
      RECT 0.902 0.33 1.782 0.363 ;
      RECT 0.902 0.429 1.782 0.462 ;
      LAYER M2L ;
      RECT 2.376 0.363 2.904 0.429 ;
      VIA 2.442 0.396 V1L2L ;
      VIA 2.838 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 4.884 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.256 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.693 ;
      RECT 0.429 0.693 1.419 0.759 ;
      RECT 1.353 0.627 1.419 0.693 ;
      RECT 1.353 0.561 2.453 0.627 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.638 0.528 2.805 0.594 ;
    RECT 0 0.528 0.638 0.594 ;
    RECT 2.805 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.099 3.113 0.165 ;
    RECT 0.726 0.165 1.606 0.231 ;
    RECT 3.047 0.165 3.113 0.297 ;
    RECT 4.114 0.198 4.202 0.297 ;
    RECT 4.851 0.22 4.917 0.297 ;
    RECT 1.848 0.231 2.728 0.297 ;
    LAYER M2L ;
    RECT 2.574 0.231 4.224 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.759 0.363 ;
    RECT 2.662 0.297 2.728 0.715 ;
    RECT 3.047 0.297 3.894 0.363 ;
    RECT 4.114 0.297 4.917 0.363 ;
    RECT 0.693 0.363 0.759 0.561 ;
    RECT 0.055 0.363 0.121 0.825 ;
    RECT 3.047 0.363 3.113 0.825 ;
    RECT 4.147 0.363 4.213 0.825 ;
    RECT 0.693 0.561 1.254 0.627 ;
    RECT 1.507 0.715 2.728 0.781 ;
    RECT 1.507 0.781 1.573 0.847 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 3.047 0.825 3.894 0.891 ;
    RECT 4.147 0.825 4.95 0.891 ;
    RECT 0.759 0.847 1.573 0.913 ;
    RECT 0.605 0.891 0.671 0.968 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 4.147 0.891 4.213 0.924 ;
    RECT 0.759 0.913 0.825 0.99 ;
    RECT 1.848 0.979 3.113 1.045 ;
  END
END LDN_MUXI2_6
#
# 
MACRO LDN_MUXI2_8 FOREIGN C0A07BLDN_MUXI2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.286 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.61 0.165 5.742 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.258 0.165 5.39 0.231 ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 4.554 0.033 4.62 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.176 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.630652 ;
    PORT
      LAYER M1L ;
      RECT 3.531 0.33 3.597 0.825 ;
      RECT 2.013 0.825 3.597 0.891 ;
      RECT 2.013 0.891 2.079 0.979 ;
      RECT 0.924 0.979 2.079 1.045 ;
      RECT 0.924 0.363 3.168 0.429 ;
      RECT 0.924 0.33 1.947 0.363 ;
      RECT 0.924 0.429 1.947 0.462 ;
      LAYER M2L ;
      RECT 3.036 0.363 3.63 0.429 ;
      VIA 3.102 0.396 V1L2L ;
      VIA 3.564 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.28 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.594 4.587 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.484 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.693 ;
      RECT 0.429 0.693 1.683 0.759 ;
      RECT 1.617 0.627 1.683 0.693 ;
      RECT 1.617 0.561 2.574 0.627 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.258 0.957 5.39 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 6.347 0.858 6.413 1.155 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 5.962 0.957 6.094 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0.759 0.528 3.388 0.616 ;
    RECT 0 0.528 0.759 0.616 ;
    RECT 3.388 0.528 6.468 0.616 ;
    RECT 0 0.616 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 3.729 0.165 ;
    RECT 0.737 0.165 1.936 0.231 ;
    RECT 3.663 0.165 3.729 0.297 ;
    RECT 5.115 0.198 5.181 0.297 ;
    RECT 6.171 0.22 6.237 0.297 ;
    RECT 2.079 0.231 3.432 0.297 ;
    RECT 0.737 0.231 0.803 0.308 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.366 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.264 0.649 0.341 ;
    RECT 3.333 0.297 3.399 0.693 ;
    RECT 3.663 0.297 4.862 0.363 ;
    RECT 5.115 0.297 6.237 0.363 ;
    RECT 0.033 0.341 0.649 0.407 ;
    RECT 3.663 0.363 3.729 0.825 ;
    RECT 5.115 0.363 5.181 0.825 ;
    RECT 0.583 0.407 0.649 0.561 ;
    RECT 0.033 0.407 0.099 0.759 ;
    RECT 0.583 0.561 1.298 0.627 ;
    RECT 1.837 0.693 3.399 0.759 ;
    RECT 0.033 0.759 0.33 0.825 ;
    RECT 1.837 0.759 1.903 0.825 ;
    RECT 0.264 0.825 0.649 0.891 ;
    RECT 0.737 0.825 1.903 0.891 ;
    RECT 3.663 0.825 4.862 0.891 ;
    RECT 5.082 0.825 6.237 0.891 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 0.737 0.891 0.803 0.99 ;
    RECT 3.663 0.891 3.729 0.957 ;
    RECT 6.171 0.891 6.237 0.968 ;
    RECT 2.156 0.957 3.729 1.023 ;
    RECT 2.156 1.023 2.222 1.056 ;
  END
END LDN_MUXI2_8
#
# 
MACRO LDN_MUXI2_S_1 FOREIGN C0A07BLDN_MUXI2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.792 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.165 1.551 0.957 ;
      RECT 0.847 0.957 1.551 0.99 ;
      RECT 1.166 0.99 1.551 1.023 ;
      RECT 0.847 0.99 0.913 1.056 ;
      RECT 0.847 0.924 1.232 0.957 ;
      RECT 0.847 0.099 1.551 0.165 ;
      RECT 0.847 0.165 0.913 0.264 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.045 0.792 ;
      RECT 0.693 0.792 1.045 0.847 ;
      RECT 0.462 0.847 1.045 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.089 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.451 0.22 0.517 0.649 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.803 ;
    RECT 0.451 0.649 0.836 0.715 ;
    RECT 0.451 0.715 0.517 0.748 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.055 0.979 0.748 1.067 ;
  END
END LDN_MUXI2_S_1
#
# 
MACRO LDN_MUXI2_S_2 FOREIGN C0A07BLDN_MUXI2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.495 ;
      RECT 1.881 0.495 2.079 0.561 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.112 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.792 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.238612 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.649 2.211 0.737 ;
      RECT 2.123 0.737 2.211 0.858 ;
      RECT 2.145 0.264 2.211 0.649 ;
      RECT 2.101 0.132 2.211 0.264 ;
      RECT 1.705 0.561 1.815 0.649 ;
      RECT 1.705 0.165 1.771 0.561 ;
      RECT 1.298 0.143 1.771 0.165 ;
      RECT 1.298 0.209 1.364 0.297 ;
      RECT 1.298 0.165 1.43 0.209 ;
      RECT 1.364 0.099 1.771 0.143 ;
      RECT 1.221 0.594 1.287 0.803 ;
      RECT 1.221 0.803 1.43 0.869 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.881 0.165 2.024 0.231 ;
    RECT 0.583 0.198 0.693 0.275 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.979 0.22 1.045 0.429 ;
    RECT 1.496 0.231 1.628 0.297 ;
    RECT 1.881 0.231 1.947 0.396 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.275 0.759 0.341 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.54 0.297 1.628 0.825 ;
    RECT 0.693 0.341 0.759 0.924 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.979 0.429 1.463 0.495 ;
    RECT 1.397 0.495 1.463 0.594 ;
    RECT 0.979 0.495 1.045 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.65 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.54 0.825 2.024 0.891 ;
    RECT 0.583 0.924 1.1 0.957 ;
    RECT 0.583 0.957 1.628 0.99 ;
    RECT 1.034 0.99 1.628 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
  END
END LDN_MUXI2_S_2
#
# 
MACRO LDN_MUXI2_S_3 FOREIGN C0A07BLDN_MUXI2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.033 2.398 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.495 ;
      RECT 0.429 0.495 0.748 0.561 ;
      RECT 0.682 0.561 0.748 0.693 ;
      RECT 0.429 0.561 0.495 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 1.848 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.848 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.252648 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.242 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.023 ;
      RECT 1.177 1.023 2.002 1.045 ;
      RECT 1.177 1.045 1.584 1.089 ;
      RECT 1.518 0.979 2.002 1.023 ;
      RECT 1.177 0.165 1.287 0.242 ;
      RECT 1.177 0.099 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.209 ;
      RECT 1.518 0.165 1.65 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.198 0.693 0.363 ;
    RECT 2.475 0.198 2.541 0.297 ;
    RECT 0.935 0.231 1.078 0.297 ;
    RECT 0.231 0.242 0.297 0.308 ;
    RECT 1.353 0.286 1.441 0.561 ;
    RECT 0.935 0.297 1.001 0.363 ;
    RECT 1.694 0.297 2.541 0.363 ;
    RECT 0.231 0.308 0.363 0.374 ;
    RECT 0.627 0.363 1.001 0.429 ;
    RECT 2.123 0.363 2.189 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.452 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.374 0.363 0.825 ;
    RECT 0.825 0.429 0.891 0.825 ;
    RECT 1.067 0.462 1.155 0.759 ;
    RECT 1.353 0.561 1.617 0.627 ;
    RECT 1.551 0.627 1.617 0.825 ;
    RECT 0.451 0.726 0.517 0.825 ;
    RECT 1.353 0.726 1.463 0.924 ;
    RECT 0.99 0.759 1.155 0.825 ;
    RECT 1.914 0.759 2.189 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    RECT 1.32 0.759 2.046 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.451 0.825 0.891 0.891 ;
    RECT 1.551 0.825 1.826 0.891 ;
    RECT 2.123 0.825 2.574 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.891 1.056 ;
  END
END LDN_MUXI2_S_3
#
# 
MACRO LDN_MUXI2_S_4 FOREIGN C0A07BLDN_MUXI2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.407 0.198 0.506 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.597 0.319 3.663 0.462 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.858 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.495 2.024 0.561 ;
      RECT 0.132 0.462 0.462 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.33 0.495 1.65 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.34364 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.979 ;
      RECT 1.353 0.979 2.123 1.023 ;
      RECT 2.057 0.902 2.123 0.979 ;
      RECT 0.946 1.023 2.123 1.045 ;
      RECT 0.946 1.045 1.419 1.089 ;
      RECT 0.528 0.957 1.012 1.023 ;
      RECT 0.913 0.099 2.123 0.165 ;
      RECT 2.057 0.165 2.123 0.264 ;
      RECT 1.705 0.165 1.771 0.264 ;
      RECT 0.913 0.165 0.979 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0.616 0.528 1.54 0.638 ;
    RECT 0 0.528 0.616 0.638 ;
    RECT 1.54 0.528 3.828 0.638 ;
    RECT 0 0.638 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.341 0.264 ;
    RECT 0.737 0.198 0.825 0.374 ;
    RECT 2.739 0.198 2.805 0.308 ;
    RECT 3.069 0.198 3.157 0.33 ;
    RECT 3.465 0.198 3.531 0.33 ;
    RECT 2.387 0.22 2.453 0.308 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.838 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.275 0.264 0.341 0.33 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.089 0.264 1.155 0.374 ;
    RECT 1.529 0.264 1.595 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.387 0.308 2.805 0.374 ;
    RECT 0.275 0.33 0.649 0.396 ;
    RECT 1.221 0.33 1.287 0.825 ;
    RECT 3.069 0.33 3.531 0.396 ;
    RECT 1.529 0.363 2.244 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 3.168 0.429 ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.374 1.155 0.44 ;
    RECT 2.387 0.374 2.453 0.737 ;
    RECT 0.561 0.396 0.649 0.605 ;
    RECT 3.069 0.396 3.157 0.792 ;
    RECT 0.561 0.605 1.034 0.671 ;
    RECT 0.561 0.671 0.649 0.693 ;
    RECT 0.407 0.693 0.649 0.759 ;
    RECT 1.881 0.737 2.838 0.803 ;
    RECT 0.407 0.759 0.473 0.858 ;
    RECT 1.529 0.77 1.595 0.836 ;
    RECT 3.069 0.792 3.531 0.858 ;
    RECT 1.881 0.803 1.947 0.836 ;
    RECT 0.704 0.825 1.287 0.891 ;
    RECT 1.529 0.836 1.947 0.902 ;
    RECT 3.465 0.858 3.531 0.968 ;
  END
END LDN_MUXI2_S_4
#
# 
MACRO LDN_MUXI2_S_6 FOREIGN C0A07BLDN_MUXI2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 4.488 0.462 4.884 0.594 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.218768 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.649 2.211 0.726 ;
      RECT 2.145 0.583 2.574 0.649 ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.396 0.627 2.244 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492712 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.957 ;
      RECT 1.1 0.957 2.64 1.023 ;
      RECT 1.056 0.374 2.64 0.462 ;
      RECT 1.056 0.33 1.716 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.968 0.528 2.772 0.616 ;
    RECT 0 0.528 0.968 0.616 ;
    RECT 2.772 0.528 5.148 0.616 ;
    RECT 0 0.616 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.694 0.099 3.135 0.143 ;
    RECT 0.913 0.143 3.135 0.165 ;
    RECT 0.913 0.165 1.76 0.209 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 4.851 0.198 4.917 0.297 ;
    RECT 0.913 0.209 0.979 0.308 ;
    RECT 1.826 0.231 2.871 0.297 ;
    RECT 4.147 0.264 4.213 0.297 ;
    RECT 2.805 0.297 2.871 0.726 ;
    RECT 3.069 0.297 3.894 0.363 ;
    RECT 4.147 0.297 4.917 0.363 ;
    RECT 0.198 0.319 0.704 0.385 ;
    RECT 3.069 0.363 3.135 0.825 ;
    RECT 4.147 0.363 4.334 0.407 ;
    RECT 0.638 0.385 0.704 0.583 ;
    RECT 4.246 0.407 4.334 0.693 ;
    RECT 0.638 0.583 1.43 0.649 ;
    RECT 3.201 0.594 3.267 0.693 ;
    LAYER M2L ;
    RECT 2.343 0.627 3.3 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.234 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.638 0.649 0.704 0.803 ;
    RECT 3.201 0.693 4.334 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 1.749 0.726 1.815 0.825 ;
    RECT 2.013 0.748 2.079 0.825 ;
    RECT 4.246 0.759 4.334 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.409 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.55 0.803 0.704 0.869 ;
    RECT 0.913 0.825 1.815 0.891 ;
    RECT 2.013 0.825 3.894 0.891 ;
    RECT 4.246 0.825 4.95 0.891 ;
    RECT 0.913 0.891 0.979 0.968 ;
  END
END LDN_MUXI2_S_6
#
# 
MACRO LDN_MUXI2_S_8 FOREIGN C0A07BLDN_MUXI2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.05 0.033 6.116 0.165 ;
      RECT 5.984 0.165 6.116 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.632 0.165 5.764 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.412 0.594 ;
      RECT 5.313 0.33 5.379 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.808 0.462 6.468 0.594 ;
      RECT 6.369 0.594 6.435 0.726 ;
      RECT 6.369 0.198 6.435 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.293304 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.649 2.739 0.726 ;
      RECT 2.673 0.583 3.465 0.649 ;
      RECT 0.561 0.627 0.792 0.693 ;
      RECT 0.561 0.693 0.627 0.737 ;
      RECT 0.297 0.737 0.627 0.803 ;
      RECT 0.297 0.528 0.363 0.737 ;
      RECT 0.121 0.462 0.363 0.528 ;
      RECT 0.121 0.528 0.187 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.772 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.644204 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.957 ;
      RECT 1.254 0.957 3.542 1.023 ;
      RECT 1.188 0.374 3.52 0.462 ;
      RECT 1.188 0.33 2.244 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 5.984 0.957 6.116 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.632 0.957 5.764 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.336 0.957 6.468 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.418 0.528 3.652 0.616 ;
    RECT 0.418 0.616 1.067 0.77 ;
    RECT 3.652 0.528 6.864 0.616 ;
    RECT 0 0.528 0.418 0.77 ;
    RECT 1.067 0.616 6.864 0.77 ;
    RECT 0 0.77 6.864 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.099 4.059 0.143 ;
    RECT 1.067 0.143 4.059 0.165 ;
    RECT 1.067 0.165 2.266 0.209 ;
    RECT 3.993 0.165 4.059 0.297 ;
    RECT 5.137 0.198 5.203 0.297 ;
    RECT 1.067 0.209 1.133 0.286 ;
    RECT 6.193 0.22 6.259 0.297 ;
    RECT 2.332 0.231 3.795 0.297 ;
    RECT 5.489 0.242 5.555 0.297 ;
    RECT 0.198 0.297 0.616 0.363 ;
    RECT 3.729 0.297 3.795 0.726 ;
    RECT 3.993 0.297 5.203 0.363 ;
    RECT 5.489 0.297 6.259 0.363 ;
    RECT 0.55 0.363 0.616 0.473 ;
    RECT 3.993 0.363 4.059 0.825 ;
    RECT 5.489 0.363 5.654 0.385 ;
    RECT 5.566 0.385 5.654 0.693 ;
    RECT 0.55 0.473 1.001 0.539 ;
    RECT 0.935 0.539 1.001 0.583 ;
    RECT 0.935 0.583 1.936 0.649 ;
    RECT 4.125 0.594 4.191 0.693 ;
    LAYER M2L ;
    RECT 2.871 0.627 4.224 0.693 ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.649 1.001 0.759 ;
    RECT 4.125 0.693 5.654 0.759 ;
    LAYER M2L ;
    RECT 2.871 0.693 2.937 0.759 ;
    LAYER M1L ;
    RECT 2.277 0.726 2.343 0.825 ;
    RECT 2.541 0.748 2.607 0.825 ;
    RECT 0.715 0.759 1.001 0.825 ;
    RECT 5.566 0.759 5.654 0.825 ;
    LAYER M2L ;
    RECT 2.244 0.759 2.937 0.825 ;
    VIA 2.31 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.715 0.825 0.781 0.88 ;
    RECT 1.067 0.825 2.343 0.891 ;
    RECT 2.541 0.825 5.203 0.891 ;
    RECT 5.566 0.825 6.644 0.891 ;
    RECT 0.231 0.88 0.781 0.946 ;
    RECT 1.067 0.891 1.133 1.056 ;
    RECT 5.137 0.891 5.203 0.99 ;
    RECT 3.641 0.891 3.707 1.056 ;
    RECT 0.715 0.946 0.781 0.99 ;
    RECT 0.231 0.946 0.297 1.056 ;
  END
END LDN_MUXI2_S_8
#
# 
MACRO LDN_MUXI4_0P5 FOREIGN C0A07BLDN_MUXI4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.297 3.531 0.407 ;
      RECT 3.465 0.231 3.608 0.297 ;
      RECT 3.465 0.407 3.663 0.473 ;
      RECT 3.597 0.473 3.663 0.649 ;
      RECT 3.531 0.649 3.663 0.715 ;
      RECT 3.531 0.715 3.597 0.88 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.102 0.561 ;
      RECT 2.937 0.561 3.003 0.726 ;
      RECT 2.937 0.33 3.003 0.495 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.773 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.825 0.132 0.913 0.924 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 1.287 0.132 1.353 0.473 ;
    RECT 1.463 0.132 1.529 0.924 ;
    RECT 1.881 0.132 1.947 0.792 ;
    RECT 1.056 0.165 1.221 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 3.707 0.165 3.773 0.352 ;
    RECT 2.013 0.176 2.079 0.396 ;
    RECT 1.155 0.231 1.221 0.572 ;
    RECT 2.475 0.231 2.541 1.023 ;
    RECT 3.256 0.231 3.399 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.112 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.264 2.673 0.924 ;
    RECT 3.091 0.264 3.157 0.363 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 3.333 0.297 3.399 0.627 ;
    RECT 1.001 0.33 1.067 0.737 ;
    RECT 2.321 0.33 2.387 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 3.091 0.363 3.267 0.429 ;
    RECT 2.013 0.396 2.387 0.462 ;
    RECT 3.201 0.429 3.267 0.638 ;
    RECT 1.155 0.572 1.397 0.638 ;
    RECT 2.079 0.627 2.354 0.693 ;
    RECT 3.333 0.627 3.465 0.693 ;
    RECT 1.331 0.638 1.397 0.891 ;
    RECT 3.091 0.638 3.267 0.704 ;
    RECT 2.079 0.693 2.145 0.88 ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 3.091 0.704 3.157 0.88 ;
    RECT 1.001 0.737 1.232 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.178 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.77 3.333 1.023 ;
    RECT 3.707 0.77 3.773 1.023 ;
    RECT 1.837 0.792 1.947 0.924 ;
    RECT 1.001 0.825 1.067 1.023 ;
    RECT 3.025 0.88 3.157 0.946 ;
    RECT 1.21 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.498 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 0.561 1.023 1.067 1.089 ;
    RECT 2.255 1.023 3.333 1.089 ;
    RECT 3.399 1.023 3.773 1.089 ;
  END
END LDN_MUXI4_0P5
#
# 
MACRO LDN_MUXI4_1 FOREIGN C0A07BLDN_MUXI4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.729 0.462 3.861 0.528 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.264 3.663 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 3.135 0.099 3.41 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 2.739 0.132 2.805 0.792 ;
    RECT 3.773 0.132 3.861 0.33 ;
    RECT 1.034 0.165 1.287 0.231 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.135 0.165 3.201 0.77 ;
    RECT 2.376 0.165 2.673 0.231 ;
    RECT 1.221 0.231 1.287 0.594 ;
    RECT 2.607 0.231 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    RECT 2.574 0.231 3.894 0.297 ;
    VIA 3.828 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.264 0.913 0.792 ;
    RECT 1.485 0.264 1.551 0.792 ;
    RECT 2.013 0.264 2.079 0.792 ;
    RECT 3.377 0.264 3.443 0.594 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 3.773 0.33 3.894 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 1.001 0.462 1.067 1.023 ;
    RECT 1.221 0.594 1.331 0.66 ;
    RECT 3.267 0.594 3.443 0.66 ;
    RECT 2.145 0.627 2.508 0.693 ;
    RECT 1.265 0.66 1.331 0.891 ;
    RECT 3.267 0.66 3.333 0.891 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 3.399 0.792 3.465 1.023 ;
    RECT 3.795 0.792 3.883 1.056 ;
    RECT 2.376 0.825 2.673 0.891 ;
    RECT 1.265 0.891 1.518 0.957 ;
    RECT 3.102 0.891 3.333 0.957 ;
    RECT 2.607 0.891 2.673 1.023 ;
    LAYER M2L ;
    RECT 1.386 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.462 0.957 0.627 1.023 ;
    RECT 0.561 1.023 2.211 1.089 ;
    RECT 2.607 1.023 3.465 1.089 ;
  END
END LDN_MUXI4_1
#
# 
MACRO LDN_MUXI4_2 FOREIGN C0A07BLDN_MUXI4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END S0
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END D0
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END D2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.858 ;
    END
  END X
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END D3
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.726 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.861 0.099 4.675 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.277 0.143 2.706 0.209 ;
    RECT 1.474 0.165 1.947 0.231 ;
    RECT 3.146 0.165 3.663 0.231 ;
    RECT 4.609 0.165 4.675 0.264 ;
    RECT 3.861 0.165 3.927 0.891 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.287 0.176 1.353 0.594 ;
    RECT 0.429 0.198 0.495 0.429 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 2.937 0.198 3.003 0.275 ;
    RECT 2.277 0.209 2.343 0.297 ;
    RECT 1.881 0.231 1.947 0.99 ;
    RECT 3.597 0.231 3.663 1.023 ;
    RECT 4.125 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 2.64 0.297 ;
    RECT 2.904 0.231 4.29 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.155 0.264 1.221 0.792 ;
    RECT 3.993 0.264 4.059 0.792 ;
    RECT 2.739 0.275 3.069 0.341 ;
    RECT 0.583 0.297 1.056 0.363 ;
    RECT 2.145 0.297 2.343 0.363 ;
    RECT 4.125 0.297 4.191 0.528 ;
    LAYER M2L ;
    RECT 2.574 0.297 2.64 0.363 ;
    LAYER M1L ;
    RECT 2.585 0.308 2.673 0.627 ;
    RECT 1.485 0.33 1.551 0.759 ;
    RECT 3.135 0.33 3.201 0.726 ;
    RECT 4.521 0.33 4.587 0.66 ;
    RECT 3.003 0.341 3.069 0.825 ;
    RECT 2.739 0.341 2.805 0.99 ;
    RECT 0.858 0.363 0.924 0.924 ;
    RECT 2.145 0.363 2.211 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.234 0.429 ;
    RECT 3.96 0.363 4.62 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.429 0.627 0.495 ;
    RECT 1.023 0.462 1.089 0.858 ;
    RECT 2.871 0.484 2.937 0.858 ;
    RECT 0.561 0.495 0.627 0.77 ;
    RECT 0.363 0.572 0.429 0.638 ;
    RECT 0.297 0.638 0.429 0.704 ;
    RECT 0.297 0.704 0.363 0.825 ;
    RECT 2.563 0.726 2.629 0.825 ;
    RECT 1.485 0.759 1.65 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 2.97 0.825 ;
    VIA 2.904 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.627 0.836 ;
    RECT 1.155 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.145 0.825 2.629 0.891 ;
    RECT 3.003 0.825 3.212 0.869 ;
    RECT 0.429 0.836 0.495 0.902 ;
    RECT 1.353 0.858 1.419 0.99 ;
    RECT 3.003 0.869 3.278 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 3.146 0.891 3.278 0.935 ;
    RECT 3.861 0.891 4.312 0.957 ;
    LAYER M2L ;
    RECT 1.32 0.891 4.026 0.957 ;
    VIA 3.96 0.924 V1L2L ;
    VIA 1.386 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 1.023 0.99 ;
    RECT 1.529 0.924 1.595 0.99 ;
    RECT 4.631 0.924 4.697 1.023 ;
    RECT 1.1 0.957 1.232 0.99 ;
    RECT 2.926 0.957 3.058 1.023 ;
    RECT 0.957 0.99 1.232 1.023 ;
    RECT 0.759 0.99 0.825 1.056 ;
    RECT 1.529 0.99 1.947 1.056 ;
    RECT 0.957 1.023 1.166 1.056 ;
    RECT 2.992 1.023 3.663 1.089 ;
    RECT 3.729 1.023 4.697 1.089 ;
  END
END LDN_MUXI4_2
#
# 
MACRO LDN_MUXI4_3 FOREIGN C0A07BLDN_MUXI4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END D3
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.627 6.27 0.693 ;
      RECT 6.105 0.396 6.193 0.627 ;
      RECT 5.049 0.198 5.115 0.825 ;
      LAYER M2L ;
      RECT 5.016 0.627 6.27 0.693 ;
      VIA 5.082 0.66 V1L2L ;
      VIA 6.204 0.66 V1L2L ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 0.429 0.726 ;
      RECT 0.363 0.462 0.528 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.495 0.693 ;
      VIA 0.396 0.66 V1L2L ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.759 6.303 0.825 ;
      RECT 6.215 0.825 6.303 0.99 ;
      RECT 5.841 0.825 5.907 0.924 ;
      RECT 5.841 0.165 5.907 0.759 ;
      RECT 5.401 0.099 6.303 0.165 ;
      RECT 6.215 0.165 6.303 0.33 ;
      RECT 5.401 0.165 5.511 0.33 ;
      RECT 5.313 0.33 5.511 0.396 ;
      RECT 5.313 0.396 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 4.983 0.924 5.049 1.155 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.575 0.528 4.312 0.594 ;
    RECT 1.331 0.528 2.178 0.616 ;
    RECT 2.178 0.528 3.575 0.594 ;
    RECT 4.312 0.528 6.336 0.594 ;
    RECT 0 0.528 1.331 0.616 ;
    RECT 2.178 0.594 6.336 0.616 ;
    RECT 0 0.616 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.099 1.903 0.165 ;
    RECT 3.399 0.099 4.114 0.143 ;
    RECT 2.013 0.132 2.079 0.297 ;
    RECT 3.399 0.143 4.18 0.165 ;
    RECT 1.837 0.165 1.903 0.363 ;
    RECT 1.287 0.165 1.353 0.66 ;
    RECT 4.048 0.165 4.18 0.209 ;
    RECT 3.399 0.165 3.465 0.297 ;
    RECT 5.181 0.198 5.28 0.264 ;
    RECT 1.441 0.231 1.738 0.297 ;
    RECT 3.696 0.231 3.971 0.275 ;
    RECT 5.973 0.231 6.116 0.297 ;
    RECT 5.577 0.231 5.775 0.297 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 5.181 0.264 5.247 1.023 ;
    RECT 3.696 0.275 4.708 0.297 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.441 0.297 1.507 0.792 ;
    RECT 2.013 0.297 2.761 0.363 ;
    RECT 3.047 0.297 3.465 0.363 ;
    RECT 3.905 0.297 4.708 0.341 ;
    RECT 5.973 0.297 6.039 0.66 ;
    RECT 5.577 0.297 5.643 0.363 ;
    RECT 5.709 0.297 5.775 1.023 ;
    RECT 4.433 0.341 4.499 0.825 ;
    RECT 0.803 0.352 0.869 0.858 ;
    RECT 1.155 0.352 1.221 1.023 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.705 0.363 1.903 0.429 ;
    RECT 2.376 0.363 2.442 0.671 ;
    RECT 2.695 0.363 2.761 0.792 ;
    RECT 3.63 0.363 3.773 0.429 ;
    RECT 3.047 0.363 3.113 0.792 ;
    RECT 3.399 0.363 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.363 3.762 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.872 0.407 4.323 0.473 ;
    RECT 1.705 0.429 1.771 0.561 ;
    RECT 3.707 0.429 3.773 0.682 ;
    RECT 0.231 0.462 0.297 0.825 ;
    RECT 5.577 0.462 5.643 0.858 ;
    RECT 4.257 0.473 4.323 0.825 ;
    LAYER M2L ;
    RECT 5.544 0.495 6.072 0.561 ;
    VIA 5.61 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.528 2.013 0.693 ;
    RECT 1.573 0.55 1.639 0.693 ;
    RECT 1.705 0.561 1.848 0.627 ;
    RECT 3.927 0.561 4.158 0.649 ;
    LAYER M2L ;
    RECT 0.594 0.627 4.026 0.693 ;
    VIA 0.66 0.66 V1L2L ;
    VIA 3.96 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.927 0.649 3.993 0.726 ;
    RECT 2.079 0.671 2.442 0.737 ;
    RECT 1.573 0.693 2.013 0.759 ;
    RECT 3.553 0.726 3.619 0.825 ;
    RECT 2.079 0.737 2.145 0.825 ;
    LAYER M2L ;
    RECT 4.224 0.759 5.676 0.825 ;
    VIA 5.61 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.309 0.792 1.507 0.825 ;
    RECT 2.277 0.803 2.387 0.869 ;
    RECT 0.231 0.825 0.693 0.891 ;
    RECT 1.309 0.825 1.782 0.858 ;
    RECT 1.936 0.825 2.145 0.891 ;
    RECT 3.553 0.825 4.323 0.891 ;
    RECT 4.433 0.825 4.884 0.891 ;
    RECT 1.441 0.858 1.782 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 2.277 0.869 2.343 0.979 ;
    RECT 1.716 0.891 1.782 0.979 ;
    RECT 4.433 0.891 4.499 0.957 ;
    RECT 6.017 0.891 6.116 0.957 ;
    LAYER M2L ;
    RECT 2.244 0.891 5.808 0.957 ;
    VIA 2.31 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.957 3.828 1.023 ;
    RECT 4.048 0.957 4.499 1.023 ;
    RECT 6.017 0.957 6.083 1.023 ;
    RECT 1.474 0.979 1.606 1.023 ;
    RECT 1.716 0.979 2.343 1.045 ;
    RECT 1.155 1.023 1.606 1.045 ;
    RECT 5.181 1.023 5.588 1.089 ;
    RECT 5.709 1.023 6.083 1.089 ;
    RECT 1.155 1.045 1.54 1.089 ;
  END
END LDN_MUXI4_3
#
# 
MACRO LDN_MUXI4_4 FOREIGN C0A07BLDN_MUXI4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.434 0.033 5.5 0.165 ;
      RECT 5.368 0.165 5.5 0.231 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.322 0.033 3.388 0.143 ;
      RECT 3.256 0.143 3.388 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.904 0.143 3.036 0.209 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.003 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.726 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.495 0.594 0.561 0.726 ;
      RECT 0.495 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 0.627 0.693 ;
      VIA 0.528 0.66 V1L2L ;
    END
  END S0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.396 7.117 0.627 ;
      RECT 6.93 0.627 7.117 0.693 ;
      RECT 5.841 0.198 5.907 0.825 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.062 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 6.996 0.66 V1L2L ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.759 7.227 0.825 ;
      RECT 7.139 0.825 7.227 0.99 ;
      RECT 6.765 0.825 6.831 0.924 ;
      RECT 6.765 0.165 6.831 0.759 ;
      RECT 6.325 0.099 7.227 0.165 ;
      RECT 7.139 0.165 7.227 0.33 ;
      RECT 6.325 0.165 6.391 0.759 ;
      RECT 6.292 0.759 6.391 0.825 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 5.368 1.045 5.434 1.155 ;
      RECT 5.368 0.979 5.5 1.045 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 1.331 0.099 1.925 0.165 ;
    RECT 3.817 0.099 4.411 0.165 ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 0.583 0.132 0.649 0.297 ;
    RECT 1.859 0.165 1.925 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 2.035 0.165 2.673 0.231 ;
    RECT 4.345 0.165 4.411 0.264 ;
    RECT 3.817 0.165 3.883 0.275 ;
    RECT 4.521 0.165 5.115 0.231 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 2.035 0.231 2.101 0.363 ;
    RECT 2.607 0.231 2.673 0.693 ;
    RECT 4.136 0.231 4.268 0.297 ;
    RECT 4.521 0.231 4.587 0.363 ;
    RECT 5.049 0.231 5.115 0.693 ;
    RECT 6.897 0.231 7.04 0.297 ;
    RECT 6.49 0.231 6.699 0.297 ;
    RECT 5.225 0.264 5.291 0.825 ;
    RECT 5.577 0.264 5.643 0.825 ;
    RECT 5.973 0.264 6.039 1.023 ;
    RECT 2.761 0.275 3.179 0.341 ;
    RECT 3.465 0.275 3.883 0.341 ;
    RECT 0.583 0.297 0.825 0.363 ;
    RECT 0.946 0.297 1.397 0.363 ;
    RECT 1.716 0.297 1.782 0.363 ;
    RECT 2.178 0.297 2.31 0.363 ;
    RECT 4.202 0.297 4.268 0.363 ;
    RECT 4.653 0.297 4.796 0.363 ;
    RECT 6.897 0.297 6.963 0.506 ;
    RECT 6.633 0.297 6.699 1.023 ;
    RECT 2.475 0.33 2.541 0.495 ;
    RECT 4.917 0.33 4.983 0.495 ;
    RECT 6.105 0.33 6.193 0.891 ;
    RECT 3.113 0.341 3.179 0.792 ;
    RECT 2.761 0.341 2.827 1.023 ;
    RECT 3.465 0.341 3.531 0.792 ;
    RECT 3.817 0.341 3.883 1.023 ;
    RECT 0.121 0.363 0.396 0.429 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 0.946 0.363 1.012 0.924 ;
    RECT 1.331 0.363 1.397 1.023 ;
    RECT 1.716 0.363 2.101 0.429 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 4.202 0.363 4.587 0.429 ;
    RECT 4.653 0.363 4.719 0.495 ;
    LAYER M2L ;
    RECT 0.264 0.363 5.016 0.429 ;
    RECT 6.072 0.363 6.996 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 4.95 0.396 V1L2L ;
    VIA 6.93 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.121 0.429 0.187 0.726 ;
    RECT 0.286 0.495 0.429 0.561 ;
    RECT 1.551 0.495 1.76 0.561 ;
    RECT 2.354 0.495 2.541 0.561 ;
    RECT 1.859 0.495 2.244 0.561 ;
    RECT 4.114 0.495 4.257 0.561 ;
    RECT 4.818 0.495 4.983 0.561 ;
    RECT 4.345 0.495 4.719 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 1.551 0.561 1.617 0.792 ;
    RECT 1.859 0.561 1.925 0.825 ;
    RECT 4.191 0.561 4.257 0.792 ;
    RECT 4.345 0.561 4.411 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.627 4.29 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.002 0.66 2.068 0.693 ;
    RECT 4.488 0.66 4.554 0.693 ;
    RECT 2.002 0.693 2.673 0.759 ;
    RECT 4.488 0.693 5.115 0.759 ;
    RECT 0.121 0.726 0.297 0.792 ;
    RECT 1.683 0.726 1.749 0.891 ;
    RECT 4.059 0.726 4.125 0.891 ;
    RECT 6.501 0.726 6.567 0.891 ;
    RECT 2.508 0.759 2.574 0.891 ;
    RECT 5.049 0.759 5.115 0.858 ;
    LAYER M2L ;
    RECT 4.026 0.759 6.204 0.825 ;
    VIA 4.092 0.792 V1L2L ;
    VIA 5.082 0.792 V1L2L ;
    VIA 6.138 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.297 0.924 ;
    RECT 0.363 0.825 0.825 0.891 ;
    RECT 1.859 0.825 2.442 0.891 ;
    RECT 4.345 0.825 4.961 0.891 ;
    RECT 5.225 0.825 5.643 0.891 ;
    RECT 1.518 0.891 1.749 0.957 ;
    RECT 2.508 0.891 2.64 0.957 ;
    RECT 2.376 0.891 2.442 1.023 ;
    RECT 4.059 0.891 4.268 0.957 ;
    RECT 4.895 0.891 4.961 1.023 ;
    RECT 5.225 0.891 5.291 1.023 ;
    RECT 6.105 0.891 6.567 0.957 ;
    LAYER M2L ;
    RECT 1.584 0.891 6.732 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.574 0.924 V1L2L ;
    VIA 6.666 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.946 0.924 1.045 0.99 ;
    RECT 6.963 0.924 7.029 1.023 ;
    RECT 1.859 0.957 2.31 1.023 ;
    RECT 4.664 0.979 4.796 1.023 ;
    RECT 0.979 0.99 1.045 1.056 ;
    RECT 2.244 1.023 2.31 1.056 ;
    RECT 1.331 1.023 1.925 1.089 ;
    RECT 2.376 1.023 2.827 1.089 ;
    RECT 3.817 1.023 4.796 1.045 ;
    RECT 4.895 1.023 5.291 1.089 ;
    RECT 5.973 1.023 6.512 1.089 ;
    RECT 6.633 1.023 7.029 1.089 ;
    RECT 3.817 1.045 4.73 1.089 ;
  END
END LDN_MUXI4_4
#
# 
MACRO LDN_ND2B_0P5 FOREIGN C0A07BLDN_ND2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDN_ND2B_0P5
#
# 
MACRO LDN_ND2B_1 FOREIGN C0A07BLDN_ND2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDN_ND2B_1
#
# 
MACRO LDN_ND2B_10 FOREIGN C0A07BLDN_ND2B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 0.902 0.726 3.696 0.825 ;
      RECT 0.902 0.825 4.191 0.858 ;
      RECT 3.63 0.858 4.191 0.891 ;
      RECT 4.125 0.891 4.191 0.99 ;
      RECT 0.902 0.297 2.475 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.618 0.231 ;
    RECT 2.552 0.231 2.618 0.319 ;
    RECT 4.323 0.242 4.389 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.552 0.319 4.389 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 2.09 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDN_ND2B_10
#
# 
MACRO LDN_ND2B_12 FOREIGN C0A07BLDN_ND2B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.223 0.033 3.289 0.176 ;
      RECT 3.223 0.176 3.322 0.242 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.888624 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 0.924 0.726 4.224 0.825 ;
      RECT 0.924 0.825 5.082 0.858 ;
      RECT 4.158 0.858 5.082 0.891 ;
      RECT 1.078 0.297 3.003 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.488 0.594 ;
      RECT 4.367 0.594 4.455 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 4.422 0.957 4.554 1.023 ;
      RECT 4.136 1.023 4.202 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 3.146 0.209 ;
    RECT 0.935 0.209 1.001 0.286 ;
    RECT 3.08 0.209 3.146 0.319 ;
    RECT 5.159 0.242 5.225 0.319 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 3.08 0.319 5.225 0.385 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 2.684 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.198 0.825 0.825 0.891 ;
  END
END LDN_ND2B_12
#
# 
MACRO LDN_ND2B_2 FOREIGN C0A07BLDN_ND2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.561 0.825 1.1 0.891 ;
      RECT 0.561 0.297 0.726 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.165 0.891 0.231 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.825 0.231 0.891 0.308 ;
    RECT 1.177 0.242 1.243 0.308 ;
    RECT 0.253 0.297 0.495 0.363 ;
    RECT 0.825 0.308 1.243 0.374 ;
    RECT 0.429 0.363 0.495 0.957 ;
    RECT 0.22 0.957 0.495 1.023 ;
  END
END LDN_ND2B_2
#
# 
MACRO LDN_ND2B_3 FOREIGN C0A07BLDN_ND2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.176 ;
      RECT 1.111 0.176 1.21 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.407 0.891 0.825 ;
      RECT 0.561 0.825 1.386 0.891 ;
      RECT 0.561 0.891 0.649 0.99 ;
      RECT 0.429 0.341 0.891 0.407 ;
      RECT 0.429 0.231 0.517 0.341 ;
      RECT 0.374 0.165 0.517 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.132 0.649 0.209 ;
    RECT 0.583 0.209 1.034 0.275 ;
    RECT 0.968 0.275 1.034 0.319 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.968 0.319 1.386 0.385 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 0.297 0.561 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDN_ND2B_3
#
# 
MACRO LDN_ND2B_4 FOREIGN C0A07BLDN_ND2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.463 0.176 1.562 0.242 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.726 0.825 1.914 0.891 ;
      RECT 0.726 0.297 1.21 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.143 1.386 0.209 ;
    RECT 0.583 0.209 0.649 0.286 ;
    RECT 1.32 0.209 1.386 0.319 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 1.991 0.242 2.057 0.319 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.32 0.319 2.057 0.385 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDN_ND2B_4
#
# 
MACRO LDN_ND2B_6 FOREIGN C0A07BLDN_ND2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.453508 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.376 0.825 ;
      RECT 0.66 0.825 2.607 0.858 ;
      RECT 2.31 0.858 2.607 0.891 ;
      RECT 2.541 0.891 2.607 0.99 ;
      RECT 0.748 0.297 1.551 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.594 ;
      RECT 2.519 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.143 1.727 0.209 ;
    RECT 0.605 0.209 0.671 0.286 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 1.661 0.297 2.838 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.386 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDN_ND2B_6
#
# 
MACRO LDN_ND2B_8 FOREIGN C0A07BLDN_ND2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.343 0.176 2.442 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.902 0.726 3.168 0.825 ;
      RECT 0.902 0.825 3.498 0.858 ;
      RECT 3.102 0.858 3.498 0.891 ;
      RECT 0.902 0.297 2.09 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.594 3.399 0.726 ;
      RECT 2.508 0.462 3.432 0.594 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.277 0.231 ;
    RECT 2.211 0.231 2.277 0.319 ;
    RECT 3.575 0.242 3.641 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.211 0.319 3.641 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.782 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDN_ND2B_8
#
# 
MACRO LDN_ND2B_S_0P5 FOREIGN C0A07BLDN_ND2B_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0363 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.374 0.715 0.825 ;
    RECT 0.077 0.825 0.715 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
  END
END LDN_ND2B_S_0P5
#
# 
MACRO LDN_ND2B_S_1 FOREIGN C0A07BLDN_ND2B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.07865 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.44 0.715 0.825 ;
    RECT 0.044 0.825 0.715 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDN_ND2B_S_1
#
# 
MACRO LDN_ND2B_S_12 FOREIGN C0A07BLDN_ND2B_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.334 0.165 4.466 0.231 ;
      RECT 1.771 0.033 1.837 0.176 ;
      RECT 1.738 0.176 1.837 0.242 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.386 0.165 1.518 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.28 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.762058 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.297 0.726 3.718 0.792 ;
      RECT 0.616 0.792 3.718 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 2.09 0.363 3.168 0.462 ;
      RECT 2.09 0.33 3.74 0.363 ;
      RECT 3.102 0.297 3.74 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.2662 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 4.356 0.462 5.016 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.694 0.649 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.451 0.891 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.28 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.506 0.528 3.454 0.616 ;
    RECT 0 0.528 0.506 0.616 ;
    RECT 3.454 0.528 5.544 0.616 ;
    RECT 0 0.616 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.914 0.165 3.938 0.231 ;
    RECT 1.914 0.231 1.98 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.015 0.297 5.346 0.363 ;
    RECT 0.055 0.319 1.98 0.385 ;
    RECT 4.015 0.363 4.081 0.495 ;
    RECT 3.234 0.495 4.081 0.561 ;
    RECT 3.234 0.561 3.3 0.583 ;
    RECT 4.015 0.561 4.081 0.825 ;
    RECT 2.42 0.583 3.3 0.649 ;
    RECT 4.015 0.825 5.489 0.891 ;
    RECT 5.423 0.891 5.489 0.968 ;
  END
END LDN_ND2B_S_12
#
# 
MACRO LDN_ND2B_S_2 FOREIGN C0A07BLDN_ND2B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.429 0.033 0.495 0.198 ;
      RECT 0.396 0.198 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.825 ;
      RECT 0.594 0.825 1.155 0.891 ;
      RECT 1.089 0.319 1.254 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.397 0.231 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 1.331 0.231 1.397 0.308 ;
    RECT 0.231 0.33 0.495 0.396 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 0.429 0.693 1.023 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDN_ND2B_S_2
#
# 
MACRO LDN_ND2B_S_3 FOREIGN C0A07BLDN_ND2B_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.176 ;
      RECT 1.331 0.176 1.441 0.242 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.179322 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.77 0.825 1.606 0.891 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.77 0.165 1.254 0.231 ;
    RECT 0.231 0.198 0.473 0.264 ;
    RECT 1.188 0.231 1.254 0.319 ;
    RECT 0.407 0.264 0.473 0.495 ;
    RECT 1.188 0.319 1.606 0.385 ;
    RECT 0.407 0.495 0.836 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDN_ND2B_S_3
#
# 
MACRO LDN_ND2B_S_4 FOREIGN C0A07BLDN_ND2B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.1 0.825 1.947 0.891 ;
      RECT 1.881 0.891 1.947 0.99 ;
      RECT 0.924 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.99 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 0.759 0.363 ;
    RECT 1.485 0.297 2.31 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.22 0.825 0.759 0.891 ;
  END
END LDN_ND2B_S_4
#
# 
MACRO LDN_ND2B_S_6 FOREIGN C0A07BLDN_ND2B_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.137456 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.352836 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 0.528 0.726 2.376 0.825 ;
      RECT 0.242 0.825 2.376 0.858 ;
      RECT 1.419 0.858 1.485 0.99 ;
      RECT 1.023 0.858 1.089 0.99 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 1.353 0.429 2.277 0.495 ;
      RECT 2.211 0.198 2.277 0.429 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 3.102 0.957 3.234 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.266 0.616 ;
    RECT 0 0.528 0.462 0.616 ;
    RECT 2.266 0.528 3.432 0.616 ;
    RECT 0 0.616 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.297 2.09 0.363 ;
    RECT 2.541 0.297 3.058 0.363 ;
    RECT 2.541 0.363 2.607 0.583 ;
    RECT 1.562 0.583 2.607 0.649 ;
    RECT 2.541 0.649 2.607 0.825 ;
    RECT 2.541 0.825 3.377 0.891 ;
    RECT 3.311 0.891 3.377 0.968 ;
  END
END LDN_ND2B_S_6
#
# 
MACRO LDN_ND2B_S_8 FOREIGN C0A07BLDN_ND2B_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 0.077 0.33 1.32 0.462 ;
      RECT 0.297 0.462 0.363 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.077 0.198 0.143 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.792 ;
      RECT 2.673 0.792 2.871 0.858 ;
      RECT 2.805 0.594 2.871 0.792 ;
      RECT 1.76 0.561 2.739 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.321 0.891 2.387 1.155 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.495 0.891 0.561 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.352 0.528 2.53 0.594 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 2.53 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.496 0.231 ;
    RECT 1.43 0.231 1.496 0.297 ;
    RECT 2.959 0.242 3.025 0.297 ;
    RECT 1.43 0.297 2.64 0.363 ;
    RECT 2.959 0.297 3.762 0.363 ;
    RECT 2.959 0.363 3.025 0.429 ;
    RECT 1.419 0.429 3.025 0.495 ;
    RECT 1.419 0.495 1.485 0.561 ;
    RECT 2.959 0.495 3.025 0.825 ;
    RECT 0.462 0.561 1.485 0.627 ;
    RECT 2.959 0.825 3.762 0.891 ;
  END
END LDN_ND2B_S_8
#
# 
MACRO LDN_ND2_0P5 FOREIGN C0A07BLDN_ND2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 0.99 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.231 0.583 0.363 0.649 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_ND2_0P5
#
# 
MACRO LDN_ND2_1 FOREIGN C0A07BLDN_ND2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.66 ;
      RECT 0.264 0.66 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.484 0.231 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.407 0.099 0.484 ;
      RECT 0.165 0.33 0.231 0.484 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.792 ;
      RECT 0.231 0.792 0.495 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_ND2_1
#
# 
MACRO LDN_ND2_10 FOREIGN C0A07BLDN_ND2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74052 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.904 0.825 ;
      RECT 0.198 0.825 3.498 0.858 ;
      RECT 2.838 0.858 3.498 0.891 ;
      RECT 0.198 0.858 0.726 0.891 ;
      RECT 0.198 0.297 1.738 0.363 ;
      RECT 1.672 0.363 1.738 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 3.047 0.594 3.135 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.32 0.594 ;
      RECT 0.429 0.594 0.517 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.881 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.815 0.209 1.881 0.297 ;
    RECT 3.575 0.22 3.641 0.297 ;
    RECT 1.815 0.297 3.641 0.363 ;
  END
END LDN_ND2_10
#
# 
MACRO LDN_ND2_12 FOREIGN C0A07BLDN_ND2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.584 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.904112 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.792 0.726 3.696 0.825 ;
      RECT 0.242 0.825 4.268 0.858 ;
      RECT 3.63 0.858 4.268 0.891 ;
      RECT 0.242 0.858 0.858 0.891 ;
      RECT 0.242 0.297 2.134 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.299 0.231 ;
    RECT 2.233 0.231 2.299 0.297 ;
    RECT 4.378 0.264 4.444 0.297 ;
    RECT 2.233 0.297 4.444 0.363 ;
  END
END LDN_ND2_12
#
# 
MACRO LDN_ND2_16 FOREIGN C0A07BLDN_ND2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.192 0.033 5.258 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.488 0.033 4.554 0.165 ;
      RECT 4.422 0.165 4.554 0.231 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 5.016 0.594 ;
      RECT 4.895 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.18483 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.792 0.726 4.752 0.825 ;
      RECT 0.198 0.825 5.61 0.858 ;
      RECT 4.686 0.858 5.61 0.891 ;
      RECT 0.198 0.858 0.858 0.891 ;
      RECT 0.198 0.297 2.761 0.363 ;
      RECT 2.673 0.363 2.761 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 2.112 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 2.948 0.209 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.86 0.209 2.948 0.297 ;
    RECT 5.687 0.22 5.753 0.297 ;
    RECT 2.86 0.297 5.753 0.385 ;
  END
END LDN_ND2_16
#
# 
MACRO LDN_ND2_2 FOREIGN C0A07BLDN_ND2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.99 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.429 0.319 0.847 0.385 ;
  END
END LDN_ND2_2
#
# 
MACRO LDN_ND2_2RE FOREIGN C0A07BLDN_ND2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.748 0.561 ;
      RECT 0.297 0.198 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.396 1.155 0.759 ;
      RECT 0.825 0.33 1.155 0.396 ;
      RECT 0.825 0.297 0.891 0.33 ;
      RECT 0.473 0.231 0.891 0.297 ;
      RECT 0.649 0.297 0.715 0.396 ;
      RECT 0.473 0.297 0.539 0.396 ;
      RECT 0.649 0.132 0.715 0.231 ;
      RECT 0.473 0.132 0.539 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.924 0.759 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_ND2_2RE
#
# 
MACRO LDN_ND2_3 FOREIGN C0A07BLDN_ND2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.825 ;
      RECT 0.242 0.825 1.078 0.891 ;
      RECT 0.495 0.462 0.627 0.528 ;
      RECT 0.495 0.385 0.561 0.462 ;
      RECT 0.099 0.319 0.561 0.385 ;
      RECT 0.099 0.242 0.165 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 0.693 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 0.627 0.297 1.078 0.363 ;
  END
END LDN_ND2_3
#
# 
MACRO LDN_ND2_4 FOREIGN C0A07BLDN_ND2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.792 0.209 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDN_ND2_4
#
# 
MACRO LDN_ND2_4RE FOREIGN C0A07BLDN_ND2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.045 0.033 1.155 0.253 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 1.32 0.528 1.98 0.561 ;
      RECT 1.32 0.561 1.386 0.627 ;
      RECT 1.056 0.627 1.386 0.693 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33396 ;
    PORT
      LAYER M1L ;
      RECT 0.891 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 0.99 ;
      RECT 0.891 0.825 0.957 0.902 ;
      RECT 0.891 0.693 0.957 0.759 ;
      RECT 0.231 0.627 0.957 0.693 ;
      RECT 0.231 0.693 0.297 0.902 ;
      RECT 2.277 0.275 2.343 0.759 ;
      RECT 2.233 0.209 2.343 0.275 ;
      RECT 1.386 0.143 2.343 0.209 ;
      RECT 1.386 0.209 1.452 0.242 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.946 1.947 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.429 0.792 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.891 0.154 0.957 0.352 ;
    RECT 1.243 0.154 1.309 0.352 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.297 0.264 0.363 0.352 ;
    RECT 1.562 0.319 2.178 0.352 ;
    RECT 0.297 0.352 2.178 0.385 ;
    RECT 0.297 0.385 1.628 0.418 ;
  END
END LDN_ND2_4RE
#
# 
MACRO LDN_ND2_5 FOREIGN C0A07BLDN_ND2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.38599 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.22 0.825 1.76 0.891 ;
      RECT 0.077 0.297 0.891 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.716 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.66 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 1.023 0.209 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
  END
END LDN_ND2_5
#
# 
MACRO LDN_ND2_6 FOREIGN C0A07BLDN_ND2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.353 0.033 1.419 0.176 ;
      RECT 1.353 0.176 1.452 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.297 0.825 2.156 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.264 0.297 1.1 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.836 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.276 0.231 ;
    RECT 1.21 0.231 1.276 0.319 ;
    RECT 2.266 0.286 2.332 0.319 ;
    RECT 1.21 0.319 2.332 0.385 ;
  END
END LDN_ND2_6
#
# 
MACRO LDN_ND2_8 FOREIGN C0A07BLDN_ND2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.42 0.033 2.486 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.772 0.594 ;
      RECT 2.651 0.594 2.739 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.528 0.726 2.508 0.825 ;
      RECT 0.242 0.825 2.838 0.858 ;
      RECT 2.442 0.858 2.838 0.891 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.297 0.594 0.385 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.573 0.231 ;
    RECT 2.915 0.22 2.981 0.297 ;
    RECT 1.507 0.231 1.573 0.297 ;
    RECT 1.507 0.297 2.981 0.363 ;
  END
END LDN_ND2_8
#
# 
MACRO LDN_ND2_S_0P5 FOREIGN C0A07BLDN_ND2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.030492 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 1.056 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.264 0.583 0.363 0.649 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_ND2_S_0P5
#
# 
MACRO LDN_ND2_S_1 FOREIGN C0A07BLDN_ND2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.066066 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.638 ;
      RECT 0.264 0.638 0.363 0.704 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_ND2_S_1
#
# 
MACRO LDN_ND2_S_12 FOREIGN C0A07BLDN_ND2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.442 0.033 2.508 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.768108 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.726 ;
      RECT 0.297 0.726 3.663 0.792 ;
      RECT 3.597 0.792 3.663 0.99 ;
      RECT 0.638 0.792 3.3 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.924 0.363 1.848 0.462 ;
      RECT 0.242 0.33 1.848 0.363 ;
      RECT 0.242 0.297 0.99 0.33 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.495 3.795 0.99 ;
      RECT 3.333 0.429 3.795 0.495 ;
      RECT 3.333 0.495 3.399 0.583 ;
      RECT 2.42 0.583 3.399 0.649 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.99 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.518 0.649 ;
      RECT 0.693 0.462 0.781 0.583 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.891 3.465 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.528 0.528 3.41 0.616 ;
    RECT 0 0.528 0.528 0.616 ;
    RECT 3.41 0.528 3.96 0.616 ;
    RECT 0 0.616 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 2.024 0.231 ;
    RECT 1.958 0.231 2.024 0.297 ;
    RECT 1.958 0.297 3.894 0.363 ;
  END
END LDN_ND2_S_12
#
# 
MACRO LDN_ND2_S_16 FOREIGN C0A07BLDN_ND2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.783 0.033 2.849 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.934604 ;
    PORT
      LAYER M1L ;
      RECT 0.638 0.363 2.53 0.462 ;
      RECT 0.297 0.33 2.53 0.363 ;
      RECT 0.297 0.297 0.704 0.33 ;
      RECT 0.22 0.231 0.363 0.297 ;
      RECT 2.255 0.462 2.343 0.726 ;
      RECT 0.297 0.726 4.983 0.792 ;
      RECT 4.917 0.792 4.983 0.957 ;
      RECT 4.917 0.957 5.06 1.023 ;
      RECT 0.638 0.792 4.642 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.462 5.115 0.561 ;
      RECT 3.124 0.561 5.115 0.627 ;
      RECT 5.049 0.627 5.115 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.561 ;
      RECT 0.165 0.561 2.156 0.627 ;
      RECT 0.165 0.627 0.231 0.858 ;
      RECT 0.429 0.462 0.517 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.741 0.891 4.807 1.155 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0.33 0.528 4.95 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 4.95 0.528 5.28 0.594 ;
    RECT 0 0.594 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.506 0.165 ;
    RECT 0.44 0.165 2.706 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 5.159 0.176 5.247 0.297 ;
    RECT 2.64 0.231 2.706 0.363 ;
    RECT 2.926 0.297 5.247 0.363 ;
    RECT 2.64 0.363 2.992 0.429 ;
  END
END LDN_ND2_S_16
#
# 
MACRO LDN_ND2_S_2 FOREIGN C0A07BLDN_ND2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.528 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.814 0.264 0.88 0.297 ;
    RECT 0.429 0.297 0.88 0.363 ;
  END
END LDN_ND2_S_2
#
# 
MACRO LDN_ND2_S_3 FOREIGN C0A07BLDN_ND2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.1 0.891 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.033 0.198 0.099 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.704 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.638 0.297 1.1 0.363 ;
  END
END LDN_ND2_S_3
#
# 
MACRO LDN_ND2_S_4 FOREIGN C0A07BLDN_ND2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.385 0.627 0.825 ;
      RECT 0.374 0.825 1.21 0.891 ;
      RECT 0.198 0.319 0.682 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.419 0.517 ;
      RECT 1.353 0.517 1.419 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.792 0.231 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDN_ND2_S_4
#
# 
MACRO LDN_ND2_S_6 FOREIGN C0A07BLDN_ND2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.345576 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.726 ;
      RECT 0.396 0.726 1.98 0.858 ;
      RECT 0.22 0.297 1.023 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.452 0.462 2.244 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.232 0.231 ;
    RECT 1.166 0.231 1.232 0.297 ;
    RECT 1.166 0.297 2.31 0.363 ;
  END
END LDN_ND2_S_6
#
# 
MACRO LDN_ND2_S_8 FOREIGN C0A07BLDN_ND2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.617 0.033 1.683 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.066 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 0.231 0.99 ;
      RECT 0.165 0.561 1.144 0.627 ;
      RECT 0.165 0.462 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.99 ;
      RECT 1.782 0.561 2.739 0.627 ;
      RECT 2.673 0.462 2.739 0.561 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.891 2.409 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.858 0.957 0.99 1.023 ;
      RECT 0.517 0.891 0.583 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.374 0.528 2.552 0.594 ;
    RECT 0 0.528 0.374 0.594 ;
    RECT 2.552 0.528 2.904 0.594 ;
    RECT 0 0.594 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.363 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 1.485 0.363 2.607 0.429 ;
  END
END LDN_ND2_S_8
#
# 
MACRO LDN_ND3B_0P5 FOREIGN C0A07BLDN_ND3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.070906 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.561 0.891 ;
      RECT 0.495 0.891 0.561 1.012 ;
      RECT 0.033 0.891 0.121 1.012 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.056 ;
  END
END LDN_ND3B_0P5
#
# 
MACRO LDN_ND3B_1 FOREIGN C0A07BLDN_ND3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13915 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.594 0.891 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.034 ;
  END
END LDN_ND3B_1
#
# 
MACRO LDN_ND3B_10 FOREIGN C0A07BLDN_ND3B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 4.092 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 2.112 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.977196 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.385 6.039 0.825 ;
      RECT 6.105 0.891 6.171 0.99 ;
      RECT 1.078 0.825 6.171 0.891 ;
      RECT 4.598 0.319 6.138 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.662 0.165 6.281 0.231 ;
    RECT 6.215 0.231 6.281 0.308 ;
    RECT 0.902 0.297 4.378 0.363 ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 4.95 0.495 5.786 0.561 ;
    RECT 4.95 0.561 5.016 0.693 ;
    RECT 0.902 0.693 5.016 0.759 ;
    RECT 0.902 0.759 0.968 0.825 ;
    RECT 0.198 0.825 0.968 0.891 ;
  END
END LDN_ND3B_10
#
# 
MACRO LDN_ND3B_12 FOREIGN C0A07BLDN_ND3B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 5.148 0.528 ;
      RECT 3.828 0.528 5.511 0.594 ;
      RECT 5.445 0.33 5.511 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.64 0.528 ;
      RECT 0.957 0.528 2.64 0.594 ;
      RECT 0.957 0.33 1.023 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.825 ;
      RECT 1.518 0.825 7.227 0.891 ;
      RECT 5.577 0.297 7.458 0.363 ;
      RECT 5.577 0.363 5.665 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.522 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 7.535 0.132 7.601 0.165 ;
    RECT 3.278 0.165 7.601 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 7.535 0.231 7.601 0.264 ;
    RECT 1.166 0.297 5.346 0.363 ;
    RECT 0.055 0.297 0.891 0.363 ;
    RECT 1.166 0.363 1.232 0.429 ;
    RECT 5.28 0.363 5.346 0.429 ;
    RECT 0.825 0.363 0.891 0.693 ;
    RECT 5.753 0.495 7.062 0.561 ;
    RECT 5.753 0.561 5.819 0.693 ;
    RECT 0.825 0.693 5.819 0.759 ;
    RECT 0.825 0.759 0.891 0.825 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_ND3B_12
#
# 
MACRO LDN_ND3B_2 FOREIGN C0A07BLDN_ND3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.803 ;
      RECT 0.165 0.803 1.023 0.869 ;
      RECT 0.957 0.869 1.023 0.99 ;
      RECT 0.165 0.319 0.33 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.891 0.605 ;
      RECT 0.825 0.462 0.891 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.353 0.275 1.65 0.341 ;
    RECT 0.583 0.297 1.232 0.363 ;
    RECT 1.353 0.341 1.419 0.957 ;
    RECT 0.583 0.363 0.649 0.44 ;
    RECT 0.297 0.484 0.363 0.671 ;
    RECT 0.297 0.671 1.155 0.737 ;
    RECT 1.089 0.737 1.155 0.957 ;
    RECT 1.089 0.957 1.65 1.023 ;
  END
END LDN_ND3B_2
#
# 
MACRO LDN_ND3B_3 FOREIGN C0A07BLDN_ND3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.302258 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.319 0.495 0.407 ;
      RECT 0.429 0.264 0.495 0.319 ;
      RECT 0.033 0.407 0.099 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.539 1.023 0.605 ;
      RECT 0.957 0.462 1.023 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.539 ;
      RECT 1.353 0.539 1.683 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.286 0.099 0.638 0.165 ;
    RECT 1.925 0.154 1.991 0.297 ;
    RECT 0.22 0.165 0.352 0.231 ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 1.485 0.22 1.551 0.297 ;
    RECT 0.748 0.297 1.551 0.363 ;
    RECT 1.749 0.297 1.991 0.363 ;
    RECT 1.749 0.363 1.815 0.693 ;
    RECT 0.198 0.495 0.495 0.561 ;
    RECT 0.429 0.561 0.495 0.693 ;
    RECT 0.429 0.693 1.815 0.759 ;
    RECT 1.749 0.759 1.815 0.825 ;
    RECT 1.749 0.825 2.024 0.891 ;
  END
END LDN_ND3B_3
#
# 
MACRO LDN_ND3B_4 FOREIGN C0A07BLDN_ND3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.825 ;
      RECT 0.165 0.825 2.134 0.891 ;
      RECT 0.165 0.319 0.704 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.539 ;
      RECT 0.825 0.539 1.287 0.605 ;
      RECT 1.221 0.462 1.287 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.539 ;
      RECT 1.881 0.539 2.475 0.605 ;
      RECT 2.409 0.33 2.475 0.539 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.044 1.023 0.11 1.155 ;
      RECT 0.044 0.957 0.176 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.584 0.231 ;
    RECT 2.541 0.275 2.706 0.341 ;
    RECT 0.957 0.297 2.31 0.363 ;
    RECT 2.541 0.341 2.607 0.693 ;
    RECT 0.957 0.363 1.023 0.44 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.693 ;
    RECT 0.572 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 2.541 0.825 2.706 0.891 ;
  END
END LDN_ND3B_4
#
# 
MACRO LDN_ND3B_6 FOREIGN C0A07BLDN_ND3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.584 0.528 ;
      RECT 0.561 0.528 1.584 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.561 ;
      RECT 2.112 0.561 3.003 0.594 ;
      RECT 2.574 0.594 3.003 0.627 ;
      RECT 2.937 0.33 3.003 0.561 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.614438 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.825 ;
      RECT 0.946 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.069 0.297 3.894 0.363 ;
      RECT 3.069 0.363 3.157 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 3.971 0.132 4.037 0.165 ;
    RECT 1.826 0.165 4.037 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 3.971 0.231 4.037 0.264 ;
    RECT 0.407 0.242 0.495 0.33 ;
    RECT 0.77 0.297 2.838 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 2.772 0.363 2.838 0.418 ;
    RECT 0.77 0.363 0.836 0.429 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.223 0.495 3.63 0.561 ;
    RECT 3.223 0.561 3.289 0.693 ;
    RECT 0.429 0.693 3.289 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_ND3B_6
#
# 
MACRO LDN_ND3B_8 FOREIGN C0A07BLDN_ND3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.716 0.528 ;
      RECT 0.561 0.528 1.716 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.561 ;
      RECT 2.508 0.561 3.663 0.594 ;
      RECT 3.234 0.594 3.663 0.627 ;
      RECT 3.597 0.33 3.663 0.561 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.800052 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.385 4.851 0.825 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 0.902 0.825 4.983 0.891 ;
      RECT 3.762 0.319 4.95 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 5.093 0.231 ;
    RECT 5.027 0.231 5.093 0.308 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.495 0.33 ;
    RECT 0.726 0.297 3.509 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.726 0.363 0.792 0.429 ;
    RECT 3.443 0.363 3.509 0.44 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.861 0.495 4.642 0.561 ;
    RECT 3.861 0.561 3.927 0.693 ;
    RECT 0.429 0.693 3.927 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_ND3B_8
#
# 
MACRO LDN_ND3_0P5 FOREIGN C0A07BLDN_ND3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.06534 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.253 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 1.056 ;
      RECT 0.297 0.891 0.363 1.056 ;
      RECT 0.044 0.187 0.363 0.253 ;
      RECT 0.044 0.154 0.11 0.187 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_ND3_0P5
#
# 
MACRO LDN_ND3_1 FOREIGN C0A07BLDN_ND3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.605 0.627 0.726 ;
      RECT 0.561 0.539 0.704 0.605 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.12826 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 0.99 ;
      RECT 0.044 0.165 0.363 0.231 ;
      RECT 0.044 0.132 0.11 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_ND3_1
#
# 
MACRO LDN_ND3_10 FOREIGN C0A07BLDN_ND3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 5.28 0.594 ;
      RECT 5.181 0.594 5.247 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.564 0.594 ;
      RECT 3.443 0.594 3.531 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.32 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.9075 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 3.322 0.858 ;
      RECT 3.256 0.858 3.322 0.957 ;
      RECT 3.256 0.957 3.927 1.023 ;
      RECT 3.861 0.891 3.927 0.957 ;
      RECT 3.861 0.825 5.599 0.891 ;
      RECT 5.533 0.891 5.599 0.968 ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.297 5.456 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 5.566 0.132 5.632 0.165 ;
    RECT 1.958 0.165 5.632 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.674 0.363 ;
  END
END LDN_ND3_10
#
# 
MACRO LDN_ND3_12 FOREIGN C0A07BLDN_ND3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 6.6 0.594 ;
      RECT 6.501 0.594 6.567 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 4.092 0.594 ;
      RECT 3.971 0.594 4.059 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.726 6.336 0.792 ;
      RECT 5.148 0.792 6.336 0.858 ;
      RECT 4.785 0.792 4.895 0.858 ;
      RECT 4.521 0.792 4.587 0.957 ;
      RECT 3.828 0.957 4.587 1.023 ;
      RECT 3.828 0.858 3.894 0.957 ;
      RECT 0.528 0.726 3.894 0.858 ;
      RECT 4.521 0.297 6.512 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.264 0.462 1.584 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.005 0.913 5.071 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.653 0.913 4.719 1.155 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 6.028 0.957 6.16 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 6.622 0.132 6.688 0.165 ;
    RECT 2.31 0.165 6.688 0.231 ;
    RECT 0.055 0.187 0.121 0.297 ;
    RECT 0.055 0.297 4.378 0.363 ;
  END
END LDN_ND3_12
#
# 
MACRO LDN_ND3_16 FOREIGN C0A07BLDN_ND3_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.54 0.165 1.672 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.539 ;
      RECT 3.52 0.539 5.511 0.605 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50427 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.462 5.907 0.726 ;
      RECT 0.242 0.726 8.371 0.858 ;
      RECT 8.305 0.858 8.371 0.99 ;
      RECT 5.676 0.33 8.052 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 8.217 0.33 8.283 0.539 ;
      RECT 6.072 0.539 8.283 0.605 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 2.233 0.605 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 6.666 1.023 6.732 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.248 0.957 6.38 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.896 0.957 6.028 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 4.004 0.957 4.136 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0.33 0.528 8.118 0.572 ;
    RECT 0 0.528 0.33 0.572 ;
    RECT 8.118 0.528 8.448 0.572 ;
    RECT 0 0.572 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.948 0.132 8.151 0.22 ;
    RECT 8.085 0.22 8.151 0.264 ;
    RECT 0.297 0.242 0.363 0.297 ;
    RECT 0.297 0.297 5.379 0.385 ;
    RECT 5.313 0.385 5.379 0.44 ;
  END
END LDN_ND3_16
#
# 
MACRO LDN_ND3_2 FOREIGN C0A07BLDN_ND3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.208604 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.232 0.891 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 1.331 0.198 1.419 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.232 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
  END
END LDN_ND3_2
#
# 
MACRO LDN_ND3_3 FOREIGN C0A07BLDN_ND3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.300806 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.221 0.297 1.782 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.276 0.957 1.408 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 0.22 0.297 1.056 0.363 ;
  END
END LDN_ND3_3
#
# 
MACRO LDN_ND3_4 FOREIGN C0A07BLDN_ND3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.22 0.825 2.288 0.891 ;
      RECT 1.749 0.297 2.288 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.165 2.464 0.231 ;
    RECT 0.077 0.187 0.143 0.297 ;
    RECT 2.398 0.231 2.464 0.264 ;
    RECT 0.077 0.297 1.584 0.363 ;
  END
END LDN_ND3_4
#
# 
MACRO LDN_ND3_6 FOREIGN C0A07BLDN_ND3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.859 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.575234 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 1.716 0.825 ;
      RECT 0.374 0.825 3.399 0.858 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 1.65 0.858 3.399 0.891 ;
      RECT 2.409 0.44 2.475 0.825 ;
      RECT 2.365 0.363 2.475 0.44 ;
      RECT 2.365 0.297 3.531 0.363 ;
      RECT 3.443 0.198 3.531 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 3.3 0.132 3.366 0.165 ;
    RECT 1.276 0.165 3.366 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.299 0.363 ;
    RECT 2.233 0.363 2.299 0.396 ;
  END
END LDN_ND3_6
#
# 
MACRO LDN_ND3_8 FOREIGN C0A07BLDN_ND3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 3.465 0.594 3.531 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.904 0.594 ;
      RECT 2.783 0.594 2.871 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7381 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 3.069 0.825 4.455 0.891 ;
      RECT 4.389 0.891 4.455 0.99 ;
      RECT 3.069 0.891 3.135 0.957 ;
      RECT 2.574 0.957 3.135 1.023 ;
      RECT 2.574 0.858 2.64 0.957 ;
      RECT 0.374 0.726 2.64 0.858 ;
      RECT 3.069 0.297 4.587 0.363 ;
      RECT 4.521 0.198 4.587 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.42 1.023 2.486 1.155 ;
      RECT 2.31 0.957 2.486 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.4 0.231 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
  END
END LDN_ND3_8
#
# 
MACRO LDN_ND3_S_1 FOREIGN C0A07BLDN_ND3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.539 0.891 ;
      RECT 0.473 0.891 0.539 1.056 ;
      RECT 0.033 0.891 0.121 1.034 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_ND3_S_1
#
# 
MACRO LDN_ND3_S_2 FOREIGN C0A07BLDN_ND3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129228 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.297 0.957 1.232 1.023 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.55 0.297 1.232 0.363 ;
  END
END LDN_ND3_S_2
#
# 
MACRO LDN_ND3_S_3 FOREIGN C0A07BLDN_ND3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.033 0.297 0.627 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.99 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 1.034 0.231 ;
    RECT 0.726 0.297 1.584 0.363 ;
  END
END LDN_ND3_S_3
#
# 
MACRO LDN_ND3_S_4 FOREIGN C0A07BLDN_ND3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.825 ;
      RECT 0.374 0.825 2.046 0.891 ;
      RECT 0.198 0.319 0.759 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 1.023 1.804 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 1.738 0.957 1.87 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0.627 0.528 1.65 0.638 ;
    RECT 0 0.528 0.627 0.638 ;
    RECT 1.65 0.528 2.244 0.638 ;
    RECT 0 0.638 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.254 0.231 ;
    RECT 2.123 0.22 2.189 0.297 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.946 0.297 2.189 0.363 ;
  END
END LDN_ND3_S_4
#
# 
MACRO LDN_ND3_S_6 FOREIGN C0A07BLDN_ND3_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 1.221 0.561 1.848 0.627 ;
      RECT 1.221 0.627 1.287 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456412 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.198 0.825 3.234 0.891 ;
      RECT 0.198 0.297 1.155 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.594 3.003 0.726 ;
      RECT 2.508 0.462 3.036 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.594 0.924 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.442 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 2.442 0.528 3.432 0.594 ;
    RECT 0 0.594 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.134 0.231 ;
    RECT 3.311 0.22 3.377 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.408 0.297 3.377 0.363 ;
  END
END LDN_ND3_S_6
#
# 
MACRO LDN_ND3_S_8 FOREIGN C0A07BLDN_ND3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.584 0.594 2.244 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.594 ;
      RECT 3.036 0.594 3.696 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.594 ;
      RECT 0.396 0.594 1.056 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.528528 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 3.718 0.891 ;
      RECT 0.033 0.297 1.419 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0.33 0.528 3.85 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 3.85 0.528 4.224 0.594 ;
    RECT 0 0.594 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 2.618 0.231 ;
    RECT 1.518 0.297 3.96 0.363 ;
  END
END LDN_ND3_S_8
#
# 
MACRO LDN_ND4B_1 FOREIGN C0A07BLDN_ND4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.616 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.462 ;
      RECT 0.781 0.462 0.891 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.122694 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.847 ;
      RECT 0.473 0.847 1.155 0.913 ;
      RECT 0.473 0.913 0.539 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.781 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.715 ;
    RECT 0.957 0.55 1.023 0.715 ;
    RECT 0.297 0.715 1.023 0.781 ;
    RECT 0.297 0.781 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDN_ND4B_1
#
# 
MACRO LDN_ND4B_2 FOREIGN C0A07BLDN_ND4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.638 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.627 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.561 ;
      RECT 1.122 0.561 1.287 0.627 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.198 0.825 1.562 0.891 ;
      RECT 1.353 0.297 1.562 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.902 0.165 1.738 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.231 0.968 0.264 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.078 0.297 1.21 0.363 ;
    RECT 1.661 0.297 1.914 0.363 ;
    RECT 0.583 0.363 1.144 0.429 ;
    RECT 1.661 0.363 1.727 0.957 ;
    RECT 1.661 0.957 1.914 1.023 ;
    RECT 1.848 1.023 1.914 1.056 ;
  END
END LDN_ND4B_2
#
# 
MACRO LDN_ND4B_3 FOREIGN C0A07BLDN_ND4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.528 ;
      RECT 0.429 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.452 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 1.98 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.32307 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 0.616 0.825 2.607 0.891 ;
      RECT 2.244 0.297 2.695 0.363 ;
      RECT 2.629 0.22 2.695 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.143 2.552 0.209 ;
    RECT 1.144 0.165 1.98 0.231 ;
    RECT 2.079 0.209 2.145 0.297 ;
    RECT 0.616 0.297 1.452 0.363 ;
    RECT 1.672 0.297 2.145 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.693 ;
    RECT 0.297 0.693 2.211 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDN_ND4B_3
#
# 
MACRO LDN_ND4B_4 FOREIGN C0A07BLDN_ND4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.429 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.429 0.33 0.495 0.451 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.389136 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.407 3.399 0.825 ;
      RECT 2.871 0.825 3.399 0.891 ;
      RECT 2.871 0.891 2.937 0.957 ;
      RECT 0.594 0.957 2.937 1.023 ;
      RECT 3.333 0.363 3.498 0.407 ;
      RECT 3.014 0.341 3.498 0.363 ;
      RECT 3.014 0.297 3.399 0.341 ;
      RECT 3.014 0.363 3.08 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 2.376 0.143 ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 1.452 0.143 2.376 0.165 ;
    RECT 1.452 0.165 1.936 0.209 ;
    RECT 2.31 0.165 2.794 0.231 ;
    RECT 2.871 0.165 3.641 0.231 ;
    RECT 2.871 0.231 2.937 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 2.167 0.264 2.233 0.297 ;
    RECT 1.628 0.275 2.079 0.319 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 2.167 0.297 2.937 0.363 ;
    RECT 0.594 0.319 2.079 0.341 ;
    RECT 0.594 0.341 1.694 0.385 ;
    RECT 2.013 0.341 2.079 0.418 ;
    RECT 0.297 0.341 0.363 0.759 ;
    RECT 2.167 0.363 2.233 0.396 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 2.673 0.561 2.739 0.825 ;
    RECT 0.297 0.759 0.66 0.825 ;
    RECT 0.594 0.825 2.739 0.891 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDN_ND4B_4
#
# 
MACRO LDN_ND4B_6 FOREIGN C0A07BLDN_ND4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.528 1.32 0.594 ;
      RECT 0.561 0.462 1.32 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.64 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.746812 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 0.77 0.825 4.983 0.891 ;
      RECT 4.246 0.297 5.082 0.363 ;
      RECT 4.246 0.363 4.312 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.462 3.96 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.96 0.132 4.026 0.187 ;
    RECT 5.159 0.132 5.225 0.165 ;
    RECT 1.98 0.143 3.608 0.187 ;
    RECT 4.103 0.165 5.225 0.231 ;
    RECT 1.98 0.187 4.026 0.209 ;
    RECT 3.542 0.209 4.026 0.253 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.159 0.231 5.225 0.264 ;
    RECT 4.103 0.231 4.169 0.319 ;
    RECT 0.407 0.242 0.473 0.297 ;
    RECT 2.508 0.275 2.959 0.319 ;
    RECT 3.047 0.275 3.432 0.319 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.77 0.319 2.959 0.341 ;
    RECT 3.047 0.319 4.169 0.341 ;
    RECT 0.77 0.341 2.574 0.385 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 3.366 0.341 4.169 0.385 ;
    RECT 3.047 0.341 3.113 0.418 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 4.125 0.495 4.818 0.561 ;
    RECT 4.125 0.561 4.191 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 4.191 0.704 ;
    RECT 0.539 0.704 4.191 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_ND4B_6
#
# 
MACRO LDN_ND4B_8 FOREIGN C0A07BLDN_ND4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.561 0.462 1.584 0.528 ;
      RECT 0.66 0.528 1.584 0.594 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.778272 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.363 6.171 0.825 ;
      RECT 0.902 0.825 6.512 0.891 ;
      RECT 5.324 0.297 6.512 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.589 0.924 6.655 1.155 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 6.138 0.957 6.27 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 5.016 0.132 5.082 0.165 ;
    RECT 2.31 0.165 5.082 0.231 ;
    RECT 5.159 0.165 6.688 0.231 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 6.622 0.231 6.688 0.264 ;
    RECT 5.159 0.231 5.225 0.297 ;
    RECT 0.759 0.297 3.674 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 3.751 0.297 5.225 0.363 ;
    RECT 3.608 0.363 3.674 0.396 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 3.751 0.363 3.817 0.44 ;
    RECT 5.181 0.495 5.984 0.561 ;
    RECT 5.181 0.561 5.247 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 5.247 0.704 ;
    RECT 0.539 0.704 5.247 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDN_ND4B_8
#
# 
MACRO LDN_ND4_1 FOREIGN C0A07BLDN_ND4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.627 ;
      RECT 0.22 0.264 0.363 0.33 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.616 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.891 0.605 ;
      RECT 0.825 0.605 0.891 0.726 ;
      RECT 0.825 0.451 0.891 0.517 ;
      RECT 0.693 0.451 0.759 0.517 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.605 0.099 0.726 ;
      RECT 0.033 0.517 0.231 0.605 ;
      RECT 0.165 0.451 0.231 0.517 ;
      RECT 0.033 0.451 0.099 0.517 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123178 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.726 0.671 0.858 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.253 0.858 0.319 0.968 ;
      RECT 0.429 0.198 0.495 0.726 ;
      RECT 0.055 0.132 0.495 0.198 ;
      RECT 0.055 0.198 0.121 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDN_ND4_1
#
# 
MACRO LDN_ND4_2 FOREIGN C0A07BLDN_ND4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.166 0.561 1.419 0.627 ;
      RECT 1.353 0.627 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.627 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.561 ;
      RECT 0.561 0.561 0.902 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.308 0.363 0.825 ;
      RECT 0.297 0.825 1.65 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.528 1.045 0.594 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 1.342 0.979 1.474 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.099 1.408 0.165 ;
    RECT 0.099 0.143 0.924 0.209 ;
    RECT 1.023 0.165 1.089 0.209 ;
    RECT 1.342 0.165 1.408 0.275 ;
    RECT 1.727 0.198 1.793 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 0.99 0.209 1.089 0.275 ;
    RECT 1.199 0.264 1.265 0.341 ;
    RECT 0.616 0.275 0.836 0.341 ;
    RECT 1.342 0.275 1.793 0.341 ;
    RECT 0.77 0.341 1.265 0.407 ;
  END
END LDN_ND4_2
#
# 
MACRO LDN_ND4_3 FOREIGN C0A07BLDN_ND4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 0 -0.033 2.376 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.316778 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.264 0.825 2.156 0.891 ;
      RECT 0.099 0.297 0.627 0.363 ;
      RECT 0.099 0.198 0.165 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.143 1.1 0.209 ;
    RECT 1.32 0.143 1.771 0.209 ;
    RECT 1.705 0.209 1.771 0.275 ;
    RECT 0.792 0.275 1.595 0.341 ;
    RECT 1.705 0.275 2.156 0.341 ;
    RECT 1.529 0.341 1.595 0.418 ;
  END
END LDN_ND4_3
#
# 
MACRO LDN_ND4_4 FOREIGN C0A07BLDN_ND4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 2.013 0.649 2.079 0.726 ;
      RECT 1.749 0.583 2.079 0.649 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 1.089 0.627 1.155 0.726 ;
      RECT 1.089 0.561 1.419 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.400752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.937 0.891 ;
      RECT 2.871 0.891 2.937 1.034 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.562 0.209 ;
    RECT 1.639 0.143 2.409 0.209 ;
    RECT 3.047 0.198 3.113 0.275 ;
    RECT 1.496 0.209 1.562 0.242 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 0.902 0.275 1.353 0.341 ;
    RECT 1.815 0.275 2.233 0.341 ;
    RECT 2.343 0.275 3.113 0.341 ;
    RECT 1.287 0.341 1.353 0.385 ;
    RECT 1.815 0.341 1.881 0.385 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 1.287 0.385 1.881 0.451 ;
  END
END LDN_ND4_4
#
# 
MACRO LDN_ND4_6 FOREIGN C0A07BLDN_ND4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601128 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.253 0.825 4.367 0.891 ;
      RECT 4.301 0.891 4.367 1.034 ;
      RECT 0.253 0.891 0.319 1.034 ;
      RECT 0.22 0.297 1.155 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.092 0.979 4.224 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.388 0.979 3.52 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.87 1.045 1.936 1.155 ;
      RECT 1.804 0.979 1.936 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.74 0.979 3.872 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.143 2.255 0.209 ;
    RECT 2.365 0.143 3.487 0.209 ;
    RECT 4.477 0.198 4.543 0.275 ;
    RECT 0.077 0.209 0.143 0.286 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 3.421 0.209 3.487 0.275 ;
    RECT 2.365 0.209 2.431 0.286 ;
    RECT 1.276 0.275 2.079 0.341 ;
    RECT 2.541 0.275 3.311 0.341 ;
    RECT 3.421 0.275 4.543 0.341 ;
    RECT 2.013 0.341 2.079 0.385 ;
    RECT 2.541 0.341 2.607 0.385 ;
    RECT 3.245 0.341 3.311 0.418 ;
    RECT 2.013 0.385 2.607 0.451 ;
  END
END LDN_ND4_6
#
# 
MACRO LDN_ND4_8 FOREIGN C0A07BLDN_ND4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.72 0.143 5.852 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.368 0.143 5.5 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.801504 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 5.852 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.597 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.049 0.462 5.511 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 5.049 0.528 5.115 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.258 1.045 5.324 1.155 ;
      RECT 5.192 0.979 5.324 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 5.61 1.045 5.676 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.143 3.003 0.209 ;
    RECT 3.113 0.143 4.587 0.209 ;
    RECT 5.929 0.198 5.995 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 2.937 0.209 3.003 0.286 ;
    RECT 4.521 0.209 4.587 0.275 ;
    RECT 3.113 0.209 3.179 0.286 ;
    RECT 1.672 0.275 2.827 0.341 ;
    RECT 3.289 0.275 4.411 0.341 ;
    RECT 4.521 0.275 5.995 0.341 ;
    RECT 2.761 0.341 2.827 0.385 ;
    RECT 3.289 0.341 3.355 0.385 ;
    RECT 4.345 0.341 4.411 0.418 ;
    RECT 2.761 0.385 3.355 0.451 ;
  END
END LDN_ND4_8
#
# 
MACRO LDN_ND4_S_1 FOREIGN C0A07BLDN_ND4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.759 0.759 1.034 ;
      RECT 0.297 0.693 0.759 0.759 ;
      RECT 0.297 0.759 0.363 1.034 ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.165 0.99 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.495 0.924 0.561 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDN_ND4_S_1
#
# 
MACRO LDN_ND4_S_2 FOREIGN C0A07BLDN_ND4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.957 ;
      RECT 0.396 0.957 1.551 1.023 ;
      RECT 1.485 0.275 1.628 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.968 0.143 1.804 0.209 ;
    RECT 0.825 0.198 0.891 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.968 0.209 1.034 0.242 ;
    RECT 1.738 0.209 1.804 0.242 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.759 0.363 ;
    RECT 1.089 0.297 1.276 0.363 ;
    RECT 0.693 0.363 1.155 0.429 ;
  END
END LDN_ND4_S_2
#
# 
MACRO LDN_ND4_S_3 FOREIGN C0A07BLDN_ND4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.737 2.211 0.99 ;
      RECT 1.881 0.671 2.211 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.462 1.551 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234498 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.847 ;
      RECT 0.396 0.847 1.936 0.913 ;
      RECT 1.617 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.693 ;
      RECT 0.693 0.693 0.946 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.418 0.528 2.046 0.726 ;
    RECT 0 0.528 0.418 0.726 ;
    RECT 2.046 0.528 2.376 0.726 ;
    RECT 0 0.726 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.09 0.132 2.156 0.165 ;
    RECT 0.836 0.165 1.023 0.231 ;
    RECT 1.21 0.165 2.156 0.231 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.198 0.297 0.891 0.363 ;
    RECT 0.957 0.297 1.518 0.363 ;
    RECT 0.825 0.363 0.891 0.495 ;
    RECT 0.825 0.495 1.166 0.561 ;
  END
END LDN_ND4_S_3
#
# 
MACRO LDN_ND4_S_4 FOREIGN C0A07BLDN_ND4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.617 0.66 1.815 0.726 ;
      RECT 1.749 0.462 1.815 0.66 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.671 ;
      RECT 0.297 0.671 0.627 0.737 ;
      RECT 0.297 0.462 0.363 0.671 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.262328 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.847 ;
      RECT 0.033 0.847 2.805 0.913 ;
      RECT 2.739 0.913 2.805 1.034 ;
      RECT 1.342 0.913 1.452 0.99 ;
      RECT 0.033 0.913 0.121 1.012 ;
      RECT 2.134 0.297 2.618 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.398 0.979 2.53 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.286 0.979 0.418 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 2.904 0.682 ;
    RECT 0 0.682 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.276 0.231 ;
    RECT 1.54 0.165 2.838 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.946 0.297 1.87 0.363 ;
  END
END LDN_ND4_S_4
#
# 
MACRO LDN_ND4_S_6 FOREIGN C0A07BLDN_ND4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.792 0.737 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.671 ;
      RECT 1.485 0.671 1.804 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.671 ;
      RECT 2.156 0.671 2.475 0.737 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.671 ;
      RECT 3.146 0.671 3.663 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.42108 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.847 ;
      RECT 0.429 0.847 3.531 0.913 ;
      RECT 3.443 0.913 3.531 0.99 ;
      RECT 1.749 0.913 1.815 0.99 ;
      RECT 1.353 0.913 1.419 0.99 ;
      RECT 0.429 0.913 0.517 0.99 ;
      RECT 2.937 0.297 3.861 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.234 1.045 3.3 1.155 ;
      RECT 3.168 0.979 3.3 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.704 1.045 0.77 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 3.63 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.63 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 3.652 0.132 3.718 0.165 ;
    RECT 1.144 0.165 1.991 0.231 ;
    RECT 2.068 0.165 3.718 0.231 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.275 0.297 1.815 0.363 ;
    RECT 1.925 0.297 2.772 0.363 ;
    RECT 1.749 0.363 1.815 0.44 ;
  END
END LDN_ND4_S_6
#
# 
MACRO LDN_ND4_S_8 FOREIGN C0A07BLDN_ND4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.462 4.455 0.693 ;
      RECT 3.85 0.693 4.455 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.693 ;
      RECT 2.673 0.693 3.19 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.558536 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.847 ;
      RECT 0.253 0.847 4.499 0.913 ;
      RECT 4.433 0.913 4.499 1.012 ;
      RECT 2.541 0.913 2.607 1.012 ;
      RECT 2.145 0.913 2.211 1.012 ;
      RECT 0.253 0.913 0.319 1.012 ;
      RECT 3.465 0.297 4.51 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.18 0.979 4.312 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0.33 0.528 4.422 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.422 0.528 4.752 0.726 ;
    RECT 0 0.726 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.508 0.165 4.697 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 4.631 0.231 4.697 0.308 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 3.19 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
  END
END LDN_ND4_S_8
#
# 
MACRO LDN_NR2B_0P5 FOREIGN C0A07BLDN_NR2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.045496 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.033 0.594 0.231 0.66 ;
      RECT 0.165 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.055 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.814 ;
    RECT 0.055 0.781 0.121 0.957 ;
    RECT 0.429 0.814 0.627 0.88 ;
    RECT 0.429 0.88 0.495 0.957 ;
    RECT 0.055 0.957 0.495 1.023 ;
  END
END LDN_NR2B_0P5
#
# 
MACRO LDN_NR2B_1 FOREIGN C0A07BLDN_NR2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.275 0.033 0.341 0.198 ;
      RECT 0.242 0.198 0.341 0.264 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.33 ;
    RECT 0.077 0.33 0.363 0.363 ;
    RECT 0.077 0.363 0.627 0.396 ;
    RECT 0.297 0.396 0.627 0.429 ;
    RECT 0.561 0.429 0.627 0.825 ;
    RECT 0.077 0.825 0.627 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDN_NR2B_1
#
# 
MACRO LDN_NR2B_2 FOREIGN C0A07BLDN_NR2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.616 0.693 0.759 0.759 ;
      RECT 0.616 0.297 1.1 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.429 0.231 ;
    RECT 0.363 0.231 0.429 0.495 ;
    RECT 0.363 0.495 0.594 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 0.22 0.825 0.429 0.891 ;
    RECT 0.825 0.825 1.276 0.891 ;
    RECT 1.21 0.891 1.276 0.924 ;
    RECT 0.825 0.891 0.891 0.957 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDN_NR2B_2
#
# 
MACRO LDN_NR2B_3 FOREIGN C0A07BLDN_NR2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.693 ;
      RECT 0.033 0.759 0.099 0.99 ;
      RECT 0.033 0.693 0.55 0.759 ;
      RECT 0.165 0.297 1.1 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.594 ;
      RECT 0.825 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.199 0.924 1.265 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.165 1.496 0.231 ;
    RECT 1.353 0.231 1.419 0.693 ;
    RECT 0.33 0.495 0.726 0.561 ;
    RECT 0.66 0.561 0.726 0.693 ;
    RECT 0.66 0.693 1.419 0.759 ;
    RECT 1.353 0.759 1.419 0.825 ;
    RECT 0.242 0.825 1.1 0.891 ;
    RECT 1.353 0.825 1.496 0.891 ;
  END
END LDN_NR2B_3
#
# 
MACRO LDN_NR2B_4 FOREIGN C0A07BLDN_NR2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.693 0.825 1.155 0.891 ;
      RECT 0.693 0.726 0.759 0.825 ;
      RECT 0.957 0.726 1.023 0.825 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.704 0.297 1.914 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.759 ;
    RECT 0.198 0.759 0.495 0.825 ;
    RECT 1.287 0.825 2.057 0.891 ;
    RECT 0.561 0.858 0.627 0.957 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.561 0.957 1.353 1.023 ;
  END
END LDN_NR2B_4
#
# 
MACRO LDN_NR2B_6 FOREIGN C0A07BLDN_NR2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.902 0.825 1.738 0.891 ;
      RECT 0.902 0.297 2.816 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.638 0.363 0.704 0.495 ;
    RECT 0.638 0.495 1.518 0.561 ;
    RECT 0.638 0.561 0.704 0.825 ;
    RECT 0.22 0.825 0.704 0.891 ;
    RECT 1.848 0.825 2.959 0.891 ;
    RECT 1.848 0.891 1.914 0.957 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 0.726 0.957 1.914 1.023 ;
  END
END LDN_NR2B_6
#
# 
MACRO LDN_NR2B_8 FOREIGN C0A07BLDN_NR2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 0.88 0.825 2.079 0.891 ;
      RECT 0.88 0.297 3.498 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.462 3.3 0.594 ;
      RECT 2.497 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.616 0.363 0.682 0.495 ;
    RECT 0.616 0.495 1.826 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 2.145 0.825 3.641 0.891 ;
    RECT 2.145 0.891 2.211 0.957 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.704 0.957 2.211 1.023 ;
  END
END LDN_NR2B_8
#
# 
MACRO LDN_NR2_0P5 FOREIGN C0A07BLDN_NR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.638 0.495 0.726 ;
      RECT 0.297 0.572 0.363 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.792 ;
      RECT 0.165 0.792 0.275 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.924 ;
      RECT 0.033 0.924 0.143 1.056 ;
      RECT 0.033 0.407 0.297 0.473 ;
      RECT 0.231 0.132 0.297 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_NR2_0P5
#
# 
MACRO LDN_NR2_1 FOREIGN C0A07BLDN_NR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 0.528 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09801 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.385 0.924 0.495 1.056 ;
      RECT 0.055 0.297 0.495 0.363 ;
      RECT 0.407 0.198 0.495 0.297 ;
      RECT 0.055 0.209 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDN_NR2_1
#
# 
MACRO LDN_NR2_10 FOREIGN C0A07BLDN_NR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.6534 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.715 ;
      RECT 1.353 0.715 1.738 0.781 ;
      RECT 1.353 0.781 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.198 0.297 3.498 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.199 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.179 0.726 ;
      RECT 2.244 0.462 3.179 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 3.366 0.979 3.498 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.825 3.641 0.891 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 1.881 1.056 ;
  END
END LDN_NR2_10
#
# 
MACRO LDN_NR2_12 FOREIGN C0A07BLDN_NR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.32 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.78408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.715 ;
      RECT 1.485 0.715 2.134 0.781 ;
      RECT 1.485 0.781 1.551 0.825 ;
      RECT 0.242 0.825 1.551 0.891 ;
      RECT 0.242 0.297 4.246 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.594 3.971 0.726 ;
      RECT 2.772 0.462 3.971 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.825 4.389 0.891 ;
    RECT 4.323 0.891 4.389 0.968 ;
    RECT 2.211 0.891 2.277 0.979 ;
    RECT 0.099 0.902 0.165 0.979 ;
    RECT 0.099 0.979 2.277 1.045 ;
  END
END LDN_NR2_12
#
# 
MACRO LDN_NR2_16 FOREIGN C0A07BLDN_NR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.594 5.159 0.726 ;
      RECT 3.564 0.462 5.159 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.04544 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.374 2.211 0.726 ;
      RECT 0.363 0.726 2.794 0.825 ;
      RECT 0.198 0.825 2.794 0.858 ;
      RECT 0.198 0.858 0.473 0.891 ;
      RECT 2.728 0.693 2.794 0.726 ;
      RECT 0.187 0.286 5.61 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.594 0.231 0.726 ;
      RECT 0.121 0.462 2.002 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.045 5.544 1.155 ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 4.422 1.045 4.488 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 4.07 1.045 4.136 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.718 1.045 3.784 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 5.126 1.045 5.192 1.155 ;
      RECT 5.126 0.979 5.258 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 5.478 0.979 5.61 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.86 0.825 5.753 0.913 ;
    RECT 2.86 0.913 2.948 0.968 ;
    RECT 5.687 0.913 5.753 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 2.948 1.056 ;
  END
END LDN_NR2_16
#
# 
MACRO LDN_NR2_1RE FOREIGN C0A07BLDN_NR2_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 0.297 0.561 ;
      RECT 0.231 0.561 0.297 0.627 ;
      RECT 0.231 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.495 0.748 0.561 ;
      RECT 0.429 0.33 0.495 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.175692 ;
    PORT
      LAYER M1L ;
      RECT 0.451 0.759 1.155 0.825 ;
      RECT 0.671 0.825 0.737 0.99 ;
      RECT 0.451 0.825 0.517 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDN_NR2_1RE
#
# 
MACRO LDN_NR2_2 FOREIGN C0A07BLDN_NR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.385 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
      RECT 0.22 0.319 0.704 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDN_NR2_2
#
# 
MACRO LDN_NR2_2RE FOREIGN C0A07BLDN_NR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.495 0.748 0.561 ;
      RECT 0.682 0.462 0.748 0.495 ;
      RECT 0.121 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.495 1.716 0.561 ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 0.968 0.462 1.034 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.627 1.485 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 1.067 0.693 1.133 0.902 ;
      RECT 0.825 0.363 0.891 0.627 ;
      RECT 0.891 0.132 0.957 0.297 ;
      RECT 0.418 0.297 1.342 0.363 ;
      RECT 1.276 0.264 1.342 0.297 ;
      RECT 0.418 0.132 0.528 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.627 0.693 0.693 ;
    RECT 0.627 0.693 0.693 0.759 ;
    RECT 0.231 0.693 0.297 0.902 ;
    RECT 0.627 0.759 0.957 0.825 ;
    RECT 1.243 0.792 1.309 1.001 ;
    RECT 1.551 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.001 ;
    RECT 1.551 0.891 1.617 0.979 ;
    RECT 1.551 0.979 1.694 1.001 ;
    RECT 0.891 1.001 1.694 1.067 ;
  END
END LDN_NR2_2RE
#
# 
MACRO LDN_NR2_3 FOREIGN C0A07BLDN_NR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.693 ;
      RECT 0.495 0.693 0.627 0.759 ;
      RECT 0.495 0.759 0.561 0.825 ;
      RECT 0.099 0.825 0.561 0.891 ;
      RECT 0.099 0.891 0.165 0.968 ;
      RECT 0.242 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.825 1.078 0.891 ;
    RECT 0.627 0.891 0.693 0.979 ;
    RECT 0.242 0.979 0.693 1.045 ;
  END
END LDN_NR2_3
#
# 
MACRO LDN_NR2_4 FOREIGN C0A07BLDN_NR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.748 ;
      RECT 0.561 0.748 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDN_NR2_4
#
# 
MACRO LDN_NR2_4RE FOREIGN C0A07BLDN_NR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.242 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.805 0.033 2.871 0.396 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.408 0.561 ;
      RECT 1.342 0.561 1.408 0.594 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.297 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.628 0.495 2.816 0.561 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.628 0.462 1.694 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.368082 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.627 2.673 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.595 0.693 1.661 0.902 ;
      RECT 1.485 0.363 1.551 0.627 ;
      RECT 1.353 0.297 1.881 0.363 ;
      RECT 1.815 0.363 2.497 0.429 ;
      RECT 2.431 0.154 2.497 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 0.451 0.363 1.419 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.451 0.154 0.517 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.023 0.891 1.133 1.155 ;
      RECT 1.023 0.825 1.166 0.891 ;
      RECT 0.715 0.913 0.781 1.155 ;
      RECT 0.638 0.847 0.781 0.913 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.693 1.419 0.759 ;
    RECT 0.231 0.759 0.517 0.825 ;
    RECT 1.353 0.759 1.485 0.825 ;
    RECT 0.891 0.759 0.957 0.924 ;
    RECT 2.783 0.77 2.849 1.001 ;
    RECT 1.903 0.792 1.969 1.001 ;
    RECT 2.255 0.792 2.321 1.001 ;
    RECT 2.431 0.792 2.497 1.001 ;
    RECT 1.419 0.825 1.485 1.001 ;
    RECT 0.231 0.825 0.297 1.034 ;
    RECT 1.419 1.001 2.849 1.067 ;
  END
END LDN_NR2_4RE
#
# 
MACRO LDN_NR2_5 FOREIGN C0A07BLDN_NR2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340494 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.825 ;
      RECT 0.077 0.825 0.891 0.891 ;
      RECT 0.077 0.891 0.143 0.968 ;
      RECT 0.22 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.825 1.782 0.891 ;
    RECT 0.957 0.891 1.023 0.979 ;
    RECT 0.22 0.979 1.023 1.045 ;
  END
END LDN_NR2_5
#
# 
MACRO LDN_NR2_6 FOREIGN C0A07BLDN_NR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.423016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.22 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.123 0.594 ;
      RECT 2.013 0.594 2.123 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.792 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.024 0.979 2.156 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.672 0.979 1.804 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.847 2.299 0.913 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 1.177 0.913 1.243 0.979 ;
    RECT 2.233 0.913 2.299 0.99 ;
    RECT 0.077 0.979 1.243 1.045 ;
  END
END LDN_NR2_6
#
# 
MACRO LDN_NR2_8 FOREIGN C0A07BLDN_NR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.825 ;
      RECT 0.22 0.825 1.419 0.891 ;
      RECT 0.22 0.319 2.816 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.924 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 2.332 0.979 2.464 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 0.077 0.979 1.551 1.045 ;
  END
END LDN_NR2_8
#
# 
MACRO LDN_NR2_S_1 FOREIGN C0A07BLDN_NR2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05687 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.825 ;
      RECT 0.297 0.825 0.594 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
  END
END LDN_NR2_S_1
#
# 
MACRO LDN_NR2_S_12 FOREIGN C0A07BLDN_NR2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.651 0.033 2.717 0.407 ;
      RECT 2.299 0.033 2.365 0.242 ;
      RECT 1.925 0.033 1.991 0.407 ;
      RECT 1.551 0.033 1.617 0.407 ;
      RECT 1.199 0.033 1.265 0.418 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.33 0.968 0.462 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.121 0.198 0.231 0.33 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.839 0.726 ;
      RECT 3.036 0.33 3.839 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.499488 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 2.904 0.726 ;
      RECT 2.794 0.231 2.904 0.594 ;
      RECT 2.794 0.165 3.476 0.231 ;
      RECT 2.475 0.132 2.541 0.594 ;
      RECT 2.123 0.132 2.211 0.594 ;
      RECT 1.727 0.132 1.815 0.594 ;
      RECT 1.353 0.132 1.441 0.594 ;
      RECT 1.067 0.231 1.133 0.594 ;
      RECT 0.374 0.165 1.133 0.231 ;
      RECT 0.242 0.726 0.429 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.794 0.979 2.926 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.418 ;
    RECT 0 0.418 0.33 0.528 ;
    RECT 3.586 0.418 3.96 0.528 ;
    RECT 0.33 0.418 3.586 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.814 0.121 0.935 ;
    RECT 1.925 0.825 3.861 0.891 ;
    RECT 1.925 0.891 1.991 0.935 ;
    RECT 3.795 0.891 3.861 0.968 ;
    RECT 0.055 0.935 1.991 1.001 ;
  END
END LDN_NR2_S_12
#
# 
MACRO LDN_NR2_S_2 FOREIGN C0A07BLDN_NR2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDN_NR2_S_2
#
# 
MACRO LDN_NR2_S_3 FOREIGN C0A07BLDN_NR2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.605 0.033 0.671 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.131406 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.825 ;
      RECT 0.033 0.825 0.495 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.429 0.561 0.891 0.627 ;
      RECT 0.825 0.264 0.891 0.561 ;
      RECT 0.781 0.132 0.891 0.264 ;
      RECT 0.429 0.132 0.495 0.561 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.748 0.979 0.88 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDN_NR2_S_3
#
# 
MACRO LDN_NR2_S_4 FOREIGN C0A07BLDN_NR2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.759 0.033 0.825 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.176 0.649 0.561 ;
      RECT 0.561 0.561 1.023 0.627 ;
      RECT 0.561 0.627 0.649 0.825 ;
      RECT 0.198 0.825 0.649 0.891 ;
      RECT 0.935 0.176 1.023 0.561 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.089 0.528 1.419 0.594 ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.759 1.529 0.825 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 0.726 0.825 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 0.792 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDN_NR2_S_4
#
# 
MACRO LDN_NR2_S_6 FOREIGN C0A07BLDN_NR2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.259424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.429 0.297 1.947 0.363 ;
      RECT 1.881 0.132 1.947 0.297 ;
      RECT 1.353 0.132 1.419 0.297 ;
      RECT 0.957 0.132 1.023 0.297 ;
      RECT 0.429 0.132 0.495 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.485 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.825 2.299 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 2.233 0.891 2.299 0.99 ;
    RECT 0.077 0.924 0.143 0.957 ;
    RECT 0.077 0.957 1.243 1.023 ;
    RECT 0.077 1.023 0.143 1.056 ;
  END
END LDN_NR2_S_6
#
# 
MACRO LDN_NR2_S_8 FOREIGN C0A07BLDN_NR2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.495 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.375 0.033 1.441 0.242 ;
      RECT 0.979 0.033 1.045 0.495 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.055 0.033 0.121 0.561 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.473 ;
      RECT 2.145 0.275 2.475 0.341 ;
      RECT 2.277 0.341 2.343 0.473 ;
      RECT 2.409 0.341 2.475 0.473 ;
      RECT 2.409 0.132 2.475 0.275 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.352 0.495 0.605 ;
      RECT 0.429 0.286 0.649 0.352 ;
      RECT 0.561 0.352 0.649 0.605 ;
      RECT 0.429 0.198 0.495 0.286 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.419144 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.594 2.772 0.726 ;
      RECT 0.033 0.726 0.814 0.792 ;
      RECT 0.374 0.792 0.814 0.858 ;
      RECT 0.033 0.792 0.121 0.858 ;
      RECT 0.297 0.132 0.363 0.726 ;
      RECT 2.585 0.132 2.651 0.594 ;
      RECT 1.947 0.132 2.013 0.594 ;
      RECT 1.551 0.132 1.617 0.594 ;
      RECT 1.199 0.132 1.287 0.594 ;
      RECT 0.803 0.132 0.891 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 2.761 0.858 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.396 ;
    RECT 0 0.396 0.429 0.528 ;
    RECT 2.398 0.396 2.904 0.528 ;
    RECT 0.429 0.396 2.398 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.629 0.891 ;
    RECT 0.902 0.891 0.968 0.957 ;
    RECT 2.563 0.891 2.629 0.99 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.968 1.023 ;
    RECT 0.231 1.023 0.297 1.056 ;
  END
END LDN_NR2_S_8
#
# 
MACRO LDN_NR3B_0P5 FOREIGN C0A07BLDN_NR3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04719 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.132 0.495 0.297 ;
      RECT 0.033 0.132 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDN_NR3B_0P5
#
# 
MACRO LDN_NR3B_1 FOREIGN C0A07BLDN_NR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDN_NR3B_1
#
# 
MACRO LDN_NR3B_2 FOREIGN C0A07BLDN_NR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.308 ;
      RECT 1.232 0.033 1.298 0.187 ;
      RECT 1.232 0.187 1.364 0.253 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.858 ;
      RECT 0.198 0.297 1.155 0.363 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.924 1.661 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.319 1.518 0.385 ;
    RECT 1.287 0.385 1.353 0.825 ;
    RECT 0.198 0.693 0.836 0.759 ;
    RECT 1.287 0.825 1.518 0.891 ;
    RECT 0.561 0.88 0.627 0.957 ;
    RECT 0.561 0.957 1.364 1.023 ;
  END
END LDN_NR3B_2
#
# 
MACRO LDN_NR3B_3 FOREIGN C0A07BLDN_NR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.229416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.803 ;
      RECT 1.353 0.803 1.815 0.869 ;
      RECT 0.033 0.275 1.628 0.341 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 2.156 0.231 ;
    RECT 1.925 0.231 1.991 0.495 ;
    RECT 1.518 0.495 1.991 0.561 ;
    RECT 1.925 0.561 1.991 0.957 ;
    RECT 0.22 0.825 1.078 0.891 ;
    RECT 0.77 0.957 1.628 1.023 ;
    RECT 1.925 0.957 2.156 1.023 ;
  END
END LDN_NR3B_3
#
# 
MACRO LDN_NR3B_4 FOREIGN C0A07BLDN_NR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.693 ;
      RECT 0.825 0.693 1.408 0.759 ;
      RECT 0.396 0.297 1.287 0.363 ;
      RECT 1.221 0.231 1.287 0.297 ;
      RECT 1.221 0.165 2.211 0.231 ;
      RECT 2.145 0.231 2.211 0.297 ;
      RECT 2.145 0.297 2.684 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.858 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.584 0.297 1.936 0.363 ;
    RECT 1.584 0.363 1.65 0.495 ;
    RECT 0.99 0.495 1.65 0.561 ;
    RECT 1.584 0.561 1.65 0.693 ;
    RECT 1.584 0.693 1.903 0.759 ;
    RECT 1.837 0.759 1.903 0.858 ;
    RECT 0.044 0.825 1.584 0.891 ;
    RECT 2.233 0.825 2.684 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 2.233 0.891 2.299 0.957 ;
    RECT 0.22 0.957 2.299 1.023 ;
  END
END LDN_NR3B_4
#
# 
MACRO LDN_NR3B_6 FOREIGN C0A07BLDN_NR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.157 0.462 3.696 0.594 ;
      RECT 3.157 0.594 3.267 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.413094 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 2.09 0.759 ;
      RECT 0.374 0.297 1.947 0.363 ;
      RECT 1.881 0.231 1.947 0.297 ;
      RECT 1.881 0.165 3.003 0.231 ;
      RECT 2.937 0.231 3.003 0.297 ;
      RECT 2.937 0.297 3.872 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.924 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.047 0.594 ;
      RECT 2.937 0.594 3.047 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.297 2.816 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.386 0.495 2.343 0.561 ;
    RECT 2.277 0.561 2.343 0.693 ;
    RECT 2.277 0.693 2.816 0.759 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 0.198 0.825 3.872 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDN_NR3B_6
#
# 
MACRO LDN_NR3_0P5 FOREIGN C0A07BLDN_NR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.143 ;
      RECT 0.462 0.143 0.594 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05445 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.341 0.363 0.957 ;
      RECT 0.077 0.957 0.363 1.023 ;
      RECT 0.077 0.88 0.165 0.957 ;
      RECT 0.297 0.275 0.759 0.341 ;
      RECT 0.671 0.132 0.759 0.275 ;
      RECT 0.297 0.132 0.363 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.858 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_NR3_0P5
#
# 
MACRO LDN_NR3_1 FOREIGN C0A07BLDN_NR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10043 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.044 0.957 0.363 1.023 ;
      RECT 0.044 1.023 0.11 1.056 ;
      RECT 0.297 0.297 0.759 0.363 ;
      RECT 0.671 0.198 0.759 0.297 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.858 ;
      RECT 0.561 0.451 0.704 0.517 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDN_NR3_1
#
# 
MACRO LDN_NR3_2 FOREIGN C0A07BLDN_NR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 0.495 0.891 ;
      RECT 0.253 0.297 0.693 0.363 ;
      RECT 0.627 0.22 0.693 0.297 ;
      RECT 0.627 0.154 1.221 0.22 ;
      RECT 1.155 0.22 1.221 0.286 ;
      RECT 0.253 0.176 0.319 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.825 1.254 0.891 ;
    RECT 0.044 0.957 0.902 1.023 ;
    RECT 0.044 1.023 0.11 1.056 ;
  END
END LDN_NR3_2
#
# 
MACRO LDN_NR3_3 FOREIGN C0A07BLDN_NR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234256 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.715 ;
      RECT 0.297 0.715 0.627 0.781 ;
      RECT 0.297 0.781 0.363 0.825 ;
      RECT 0.077 0.825 0.363 0.891 ;
      RECT 0.077 0.891 0.143 0.99 ;
      RECT 0.22 0.275 1.771 0.341 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 0.22 0.957 1.1 1.023 ;
    RECT 0.22 1.023 0.286 1.056 ;
  END
END LDN_NR3_3
#
# 
MACRO LDN_NR3_4 FOREIGN C0A07BLDN_NR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.539 ;
      RECT 1.881 0.539 2.211 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.803 ;
      RECT 0.198 0.803 0.759 0.869 ;
      RECT 0.374 0.297 2.079 0.363 ;
      RECT 2.013 0.198 2.079 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.288 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
  END
END LDN_NR3_4
#
# 
MACRO LDN_NR3_6 FOREIGN C0A07BLDN_NR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.255 0.594 ;
      RECT 2.145 0.594 2.255 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.418418 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.541 0.825 3.344 0.891 ;
      RECT 0.396 0.297 3.135 0.363 ;
      RECT 3.069 0.198 3.135 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.056 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.443 0.594 ;
      RECT 3.333 0.198 3.443 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 2.288 0.891 ;
    RECT 3.454 0.924 3.52 0.957 ;
    RECT 1.276 0.957 3.52 1.023 ;
  END
END LDN_NR3_6
#
# 
MACRO LDN_NR3_8 FOREIGN C0A07BLDN_NR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.783 0.594 ;
      RECT 2.673 0.594 2.783 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.188 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.235 0.594 ;
      RECT 4.125 0.198 4.235 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.57596 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 3.19 0.825 4.4 0.891 ;
      RECT 0.374 0.297 4.059 0.363 ;
      RECT 3.949 0.198 4.059 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 2.97 0.891 ;
    RECT 1.606 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDN_NR3_8
#
# 
MACRO LDN_NR4BB_1 FOREIGN C0A07BLDN_NR4BB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.638 ;
      RECT 0.165 0.33 0.286 0.396 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 1.089 0.198 1.155 0.275 ;
      RECT 0.649 0.275 1.155 0.341 ;
      RECT 0.649 0.132 0.715 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.858 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.737 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.033 0.737 0.363 0.803 ;
    RECT 0.825 0.759 1.023 0.825 ;
    RECT 0.297 0.803 0.363 1.023 ;
    RECT 0.825 0.825 0.891 1.023 ;
    RECT 0.297 1.023 0.891 1.089 ;
  END
END LDN_NR4BB_1
#
# 
MACRO LDN_NR4BB_2 FOREIGN C0A07BLDN_NR4BB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.792 ;
      RECT 1.529 0.792 1.683 0.858 ;
      RECT 1.529 0.858 1.595 0.924 ;
      RECT 0.825 0.275 1.683 0.341 ;
      RECT 0.825 0.198 0.891 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 0.693 0.561 1.155 0.627 ;
      RECT 0.693 0.198 0.759 0.561 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.836 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.231 ;
    RECT 0.055 0.231 0.319 0.297 ;
    RECT 0.253 0.297 0.319 0.627 ;
    RECT 1.386 0.495 1.518 0.561 ;
    RECT 1.386 0.561 1.452 0.825 ;
    RECT 0.198 0.627 0.319 0.693 ;
    RECT 0.594 0.693 1.276 0.759 ;
    RECT 0.198 0.693 0.264 0.825 ;
    RECT 0.198 0.825 1.452 0.891 ;
    RECT 1.705 0.924 1.771 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 1.386 1.023 1.771 1.089 ;
  END
END LDN_NR4BB_2
#
# 
MACRO LDN_NR4BB_4 FOREIGN C0A07BLDN_NR4BB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.124 0.143 3.256 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.848 0.143 2.002 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.133 0.033 1.199 0.308 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.295966 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 1.122 0.825 1.606 0.891 ;
      RECT 1.331 0.275 3.058 0.341 ;
      RECT 1.331 0.176 1.397 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.429 0.319 0.847 0.385 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.858 0.495 1.364 0.561 ;
    RECT 0.858 0.561 0.924 0.825 ;
    RECT 2.431 0.77 2.497 0.847 ;
    RECT 0.253 0.825 0.924 0.891 ;
    RECT 1.705 0.847 2.497 0.913 ;
    RECT 2.574 0.847 3.377 0.913 ;
    RECT 0.253 0.891 0.319 0.99 ;
    RECT 1.705 0.913 1.771 0.979 ;
    RECT 2.574 0.913 2.64 0.979 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.946 0.979 1.771 1.045 ;
    RECT 1.87 0.979 2.64 1.045 ;
  END
END LDN_NR4BB_4
#
# 
MACRO LDN_NR4B_S_1 FOREIGN C0A07BLDN_NR4B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.957 ;
      RECT 0.693 0.957 0.902 1.023 ;
      RECT 0.253 0.297 0.759 0.363 ;
      RECT 0.627 0.132 0.693 0.297 ;
      RECT 0.253 0.132 0.319 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.165 1.1 0.231 ;
    RECT 0.869 0.231 0.935 0.792 ;
    RECT 0.869 0.792 1.067 0.858 ;
    RECT 1.001 0.858 1.067 1.056 ;
  END
END LDN_NR4B_S_1
#
# 
MACRO LDN_NR4B_S_2 FOREIGN C0A07BLDN_NR4B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.693 0.836 0.759 ;
      RECT 0.693 0.165 1.782 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.407 ;
    RECT 0.231 0.407 0.594 0.473 ;
    RECT 0.407 0.473 0.473 1.012 ;
    RECT 1.265 0.748 1.331 0.825 ;
    RECT 1.419 0.748 1.485 0.825 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.419 0.825 2.189 0.891 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 2.123 0.891 2.189 0.99 ;
    RECT 1.056 0.957 1.694 1.023 ;
  END
END LDN_NR4B_S_2
#
# 
MACRO LDN_NR4B_S_4 FOREIGN C0A07BLDN_NR4B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.333 0.33 3.399 0.462 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.33 2.475 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.748 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.165 1.551 0.297 ;
      RECT 1.485 0.099 2.761 0.165 ;
      RECT 2.673 0.165 2.761 0.297 ;
      RECT 2.673 0.297 3.267 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.33 1.815 0.462 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.122 0.561 ;
    RECT 0.429 0.561 0.495 0.814 ;
    RECT 2.013 0.726 2.079 0.825 ;
    RECT 2.167 0.726 2.233 0.825 ;
    RECT 0.572 0.825 2.079 0.891 ;
    RECT 2.167 0.825 3.641 0.891 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 1.452 0.957 2.794 1.023 ;
  END
END LDN_NR4B_S_4
#
# 
MACRO LDN_NR4_0P5 FOREIGN C0A07BLDN_NR4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.418 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.506 0.891 0.726 ;
      RECT 0.693 0.44 0.891 0.506 ;
      RECT 0.693 0.506 0.759 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.057838 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDN_NR4_0P5
#
# 
MACRO LDN_NR4_1 FOREIGN C0A07BLDN_NR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.088814 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDN_NR4_1
#
# 
MACRO LDN_NR4_2 FOREIGN C0A07BLDN_NR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.15246 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.858 ;
      RECT 0.297 0.297 1.617 0.363 ;
      RECT 1.551 0.176 1.617 0.297 ;
      RECT 1.177 0.176 1.243 0.297 ;
      RECT 0.671 0.176 0.759 0.297 ;
      RECT 0.297 0.176 0.363 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.748 0.913 0.825 ;
    RECT 1.001 0.748 1.067 0.825 ;
    RECT 0.473 0.825 0.913 0.891 ;
    RECT 1.001 0.825 1.793 0.891 ;
    RECT 0.473 0.891 0.539 0.957 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.638 0.957 1.276 1.023 ;
    RECT 0.066 0.957 0.539 1.023 ;
  END
END LDN_NR4_2
#
# 
MACRO LDN_NR4_3 FOREIGN C0A07BLDN_NR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224334 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.881 0.825 2.343 0.891 ;
      RECT 2.255 0.891 2.343 1.012 ;
      RECT 0.396 0.297 1.947 0.363 ;
      RECT 1.881 0.198 1.947 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 0.693 0.891 ;
    RECT 0.792 0.825 1.628 0.891 ;
    RECT 0.627 0.891 0.693 0.957 ;
    RECT 0.627 0.957 1.1 1.023 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDN_NR4_3
#
# 
MACRO LDN_NR4_4 FOREIGN C0A07BLDN_NR4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.737 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.561 0.363 0.627 0.737 ;
      RECT 0.231 0.297 2.937 0.363 ;
      RECT 2.871 0.198 2.937 0.297 ;
      RECT 1.815 0.176 1.881 0.297 ;
      RECT 1.309 0.176 1.375 0.297 ;
      RECT 0.231 0.198 0.297 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.748 1.551 0.825 ;
    RECT 1.639 0.748 1.705 0.825 ;
    RECT 0.759 0.825 1.551 0.891 ;
    RECT 1.639 0.825 3.113 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.924 0.979 2.266 1.045 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDN_NR4_4
#
# 
MACRO LDN_NR4_6 FOREIGN C0A07BLDN_NR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.498 0.143 3.63 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.135 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.993 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.431728 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.023 0.891 ;
      RECT 0.374 0.297 4.224 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.748 2.277 0.825 ;
    RECT 2.365 0.748 2.431 0.825 ;
    RECT 1.133 0.825 2.277 0.891 ;
    RECT 2.365 0.825 4.543 0.891 ;
    RECT 1.133 0.891 1.199 0.979 ;
    RECT 4.477 0.891 4.543 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 1.298 0.979 3.344 1.045 ;
    RECT 0.055 0.979 1.199 1.045 ;
  END
END LDN_NR4_6
#
# 
MACRO LDN_NR4_8 FOREIGN C0A07BLDN_NR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.784 0.033 3.85 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.495 2.475 0.726 ;
      RECT 1.914 0.429 2.475 0.495 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.495 5.379 0.726 ;
      RECT 4.73 0.429 5.379 0.495 ;
      RECT 5.313 0.33 5.379 0.429 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.495 3.267 0.726 ;
      RECT 3.201 0.429 3.762 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.165 0.429 0.737 0.495 ;
      RECT 0.165 0.198 0.231 0.429 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.569184 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.55 0.275 5.126 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.462 ;
    RECT 0 0.462 1.32 0.528 ;
    RECT 4.51 0.462 5.676 0.528 ;
    RECT 1.32 0.462 4.51 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.684 0.891 ;
    RECT 2.992 0.825 5.621 0.891 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 5.555 0.891 5.621 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.551 1.045 ;
    RECT 1.65 0.979 4.026 1.045 ;
  END
END LDN_NR4_8
#
# 
MACRO LDN_OA211_0P5 FOREIGN C0A07BLDN_OA211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.407 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 0.429 0.154 0.495 0.275 ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.034 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDN_OA211_0P5
#
# 
MACRO LDN_OA211_1 FOREIGN C0A07BLDN_OA211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDN_OA211_1
#
# 
MACRO LDN_OA211_2 FOREIGN C0A07BLDN_OA211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 2.024 0.825 2.211 0.891 ;
      RECT 2.024 0.297 2.211 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.858 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.946 0.165 1.782 0.231 ;
    RECT 0.22 0.297 1.254 0.363 ;
    RECT 1.474 0.297 1.914 0.363 ;
    RECT 1.848 0.363 1.914 0.495 ;
    RECT 1.848 0.495 2.024 0.561 ;
    RECT 1.848 0.561 1.914 0.957 ;
    RECT 0.044 0.825 0.88 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.572 0.957 1.914 1.023 ;
  END
END LDN_OA211_2
#
# 
MACRO LDN_OA211_4 FOREIGN C0A07BLDN_OA211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.858 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.165 2.09 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.782 0.297 2.343 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 2.277 0.495 2.706 0.561 ;
    RECT 2.277 0.561 2.343 0.957 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 1.353 0.825 1.881 0.891 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.815 0.891 1.881 0.957 ;
    RECT 0.726 0.957 1.419 1.023 ;
    RECT 1.815 0.957 2.343 1.023 ;
  END
END LDN_OA211_4
#
# 
MACRO LDN_OA211_6 FOREIGN C0A07BLDN_OA211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 1.463 0.033 1.529 0.198 ;
      RECT 1.43 0.198 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.561 2.871 0.99 ;
      RECT 2.552 0.495 2.871 0.561 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.561 1.815 0.858 ;
      RECT 1.749 0.495 2.211 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      RECT 2.112 1.023 2.178 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.85 0.957 3.982 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.209 ;
    RECT 3.025 0.132 3.091 0.209 ;
    RECT 1.617 0.209 3.091 0.275 ;
    RECT 0.198 0.297 1.298 0.341 ;
    RECT 0.198 0.341 2.244 0.363 ;
    RECT 2.354 0.341 3.135 0.407 ;
    RECT 1.232 0.363 2.244 0.407 ;
    RECT 3.069 0.407 3.135 0.495 ;
    RECT 2.354 0.407 2.42 0.825 ;
    RECT 3.069 0.495 3.762 0.561 ;
    RECT 0.055 0.825 1.562 0.891 ;
    RECT 1.881 0.825 2.739 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.881 0.891 1.947 0.957 ;
    RECT 2.673 0.891 2.739 1.023 ;
    RECT 0.902 0.957 1.947 1.023 ;
  END
END LDN_OA211_6
#
# 
MACRO LDN_OA211_8 FOREIGN C0A07BLDN_OA211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.356 0.726 5.676 0.858 ;
      RECT 4.378 0.297 5.588 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.583 ;
      RECT 3.069 0.583 3.927 0.649 ;
      RECT 3.861 0.649 3.927 0.726 ;
      RECT 3.729 0.649 3.795 0.726 ;
      RECT 3.729 0.462 3.795 0.583 ;
      RECT 3.597 0.649 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.583 ;
      RECT 3.465 0.649 3.531 0.726 ;
      RECT 3.333 0.649 3.399 0.726 ;
      RECT 3.069 0.649 3.135 0.726 ;
      RECT 3.201 0.649 3.267 0.726 ;
      RECT 3.201 0.462 3.267 0.583 ;
      RECT 3.861 0.462 3.927 0.583 ;
      RECT 3.465 0.462 3.531 0.583 ;
      RECT 3.333 0.462 3.399 0.583 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.539 ;
      RECT 2.277 0.539 2.871 0.605 ;
      RECT 2.805 0.605 2.871 0.726 ;
      RECT 2.673 0.605 2.739 0.726 ;
      RECT 2.541 0.605 2.607 0.726 ;
      RECT 2.409 0.605 2.475 0.726 ;
      RECT 2.277 0.605 2.343 0.858 ;
      RECT 2.805 0.462 2.871 0.539 ;
      RECT 2.673 0.462 2.739 0.539 ;
      RECT 2.541 0.462 2.607 0.539 ;
      RECT 2.409 0.462 2.475 0.539 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.221 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 2.211 0.528 4.048 0.616 ;
    RECT 0 0.528 2.211 0.616 ;
    RECT 4.048 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.354 0.165 3.938 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.003 0.363 ;
    RECT 3.256 0.297 4.191 0.363 ;
    RECT 2.937 0.363 3.003 0.44 ;
    RECT 4.125 0.363 4.191 0.495 ;
    RECT 4.125 0.495 5.038 0.561 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 0.374 0.825 1.914 0.891 ;
    RECT 2.409 0.825 4.191 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.254 0.957 2.475 1.023 ;
  END
END LDN_OA211_8
#
# 
MACRO LDN_OA21B_1 FOREIGN C0A07BLDN_OA21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.924 ;
      RECT 0.583 0.924 0.759 0.99 ;
      RECT 0.583 0.99 0.649 1.056 ;
      RECT 0.693 0.297 0.858 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.792 ;
    RECT 0.429 0.792 0.627 0.858 ;
    RECT 0.429 0.858 0.495 0.924 ;
  END
END LDN_OA21B_1
#
# 
MACRO LDN_OA21B_2 FOREIGN C0A07BLDN_OA21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.078 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
      RECT 1.089 0.198 1.177 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.231 0.693 0.495 0.759 ;
    RECT 0.231 0.759 0.297 0.924 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.935 0.825 1.782 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.935 0.891 1.001 0.99 ;
    RECT 0.055 0.902 0.121 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDN_OA21B_2
#
# 
MACRO LDN_OA21B_3 FOREIGN C0A07BLDN_OA21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.913 0.825 1.364 0.891 ;
      RECT 0.913 0.891 0.979 0.968 ;
      RECT 1.056 0.297 1.914 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.825 0.495 1.122 0.561 ;
    RECT 0.198 0.693 0.495 0.759 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 1.474 0.825 1.914 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 1.474 0.891 1.54 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
    RECT 1.056 0.979 1.54 1.045 ;
  END
END LDN_OA21B_3
#
# 
MACRO LDN_OA21B_4 FOREIGN C0A07BLDN_OA21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 1.452 0.693 2.079 0.759 ;
      RECT 1.485 0.297 2.64 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.165 1.419 0.231 ;
    RECT 0.429 0.198 0.495 0.286 ;
    RECT 0.803 0.231 0.869 0.286 ;
    RECT 1.353 0.231 1.419 0.495 ;
    RECT 0.429 0.286 0.869 0.352 ;
    RECT 0.462 0.352 0.528 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.077 0.825 0.528 0.891 ;
    RECT 2.013 0.825 2.838 0.891 ;
    RECT 1.309 0.858 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 1.309 0.957 2.079 1.023 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDN_OA21B_4
#
# 
MACRO LDN_OA21B_6 FOREIGN C0A07BLDN_OA21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.804 0.825 2.607 0.891 ;
      RECT 1.804 0.297 3.718 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.617 0.495 2.376 0.561 ;
    RECT 0.803 0.825 1.606 0.891 ;
    RECT 0.242 0.825 0.693 0.891 ;
    RECT 2.717 0.825 3.894 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 2.717 0.891 2.783 0.957 ;
    RECT 0.066 0.957 0.869 1.023 ;
    RECT 1.628 0.957 2.783 1.023 ;
  END
END LDN_OA21B_6
#
# 
MACRO LDN_OA21B_8 FOREIGN C0A07BLDN_OA21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.421 0.825 ;
      RECT 2.222 0.825 3.421 0.891 ;
      RECT 2.222 0.297 4.818 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 3.575 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.575 0.528 3.663 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.686 1.045 4.752 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.22 0.649 0.297 ;
    RECT 0.583 0.297 2.079 0.363 ;
    RECT 2.013 0.363 2.079 0.495 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 2.013 0.495 3.19 0.561 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 3.487 0.825 4.961 0.891 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.487 0.891 3.553 0.957 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 2.046 0.957 3.553 1.023 ;
    RECT 0.198 0.979 1.001 1.045 ;
  END
END LDN_OA21B_8
#
# 
MACRO LDN_OA21_0P5 FOREIGN C0A07BLDN_OA21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.297 0.66 0.407 0.792 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.616 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.858 0.495 0.957 ;
    RECT 0.429 0.957 0.891 1.023 ;
  END
END LDN_OA21_0P5
#
# 
MACRO LDN_OA21_1 FOREIGN C0A07BLDN_OA21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.605 0.759 0.858 ;
      RECT 0.572 0.539 0.759 0.605 ;
      RECT 0.693 0.33 0.759 0.539 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.462 0.605 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 0.891 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.473 0.198 0.539 0.297 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.539 0.363 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDN_OA21_1
#
# 
MACRO LDN_OA21_2 FOREIGN C0A07BLDN_OA21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.396 0.858 ;
      RECT 0.165 0.297 0.352 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.605 0.165 0.671 0.264 ;
    RECT 0.979 0.165 1.045 0.297 ;
    RECT 1.353 0.176 1.419 0.297 ;
    RECT 1.727 0.176 1.793 0.297 ;
    RECT 0.748 0.231 0.88 0.297 ;
    RECT 0.748 0.297 0.814 0.33 ;
    RECT 0.979 0.297 1.793 0.363 ;
    RECT 0.693 0.33 0.814 0.396 ;
    RECT 0.693 0.396 0.759 0.495 ;
    RECT 0.33 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.957 ;
    RECT 0.979 0.748 1.045 0.825 ;
    RECT 0.979 0.825 1.793 0.891 ;
    RECT 1.727 0.891 1.793 0.968 ;
    RECT 0.693 0.957 1.254 1.023 ;
  END
END LDN_OA21_2
#
# 
MACRO LDN_OA21_3 FOREIGN C0A07BLDN_OA21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.66 ;
      RECT 1.749 0.66 1.848 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 1.012 1.749 1.155 ;
      RECT 1.683 0.946 1.782 1.012 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.221 0.209 ;
    RECT 1.155 0.209 1.221 0.297 ;
    RECT 1.859 0.22 1.925 0.297 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.979 0.308 1.045 0.825 ;
    RECT 0.33 0.495 0.682 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 1.551 0.814 1.925 0.88 ;
    RECT 0.616 0.825 1.43 0.891 ;
    RECT 1.859 0.88 1.925 0.946 ;
    RECT 1.551 0.88 1.617 0.957 ;
    RECT 1.122 0.957 1.617 1.023 ;
  END
END LDN_OA21_3
#
# 
MACRO LDN_OA21_4 FOREIGN C0A07BLDN_OA21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.165 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.386 0.209 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.902 0.209 0.968 0.495 ;
    RECT 1.078 0.275 2.585 0.341 ;
    RECT 0.462 0.495 0.968 0.561 ;
    RECT 0.902 0.561 0.968 0.825 ;
    RECT 1.848 0.792 1.914 0.825 ;
    RECT 0.902 0.825 1.914 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.606 0.957 2.057 1.023 ;
  END
END LDN_OA21_4
#
# 
MACRO LDN_OA21_6 FOREIGN C0A07BLDN_OA21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.198 0.297 1.034 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.165 2.101 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 2.035 0.231 2.101 0.297 ;
    RECT 1.265 0.297 1.958 0.363 ;
    RECT 2.035 0.297 3.509 0.363 ;
    RECT 1.892 0.363 1.958 0.396 ;
    RECT 1.265 0.363 1.331 0.495 ;
    RECT 0.594 0.495 1.331 0.561 ;
    RECT 1.265 0.561 1.331 0.825 ;
    RECT 2.596 0.792 2.662 0.825 ;
    RECT 1.265 0.825 2.662 0.891 ;
    RECT 2.739 0.825 3.509 0.891 ;
    RECT 2.739 0.891 2.805 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 2.002 0.957 2.805 1.023 ;
  END
END LDN_OA21_6
#
# 
MACRO LDN_OA21_8 FOREIGN C0A07BLDN_OA21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.805 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.597 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.165 2.442 0.231 ;
    RECT 4.345 0.22 4.411 0.297 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 1.782 0.297 4.411 0.363 ;
    RECT 0.594 0.495 1.683 0.561 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.617 0.825 3.366 0.891 ;
    RECT 3.476 0.825 4.268 0.891 ;
    RECT 3.476 0.891 3.542 0.957 ;
    RECT 2.706 0.957 3.542 1.023 ;
  END
END LDN_OA21_8
#
# 
MACRO LDN_OA222_0P5 FOREIGN C0A07BLDN_OA222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.132 1.683 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 1.012 0.462 1.155 0.528 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.792 0.462 0.891 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.331 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.748 ;
      RECT 0.561 0.462 0.693 0.528 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.396 0.495 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.858 0.165 ;
    RECT 1.023 0.143 1.298 0.209 ;
    RECT 0.792 0.165 0.858 0.187 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 0.055 0.165 0.121 0.33 ;
    RECT 0.792 0.187 0.924 0.253 ;
    RECT 1.023 0.209 1.089 0.33 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.66 0.297 0.726 0.33 ;
    RECT 0.286 0.297 0.352 0.385 ;
    RECT 0.66 0.33 1.089 0.396 ;
    RECT 0.253 0.385 0.352 0.451 ;
    RECT 0.253 0.451 0.319 0.847 ;
    RECT 1.441 0.594 1.507 0.847 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 1.221 0.847 1.507 0.913 ;
    RECT 0.253 0.913 0.319 0.924 ;
    RECT 0.627 0.913 0.693 0.957 ;
    RECT 1.221 0.913 1.287 0.957 ;
    RECT 0.055 0.924 0.319 0.99 ;
    RECT 0.627 0.957 1.287 1.023 ;
    RECT 0.055 0.99 0.121 1.056 ;
  END
END LDN_OA222_0P5
#
# 
MACRO LDN_OA222_1 FOREIGN C0A07BLDN_OA222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
      RECT 1.573 0.858 1.683 0.99 ;
      RECT 1.573 0.198 1.683 0.33 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.583 ;
      RECT 0.385 0.583 0.495 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.418 0.627 0.66 ;
      RECT 0.561 0.66 0.715 0.726 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.099 0.374 0.187 0.462 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.858 ;
      RECT 1.221 0.462 1.331 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.88 0.165 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 0.814 0.165 0.946 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.199 0.198 1.265 0.297 ;
    RECT 0.616 0.231 0.748 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.682 0.297 1.265 0.363 ;
    RECT 0.286 0.297 0.352 0.44 ;
    RECT 0.253 0.44 0.352 0.506 ;
    RECT 1.485 0.462 1.551 0.726 ;
    RECT 0.253 0.506 0.319 0.847 ;
    RECT 1.353 0.726 1.551 0.792 ;
    RECT 1.353 0.792 1.419 0.957 ;
    RECT 0.055 0.847 0.66 0.913 ;
    RECT 0.594 0.913 0.66 0.957 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.594 0.957 1.419 1.023 ;
  END
END LDN_OA222_1
#
# 
MACRO LDN_OA222_2 FOREIGN C0A07BLDN_OA222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.286 0.143 0.418 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.396 2.739 0.792 ;
      RECT 2.585 0.792 2.739 0.858 ;
      RECT 2.585 0.858 2.651 0.924 ;
      RECT 2.585 0.33 2.739 0.396 ;
      RECT 2.585 0.264 2.651 0.33 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.858 ;
      RECT 1.353 0.429 1.54 0.495 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.671 2.343 0.737 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.726 ;
      RECT 1.881 0.429 2.024 0.495 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.858 ;
      RECT 0.99 0.429 1.155 0.495 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.761 0.924 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.462 ;
    RECT 0 0.462 0.792 0.528 ;
    RECT 1.903 0.462 2.904 0.528 ;
    RECT 0.792 0.462 1.903 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 2.112 0.143 ;
    RECT 0.759 0.143 2.178 0.165 ;
    RECT 1.122 0.165 1.254 0.209 ;
    RECT 2.046 0.165 2.178 0.209 ;
    RECT 0.759 0.165 0.825 0.308 ;
    RECT 1.551 0.165 1.617 0.308 ;
    RECT 0.561 0.198 0.649 0.297 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.924 0.231 1.056 0.297 ;
    RECT 1.32 0.231 1.452 0.297 ;
    RECT 1.749 0.231 1.98 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 1.056 0.297 ;
    VIA 0.594 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.99 0.297 1.386 0.363 ;
    RECT 1.914 0.297 2.486 0.363 ;
    RECT 1.749 0.297 1.815 0.627 ;
    RECT 2.42 0.363 2.486 0.495 ;
    RECT 2.42 0.495 2.552 0.561 ;
    RECT 1.551 0.627 1.815 0.693 ;
    RECT 1.551 0.693 1.617 0.99 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.771 0.825 2.321 0.891 ;
    RECT 0.55 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.924 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.771 0.891 1.837 0.99 ;
    RECT 2.255 0.891 2.321 0.99 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.957 0.99 1.617 1.056 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDN_OA222_2
#
# 
MACRO LDN_OA222_4 FOREIGN C0A07BLDN_OA222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.772 0.726 3.432 0.858 ;
      RECT 2.882 0.297 3.366 0.363 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.815 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.749 0.33 1.815 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 0.924 0.165 2.64 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 1.584 0.363 ;
    RECT 1.881 0.319 2.695 0.385 ;
    RECT 2.629 0.385 2.695 0.495 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 2.629 0.495 3.08 0.561 ;
    RECT 1.133 0.693 1.947 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.133 0.759 1.199 0.825 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 2.189 0.825 2.64 0.891 ;
    RECT 0.55 0.825 1.199 0.891 ;
    RECT 1.881 0.825 2.09 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 2.189 0.891 2.255 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.255 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDN_OA222_4
#
# 
MACRO LDN_OA22_0P5 FOREIGN C0A07BLDN_OA22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 1.1 0.957 1.287 1.023 ;
      RECT 1.1 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.726 0.891 0.99 ;
      RECT 0.825 0.594 0.935 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.308 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.429 ;
    RECT 0.561 0.429 1.122 0.495 ;
    RECT 0.561 0.495 0.627 1.034 ;
  END
END LDN_OA22_0P5
#
# 
MACRO LDN_OA22_1 FOREIGN C0A07BLDN_OA22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.253 1.419 0.935 ;
      RECT 1.276 0.935 1.419 1.001 ;
      RECT 1.276 0.187 1.419 0.253 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.572 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.407 ;
    RECT 0.561 0.407 1.287 0.473 ;
    RECT 1.221 0.473 1.287 0.594 ;
    RECT 0.561 0.473 0.627 0.88 ;
  END
END LDN_OA22_1
#
# 
MACRO LDN_OA22_2 FOREIGN C0A07BLDN_OA22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.594 1.023 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.66 ;
      RECT 1.353 0.66 1.947 0.726 ;
      RECT 1.881 0.726 1.947 0.858 ;
      RECT 1.485 0.594 1.551 0.66 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.594 0.231 0.66 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 1.012 ;
      RECT 2.057 1.012 2.343 1.078 ;
      RECT 2.057 0.946 2.123 1.012 ;
      RECT 2.024 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.595 0.165 ;
    RECT 0.605 0.165 0.671 0.297 ;
    RECT 1.155 0.165 1.221 0.33 ;
    RECT 1.529 0.165 1.595 0.33 ;
    RECT 0.253 0.22 0.319 0.297 ;
    RECT 0.979 0.264 1.045 0.429 ;
    RECT 1.331 0.264 1.397 0.429 ;
    RECT 1.705 0.264 1.771 0.429 ;
    RECT 0.253 0.297 0.671 0.363 ;
    RECT 0.979 0.429 1.914 0.495 ;
    RECT 1.848 0.495 2.178 0.561 ;
    RECT 1.188 0.495 1.254 0.825 ;
    RECT 0.055 0.792 0.462 0.858 ;
    RECT 1.331 0.825 1.771 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 0.396 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDN_OA22_2
#
# 
MACRO LDN_OA22_3 FOREIGN C0A07BLDN_OA22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 1.804 0.693 2.343 0.759 ;
      RECT 2.277 0.759 2.343 0.858 ;
      RECT 1.804 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 1.782 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.825 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.617 0.495 2.178 0.561 ;
    RECT 0.572 0.792 0.638 0.825 ;
    RECT 1.188 0.792 1.254 0.825 ;
    RECT 0.044 0.825 0.495 0.891 ;
    RECT 1.331 0.825 1.782 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 0.429 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDN_OA22_3
#
# 
MACRO LDN_OA22_4 FOREIGN C0A07BLDN_OA22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.408 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 1.881 0.528 2.343 0.594 ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.385 3.003 0.693 ;
      RECT 2.673 0.693 3.003 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.486 0.825 2.739 0.891 ;
      RECT 2.486 0.319 3.003 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 1.243 0.297 2.09 0.363 ;
    RECT 1.243 0.363 1.309 0.825 ;
    RECT 2.409 0.495 2.838 0.561 ;
    RECT 2.409 0.561 2.475 0.693 ;
    RECT 1.507 0.693 2.475 0.759 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.507 0.759 1.573 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.639 0.825 2.09 0.891 ;
    RECT 0.759 0.825 1.573 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.254 0.957 1.705 1.023 ;
  END
END LDN_OA22_4
#
# 
MACRO LDN_OA22_6 FOREIGN C0A07BLDN_OA22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.3 0.726 4.356 0.858 ;
      RECT 3.432 0.297 4.268 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 3.212 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 1.551 0.363 ;
    RECT 1.848 0.297 3.267 0.363 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.201 0.495 4.026 0.561 ;
    RECT 0.055 0.825 0.847 0.891 ;
    RECT 2.409 0.825 3.179 0.891 ;
    RECT 0.946 0.825 2.343 0.891 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 3.113 0.891 3.179 0.99 ;
    RECT 0.781 0.957 1.606 1.023 ;
    RECT 1.672 0.957 2.475 1.023 ;
    RECT 1.54 1.023 1.606 1.056 ;
    RECT 1.672 1.023 1.738 1.056 ;
  END
END LDN_OA22_6
#
# 
MACRO LDN_OA22_8 FOREIGN C0A07BLDN_OA22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 3.828 0.726 5.148 0.858 ;
      RECT 3.872 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 4.048 0.957 4.18 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.165 3.641 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.815 0.231 1.881 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 1.947 0.297 3.498 0.363 ;
    RECT 0.055 0.297 1.881 0.363 ;
    RECT 1.947 0.363 2.013 0.396 ;
    RECT 3.432 0.363 3.498 0.495 ;
    RECT 2.552 0.363 2.618 0.825 ;
    RECT 3.432 0.495 4.818 0.561 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 2.695 0.825 3.498 0.891 ;
    RECT 1.078 0.825 2.618 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.695 0.891 2.761 0.957 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 2.761 1.023 ;
  END
END LDN_OA22_8
#
# 
MACRO LDN_OA2BB2_0P5 FOREIGN C0A07BLDN_OA2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069212 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.924 ;
      RECT 1.177 0.924 1.287 0.99 ;
      RECT 1.177 0.99 1.243 1.056 ;
      RECT 0.792 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.858 ;
      RECT 0.352 0.429 0.495 0.495 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.033 0.297 1.155 0.363 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.649 0.924 0.715 0.99 ;
    RECT 0.033 0.957 0.176 1.023 ;
    RECT 0.649 0.99 1.067 1.056 ;
  END
END LDN_OA2BB2_0P5
#
# 
MACRO LDN_OA2BB2_1 FOREIGN C0A07BLDN_OA2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.308 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.135762 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.726 ;
      RECT 1.177 0.726 1.287 0.858 ;
      RECT 1.221 0.858 1.287 0.99 ;
      RECT 0.847 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 1.023 ;
      RECT 0.132 1.023 0.363 1.089 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.187 0.297 1.155 0.363 ;
    RECT 0.055 0.363 0.253 0.429 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.055 0.429 0.121 0.77 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.627 0.924 0.693 0.99 ;
    RECT 0.627 0.99 1.067 1.056 ;
  END
END LDN_OA2BB2_1
#
# 
MACRO LDN_OA2BB2_2 FOREIGN C0A07BLDN_OA2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 1.947 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.584 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.396 1.155 0.858 ;
      RECT 0.913 0.33 1.507 0.396 ;
      RECT 1.441 0.264 1.507 0.33 ;
      RECT 0.913 0.242 0.979 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.099 1.683 0.165 ;
    RECT 1.298 0.165 1.364 0.187 ;
    RECT 1.617 0.165 1.683 0.297 ;
    RECT 1.991 0.176 2.057 0.297 ;
    RECT 1.232 0.187 1.364 0.253 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 1.617 0.297 2.057 0.363 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 0.99 0.561 ;
    RECT 0.759 0.561 0.825 0.66 ;
    RECT 0.583 0.66 0.825 0.726 ;
    RECT 0.583 0.726 0.649 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.265 0.825 2.057 0.891 ;
    RECT 0.759 0.858 0.825 0.968 ;
    RECT 0.913 0.858 0.979 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.913 0.957 1.331 1.023 ;
    RECT 0.407 0.968 0.825 1.034 ;
  END
END LDN_OA2BB2_2
#
# 
MACRO LDN_OA2BB2_3 FOREIGN C0A07BLDN_OA2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.893 0.033 2.959 0.264 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.176 0.033 0.242 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.814 ;
      RECT 1.265 0.814 1.683 0.88 ;
      RECT 1.265 0.88 1.331 0.946 ;
      RECT 1.397 0.297 2.244 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.143 2.409 0.209 ;
    RECT 0.407 0.198 0.473 0.33 ;
    RECT 0.935 0.198 1.001 0.33 ;
    RECT 2.343 0.209 2.409 0.297 ;
    RECT 2.343 0.297 2.794 0.363 ;
    RECT 0.407 0.33 1.177 0.396 ;
    RECT 1.111 0.396 1.177 0.495 ;
    RECT 1.111 0.495 1.518 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 0.726 0.792 0.792 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.726 0.825 1.177 0.891 ;
    RECT 1.793 0.825 2.937 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.793 0.891 1.859 0.957 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.397 0.957 1.859 1.023 ;
  END
END LDN_OA2BB2_3
#
# 
MACRO LDN_OA2BB2_4 FOREIGN C0A07BLDN_OA2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.803 ;
      RECT 1.452 0.803 1.947 0.869 ;
      RECT 1.309 0.297 2.64 0.363 ;
      RECT 1.309 0.22 1.375 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.517 3.003 0.726 ;
      RECT 2.937 0.451 3.267 0.517 ;
      RECT 3.201 0.517 3.267 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.429 0.33 0.495 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.891 0.231 ;
    RECT 1.98 0.165 2.805 0.231 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 2.739 0.231 2.805 0.297 ;
    RECT 0.825 0.297 1.243 0.363 ;
    RECT 2.739 0.297 3.509 0.363 ;
    RECT 1.177 0.363 1.243 0.495 ;
    RECT 1.177 0.495 1.782 0.561 ;
    RECT 1.177 0.561 1.243 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.243 0.891 ;
    RECT 2.013 0.825 3.509 0.891 ;
    RECT 1.309 0.88 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 3.443 0.891 3.509 0.99 ;
    RECT 0.605 0.957 1.056 1.023 ;
    RECT 1.309 0.957 2.079 1.023 ;
  END
END LDN_OA2BB2_4
#
# 
MACRO LDN_OA2BB2_6 FOREIGN C0A07BLDN_OA2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.693 ;
      RECT 2.673 0.693 2.97 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.134 0.825 2.739 0.891 ;
      RECT 1.958 0.297 4.026 0.363 ;
      RECT 3.96 0.363 4.026 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.016 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.96 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.287 0.231 ;
    RECT 3.014 0.165 4.169 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 1.221 0.231 1.287 0.297 ;
    RECT 4.103 0.231 4.169 0.297 ;
    RECT 1.221 0.297 1.749 0.363 ;
    RECT 4.103 0.297 5.225 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 1.683 0.495 2.574 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.078 0.825 1.936 0.891 ;
    RECT 3.047 0.825 5.225 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 3.047 0.891 3.113 0.957 ;
    RECT 5.159 0.891 5.225 0.968 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 3.113 1.023 ;
  END
END LDN_OA2BB2_6
#
# 
MACRO LDN_OA2BB2_8 FOREIGN C0A07BLDN_OA2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.586 0.363 3.696 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.31 0.297 5.071 0.363 ;
      RECT 5.005 0.363 5.071 0.44 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.462 6.336 0.594 ;
      RECT 6.237 0.594 6.303 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 3.74 0.165 5.247 0.231 ;
    RECT 6.589 0.198 6.655 0.297 ;
    RECT 5.181 0.231 5.247 0.297 ;
    RECT 0.55 0.297 2.09 0.363 ;
    RECT 5.181 0.297 6.655 0.363 ;
    RECT 2.024 0.363 2.09 0.495 ;
    RECT 2.024 0.495 3.443 0.561 ;
    RECT 2.024 0.561 2.09 0.825 ;
    RECT 1.287 0.748 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.773 0.825 6.655 0.891 ;
    RECT 2.167 0.88 2.233 0.957 ;
    RECT 2.343 0.88 2.409 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.773 0.891 3.839 0.957 ;
    RECT 6.589 0.891 6.655 0.99 ;
    RECT 1.111 0.957 2.233 1.023 ;
    RECT 2.343 0.957 3.839 1.023 ;
  END
END LDN_OA2BB2_8
#
# 
MACRO LDN_OA31_0P5 FOREIGN C0A07BLDN_OA31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.583 ;
      RECT 0.693 0.583 0.891 0.649 ;
      RECT 0.693 0.462 0.759 0.583 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.891 1.012 0.957 1.155 ;
      RECT 0.858 0.946 0.957 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.737 ;
    RECT 0.693 0.737 1.023 0.803 ;
    RECT 0.693 0.803 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDN_OA31_0P5
#
# 
MACRO LDN_OA31_1 FOREIGN C0A07BLDN_OA31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.693 0.517 0.759 0.649 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.924 0.935 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.693 0.825 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDN_OA31_1
#
# 
MACRO LDN_OA31_2 FOREIGN C0A07BLDN_OA31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.264 2.079 0.957 ;
      RECT 1.892 0.957 2.079 1.023 ;
      RECT 1.925 0.198 2.079 0.264 ;
      RECT 1.925 0.132 1.991 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 1.507 0.198 1.573 0.286 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.155 0.22 1.221 0.286 ;
    RECT 0.22 0.231 0.363 0.297 ;
    RECT 0.429 0.286 1.573 0.352 ;
    RECT 0.297 0.297 0.363 0.825 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 0.77 0.693 1.947 0.759 ;
    RECT 0.77 0.759 0.836 0.825 ;
    RECT 0.946 0.825 1.606 0.891 ;
    RECT 0.297 0.825 0.836 0.891 ;
    RECT 0.418 0.957 1.254 1.023 ;
  END
END LDN_OA31_2
#
# 
MACRO LDN_OA31_3 FOREIGN C0A07BLDN_OA31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.539 ;
      RECT 1.617 0.539 1.947 0.605 ;
      RECT 1.617 0.462 1.683 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.539 ;
      RECT 1.089 0.539 1.419 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.803 ;
      RECT 2.673 0.869 2.739 0.99 ;
      RECT 2.222 0.803 2.739 0.869 ;
      RECT 2.222 0.297 2.739 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.057 0.924 2.123 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.517 0.198 ;
    RECT 0.825 0.165 1.397 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.451 0.198 0.517 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 1.331 0.231 1.397 0.297 ;
    RECT 0.451 0.297 0.891 0.363 ;
    RECT 1.331 0.297 1.782 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 2.013 0.495 2.53 0.561 ;
    RECT 2.013 0.561 2.079 0.671 ;
    RECT 0.957 0.671 2.079 0.737 ;
    RECT 0.957 0.737 1.023 0.825 ;
    RECT 1.122 0.825 1.958 0.891 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.594 0.957 1.43 1.023 ;
  END
END LDN_OA31_3
#
# 
MACRO LDN_OA31_4 FOREIGN C0A07BLDN_OA31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.618 0.165 2.75 0.231 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.594 ;
      RECT 1.749 0.451 2.211 0.517 ;
      RECT 2.145 0.198 2.211 0.451 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 2.409 0.825 3.003 0.891 ;
      RECT 2.937 0.891 3.003 0.99 ;
      RECT 2.409 0.891 2.475 0.99 ;
      RECT 2.442 0.297 3.003 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 0.649 0.209 ;
    RECT 1.991 0.198 2.057 0.275 ;
    RECT 0.583 0.209 0.649 0.275 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 0.583 0.275 2.057 0.341 ;
    RECT 0.055 0.275 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 2.277 0.495 2.838 0.561 ;
    RECT 2.277 0.561 2.343 0.825 ;
    RECT 1.254 0.693 2.09 0.759 ;
    RECT 0.198 0.825 2.343 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDN_OA31_4
#
# 
MACRO LDN_OA31_6 FOREIGN C0A07BLDN_OA31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.828 0.165 3.96 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.805 0.539 3.135 0.605 ;
      RECT 2.805 0.462 2.871 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.531 0.726 4.224 0.825 ;
      RECT 3.333 0.825 4.224 0.858 ;
      RECT 3.333 0.858 3.597 0.891 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 3.3 0.297 4.191 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 0.869 0.231 ;
    RECT 2.937 0.22 3.003 0.297 ;
    RECT 0.803 0.231 0.869 0.297 ;
    RECT 0.803 0.297 3.003 0.363 ;
    RECT 0.242 0.297 0.726 0.363 ;
    RECT 0.66 0.363 0.726 0.825 ;
    RECT 3.201 0.495 3.872 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 1.65 0.693 3.036 0.759 ;
    RECT 0.242 0.825 3.267 0.891 ;
    RECT 0.77 0.957 2.31 1.023 ;
  END
END LDN_OA31_6
#
# 
MACRO LDN_OA31_8 FOREIGN C0A07BLDN_OA31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.61 0.033 5.676 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.192 0.165 5.324 0.231 ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.224 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 2.805 0.594 2.871 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.62 0.726 5.94 0.858 ;
      RECT 4.664 0.297 5.907 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 1.023 5.61 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.586 0.165 4.455 0.231 ;
    RECT 4.389 0.231 4.455 0.495 ;
    RECT 0.374 0.297 4.246 0.363 ;
    RECT 4.389 0.495 5.588 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 2.222 0.792 2.288 0.825 ;
    RECT 2.354 0.792 2.42 0.825 ;
    RECT 0.055 0.825 2.288 0.891 ;
    RECT 2.354 0.825 4.455 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 3.366 1.023 ;
  END
END LDN_OA31_8
#
# 
MACRO LDN_OAI2111_0P5 FOREIGN C0A07BLDN_OAI2111_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.506 ;
      RECT 0.484 0.506 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.068244 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.693 ;
      RECT 0.429 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.825 0.165 1.122 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.627 0.858 0.693 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI2111_0P5
#
# 
MACRO LDN_OAI2111_1 FOREIGN C0A07BLDN_OAI2111_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.134068 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.803 ;
      RECT 0.429 0.803 0.891 0.869 ;
      RECT 0.825 0.869 0.891 0.99 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.825 0.297 1.122 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.99 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI2111_1
#
# 
MACRO LDN_OAI2111_2 FOREIGN C0A07BLDN_OAI2111_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.561 0.528 0.891 0.55 ;
      RECT 0.693 0.55 0.891 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.759 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.638 0.572 0.682 ;
      RECT 0.429 0.682 1.155 0.748 ;
      RECT 1.089 0.462 1.155 0.682 ;
      RECT 0.429 0.33 0.495 0.638 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.825 ;
      RECT 1.353 0.825 1.881 0.891 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.693 1.947 0.759 ;
      RECT 1.881 0.462 1.947 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.231 0.825 1.155 0.891 ;
      RECT 1.089 0.891 1.155 0.957 ;
      RECT 1.089 0.957 1.738 1.023 ;
      RECT 0.231 0.891 0.297 0.99 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 1.21 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 0.726 0.297 1.914 0.363 ;
  END
END LDN_OAI2111_2
#
# 
MACRO LDN_OAI2111_4 FOREIGN C0A07BLDN_OAI2111_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.176 ;
      RECT 3.784 0.176 3.883 0.242 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.683 0.627 ;
      RECT 1.617 0.495 1.683 0.561 ;
      RECT 1.617 0.429 2.123 0.495 ;
      RECT 2.057 0.495 2.123 0.594 ;
      RECT 0.825 0.33 0.891 0.429 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 3.531 0.495 ;
      RECT 3.465 0.495 3.531 0.594 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.693 ;
      RECT 1.089 0.693 2.343 0.759 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 1.089 0.594 1.155 0.693 ;
      RECT 2.277 0.462 2.343 0.693 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.825 ;
      RECT 2.409 0.825 2.871 0.891 ;
      RECT 2.805 0.627 2.871 0.825 ;
      RECT 2.805 0.561 3.399 0.627 ;
      RECT 3.333 0.627 3.399 0.693 ;
      RECT 3.333 0.693 3.795 0.759 ;
      RECT 3.729 0.462 3.795 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.079 0.891 ;
      RECT 1.991 0.957 3.003 1.023 ;
      RECT 2.937 0.891 3.003 0.957 ;
      RECT 2.937 0.825 3.564 0.891 ;
      RECT 1.991 0.891 2.079 0.957 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.266 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.078 0.297 3.74 0.363 ;
  END
END LDN_OAI2111_4
#
# 
MACRO LDN_OAI211_1 FOREIGN C0A07BLDN_OAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.506 0.759 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.693 0.33 0.759 0.506 ;
      RECT 0.561 0.33 0.627 0.506 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.825 ;
      RECT 0.429 0.825 1.023 0.891 ;
      RECT 0.935 0.891 1.023 0.99 ;
      RECT 0.429 0.891 0.495 1.023 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.682 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI211_1
#
# 
MACRO LDN_OAI211_2 FOREIGN C0A07BLDN_OAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.825 ;
      RECT 0.561 0.825 1.65 0.891 ;
      RECT 0.561 0.726 0.627 0.825 ;
      RECT 1.485 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.132 1.793 0.165 ;
    RECT 0.99 0.165 1.793 0.231 ;
    RECT 1.727 0.231 1.793 0.264 ;
    RECT 0.22 0.297 1.298 0.363 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.957 0.88 1.023 ;
  END
END LDN_OAI211_2
#
# 
MACRO LDN_OAI211_4 FOREIGN C0A07BLDN_OAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.394944 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 0.935 0.825 2.97 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 2.409 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 3.047 0.132 3.113 0.165 ;
    RECT 1.606 0.165 3.113 0.231 ;
    RECT 3.047 0.231 3.113 0.264 ;
    RECT 0.198 0.297 2.266 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDN_OAI211_4
#
# 
MACRO LDN_OAI211_6 FOREIGN C0A07BLDN_OAI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 1.287 0.825 4.378 0.891 ;
      RECT 1.287 0.726 1.353 0.825 ;
      RECT 3.465 0.297 4.378 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.477 0.924 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 4.554 0.231 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.231 0.297 3.322 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDN_OAI211_6
#
# 
MACRO LDN_OAI211_8 FOREIGN C0A07BLDN_OAI211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.462 5.808 0.594 ;
      RECT 5.709 0.594 5.775 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789888 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 1.617 0.825 5.874 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 4.686 0.297 5.874 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.234 1.023 ;
      RECT 5.566 0.957 5.698 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.951 0.132 6.017 0.165 ;
    RECT 3.102 0.165 6.017 0.231 ;
    RECT 5.951 0.231 6.017 0.264 ;
    RECT 0.198 0.297 4.466 0.363 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDN_OAI211_8
#
# 
MACRO LDN_OAI21B_0P5 FOREIGN C0A07BLDN_OAI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.242 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047674 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.803 ;
      RECT 0.429 0.803 0.627 0.869 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.726 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 1.056 ;
  END
END LDN_OAI21B_0P5
#
# 
MACRO LDN_OAI21B_1 FOREIGN C0A07BLDN_OAI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.55 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.55 ;
      RECT 0.825 0.55 0.891 0.627 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.737 0.495 0.99 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.264 0.627 0.671 ;
      RECT 0.561 0.198 0.671 0.264 ;
      RECT 0.605 0.132 0.671 0.198 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.33 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.693 0.33 0.825 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.693 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.034 ;
  END
END LDN_OAI21B_1
#
# 
MACRO LDN_OAI21B_2 FOREIGN C0A07BLDN_OAI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172788 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.825 ;
      RECT 0.495 0.825 1.155 0.891 ;
      RECT 1.089 0.693 1.155 0.825 ;
      RECT 0.495 0.891 0.561 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.143 0.935 0.209 ;
    RECT 0.297 0.198 0.363 0.495 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.495 0.209 0.561 0.33 ;
    RECT 1.573 0.22 1.639 0.297 ;
    RECT 0.869 0.297 1.639 0.363 ;
    RECT 0.297 0.495 0.594 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.639 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.221 0.891 1.287 0.957 ;
    RECT 1.573 0.891 1.639 0.968 ;
    RECT 0.836 0.957 1.287 1.023 ;
  END
END LDN_OAI21B_2
#
# 
MACRO LDN_OAI21B_3 FOREIGN C0A07BLDN_OAI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 2.024 0.143 2.156 0.209 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.237886 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.715 ;
      RECT 0.77 0.715 1.628 0.781 ;
      RECT 0.957 0.781 1.023 0.858 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.506 0.957 0.638 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.243 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.233 0.22 2.299 0.297 ;
    RECT 1.177 0.231 1.243 0.297 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.177 0.297 2.299 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.858 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.705 0.825 2.156 0.891 ;
    RECT 1.705 0.891 1.771 0.957 ;
    RECT 1.32 0.957 1.771 1.023 ;
  END
END LDN_OAI21B_3
#
# 
MACRO LDN_OAI21B_4 FOREIGN C0A07BLDN_OAI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.517 2.475 0.726 ;
      RECT 2.409 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.627 0.726 2.002 0.858 ;
      RECT 1.936 0.693 2.002 0.726 ;
      RECT 0.627 0.858 0.693 0.99 ;
      RECT 0.77 0.297 1.287 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.441 0.209 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 1.375 0.209 1.441 0.297 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 0.231 0.297 0.528 0.363 ;
    RECT 1.375 0.297 2.849 0.363 ;
    RECT 0.462 0.363 0.528 0.495 ;
    RECT 0.462 0.495 1.122 0.561 ;
    RECT 0.462 0.561 0.528 0.825 ;
    RECT 2.783 0.748 2.849 0.825 ;
    RECT 0.198 0.825 0.528 0.891 ;
    RECT 2.079 0.825 2.849 0.891 ;
    RECT 2.079 0.891 2.145 0.957 ;
    RECT 1.342 0.957 2.145 1.023 ;
  END
END LDN_OAI21B_4
#
# 
MACRO LDN_OAI21B_6 FOREIGN C0A07BLDN_OAI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.77 0.726 2.838 0.858 ;
      RECT 2.772 0.693 2.838 0.726 ;
      RECT 0.946 0.297 1.749 0.363 ;
      RECT 1.683 0.363 1.749 0.44 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.925 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 1.859 0.209 1.925 0.297 ;
    RECT 3.971 0.22 4.037 0.297 ;
    RECT 0.055 0.297 0.66 0.363 ;
    RECT 1.859 0.297 4.037 0.363 ;
    RECT 0.594 0.363 0.66 0.495 ;
    RECT 0.594 0.495 1.386 0.561 ;
    RECT 0.594 0.561 0.66 0.825 ;
    RECT 3.971 0.748 4.037 0.825 ;
    RECT 0.055 0.825 0.66 0.891 ;
    RECT 2.915 0.825 4.037 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.915 0.891 2.981 0.957 ;
    RECT 1.826 0.957 2.981 1.023 ;
  END
END LDN_OAI21B_6
#
# 
MACRO LDN_OAI21B_8 FOREIGN C0A07BLDN_OAI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.902 0.726 3.465 0.825 ;
      RECT 0.902 0.825 3.685 0.858 ;
      RECT 3.597 0.726 3.685 0.825 ;
      RECT 3.399 0.858 3.685 0.891 ;
      RECT 2.145 0.363 2.255 0.462 ;
      RECT 1.078 0.297 2.255 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.097768 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 2.409 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.343 0.297 5.225 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.958 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 5.159 0.748 5.225 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 3.751 0.825 5.225 0.891 ;
    RECT 3.751 0.891 3.817 0.957 ;
    RECT 2.31 0.957 3.817 1.023 ;
  END
END LDN_OAI21B_8
#
# 
MACRO LDN_OAI21_0P5 FOREIGN C0A07BLDN_OAI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.396 0.957 0.759 1.023 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.429 0.154 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI21_0P5
#
# 
MACRO LDN_OAI21_1 FOREIGN C0A07BLDN_OAI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098978 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI21_1
#
# 
MACRO LDN_OAI21_2 FOREIGN C0A07BLDN_OAI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.308 0.495 0.825 ;
      RECT 0.198 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.331 0.22 1.397 0.297 ;
    RECT 0.605 0.297 1.397 0.363 ;
    RECT 0.957 0.825 1.397 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 1.331 0.891 1.397 0.968 ;
    RECT 0.572 0.957 1.023 1.023 ;
  END
END LDN_OAI21_2
#
# 
MACRO LDN_OAI21_3 FOREIGN C0A07BLDN_OAI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.056 0.891 ;
      RECT 0.077 0.297 0.495 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.298 0.957 1.43 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.705 0.22 1.771 0.297 ;
    RECT 0.605 0.297 1.771 0.363 ;
    RECT 1.155 0.825 1.628 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.748 0.957 1.221 1.023 ;
  END
END LDN_OAI21_3
#
# 
MACRO LDN_OAI21_4 FOREIGN C0A07BLDN_OAI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.748 2.453 0.825 ;
    RECT 1.683 0.825 2.453 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDN_OAI21_4
#
# 
MACRO LDN_OAI21_6 FOREIGN C0A07BLDN_OAI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.935 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.132 0.726 2.288 0.858 ;
      RECT 0.374 0.297 1.21 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.375 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 1.309 0.231 1.375 0.297 ;
    RECT 1.309 0.297 3.509 0.363 ;
    RECT 2.387 0.825 3.509 0.891 ;
    RECT 2.387 0.891 2.453 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 1.276 0.957 2.453 1.023 ;
  END
END LDN_OAI21_6
#
# 
MACRO LDN_OAI21_8 FOREIGN C0A07BLDN_OAI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.772 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.132 0.726 2.409 0.825 ;
      RECT 0.132 0.825 2.992 0.858 ;
      RECT 2.343 0.858 2.992 0.891 ;
      RECT 0.374 0.297 1.551 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.727 0.231 ;
    RECT 4.499 0.22 4.565 0.297 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 1.661 0.297 4.565 0.363 ;
    RECT 3.091 0.825 4.565 0.891 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.628 0.957 3.157 1.023 ;
  END
END LDN_OAI21_8
#
# 
MACRO LDN_OAI21_S_1 FOREIGN C0A07BLDN_OAI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.979 ;
      RECT 0.418 0.979 0.759 1.045 ;
      RECT 0.649 0.176 0.759 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.473 0.132 0.539 0.297 ;
    RECT 0.077 0.297 0.539 0.363 ;
  END
END LDN_OAI21_S_1
#
# 
MACRO LDN_OAI21_S_2 FOREIGN C0A07BLDN_OAI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119548 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.133 0.803 1.287 0.869 ;
      RECT 1.133 0.869 1.199 0.957 ;
      RECT 0.572 0.957 1.199 1.023 ;
      RECT 1.188 0.33 1.287 0.396 ;
      RECT 1.188 0.319 1.254 0.33 ;
      RECT 1.122 0.253 1.254 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.264 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.605 0.22 0.671 0.297 ;
    RECT 0.253 0.297 1.023 0.363 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.044 0.825 0.847 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDN_OAI21_S_2
#
# 
MACRO LDN_OAI21_S_3 FOREIGN C0A07BLDN_OAI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.199166 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.286 1.419 0.825 ;
      RECT 1.155 0.825 1.65 0.891 ;
      RECT 1.155 0.891 1.221 0.957 ;
      RECT 0.748 0.957 1.221 1.023 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.099 1.65 0.165 ;
    RECT 1.518 0.165 1.65 0.209 ;
    RECT 1.177 0.165 1.243 0.297 ;
    RECT 0.396 0.297 1.243 0.363 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDN_OAI21_S_3
#
# 
MACRO LDN_OAI21_S_4 FOREIGN C0A07BLDN_OAI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.968 0.825 2.156 0.891 ;
      RECT 1.749 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.848 0.979 1.98 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.156 0.231 ;
    RECT 1.551 0.231 1.617 0.297 ;
    RECT 0.242 0.297 1.617 0.363 ;
    RECT 0.066 0.847 0.869 0.913 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.803 0.957 1.628 1.023 ;
  END
END LDN_OAI21_S_4
#
# 
MACRO LDN_OAI21_S_6 FOREIGN C0A07BLDN_OAI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.991 0.033 2.057 0.176 ;
      RECT 1.958 0.176 2.057 0.242 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.328152 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.287 0.825 2.97 0.891 ;
      RECT 1.287 0.748 1.353 0.825 ;
      RECT 2.277 0.297 2.794 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.165 2.992 0.231 ;
    RECT 2.134 0.231 2.2 0.319 ;
    RECT 0.198 0.319 2.2 0.385 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDN_OAI21_S_6
#
# 
MACRO LDN_OAI21_S_8 FOREIGN C0A07BLDN_OAI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.662 0.176 2.761 0.242 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.31 0.176 2.409 0.242 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.352 0.165 0.484 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46827 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 1.617 0.825 3.85 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 3.014 0.297 3.85 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.838 0.165 3.674 0.231 ;
    RECT 2.838 0.231 2.904 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.583 0.319 2.904 0.385 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDN_OAI21_S_8
#
# 
MACRO LDN_OAI221_1 FOREIGN C0A07BLDN_OAI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14036 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.352 1.023 0.957 ;
      RECT 0.374 0.957 1.023 1.023 ;
      RECT 0.957 0.286 1.056 0.352 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.858 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.429 0.572 0.495 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.99 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.254 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
  END
END LDN_OAI221_1
#
# 
MACRO LDN_OAI221_2 FOREIGN C0A07BLDN_OAI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.230868 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.847 ;
      RECT 0.55 0.847 2.211 0.869 ;
      RECT 0.924 0.869 2.211 0.913 ;
      RECT 2.123 0.913 2.211 0.99 ;
      RECT 0.55 0.803 0.99 0.847 ;
      RECT 1.881 0.319 2.046 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.539 ;
      RECT 0.825 0.539 1.155 0.605 ;
      RECT 0.825 0.528 0.891 0.539 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.495 1.551 0.594 ;
      RECT 1.485 0.429 1.815 0.495 ;
      RECT 1.749 0.495 1.815 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.198 0.924 0.297 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.165 2.189 0.231 ;
    RECT 2.123 0.231 2.189 0.308 ;
    RECT 0.198 0.297 1.716 0.363 ;
    RECT 1.617 0.638 1.683 0.715 ;
    RECT 0.88 0.671 1.155 0.715 ;
    RECT 0.88 0.715 1.683 0.737 ;
    RECT 1.089 0.737 1.683 0.781 ;
    RECT 0.055 0.792 0.429 0.858 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.363 0.858 0.429 0.957 ;
    RECT 0.363 0.957 0.858 1.023 ;
  END
END LDN_OAI221_2
#
# 
MACRO LDN_OAI221_4 FOREIGN C0A07BLDN_OAI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.187 0.033 0.253 0.165 ;
      RECT 0.187 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.726 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.40656 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 2.519 0.825 3.85 0.891 ;
      RECT 2.519 0.759 2.607 0.825 ;
      RECT 1.485 0.693 2.607 0.759 ;
      RECT 1.485 0.759 1.551 0.825 ;
      RECT 0.902 0.825 1.551 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 3.333 0.297 3.85 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.805 0.517 2.871 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.112 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.026 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.639 0.825 2.409 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 1.639 0.891 1.705 0.968 ;
    RECT 0.759 0.957 1.562 1.023 ;
    RECT 2.343 0.957 3.146 1.023 ;
    RECT 1.496 1.023 1.562 1.056 ;
  END
END LDN_OAI221_4
#
# 
MACRO LDN_OAI222_0P5 FOREIGN C0A07BLDN_OAI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.924 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.924 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.924 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.682 0.231 0.858 ;
      RECT 0.121 0.55 0.231 0.682 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.858 1.155 1.023 ;
      RECT 0.033 1.023 1.155 1.089 ;
      RECT 0.429 0.495 0.495 1.023 ;
      RECT 0.297 0.429 0.495 0.495 ;
      RECT 0.297 0.396 0.363 0.429 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
      RECT 0.033 0.924 0.143 1.023 ;
      RECT 0.033 0.858 0.099 0.924 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.517 0.165 ;
    RECT 0.77 0.099 1.353 0.165 ;
    RECT 0.451 0.165 0.517 0.297 ;
    RECT 0.055 0.165 0.121 0.407 ;
    RECT 0.77 0.165 0.836 0.231 ;
    RECT 1.287 0.165 1.353 0.242 ;
    RECT 0.704 0.231 0.836 0.297 ;
    RECT 0.913 0.242 1.012 0.308 ;
    RECT 0.451 0.297 0.627 0.363 ;
    RECT 0.913 0.308 0.979 0.429 ;
    RECT 0.561 0.363 0.627 0.429 ;
    RECT 0.561 0.429 0.979 0.495 ;
  END
END LDN_OAI222_0P5
#
# 
MACRO LDN_OAI222_1 FOREIGN C0A07BLDN_OAI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.211508 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.792 ;
      RECT 0.297 0.792 0.759 0.858 ;
      RECT 0.693 0.858 0.759 0.957 ;
      RECT 0.693 0.957 0.99 1.023 ;
      RECT 0.297 0.858 0.363 0.924 ;
      RECT 0.033 0.924 0.363 0.99 ;
      RECT 0.033 0.99 0.121 1.056 ;
      RECT 0.242 0.297 0.495 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.198 0.638 0.363 0.726 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.572 0.099 0.792 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.429 0.231 0.462 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.99 ;
      RECT 1.045 0.462 1.155 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.451 0.99 0.517 1.155 ;
      RECT 0.451 0.924 0.55 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.902 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.594 0.297 1.254 0.363 ;
  END
END LDN_OAI222_1
#
# 
MACRO LDN_OAI222_2 FOREIGN C0A07BLDN_OAI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.693 ;
      RECT 1.089 0.693 1.947 0.759 ;
      RECT 1.881 0.759 1.947 0.825 ;
      RECT 1.881 0.825 2.09 0.891 ;
      RECT 1.089 0.759 1.155 0.825 ;
      RECT 0.539 0.825 1.155 0.891 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 1.881 0.297 2.442 0.363 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.66 ;
      RECT 2.013 0.66 2.211 0.726 ;
      RECT 2.013 0.462 2.079 0.66 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.99 2.409 1.155 ;
      RECT 2.343 0.924 2.442 0.99 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 2.519 0.132 2.585 0.165 ;
    RECT 0.924 0.165 2.585 0.231 ;
    RECT 2.519 0.231 2.585 0.264 ;
    RECT 0.198 0.297 1.584 0.363 ;
    RECT 0.055 0.792 0.473 0.858 ;
    RECT 2.2 0.792 2.585 0.858 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.407 0.858 0.473 0.957 ;
    RECT 2.519 0.858 2.585 0.924 ;
    RECT 2.2 0.858 2.266 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.266 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDN_OAI222_2
#
# 
MACRO LDN_OAI222_4 FOREIGN C0A07BLDN_OAI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.479644 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.682 ;
      RECT 2.277 0.682 3.531 0.748 ;
      RECT 3.465 0.748 3.531 0.825 ;
      RECT 3.465 0.825 3.916 0.891 ;
      RECT 2.277 0.748 2.343 0.825 ;
      RECT 0.935 0.825 2.343 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 3.465 0.297 4.642 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.33 3.267 0.462 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.517 3.927 0.726 ;
      RECT 3.597 0.451 3.927 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.594 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.517 4.587 0.726 ;
      RECT 4.257 0.451 4.587 0.517 ;
      RECT 4.257 0.517 4.323 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.165 4.818 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 3.036 0.363 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.409 0.825 3.212 0.891 ;
    RECT 4.015 0.825 4.818 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 2.409 0.891 2.475 0.979 ;
    RECT 4.015 0.891 4.081 0.957 ;
    RECT 3.234 0.957 4.081 1.023 ;
    RECT 0.759 0.979 1.562 1.045 ;
    RECT 1.672 0.979 2.475 1.045 ;
  END
END LDN_OAI222_4
#
# 
MACRO LDN_OAI22_0P5 FOREIGN C0A07BLDN_OAI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.99 ;
      RECT 0.429 0.429 0.627 0.495 ;
      RECT 0.561 0.297 0.627 0.429 ;
      RECT 0.561 0.231 0.704 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDN_OAI22_0P5
#
# 
MACRO LDN_OAI22_1 FOREIGN C0A07BLDN_OAI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDN_OAI22_1
#
# 
MACRO LDN_OAI22_2 FOREIGN C0A07BLDN_OAI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.638 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.561 0.825 1.287 0.891 ;
      RECT 0.957 0.297 1.815 0.363 ;
      RECT 1.727 0.198 1.815 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.165 1.628 0.231 ;
    RECT 0.66 0.231 0.726 0.297 ;
    RECT 0.22 0.297 0.726 0.363 ;
    RECT 1.727 0.748 1.793 0.825 ;
    RECT 0.077 0.792 0.462 0.858 ;
    RECT 1.386 0.825 1.793 0.891 ;
    RECT 0.077 0.858 0.143 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.386 0.891 1.452 0.957 ;
    RECT 0.396 0.957 0.902 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 0.836 1.023 0.902 1.056 ;
    RECT 0.968 1.023 1.034 1.056 ;
  END
END LDN_OAI22_2
#
# 
MACRO LDN_OAI22_3 FOREIGN C0A07BLDN_OAI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.77 0.825 1.683 0.891 ;
      RECT 1.32 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.881 0.66 2.079 0.726 ;
      RECT 1.881 0.462 1.947 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.881 0.99 1.947 1.155 ;
      RECT 1.881 0.924 1.98 0.99 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.266 0.132 2.332 0.165 ;
    RECT 1.155 0.165 2.332 0.231 ;
    RECT 1.155 0.231 1.221 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.221 0.363 ;
    RECT 1.749 0.792 2.123 0.858 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 2.057 0.858 2.123 0.924 ;
    RECT 1.749 0.858 1.815 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.078 1.023 ;
    RECT 1.298 0.957 1.815 1.023 ;
  END
END LDN_OAI22_3
#
# 
MACRO LDN_OAI22_4 FOREIGN C0A07BLDN_OAI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.671 ;
      RECT 1.287 0.671 1.815 0.737 ;
      RECT 1.749 0.737 1.815 0.825 ;
      RECT 1.749 0.825 2.277 0.891 ;
      RECT 2.211 0.792 2.277 0.825 ;
      RECT 1.287 0.737 1.353 0.825 ;
      RECT 0.902 0.825 1.353 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 1.485 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.177 0.726 ;
      RECT 0.957 0.451 1.177 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.32 0.165 2.97 0.231 ;
    RECT 1.32 0.231 1.386 0.297 ;
    RECT 0.198 0.297 1.386 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.617 0.858 1.683 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.968 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.617 0.957 2.409 1.023 ;
  END
END LDN_OAI22_4
#
# 
MACRO LDN_OAI22_6 FOREIGN C0A07BLDN_OAI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.98 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.33 2.343 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.726 3.366 0.825 ;
      RECT 1.265 0.825 3.366 0.858 ;
      RECT 1.265 0.781 1.353 0.825 ;
      RECT 1.265 0.858 1.485 0.891 ;
      RECT 3.3 0.385 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.165 4.565 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.22 0.297 2.211 0.363 ;
    RECT 3.454 0.759 3.894 0.825 ;
    RECT 0.044 0.825 1.199 0.891 ;
    RECT 3.828 0.825 4.565 0.891 ;
    RECT 3.454 0.825 3.542 0.957 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.133 0.891 1.199 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.133 0.957 2.288 1.023 ;
    RECT 2.354 0.957 3.542 1.023 ;
    RECT 2.222 1.023 2.288 1.056 ;
    RECT 2.354 1.023 2.42 1.056 ;
  END
END LDN_OAI22_6
#
# 
MACRO LDN_OAI22_8 FOREIGN C0A07BLDN_OAI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 4.224 0.594 ;
      RECT 3.069 0.33 3.135 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.726 4.257 0.825 ;
      RECT 1.65 0.825 4.455 0.858 ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 3.256 0.297 5.852 0.363 ;
      RECT 4.191 0.858 4.455 0.891 ;
      RECT 1.65 0.858 2.013 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.962 0.132 6.028 0.165 ;
    RECT 2.772 0.165 6.028 0.231 ;
    RECT 2.772 0.231 2.838 0.297 ;
    RECT 0.22 0.297 2.838 0.363 ;
    RECT 0.044 0.825 1.54 0.891 ;
    RECT 4.521 0.825 6.028 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 5.962 0.891 6.028 0.924 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 1.474 0.957 3.014 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
    RECT 2.948 1.023 3.014 1.056 ;
    RECT 3.08 1.023 3.146 1.056 ;
  END
END LDN_OAI22_8
#
# 
MACRO LDN_OAI22_S_1 FOREIGN C0A07BLDN_OAI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.462 0.495 0.495 ;
      RECT 0.429 0.495 0.572 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.55 0.275 0.891 0.341 ;
      RECT 0.55 0.341 0.616 0.374 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDN_OAI22_S_1
#
# 
MACRO LDN_OAI22_S_2 FOREIGN C0A07BLDN_OAI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.341 1.023 0.825 ;
      RECT 0.539 0.825 1.287 0.891 ;
      RECT 1.221 0.726 1.287 0.825 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 0.957 0.275 1.815 0.341 ;
      RECT 1.727 0.198 1.815 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.143 1.628 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.759 0.209 0.825 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.705 0.726 1.771 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.353 0.825 1.771 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.968 0.957 1.419 1.023 ;
  END
END LDN_OAI22_S_2
#
# 
MACRO LDN_OAI22_S_3 FOREIGN C0A07BLDN_OAI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.221 0.451 1.419 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253132 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 0.759 0.825 1.551 0.891 ;
      RECT 0.759 0.726 0.825 0.825 ;
      RECT 1.276 0.275 2.156 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 2.332 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.266 0.209 2.332 0.242 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.055 0.275 1.177 0.341 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.661 0.825 2.156 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.661 0.891 1.727 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.276 0.957 1.727 1.023 ;
  END
END LDN_OAI22_S_3
#
# 
MACRO LDN_OAI22_S_4 FOREIGN C0A07BLDN_OAI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.496 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.342672 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.363 1.683 0.693 ;
      RECT 1.287 0.693 1.881 0.759 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.825 2.233 0.891 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.287 0.759 1.353 0.825 ;
      RECT 0.935 0.825 1.353 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.595 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.463 0.231 1.529 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
  END
END LDN_OAI22_S_4
#
# 
MACRO LDN_OAI22_S_6 FOREIGN C0A07BLDN_OAI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.542564 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.013 0.693 2.739 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.673 0.825 3.333 0.891 ;
      RECT 3.267 0.726 3.333 0.825 ;
      RECT 2.013 0.759 2.079 0.825 ;
      RECT 1.276 0.825 2.079 0.891 ;
      RECT 2.409 0.297 4.246 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 2.64 0.462 3.564 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.32 0.462 2.112 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.726 ;
      RECT 3.696 0.462 4.356 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.165 4.422 0.231 ;
    RECT 2.189 0.231 2.255 0.297 ;
    RECT 0.198 0.297 2.255 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 2.189 0.858 2.255 0.957 ;
    RECT 2.387 0.858 2.453 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.99 ;
    RECT 1.111 0.957 2.255 1.023 ;
    RECT 2.387 0.957 3.509 1.023 ;
  END
END LDN_OAI22_S_6
#
# 
MACRO LDN_OAI22_S_8 FOREIGN C0A07BLDN_OAI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.672276 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.135 0.825 ;
      RECT 1.749 0.825 4.455 0.891 ;
      RECT 4.389 0.715 4.455 0.825 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.606 0.693 1.815 0.759 ;
      RECT 3.069 0.275 6.039 0.341 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 3.432 0.462 4.224 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 5.852 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.871 0.209 2.937 0.275 ;
    RECT 0.055 0.275 2.937 0.341 ;
    RECT 0.055 0.825 1.683 0.891 ;
    RECT 4.521 0.825 5.995 0.891 ;
    RECT 1.617 0.891 1.683 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 5.929 0.891 5.995 0.99 ;
    RECT 1.617 0.957 2.97 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
  END
END LDN_OAI22_S_8
#
# 
MACRO LDN_OAI2B11_1 FOREIGN C0A07BLDN_OAI2B11_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.561 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11737 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 0.693 0.825 1.287 0.891 ;
      RECT 0.693 0.891 0.759 1.023 ;
      RECT 1.122 0.165 1.287 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.803 0.198 0.869 0.297 ;
    RECT 0.297 0.231 0.363 0.957 ;
    RECT 0.429 0.297 0.869 0.363 ;
    RECT 0.671 0.462 0.737 0.528 ;
    RECT 0.561 0.528 0.737 0.594 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 0.22 0.957 0.627 1.023 ;
  END
END LDN_OAI2B11_1
#
# 
MACRO LDN_OAI2B11_2 FOREIGN C0A07BLDN_OAI2B11_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.55 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.033 0.616 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.935 0.825 1.914 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.617 0.297 1.914 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.991 0.132 2.057 0.165 ;
    RECT 1.254 0.165 2.057 0.231 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 1.991 0.231 2.057 0.264 ;
    RECT 0.297 0.264 0.363 0.693 ;
    RECT 0.583 0.297 1.529 0.363 ;
    RECT 1.463 0.363 1.529 0.44 ;
    RECT 0.803 0.495 0.99 0.561 ;
    RECT 0.803 0.561 0.869 0.693 ;
    RECT 0.231 0.693 0.869 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 0.759 0.957 1.21 1.023 ;
  END
END LDN_OAI2B11_2
#
# 
MACRO LDN_OAI2B11_4 FOREIGN C0A07BLDN_OAI2B11_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.056 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.033 0.561 0.231 0.627 ;
      RECT 0.033 0.627 0.099 0.726 ;
    END
  END A
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 1.441 0.825 3.498 0.891 ;
      RECT 1.441 0.726 1.507 0.825 ;
      RECT 2.937 0.297 3.498 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 2.134 0.132 2.2 0.165 ;
    RECT 3.575 0.132 3.641 0.165 ;
    RECT 0.198 0.165 0.363 0.231 ;
    RECT 2.134 0.165 3.641 0.231 ;
    RECT 0.737 0.22 0.803 0.297 ;
    RECT 0.297 0.231 0.363 0.693 ;
    RECT 3.575 0.231 3.641 0.264 ;
    RECT 0.737 0.297 2.794 0.363 ;
    RECT 1.221 0.495 1.804 0.561 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.231 0.693 1.287 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 0.561 0.891 0.627 0.99 ;
    RECT 1.265 0.957 2.068 1.023 ;
    RECT 2.002 1.023 2.068 1.056 ;
  END
END LDN_OAI2B11_4
#
# 
MACRO LDN_OAI2B1_1 FOREIGN C0A07BLDN_OAI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.957 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 0.297 0.594 0.363 0.957 ;
    RECT 0.297 0.957 1.122 1.023 ;
  END
END LDN_OAI2B1_1
#
# 
MACRO LDN_OAI2B1_2 FOREIGN C0A07BLDN_OAI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.957 ;
      RECT 0.198 1.023 0.264 1.056 ;
      RECT 0.198 0.957 0.858 1.023 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.649 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 1.485 0.165 1.628 0.231 ;
    RECT 1.485 0.231 1.551 0.693 ;
    RECT 0.583 0.297 1.386 0.363 ;
    RECT 0.759 0.462 0.825 0.693 ;
    RECT 0.759 0.693 1.551 0.759 ;
    RECT 1.485 0.759 1.551 0.957 ;
    RECT 0.55 0.825 1.386 0.891 ;
    RECT 1.485 0.957 1.628 1.023 ;
  END
END LDN_OAI2B1_2
#
# 
MACRO LDN_OAI2B1_4 FOREIGN C0A07BLDN_OAI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.288 0.528 ;
      RECT 1.98 0.528 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.772 0.132 2.838 0.165 ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.673 0.165 2.838 0.231 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.673 0.231 2.739 0.693 ;
    RECT 2.387 0.264 2.453 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.363 2.453 0.429 ;
    RECT 1.21 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 1.749 0.693 2.739 0.759 ;
    RECT 2.673 0.759 2.739 0.825 ;
    RECT 1.683 0.825 2.486 0.891 ;
    RECT 2.673 0.825 2.838 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDN_OAI2B1_4
#
# 
MACRO LDN_OAI2B2_1 FOREIGN C0A07BLDN_OAI2B2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102124 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.429 0.957 0.891 1.023 ;
      RECT 0.429 0.858 0.495 0.957 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.155 0.132 1.221 1.056 ;
    RECT 0.407 0.165 0.891 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.495 0.462 0.561 0.66 ;
    RECT 0.495 0.66 0.627 0.726 ;
    RECT 0.561 0.726 0.627 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.254 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
  END
END LDN_OAI2B2_1
#
# 
MACRO LDN_OAI2B2_2 FOREIGN C0A07BLDN_OAI2B2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.341 1.023 0.726 ;
      RECT 0.792 0.726 1.21 0.759 ;
      RECT 1.144 0.693 1.21 0.726 ;
      RECT 0.792 0.825 1.21 0.858 ;
      RECT 0.561 0.759 1.21 0.825 ;
      RECT 0.935 0.275 1.738 0.341 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.353 0.495 1.683 0.561 ;
      VIA 1.584 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.33 1.947 0.594 ;
    END
  END A
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.627 ;
      RECT 0.561 0.627 0.693 0.693 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.132 2.079 0.264 ;
    RECT 0.781 0.143 1.562 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.781 0.209 0.847 0.297 ;
    RECT 2.013 0.264 2.079 0.693 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.561 ;
    RECT 1.122 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 1.287 0.693 2.079 0.759 ;
    RECT 1.969 0.759 2.079 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.287 0.825 1.738 0.891 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.287 0.891 1.353 0.924 ;
    RECT 0.429 0.924 0.847 0.99 ;
    RECT 0.935 0.924 1.353 0.99 ;
    RECT 0.781 0.99 0.847 1.056 ;
    RECT 0.935 0.99 1.001 1.056 ;
  END
END LDN_OAI2B2_2
#
# 
MACRO LDN_OAI2B2_4 FOREIGN C0A07BLDN_OAI2B2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39688 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.705 0.693 ;
      RECT 0.935 0.693 2.233 0.759 ;
      RECT 2.145 0.759 2.233 0.858 ;
      RECT 0.935 0.759 1.023 0.858 ;
      RECT 1.617 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.561 ;
      RECT 2.508 0.561 3.267 0.594 ;
      RECT 3.003 0.594 3.267 0.627 ;
      RECT 2.508 0.462 3.069 0.561 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 1.32 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.399 0.132 3.465 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.333 0.198 3.465 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.333 0.264 3.399 0.693 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 1.87 0.495 2.409 0.561 ;
    RECT 2.343 0.561 2.409 0.693 ;
    RECT 2.343 0.693 3.399 0.759 ;
    RECT 3.333 0.759 3.399 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.333 0.924 3.465 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
    RECT 3.399 0.99 3.465 1.056 ;
  END
END LDN_OAI2B2_4
#
# 
MACRO LDN_OAI31_0P5 FOREIGN C0A07BLDN_OAI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05082 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
  END
END LDN_OAI31_0P5
#
# 
MACRO LDN_OAI31_1 FOREIGN C0A07BLDN_OAI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.748 0.165 0.891 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
  END
END LDN_OAI31_1
#
# 
MACRO LDN_OAI31_2 FOREIGN C0A07BLDN_OAI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.825 ;
      RECT 0.913 0.825 1.782 0.891 ;
      RECT 0.913 0.726 1.023 0.825 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.143 1.782 0.209 ;
    RECT 1.265 0.209 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.748 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
  END
END LDN_OAI31_2
#
# 
MACRO LDN_OAI31_3 FOREIGN C0A07BLDN_OAI31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265474 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.254 0.825 2.156 0.891 ;
      RECT 1.881 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.661 0.165 2.156 0.231 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 0.198 0.297 1.727 0.363 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDN_OAI31_3
#
# 
MACRO LDN_OAI31_4 FOREIGN C0A07BLDN_OAI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.330088 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.617 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 3.003 0.517 ;
      RECT 2.937 0.517 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.321 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 2.321 0.209 2.387 0.297 ;
    RECT 0.055 0.297 2.387 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.902 0.957 2.244 1.023 ;
  END
END LDN_OAI31_4
#
# 
MACRO LDN_OAI31_6 FOREIGN C0A07BLDN_OAI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.594 3.267 0.726 ;
      RECT 2.64 0.462 3.3 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 3.828 0.462 4.488 0.594 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.487388 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 2.343 0.825 4.587 0.891 ;
      RECT 4.499 0.891 4.587 0.99 ;
      RECT 2.343 0.748 2.409 0.825 ;
      RECT 3.597 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 3.421 0.165 4.565 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.055 0.297 3.487 0.363 ;
    RECT 2.167 0.748 2.233 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.254 0.957 3.322 1.023 ;
  END
END LDN_OAI31_6
#
# 
MACRO LDN_OAI31_8 FOREIGN C0A07BLDN_OAI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.645172 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.825 ;
      RECT 3.014 0.825 6.039 0.891 ;
      RECT 5.951 0.891 6.039 0.99 ;
      RECT 3.014 0.792 3.08 0.825 ;
      RECT 4.653 0.297 5.852 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.594 5.643 0.726 ;
      RECT 4.884 0.462 5.676 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.594 4.059 0.726 ;
      RECT 3.3 0.462 4.092 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.594 2.475 0.726 ;
      RECT 1.716 0.462 2.508 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.455 0.165 6.017 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.455 0.231 4.521 0.297 ;
    RECT 5.951 0.231 6.017 0.308 ;
    RECT 0.055 0.297 4.521 0.363 ;
    RECT 2.871 0.748 2.937 0.825 ;
    RECT 0.055 0.825 2.937 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.606 0.957 4.378 1.023 ;
  END
END LDN_OAI31_8
#
# 
MACRO LDN_OAI33_1 FOREIGN C0A07BLDN_OAI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129954 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 0.55 0.957 1.287 1.023 ;
      RECT 0.748 0.165 1.287 0.231 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.935 0.616 ;
      RECT 0.825 0.616 0.891 0.858 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.858 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.078 0.363 ;
  END
END LDN_OAI33_1
#
# 
MACRO LDN_OAI33_2 FOREIGN C0A07BLDN_OAI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.24926 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.913 0.825 1.683 0.891 ;
      RECT 0.913 0.726 0.979 0.825 ;
      RECT 1.408 0.297 2.42 0.363 ;
      RECT 1.408 0.264 1.474 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.353 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.475 0.517 ;
      RECT 2.409 0.517 2.475 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 1.023 2.343 1.155 ;
      RECT 2.277 0.957 2.42 1.023 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.099 1.628 0.165 ;
    RECT 1.562 0.165 2.585 0.231 ;
    RECT 1.265 0.165 1.331 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.519 0.231 2.585 0.308 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.771 0.726 1.837 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.771 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
    RECT 1.408 0.957 2.046 1.023 ;
  END
END LDN_OAI33_2
#
# 
MACRO LDN_OAI33_4 FOREIGN C0A07BLDN_OAI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456896 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.825 ;
      RECT 1.617 0.825 3.157 0.891 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 4.554 0.363 ;
      RECT 4.488 0.363 4.554 0.396 ;
      RECT 2.486 0.264 2.552 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.517 4.345 0.726 ;
      RECT 4.125 0.451 4.345 0.517 ;
      RECT 4.125 0.517 4.191 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.517 3.795 0.726 ;
      RECT 3.311 0.451 3.795 0.517 ;
      RECT 3.311 0.517 3.399 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.422 0.957 4.554 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 2.343 0.099 2.728 0.165 ;
    RECT 2.662 0.165 4.697 0.231 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 4.631 0.231 4.697 0.33 ;
    RECT 0.055 0.297 2.409 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 3.223 0.748 3.289 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 3.223 0.825 4.697 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.631 0.891 4.697 0.968 ;
    RECT 0.902 0.957 2.266 1.023 ;
    RECT 2.486 0.957 3.85 1.023 ;
  END
END LDN_OAI33_4
#
# 
MACRO LDN_OAOI211_1 FOREIGN C0A07BLDN_OAOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.110594 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.693 ;
      RECT 0.693 0.693 0.858 0.759 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.198 0.627 0.451 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.176 0.495 0.275 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.429 0.825 1.001 0.891 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.935 0.891 1.001 0.968 ;
  END
END LDN_OAOI211_1
#
# 
MACRO LDN_OAOI211_2 FOREIGN C0A07BLDN_OAOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 1.221 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.891 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.165 1.683 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.165 1.364 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.847 0.231 0.913 0.297 ;
    RECT 0.055 0.297 0.913 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.913 0.825 1.375 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.913 0.891 0.979 0.957 ;
    RECT 1.309 0.891 1.375 0.99 ;
    RECT 1.815 0.924 1.881 0.99 ;
    RECT 0.55 0.957 0.979 1.023 ;
    RECT 1.309 0.99 1.881 1.056 ;
  END
END LDN_OAOI211_2
#
# 
MACRO LDN_OAOI211_4 FOREIGN C0A07BLDN_OAOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2541 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.825 ;
      RECT 2.618 0.825 3.102 0.891 ;
      RECT 1.76 0.297 3.267 0.363 ;
      RECT 3.179 0.198 3.267 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.805 0.451 3.135 0.517 ;
      RECT 3.069 0.517 3.135 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.42 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.551 0.231 1.617 0.275 ;
    RECT 0.055 0.275 1.617 0.341 ;
    RECT 1.463 0.77 1.529 0.847 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.617 0.847 2.508 0.913 ;
    RECT 3.179 0.902 3.245 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.617 0.913 1.683 0.979 ;
    RECT 2.442 0.913 2.508 0.979 ;
    RECT 0.902 0.979 1.683 1.045 ;
    RECT 2.442 0.979 3.245 1.045 ;
  END
END LDN_OAOI211_4
#
# 
MACRO LDN_OR2_0P5 FOREIGN C0A07BLDN_OR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.858 ;
      RECT 0.649 0.858 0.759 1.001 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.682 ;
      RECT 0.198 0.682 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.253 0.297 0.561 0.363 ;
    RECT 0.495 0.363 0.561 0.847 ;
    RECT 0.055 0.847 0.561 0.913 ;
    RECT 0.055 0.913 0.121 1.034 ;
  END
END LDN_OR2_0P5
#
# 
MACRO LDN_OR2_1 FOREIGN C0A07BLDN_OR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDN_OR2_1
#
# 
MACRO LDN_OR2_10 FOREIGN C0A07BLDN_OR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.772 0.726 4.488 0.858 ;
      RECT 2.882 0.319 4.422 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.275 ;
    RECT 0.605 0.154 0.671 0.275 ;
    RECT 1.001 0.154 1.067 0.275 ;
    RECT 1.375 0.154 1.441 0.275 ;
    RECT 1.749 0.154 1.815 0.275 ;
    RECT 2.123 0.154 2.189 0.275 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.231 0.275 2.585 0.341 ;
    RECT 2.519 0.341 2.585 0.495 ;
    RECT 1.177 0.341 1.243 0.825 ;
    RECT 2.519 0.495 3.762 0.561 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 1.243 0.891 ;
    RECT 1.375 0.847 2.618 0.913 ;
    RECT 1.375 0.913 1.441 0.957 ;
    RECT 0.198 0.957 1.441 1.023 ;
  END
END LDN_OR2_10
#
# 
MACRO LDN_OR2_12 FOREIGN C0A07BLDN_OR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.752 0.143 4.884 0.209 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 3.696 0.033 3.762 0.143 ;
      RECT 3.696 0.143 3.828 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.156 0.033 2.222 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.363 4.323 0.726 ;
      RECT 3.036 0.726 5.148 0.858 ;
      RECT 3.168 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.4 0.979 4.532 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.025 0.99 3.091 1.155 ;
      RECT 3.025 0.924 3.124 0.99 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.752 0.979 4.884 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 4.048 0.979 4.18 1.045 ;
      RECT 3.696 1.045 3.762 1.155 ;
      RECT 3.696 0.979 3.828 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.297 3.058 0.363 ;
    RECT 2.992 0.363 3.058 0.495 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 2.992 0.495 4.092 0.561 ;
    RECT 1.463 0.825 2.937 0.891 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.529 1.045 ;
  END
END LDN_OR2_12
#
# 
MACRO LDN_OR2_16 FOREIGN C0A07BLDN_OR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.726 ;
      RECT 3.96 0.726 6.732 0.858 ;
      RECT 4.07 0.297 6.666 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 6.006 0.979 6.138 1.045 ;
      RECT 5.654 1.045 5.72 1.155 ;
      RECT 5.654 0.979 5.786 1.045 ;
      RECT 5.302 1.045 5.368 1.155 ;
      RECT 5.302 0.979 5.434 1.045 ;
      RECT 4.95 1.045 5.016 1.155 ;
      RECT 4.95 0.979 5.082 1.045 ;
      RECT 3.927 0.99 3.993 1.155 ;
      RECT 3.927 0.924 4.026 0.99 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 4.598 1.045 4.664 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.246 0.979 4.378 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0 0.528 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.297 3.96 0.363 ;
    RECT 3.894 0.363 3.96 0.495 ;
    RECT 1.815 0.363 1.881 0.759 ;
    RECT 3.894 0.495 5.83 0.561 ;
    RECT 0.055 0.759 1.881 0.825 ;
    RECT 1.991 0.825 3.85 0.891 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 1.991 0.891 2.057 0.979 ;
    RECT 0.198 0.979 2.057 1.045 ;
  END
END LDN_OR2_16
#
# 
MACRO LDN_OR2_2 FOREIGN C0A07BLDN_OR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDN_OR2_2
#
# 
MACRO LDN_OR2_2RE FOREIGN C0A07BLDN_OR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.066 0.495 0.264 0.561 ;
      RECT 0.066 0.561 0.132 0.759 ;
      RECT 0.066 0.759 0.264 0.825 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.627 0.495 0.693 ;
      RECT 0.429 0.462 0.495 0.627 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.308 0.297 ;
    RECT 0.198 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.451 0.759 0.627 0.825 ;
    RECT 0.451 0.825 0.517 1.034 ;
  END
END LDN_OR2_2RE
#
# 
MACRO LDN_OR2_3 FOREIGN C0A07BLDN_OR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.693 ;
      RECT 0.957 0.693 1.551 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 0.957 0.759 1.023 0.858 ;
      RECT 1.078 0.319 1.551 0.385 ;
      RECT 1.463 0.198 1.551 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.913 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.319 0.319 0.946 0.385 ;
    RECT 0.88 0.385 0.946 0.495 ;
    RECT 0.319 0.385 0.385 0.693 ;
    RECT 0.88 0.495 1.254 0.561 ;
    RECT 0.231 0.693 0.385 0.759 ;
    RECT 0.231 0.759 0.297 0.836 ;
    RECT 0.407 0.825 0.858 0.891 ;
    RECT 0.055 0.869 0.121 0.957 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.957 0.473 1.023 ;
  END
END LDN_OR2_3
#
# 
MACRO LDN_OR2_4 FOREIGN C0A07BLDN_OR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDN_OR2_4
#
# 
MACRO LDN_OR2_4RE FOREIGN C0A07BLDN_OR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.759 ;
      RECT 0.132 0.759 0.726 0.825 ;
      RECT 0.66 0.693 0.726 0.759 ;
      RECT 0.66 0.627 0.99 0.693 ;
      RECT 0.924 0.561 0.99 0.627 ;
      RECT 0.924 0.495 1.056 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.627 2.079 0.693 ;
      RECT 2.079 0.759 2.145 0.924 ;
      RECT 2.013 0.693 2.343 0.759 ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 1.419 0.363 2.343 0.385 ;
      RECT 1.782 0.319 2.343 0.363 ;
      RECT 1.419 0.385 1.848 0.429 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 1.419 0.693 1.485 0.902 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.561 0.363 0.627 ;
      RECT 0.297 0.495 0.814 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.792 1.903 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.33 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.33 0.759 0.363 ;
    RECT 0.231 0.363 1.287 0.396 ;
    RECT 0.693 0.396 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.221 0.495 2.211 0.528 ;
    RECT 1.221 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.825 0.825 0.891 0.891 ;
    RECT 0.418 0.891 0.891 0.957 ;
  END
END LDN_OR2_4RE
#
# 
MACRO LDN_OR2_6 FOREIGN C0A07BLDN_OR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.484 0.143 0.616 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.716 0.726 2.772 0.858 ;
      RECT 1.826 0.319 2.662 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 1.331 0.198 1.397 0.275 ;
    RECT 0.231 0.275 1.584 0.341 ;
    RECT 1.518 0.341 1.584 0.495 ;
    RECT 0.616 0.341 0.682 0.825 ;
    RECT 1.518 0.495 2.31 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 0.759 0.825 1.606 0.891 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDN_OR2_6
#
# 
MACRO LDN_OR2_8 FOREIGN C0A07BLDN_OR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDN_OR2_8
#
# 
MACRO LDN_OR3B_1 FOREIGN C0A07BLDN_OR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.495 0.759 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.682 0.957 1.023 1.023 ;
      RECT 0.682 1.023 0.748 1.056 ;
      RECT 0.858 0.165 1.023 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.286 0.363 0.825 ;
    RECT 0.825 0.462 0.891 0.825 ;
    RECT 0.297 0.825 0.891 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.066 0.957 0.363 1.023 ;
  END
END LDN_OR3B_1
#
# 
MACRO LDN_OR3B_2 FOREIGN C0A07BLDN_OR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.144 0.825 1.65 0.891 ;
      RECT 1.144 0.297 1.287 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.451 0.165 0.891 0.231 ;
    RECT 0.968 0.165 1.419 0.231 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.451 0.231 0.517 0.308 ;
    RECT 0.825 0.231 0.891 0.462 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.825 0.462 1.155 0.528 ;
    RECT 1.089 0.528 1.155 0.594 ;
    RECT 0.825 0.528 0.891 0.825 ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.891 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDN_OR3B_2
#
# 
MACRO LDN_OR3B_3 FOREIGN C0A07BLDN_OR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.727 0.462 1.947 0.528 ;
      RECT 1.727 0.528 1.815 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 1.056 0.726 1.584 0.825 ;
      RECT 1.056 0.825 1.914 0.858 ;
      RECT 1.518 0.858 1.914 0.891 ;
      RECT 1.287 0.429 1.419 0.495 ;
      RECT 1.287 0.363 1.353 0.429 ;
      RECT 0.902 0.297 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.165 1.529 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.605 0.198 0.671 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.231 0.297 0.792 0.363 ;
    RECT 1.463 0.297 1.914 0.363 ;
    RECT 0.726 0.363 0.792 0.495 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 0.726 0.561 0.792 0.704 ;
    RECT 0.605 0.704 0.792 0.77 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.605 0.77 0.671 0.836 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.979 ;
    RECT 0.781 0.902 0.847 0.979 ;
    RECT 0.429 0.979 0.847 1.045 ;
  END
END LDN_OR3B_3
#
# 
MACRO LDN_OR3B_4 FOREIGN C0A07BLDN_OR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.552 0.143 2.684 0.209 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.485 0.825 2.684 0.891 ;
      RECT 1.496 0.297 1.947 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.143 2.123 0.209 ;
    RECT 2.057 0.209 2.123 0.297 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 0.396 0.275 1.265 0.341 ;
    RECT 2.057 0.297 2.827 0.363 ;
    RECT 1.199 0.341 1.265 0.495 ;
    RECT 1.199 0.495 1.782 0.561 ;
    RECT 1.199 0.561 1.265 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.198 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.265 0.891 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.056 1.023 ;
  END
END LDN_OR3B_4
#
# 
MACRO LDN_OR3B_6 FOREIGN C0A07BLDN_OR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.353 0.198 1.419 0.462 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 2.805 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.201 0.528 3.267 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.828 0.858 ;
      RECT 1.804 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.628 0.165 2.783 0.231 ;
    RECT 3.817 0.22 3.883 0.297 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 0.374 0.275 1.21 0.341 ;
    RECT 2.717 0.297 3.883 0.363 ;
    RECT 0.902 0.341 0.968 0.825 ;
    RECT 1.518 0.495 2.442 0.561 ;
    RECT 1.518 0.561 1.584 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.902 0.825 1.584 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDN_OR3B_6
#
# 
MACRO LDN_OR3B_8 FOREIGN C0A07BLDN_OR3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.98 0.726 4.752 0.858 ;
      RECT 2.046 0.297 3.234 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 4.763 0.924 4.829 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.165 3.399 0.231 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 3.333 0.231 3.399 0.297 ;
    RECT 0.198 0.297 1.815 0.363 ;
    RECT 3.333 0.297 4.829 0.363 ;
    RECT 1.749 0.363 1.815 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.749 0.495 2.838 0.561 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.979 0.825 1.826 0.891 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.979 0.891 1.045 0.957 ;
    RECT 0.198 0.957 1.045 1.023 ;
  END
END LDN_OR3B_8
#
# 
MACRO LDN_OR3_0P5 FOREIGN C0A07BLDN_OR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDN_OR3_0P5
#
# 
MACRO LDN_OR3_1 FOREIGN C0A07BLDN_OR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDN_OR3_1
#
# 
MACRO LDN_OR3_10 FOREIGN C0A07BLDN_OR3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.333 0.462 3.927 0.528 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 4.785 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.22 0.297 1.76 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.013 0.165 3.839 0.231 ;
    RECT 3.773 0.231 3.839 0.297 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 3.773 0.297 4.928 0.363 ;
    RECT 4.477 0.363 4.543 0.825 ;
    RECT 0.968 0.495 2.079 0.561 ;
    RECT 1.98 0.825 4.224 0.891 ;
    RECT 4.477 0.825 5.632 0.891 ;
    RECT 5.566 0.891 5.632 0.924 ;
    RECT 3.212 0.957 5.456 1.023 ;
  END
END LDN_OR3_10
#
# 
MACRO LDN_OR3_12 FOREIGN C0A07BLDN_OR3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.313 0.462 6.171 0.528 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.841 0.528 5.907 0.726 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.313 0.528 5.379 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.993 0.429 4.796 0.495 ;
      RECT 3.993 0.33 4.059 0.429 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 2.112 0.858 ;
      RECT 0.198 0.297 2.09 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.462 ;
    RECT 0 0.462 3.641 0.528 ;
    RECT 5.258 0.462 6.6 0.528 ;
    RECT 3.641 0.462 5.258 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 3.223 0.165 4.213 0.231 ;
    RECT 3.223 0.231 3.289 0.275 ;
    RECT 4.147 0.231 4.213 0.275 ;
    RECT 2.409 0.275 3.289 0.341 ;
    RECT 4.147 0.275 6.05 0.341 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 5.049 0.341 5.115 0.825 ;
    RECT 1.012 0.495 2.475 0.561 ;
    RECT 6.336 0.792 6.402 0.825 ;
    RECT 2.31 0.825 4.95 0.891 ;
    RECT 5.049 0.825 6.402 0.891 ;
    RECT 6.479 0.88 6.545 0.957 ;
    RECT 3.916 0.957 6.545 1.023 ;
  END
END LDN_OR3_12
#
# 
MACRO LDN_OR3_2 FOREIGN C0A07BLDN_OR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.231 0.231 0.825 ;
      RECT 0.165 0.825 0.352 0.891 ;
      RECT 0.165 0.165 0.352 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.473 0.924 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.165 1.441 0.231 ;
    RECT 0.495 0.231 0.561 0.429 ;
    RECT 1.375 0.231 1.441 0.803 ;
    RECT 0.297 0.429 0.561 0.495 ;
    RECT 0.297 0.495 0.363 0.594 ;
    RECT 1.232 0.792 1.298 0.825 ;
    RECT 1.375 0.803 1.65 0.869 ;
    RECT 0.616 0.825 1.298 0.891 ;
    RECT 1.727 0.88 1.793 0.957 ;
    RECT 0.99 0.957 1.793 1.023 ;
  END
END LDN_OR3_2
#
# 
MACRO LDN_OR3_3 FOREIGN C0A07BLDN_OR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.165 2.156 0.231 ;
    RECT 0.649 0.231 0.715 0.495 ;
    RECT 1.749 0.231 1.815 0.825 ;
    RECT 0.374 0.495 0.715 0.561 ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 1.749 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.924 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDN_OR3_3
#
# 
MACRO LDN_OR3_4 FOREIGN C0A07BLDN_OR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.165 2.288 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 1.881 0.231 1.947 0.825 ;
    RECT 0.418 0.495 0.891 0.561 ;
    RECT 0.924 0.825 1.76 0.891 ;
    RECT 1.881 0.825 2.464 0.891 ;
    RECT 2.398 0.891 2.464 0.924 ;
    RECT 1.452 0.957 2.288 1.023 ;
  END
END LDN_OR3_4
#
# 
MACRO LDN_OR3_6 FOREIGN C0A07BLDN_OR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.86 0.033 2.926 0.143 ;
      RECT 2.86 0.143 2.992 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 3.333 0.198 3.399 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.22 0.297 1.056 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.275 3.168 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 2.805 0.341 2.871 0.825 ;
    RECT 0.484 0.495 1.221 0.561 ;
    RECT 1.276 0.825 2.64 0.891 ;
    RECT 2.805 0.825 3.344 0.891 ;
    RECT 1.98 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDN_OR3_6
#
# 
MACRO LDN_OR3_8 FOREIGN C0A07BLDN_OR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.003 0.726 ;
      RECT 2.937 0.429 3.421 0.495 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 2.552 0.528 ;
    RECT 3.872 0.462 4.884 0.528 ;
    RECT 2.552 0.462 3.872 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.176 1.859 0.275 ;
    RECT 2.321 0.176 2.387 0.275 ;
    RECT 3.663 0.176 3.729 0.275 ;
    RECT 4.037 0.176 4.103 0.275 ;
    RECT 2.717 0.198 2.783 0.275 ;
    RECT 4.565 0.198 4.631 0.275 ;
    RECT 1.793 0.275 4.631 0.341 ;
    RECT 1.793 0.341 1.859 0.495 ;
    RECT 3.861 0.341 3.927 0.825 ;
    RECT 0.726 0.495 1.859 0.561 ;
    RECT 1.584 0.825 3.553 0.891 ;
    RECT 3.861 0.825 4.664 0.891 ;
    RECT 2.86 0.957 4.84 1.023 ;
    RECT 4.774 1.023 4.84 1.056 ;
  END
END LDN_OR3_8
#
# 
MACRO LDN_OR4B_1 FOREIGN C0A07BLDN_OR4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089782 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 0.825 0.891 0.891 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.297 ;
    RECT 0.033 0.297 1.001 0.363 ;
    RECT 0.935 0.363 1.001 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 0.033 0.957 0.176 1.023 ;
  END
END LDN_OR4B_1
#
# 
MACRO LDN_OR4B_2 FOREIGN C0A07BLDN_OR4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.54 0.825 2.024 0.891 ;
      RECT 1.54 0.297 1.683 0.363 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.364 0.143 1.815 0.209 ;
    RECT 0.242 0.165 0.495 0.231 ;
    RECT 1.749 0.209 1.815 0.297 ;
    RECT 0.429 0.231 0.495 0.275 ;
    RECT 2.134 0.264 2.2 0.297 ;
    RECT 0.429 0.275 1.419 0.341 ;
    RECT 1.749 0.297 2.2 0.363 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 0.429 0.341 0.495 0.825 ;
    RECT 1.353 0.495 1.518 0.561 ;
    RECT 0.594 0.825 1.067 0.891 ;
    RECT 0.242 0.825 0.495 0.891 ;
    RECT 1.001 0.891 1.067 0.957 ;
    RECT 0.066 0.957 0.902 1.023 ;
    RECT 1.001 0.957 1.254 1.023 ;
  END
END LDN_OR4B_2
#
# 
MACRO LDN_OR4B_3 FOREIGN C0A07BLDN_OR4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.033 2.475 0.176 ;
      RECT 2.409 0.176 2.508 0.242 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.826 0.825 2.684 0.891 ;
      RECT 1.65 0.297 2.211 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 1.826 0.165 2.343 0.231 ;
    RECT 0.935 0.22 1.001 0.297 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 2.277 0.231 2.343 0.319 ;
    RECT 0.561 0.297 1.551 0.363 ;
    RECT 2.277 0.319 2.684 0.385 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDN_OR4B_3
#
# 
MACRO LDN_OR4B_4 FOREIGN C0A07BLDN_OR4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.495 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.673 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
      RECT 2.673 0.528 2.739 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.726 ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.782 0.297 2.255 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.363 0.165 0.627 0.231 ;
    RECT 1.606 0.165 2.409 0.231 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.561 0.231 0.627 0.275 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.561 0.275 1.551 0.341 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 1.485 0.341 1.551 0.495 ;
    RECT 0.561 0.341 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDN_OR4B_4
#
# 
MACRO LDN_OR4B_6 FOREIGN C0A07BLDN_OR4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.376 0.726 4.488 0.858 ;
      RECT 2.486 0.297 3.322 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 3.487 0.231 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.198 0.275 2.211 0.341 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.145 0.341 2.211 0.495 ;
    RECT 0.693 0.341 0.759 0.825 ;
    RECT 2.145 0.495 3.102 0.561 ;
    RECT 0.902 0.825 2.266 0.891 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDN_OR4B_6
#
# 
MACRO LDN_OR4B_8 FOREIGN C0A07BLDN_OR4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.116 0.165 6.248 0.231 ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.764 0.165 5.896 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.594 ;
      RECT 5.445 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.594 ;
      RECT 6.105 0.528 6.171 0.594 ;
      RECT 5.841 0.528 5.907 0.594 ;
      RECT 5.709 0.528 5.775 0.594 ;
      RECT 5.445 0.528 5.511 0.594 ;
      RECT 5.577 0.528 5.643 0.594 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.541 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.564 0.726 6.336 0.858 ;
      RECT 3.652 0.297 4.851 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.884 0.957 5.016 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.18 0.957 4.312 1.023 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.588 0.957 5.72 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 3.476 0.165 4.983 0.231 ;
    RECT 4.917 0.231 4.983 0.297 ;
    RECT 6.358 0.264 6.424 0.297 ;
    RECT 0.726 0.297 3.399 0.363 ;
    RECT 4.917 0.297 6.424 0.363 ;
    RECT 3.333 0.363 3.399 0.495 ;
    RECT 1.056 0.363 1.122 0.825 ;
    RECT 3.333 0.495 4.554 0.561 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 1.254 0.825 3.366 0.891 ;
    RECT 0.198 0.825 1.122 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDN_OR4B_8
#
# 
MACRO LDN_OR4B_HD_1 FOREIGN C0A07BLDN_OR4B_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.99 ;
      RECT 0.759 0.297 1.023 0.363 ;
      RECT 0.759 0.198 0.825 0.297 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 1.177 0.924 1.243 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDN_OR4B_HD_1
#
# 
MACRO LDN_OR4B_HD_2 FOREIGN C0A07BLDN_OR4B_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.825 ;
      RECT 0.902 0.825 1.386 0.891 ;
      RECT 0.913 0.264 1.023 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.177 0.165 ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 1.111 0.165 1.177 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 1.111 0.319 1.529 0.385 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDN_OR4B_HD_2
#
# 
MACRO LDN_OR4B_HD_4 FOREIGN C0A07BLDN_OR4B_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.946 0.825 2.156 0.891 ;
      RECT 0.946 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.595 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.429 0.176 0.495 0.297 ;
    RECT 1.529 0.231 1.595 0.319 ;
    RECT 2.233 0.242 2.299 0.319 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.529 0.319 2.299 0.385 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.759 0.495 1.254 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.429 0.825 0.825 0.891 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDN_OR4B_HD_4
#
# 
MACRO LDN_OR4_1 FOREIGN C0A07BLDN_OR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.792 ;
      RECT 0.693 0.792 0.803 0.858 ;
      RECT 0.737 0.858 0.803 0.924 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.033 0.539 0.231 0.605 ;
      RECT 0.033 0.462 0.099 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.561 0.946 0.627 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 1.089 0.165 1.232 0.231 ;
    RECT 1.089 0.231 1.155 0.308 ;
    RECT 0.825 0.308 1.155 0.374 ;
    RECT 0.231 0.363 0.627 0.429 ;
    RECT 0.825 0.374 0.891 0.66 ;
    RECT 0.561 0.429 0.627 0.781 ;
    RECT 0.825 0.66 0.935 0.726 ;
    RECT 0.869 0.726 0.935 0.825 ;
    RECT 0.429 0.781 0.627 0.847 ;
    RECT 0.869 0.825 1.397 0.891 ;
    RECT 0.429 0.847 0.495 0.99 ;
    RECT 1.331 0.891 1.397 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDN_OR4_1
#
# 
MACRO LDN_OR4_2 FOREIGN C0A07BLDN_OR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.308 1.199 0.44 ;
      RECT 1.089 0.44 1.155 0.825 ;
      RECT 1.089 0.825 1.562 0.891 ;
      RECT 1.089 0.891 1.177 0.99 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.353 0.209 ;
    RECT 0.407 0.198 0.473 0.693 ;
    RECT 1.287 0.209 1.353 0.363 ;
    RECT 2.167 0.22 2.233 0.693 ;
    RECT 1.639 0.264 1.705 0.363 ;
    RECT 1.287 0.363 1.705 0.429 ;
    RECT 0.913 0.462 0.979 0.693 ;
    RECT 1.43 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 0.407 0.693 0.979 0.759 ;
    RECT 1.749 0.693 2.233 0.759 ;
    RECT 0.583 0.759 0.649 0.924 ;
    RECT 1.991 0.759 2.057 0.924 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 2.167 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.407 1.023 0.825 1.089 ;
    RECT 1.815 1.023 2.233 1.089 ;
  END
END LDN_OR4_2
#
# 
MACRO LDN_OR4_3 FOREIGN C0A07BLDN_OR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.66 ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.98 0.858 ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 0.957 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.132 1.166 0.165 ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 2.915 0.154 2.981 0.286 ;
    RECT 1.1 0.165 1.551 0.231 ;
    RECT 2.167 0.176 2.233 0.286 ;
    RECT 2.541 0.176 2.607 0.286 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.803 0.198 0.869 0.275 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.055 0.275 0.869 0.341 ;
    RECT 2.167 0.286 2.981 0.352 ;
    RECT 1.485 0.297 1.936 0.363 ;
    RECT 0.693 0.341 0.759 0.495 ;
    RECT 2.277 0.352 2.343 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 1.65 0.495 2.343 0.561 ;
    RECT 0.693 0.561 0.759 0.803 ;
    RECT 2.277 0.561 2.343 0.803 ;
    RECT 0.594 0.803 0.759 0.869 ;
    RECT 2.277 0.803 2.442 0.869 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 2.541 0.825 2.981 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 2.915 0.891 2.981 0.968 ;
    RECT 2.541 0.891 2.607 0.99 ;
    RECT 0.803 0.924 0.869 0.99 ;
    RECT 2.167 0.924 2.233 0.99 ;
    RECT 0.429 0.99 0.869 1.056 ;
    RECT 2.167 0.99 2.607 1.056 ;
  END
END LDN_OR4_3
#
# 
MACRO LDN_OR4_4 FOREIGN C0A07BLDN_OR4_4_R3 0 0 ;
##MACROVERSION "3.0 2008/10/28" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.035 0.033 2.101 0.242 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.462 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.188 0.726 2.508 0.858 ;
      RECT 1.298 0.319 1.815 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.143 1.958 0.209 ;
    RECT 0.407 0.198 0.473 0.297 ;
    RECT 1.155 0.209 1.221 0.286 ;
    RECT 1.892 0.209 1.958 0.341 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 2.563 0.264 2.629 0.341 ;
    RECT 2.695 0.275 3.41 0.341 ;
    RECT 0.407 0.297 1.089 0.363 ;
    RECT 1.892 0.341 2.629 0.407 ;
    RECT 2.695 0.341 2.761 0.495 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 0.495 0.363 0.561 0.715 ;
    RECT 1.023 0.495 1.628 0.561 ;
    RECT 1.98 0.495 2.761 0.561 ;
    RECT 0.407 0.715 0.561 0.781 ;
    RECT 0.407 0.781 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 3.267 0.825 3.773 0.891 ;
    RECT 0.583 0.847 1.034 0.913 ;
    RECT 2.75 0.847 3.201 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
    RECT 0.583 0.913 0.649 0.979 ;
    RECT 3.135 0.913 3.201 0.957 ;
    RECT 3.135 0.957 3.608 1.023 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDN_OR4_4
#
# 
MACRO LDN_OR4_6 FOREIGN C0A07BLDN_OR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.082 0.165 5.214 0.231 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.553 0.033 3.619 0.242 ;
      RECT 3.201 0.033 3.267 0.242 ;
      RECT 2.849 0.033 2.915 0.242 ;
      RECT 1.254 0.033 1.32 0.187 ;
      RECT 1.254 0.187 1.386 0.253 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.696 0.858 ;
      RECT 1.76 0.297 2.607 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.917 0.462 5.247 0.528 ;
      RECT 5.181 0.528 5.247 0.594 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.143 2.739 0.209 ;
    RECT 1.617 0.209 1.683 0.286 ;
    RECT 2.673 0.209 2.739 0.341 ;
    RECT 4.235 0.22 4.301 0.308 ;
    RECT 4.587 0.22 4.653 0.308 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.407 0.242 0.473 0.33 ;
    RECT 0.759 0.242 0.825 0.33 ;
    RECT 1.111 0.242 1.177 0.33 ;
    RECT 3.729 0.264 3.795 0.341 ;
    RECT 3.927 0.308 5.005 0.374 ;
    RECT 0.407 0.33 1.529 0.396 ;
    RECT 2.673 0.341 3.795 0.407 ;
    RECT 3.927 0.374 3.993 0.495 ;
    RECT 4.763 0.374 4.829 0.847 ;
    RECT 1.463 0.396 1.529 0.495 ;
    RECT 0.616 0.396 0.682 0.825 ;
    RECT 1.463 0.495 2.376 0.561 ;
    RECT 2.937 0.495 3.993 0.561 ;
    RECT 5.115 0.77 5.181 0.847 ;
    RECT 0.759 0.825 1.562 0.891 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 3.85 0.825 4.653 0.891 ;
    RECT 4.763 0.847 5.181 0.913 ;
    RECT 5.291 0.88 5.357 0.979 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 4.587 0.891 4.653 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
    RECT 4.587 0.979 5.357 1.045 ;
  END
END LDN_OR4_6
#
# 
MACRO LDN_OR4_8 FOREIGN C0A07BLDN_OR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.462 ;
      RECT 0.165 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.726 ;
      RECT 1.848 0.726 4.62 0.858 ;
      RECT 1.958 0.297 3.157 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 5.049 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.973 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.726 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 6.237 0.198 6.303 0.462 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER MVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.143 3.289 0.209 ;
    RECT 1.815 0.209 1.881 0.286 ;
    RECT 3.223 0.209 3.289 0.297 ;
    RECT 0.55 0.297 1.749 0.363 ;
    RECT 3.223 0.297 4.73 0.363 ;
    RECT 4.884 0.297 6.006 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 4.884 0.363 4.95 0.495 ;
    RECT 5.731 0.363 5.797 0.847 ;
    RECT 1.683 0.495 2.827 0.561 ;
    RECT 3.3 0.495 4.95 0.561 ;
    RECT 6.435 0.77 6.501 0.847 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 4.774 0.825 5.621 0.891 ;
    RECT 5.731 0.847 6.501 0.913 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 5.555 0.891 5.621 0.979 ;
    RECT 0.198 0.979 1.001 1.045 ;
    RECT 5.555 0.979 6.358 1.045 ;
  END
END LDN_OR4_8

#
# 
MACRO LDL_ADDF_1 FOREIGN C0A07BLDL_ADDF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.792 ;
      RECT 0.033 0.792 0.165 0.858 ;
      RECT 0.099 0.858 0.165 0.924 ;
      RECT 0.033 0.33 0.165 0.396 ;
      RECT 0.099 0.264 0.165 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.345 0.924 4.455 1.056 ;
      RECT 4.345 0.132 4.455 0.264 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.583 ;
      RECT 0.561 0.583 1.111 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
      RECT 1.045 0.462 1.111 0.583 ;
    END
  END B
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.594 ;
      RECT 2.838 0.561 2.904 0.627 ;
      RECT 2.453 0.627 2.904 0.693 ;
      RECT 2.453 0.693 2.519 0.792 ;
      RECT 2.838 0.495 2.97 0.561 ;
      LAYER M2L ;
      RECT 2.838 0.495 3.564 0.561 ;
      VIA 2.904 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.715 ;
      RECT 0.792 0.715 1.287 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 2.233 0.165 ;
    RECT 3.223 0.099 4.147 0.165 ;
    RECT 2.321 0.132 2.387 0.462 ;
    RECT 0.231 0.165 0.902 0.231 ;
    RECT 1.397 0.165 1.463 0.297 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 2.838 0.165 3.157 0.231 ;
    RECT 4.081 0.165 4.147 0.594 ;
    RECT 3.223 0.165 3.289 1.023 ;
    RECT 0.814 0.231 0.902 0.462 ;
    RECT 0.231 0.231 0.297 0.979 ;
    RECT 3.091 0.231 3.157 0.759 ;
    RECT 2.695 0.242 2.761 0.363 ;
    RECT 1.639 0.264 1.705 0.33 ;
    RECT 1.793 0.264 1.903 0.462 ;
    RECT 1.991 0.264 2.057 0.726 ;
    RECT 3.597 0.286 3.663 0.924 ;
    RECT 3.949 0.286 4.015 0.858 ;
    RECT 1.122 0.297 1.463 0.363 ;
    RECT 1.551 0.33 1.705 0.396 ;
    RECT 2.497 0.33 2.563 0.495 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.397 0.363 1.463 0.847 ;
    RECT 2.695 0.363 2.904 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.715 ;
    RECT 0.363 0.462 0.429 0.858 ;
    RECT 2.277 0.462 2.387 0.528 ;
    RECT 4.257 0.462 4.323 0.858 ;
    RECT 2.497 0.495 2.706 0.561 ;
    LAYER M2L ;
    RECT 1.518 0.495 2.706 0.561 ;
    VIA 2.64 0.528 V1L2L ;
    VIA 1.584 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.528 2.343 0.66 ;
    RECT 1.716 0.561 1.881 0.649 ;
    LAYER M2L ;
    RECT 1.782 0.627 3.828 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.649 1.881 0.803 ;
    RECT 2.277 0.66 2.387 0.726 ;
    RECT 3.366 0.66 3.454 0.891 ;
    RECT 1.551 0.715 1.705 0.781 ;
    RECT 1.947 0.726 2.057 0.858 ;
    RECT 2.321 0.726 2.387 1.056 ;
    RECT 2.695 0.759 3.157 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 2.046 0.825 ;
    RECT 3.564 0.759 4.356 0.825 ;
    VIA 0.396 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.639 0.781 1.705 0.924 ;
    RECT 2.145 0.803 2.233 1.056 ;
    RECT 3.795 0.814 3.861 1.023 ;
    RECT 2.695 0.825 2.761 1.056 ;
    RECT 0.924 0.847 1.573 0.913 ;
    RECT 0.693 0.858 0.759 0.979 ;
    RECT 1.991 0.858 2.057 1.056 ;
    RECT 3.949 0.858 4.059 0.99 ;
    RECT 3.366 0.891 3.498 0.957 ;
    LAYER M2L ;
    RECT 0.66 0.891 2.244 0.957 ;
    RECT 3.366 0.891 4.092 0.957 ;
    VIA 0.726 0.924 V1L2L ;
    VIA 2.178 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.507 0.913 1.573 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.231 0.979 0.759 1.045 ;
    RECT 1.507 1.023 1.881 1.089 ;
    RECT 3.223 1.023 3.861 1.089 ;
  END
END LDL_ADDF_1
#
# 
MACRO LDL_ADDF_1RE FOREIGN C0A07BLDL_ADDF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.033 4.521 0.242 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.311 0.033 3.377 0.143 ;
      RECT 3.234 0.143 3.377 0.209 ;
      RECT 0.891 0.033 0.957 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.968 ;
      RECT 4.323 0.319 4.455 0.385 ;
      RECT 4.323 0.231 4.389 0.319 ;
      RECT 4.246 0.165 4.389 0.231 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.594 ;
      RECT 2.145 0.429 2.31 0.517 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.957 0.319 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.924 0.495 2.244 0.561 ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.178 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.407 0.528 ;
      RECT 0.297 0.528 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.253 4.719 0.715 ;
      RECT 4.521 0.715 4.719 0.825 ;
      RECT 4.521 0.825 4.587 0.858 ;
      RECT 4.609 0.132 4.719 0.253 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.44 3.135 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 3.432 0.825 ;
      RECT 3.102 0.693 3.168 0.759 ;
      RECT 3.036 0.627 3.168 0.693 ;
      VIA 3.102 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.488 1.045 4.554 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 3.311 1.045 3.377 1.155 ;
      RECT 3.234 0.979 3.377 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.099 2.321 0.165 ;
    RECT 0.033 0.132 0.143 0.385 ;
    RECT 0.473 0.132 0.539 0.495 ;
    RECT 1.045 0.132 1.155 0.253 ;
    RECT 0.671 0.132 0.781 0.33 ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 1.221 0.132 1.331 0.253 ;
    RECT 2.607 0.132 2.673 0.33 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 3.443 0.132 3.509 0.198 ;
    RECT 3.619 0.132 3.685 0.198 ;
    RECT 2.816 0.132 2.882 0.165 ;
    RECT 2.409 0.143 2.519 0.396 ;
    RECT 2.255 0.165 2.321 0.264 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.419 0.198 1.551 0.264 ;
    RECT 3.795 0.198 3.927 0.264 ;
    RECT 3.443 0.198 3.685 0.264 ;
    RECT 1.749 0.231 1.936 0.297 ;
    RECT 3.058 0.231 3.124 0.275 ;
    RECT 4.004 0.231 4.07 0.275 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.716 0.297 ;
    RECT 2.574 0.231 4.455 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.253 1.155 0.671 ;
    RECT 1.221 0.253 1.287 0.825 ;
    RECT 1.485 0.264 1.551 0.693 ;
    RECT 3.861 0.264 3.927 0.693 ;
    RECT 3.443 0.264 3.509 0.396 ;
    RECT 3.575 0.264 3.641 0.704 ;
    RECT 3.058 0.275 3.366 0.341 ;
    RECT 4.004 0.275 4.191 0.341 ;
    RECT 1.749 0.297 1.815 0.825 ;
    RECT 2.013 0.297 2.178 0.363 ;
    LAYER M2L ;
    RECT 4.389 0.297 4.455 0.363 ;
    LAYER M1L ;
    RECT 0.715 0.33 0.891 0.396 ;
    RECT 2.607 0.33 2.739 0.396 ;
    RECT 2.805 0.33 2.871 0.594 ;
    RECT 3.729 0.33 3.795 0.594 ;
    RECT 4.521 0.33 4.587 0.616 ;
    RECT 3.3 0.341 3.366 0.495 ;
    RECT 4.125 0.341 4.191 1.023 ;
    RECT 2.013 0.363 2.079 0.693 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.828 0.429 ;
    RECT 4.389 0.363 4.62 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 0.825 0.396 0.891 0.715 ;
    RECT 2.409 0.396 2.475 0.594 ;
    RECT 2.673 0.396 2.739 0.825 ;
    RECT 3.993 0.451 4.059 0.715 ;
    RECT 4.257 0.451 4.323 0.726 ;
    RECT 0.649 0.462 0.715 0.495 ;
    RECT 1.617 0.462 1.683 0.726 ;
    RECT 1.881 0.462 1.947 0.726 ;
    RECT 2.541 0.462 2.607 0.693 ;
    RECT 0.473 0.495 0.715 0.561 ;
    RECT 3.3 0.495 3.443 0.561 ;
    LAYER M2L ;
    RECT 2.343 0.495 2.508 0.561 ;
    RECT 2.805 0.495 4.092 0.561 ;
    VIA 2.442 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.649 0.561 0.715 0.594 ;
    RECT 0.473 0.561 0.539 0.726 ;
    RECT 3.3 0.561 3.366 0.847 ;
    LAYER M2L ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 1.056 0.627 2.409 0.693 ;
    RECT 2.508 0.627 2.871 0.693 ;
    RECT 3.828 0.627 4.356 0.693 ;
    VIA 2.574 0.66 V1L2L ;
    VIA 1.65 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.443 0.638 3.509 0.704 ;
    RECT 1.023 0.671 1.155 0.781 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 2.013 0.693 2.607 0.759 ;
    RECT 2.805 0.693 2.871 0.891 ;
    RECT 3.762 0.693 3.927 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 3.443 0.704 3.641 0.77 ;
    RECT 0.165 0.715 0.231 0.759 ;
    RECT 0.682 0.715 0.891 0.781 ;
    RECT 0.429 0.726 0.539 0.792 ;
    RECT 0.033 0.759 0.231 0.869 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.32 0.825 ;
    RECT 2.343 0.759 2.904 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.77 3.641 0.825 ;
    RECT 0.825 0.781 0.891 0.847 ;
    RECT 0.429 0.792 0.495 1.012 ;
    RECT 3.993 0.814 4.059 0.891 ;
    RECT 1.221 0.825 2.321 0.891 ;
    RECT 2.574 0.825 2.739 0.891 ;
    RECT 3.575 0.825 3.85 0.891 ;
    RECT 0.682 0.847 1.155 0.913 ;
    RECT 3.069 0.847 3.509 0.913 ;
    RECT 2.255 0.891 2.321 0.968 ;
    RECT 2.805 0.891 2.948 0.957 ;
    RECT 3.784 0.891 4.059 0.957 ;
    RECT 1.089 0.913 1.155 0.957 ;
    RECT 3.443 0.913 3.509 0.957 ;
    RECT 3.069 0.913 3.135 1.023 ;
    RECT 2.431 0.924 2.497 1.023 ;
    RECT 1.089 0.957 1.936 1.023 ;
    RECT 3.443 0.957 3.718 1.023 ;
    RECT 2.431 1.023 3.135 1.089 ;
    RECT 3.652 1.023 4.191 1.089 ;
  END
END LDL_ADDF_1RE
#
# 
MACRO LDL_ADDF_2 FOREIGN C0A07BLDL_ADDF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 2.937 0.033 3.003 0.143 ;
      RECT 2.937 0.143 3.08 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.858 ;
      RECT 0.693 0.297 1.254 0.363 ;
    END
  END B
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.093 0.792 5.247 0.858 ;
      RECT 5.093 0.858 5.159 1.056 ;
      RECT 5.093 0.33 5.247 0.396 ;
      RECT 5.093 0.132 5.159 0.33 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.792 ;
      RECT 3.465 0.462 3.531 0.627 ;
      RECT 2.904 0.627 3.531 0.693 ;
      LAYER M2L ;
      RECT 3.432 0.495 4.092 0.561 ;
      VIA 3.498 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
    END
  END CI
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.594 1.749 0.726 ;
      RECT 1.683 0.484 1.749 0.594 ;
      RECT 1.089 0.462 1.155 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.355 0.924 3.421 1.155 ;
      RECT 2.948 0.957 3.014 1.155 ;
      RECT 2.948 0.891 3.08 0.957 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 2.695 0.165 ;
    RECT 3.729 0.099 4.785 0.165 ;
    RECT 2.783 0.143 2.849 0.407 ;
    RECT 0.363 0.165 1.419 0.231 ;
    RECT 1.859 0.165 1.925 0.231 ;
    RECT 2.629 0.165 2.695 0.308 ;
    RECT 3.322 0.165 3.663 0.231 ;
    RECT 4.059 0.165 4.125 0.308 ;
    RECT 4.719 0.165 4.785 0.594 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.353 0.231 1.419 0.462 ;
    RECT 0.363 0.231 0.429 0.979 ;
    RECT 1.584 0.231 1.925 0.297 ;
    RECT 3.597 0.231 3.663 0.759 ;
    RECT 4.4 0.231 4.653 0.297 ;
    RECT 2.101 0.264 2.167 0.33 ;
    RECT 2.277 0.264 2.343 0.462 ;
    RECT 2.453 0.264 2.541 0.924 ;
    RECT 1.859 0.297 1.925 0.891 ;
    RECT 4.587 0.297 4.653 1.012 ;
    RECT 4.257 0.308 4.323 0.88 ;
    RECT 2.013 0.33 2.167 0.396 ;
    RECT 3.124 0.363 3.377 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.3 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    VIA 3.234 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.959 0.385 3.025 0.495 ;
    RECT 2.013 0.396 2.079 0.77 ;
    RECT 2.739 0.407 2.849 0.473 ;
    RECT 3.311 0.429 3.377 0.506 ;
    RECT 0.495 0.462 0.561 0.858 ;
    RECT 2.178 0.462 2.343 0.528 ;
    RECT 4.389 0.462 4.455 0.803 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 2.739 0.473 2.805 0.737 ;
    RECT 2.959 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.98 0.495 3.168 0.561 ;
    VIA 3.102 0.528 V1L2L ;
    VIA 2.046 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.895 0.528 5.093 0.594 ;
    RECT 4.895 0.594 4.961 0.726 ;
    RECT 2.178 0.605 2.354 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.488 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.266 0.693 2.354 0.803 ;
    RECT 4.719 0.726 4.961 0.792 ;
    RECT 2.739 0.737 2.849 0.803 ;
    RECT 3.179 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.462 0.759 2.574 0.825 ;
    RECT 4.224 0.759 4.818 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.752 0.792 V1L2L ;
    VIA 0.528 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.77 2.167 0.836 ;
    RECT 4.719 0.792 4.785 0.858 ;
    RECT 2.783 0.803 2.849 0.946 ;
    RECT 3.179 0.825 3.245 0.99 ;
    RECT 2.101 0.836 2.167 0.902 ;
    RECT 3.861 0.836 3.927 0.891 ;
    RECT 1.221 0.858 1.287 0.979 ;
    RECT 2.607 0.858 2.695 1.023 ;
    RECT 1.386 0.891 1.925 0.957 ;
    RECT 3.861 0.891 4.18 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.706 0.957 ;
    RECT 3.96 0.891 4.686 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    VIA 4.62 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 4.433 0.902 4.499 1.023 ;
    RECT 1.859 0.957 1.925 1.023 ;
    RECT 0.363 0.979 1.287 1.045 ;
    RECT 2.442 1.023 2.695 1.089 ;
    RECT 1.859 1.023 2.321 1.089 ;
    RECT 3.729 1.023 4.499 1.089 ;
  END
END LDL_ADDF_2
#
# 
MACRO LDL_ADDF_2RE FOREIGN C0A07BLDL_ADDF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.095 0.187 ;
      RECT 6.952 0.187 7.095 0.253 ;
      RECT 6.688 0.033 6.754 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.314 0.033 6.38 0.143 ;
      RECT 6.314 0.143 6.457 0.209 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 5.181 0.033 5.247 0.242 ;
      RECT 4.807 0.033 4.873 0.396 ;
      RECT 4.631 0.033 4.697 0.396 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.179 0.231 ;
      RECT 1.617 0.033 1.727 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.693 0.033 0.759 0.374 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.171 0.363 6.567 0.429 ;
      RECT 6.501 0.429 6.567 0.759 ;
      RECT 6.138 0.759 6.567 0.825 ;
      RECT 6.501 0.825 6.567 0.858 ;
      RECT 6.171 0.825 6.237 0.99 ;
      RECT 6.501 0.33 6.567 0.363 ;
      RECT 6.171 0.154 6.237 0.363 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.462 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.541 0.33 2.607 0.594 ;
      RECT 1.947 0.33 2.013 0.594 ;
      LAYER M2L ;
      RECT 1.914 0.363 3.168 0.429 ;
      VIA 1.98 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
      RECT 0.165 0.561 0.231 0.594 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.561 0.198 0.627 0.495 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.385 7.095 0.759 ;
      RECT 6.831 0.759 7.095 0.825 ;
      RECT 6.831 0.825 6.897 1.034 ;
      RECT 6.798 0.319 7.095 0.385 ;
    END
  END CO
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.561 4.455 0.726 ;
      RECT 4.345 0.495 4.631 0.561 ;
      RECT 4.345 0.462 4.455 0.495 ;
      LAYER M2L ;
      RECT 4.356 0.627 4.752 0.693 ;
      VIA 4.422 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.314 1.045 6.38 1.155 ;
      RECT 6.314 0.979 6.446 1.045 ;
      RECT 5.973 0.935 6.083 1.155 ;
      RECT 5.137 1.023 5.247 1.155 ;
      RECT 5.071 0.957 5.247 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.499 1.045 4.565 1.155 ;
      RECT 4.422 0.979 4.565 1.045 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 1.573 1.023 1.683 1.155 ;
      RECT 1.496 0.957 1.683 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.034 0.957 1.342 1.023 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.682 0.979 0.814 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.913 0.44 0.979 ;
      RECT 0.374 0.847 0.506 0.913 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 6.633 0.814 6.699 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.121 2.959 0.187 ;
    RECT 1.419 0.132 1.485 0.297 ;
    RECT 2.222 0.132 2.288 0.165 ;
    RECT 2.475 0.132 2.541 0.165 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 3.795 0.132 3.861 0.33 ;
    RECT 4.983 0.132 5.049 0.33 ;
    RECT 3.993 0.132 4.059 0.297 ;
    RECT 4.455 0.132 4.521 0.297 ;
    RECT 3.608 0.154 3.718 0.319 ;
    RECT 5.643 0.154 5.709 0.231 ;
    RECT 5.786 0.154 5.852 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 1.793 0.165 1.936 0.231 ;
    RECT 5.313 0.165 5.5 0.231 ;
    RECT 2.805 0.187 2.915 0.297 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 2.409 0.231 2.475 0.33 ;
    RECT 1.793 0.231 1.881 0.693 ;
    RECT 5.577 0.231 5.709 0.297 ;
    RECT 5.313 0.231 5.379 0.363 ;
    RECT 5.786 0.231 5.929 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    RECT 2.64 0.231 3.531 0.297 ;
    RECT 3.762 0.231 5.973 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 3.828 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.407 0.242 0.473 0.275 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 0.033 0.275 0.473 0.341 ;
    RECT 0.858 0.297 1.155 0.363 ;
    RECT 1.386 0.297 1.551 0.33 ;
    RECT 2.079 0.297 2.343 0.363 ;
    RECT 2.805 0.297 3.003 0.363 ;
    RECT 5.577 0.297 5.643 0.671 ;
    RECT 3.993 0.297 4.521 0.363 ;
    RECT 5.841 0.297 5.929 0.396 ;
    LAYER M2L ;
    RECT 3.465 0.297 3.531 0.363 ;
    RECT 5.907 0.297 5.973 0.495 ;
    LAYER M1L ;
    RECT 3.234 0.319 3.718 0.385 ;
    RECT 1.386 0.33 1.727 0.363 ;
    RECT 3.795 0.33 3.927 0.396 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 5.445 0.33 5.511 0.594 ;
    RECT 0.407 0.341 0.473 0.374 ;
    RECT 0.033 0.341 0.165 0.385 ;
    RECT 1.089 0.363 1.155 0.429 ;
    RECT 1.485 0.363 1.727 0.396 ;
    RECT 2.277 0.363 2.343 0.693 ;
    RECT 2.937 0.363 3.003 0.825 ;
    RECT 5.709 0.363 5.775 0.528 ;
    RECT 4.455 0.363 4.521 0.396 ;
    RECT 5.181 0.363 5.379 0.429 ;
    RECT 4.213 0.363 4.279 0.825 ;
    LAYER M2L ;
    RECT 3.465 0.363 5.544 0.429 ;
    VIA 5.478 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.385 0.099 0.693 ;
    RECT 3.465 0.385 3.531 0.759 ;
    RECT 1.661 0.396 1.727 0.825 ;
    RECT 3.861 0.396 3.927 0.693 ;
    RECT 5.049 0.396 5.115 0.693 ;
    RECT 5.841 0.396 5.973 0.462 ;
    RECT 1.089 0.429 1.419 0.462 ;
    RECT 2.112 0.429 2.211 0.495 ;
    RECT 5.181 0.429 5.247 0.825 ;
    LAYER M2L ;
    RECT 3.663 0.429 3.729 0.495 ;
    LAYER M1L ;
    RECT 1.089 0.462 1.595 0.495 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 3.729 0.462 3.795 0.528 ;
    RECT 3.993 0.462 4.059 0.726 ;
    RECT 4.873 0.462 4.939 0.528 ;
    RECT 5.907 0.462 5.973 0.803 ;
    RECT 6.633 0.462 6.963 0.572 ;
    RECT 1.353 0.495 1.595 0.528 ;
    RECT 1.089 0.495 1.155 0.693 ;
    RECT 2.145 0.495 2.211 0.561 ;
    RECT 6.072 0.495 6.38 0.561 ;
    LAYER M2L ;
    RECT 2.112 0.495 3.564 0.561 ;
    RECT 3.663 0.495 3.828 0.561 ;
    RECT 4.125 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.864 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    VIA 6.666 0.528 V1L2L ;
    VIA 6.798 0.528 V1L2L ;
    VIA 3.762 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 1.529 0.528 1.595 0.594 ;
    RECT 3.597 0.528 3.795 0.594 ;
    RECT 5.709 0.528 5.808 0.594 ;
    RECT 4.785 0.528 4.939 0.594 ;
    RECT 2.112 0.561 2.211 0.627 ;
    RECT 6.171 0.561 6.237 0.627 ;
    LAYER M2L ;
    RECT 4.125 0.561 4.191 0.627 ;
    LAYER M1L ;
    RECT 6.633 0.572 6.699 0.605 ;
    RECT 6.897 0.572 6.963 0.605 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 3.597 0.594 3.663 0.66 ;
    RECT 4.785 0.594 4.851 0.627 ;
    RECT 5.313 0.594 5.379 0.693 ;
    RECT 4.631 0.627 4.851 0.693 ;
    RECT 6.072 0.627 6.336 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.914 0.693 ;
    RECT 2.244 0.627 4.191 0.693 ;
    RECT 5.016 0.627 5.412 0.693 ;
    RECT 5.544 0.627 6.336 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 5.346 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    VIA 6.138 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.671 5.742 0.737 ;
    RECT 0.033 0.693 0.759 0.759 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 2.046 0.693 2.343 0.759 ;
    RECT 2.574 0.693 2.739 0.759 ;
    RECT 1.793 0.693 1.947 0.759 ;
    RECT 3.762 0.693 3.927 0.759 ;
    RECT 4.95 0.693 5.115 0.759 ;
    RECT 4.631 0.693 4.697 0.825 ;
    RECT 5.313 0.693 5.511 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.231 0.759 0.297 0.968 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 3.267 0.759 3.663 0.825 ;
    RECT 5.445 0.759 5.511 0.803 ;
    RECT 5.445 0.803 5.973 0.869 ;
    RECT 0.693 0.825 1.287 0.891 ;
    RECT 1.386 0.825 1.815 0.891 ;
    RECT 1.881 0.825 3.003 0.891 ;
    RECT 3.597 0.825 4.07 0.891 ;
    RECT 3.267 0.825 3.333 1.034 ;
    RECT 4.213 0.825 5.379 0.891 ;
    RECT 1.749 0.891 1.815 0.957 ;
    RECT 5.313 0.891 5.379 0.935 ;
    RECT 4.213 0.891 4.279 0.957 ;
    RECT 5.313 0.935 5.907 1.001 ;
    RECT 1.749 0.957 2.882 1.023 ;
    RECT 3.586 0.957 4.279 1.023 ;
    RECT 5.797 1.001 5.907 1.056 ;
    RECT 3.586 1.023 3.652 1.056 ;
  END
END LDL_ADDF_2RE
#
# 
MACRO LDL_ADDF_3 FOREIGN C0A07BLDL_ADDF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 0.627 0.033 0.693 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.473 ;
      RECT 2.453 0.473 2.871 0.539 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.605 ;
      RECT 2.145 0.605 3.531 0.671 ;
      RECT 3.465 0.462 3.531 0.605 ;
    END
  END A
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.341 6.303 0.726 ;
      RECT 5.896 0.726 6.468 0.858 ;
      RECT 5.907 0.275 6.402 0.341 ;
      RECT 5.907 0.198 5.973 0.275 ;
    END
  END S
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.08228 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.396 5.511 0.792 ;
      RECT 1.441 0.627 1.672 0.693 ;
      RECT 1.441 0.484 1.507 0.627 ;
      RECT 0.693 0.33 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.627 5.544 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
      VIA 5.478 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.045 6.204 1.155 ;
      RECT 6.072 0.979 6.204 1.045 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.884 0.979 5.016 1.045 ;
      RECT 4.532 1.001 4.598 1.155 ;
      RECT 4.532 0.935 4.664 1.001 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.099 2.387 0.165 ;
    RECT 5.181 0.099 5.797 0.165 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 4.741 0.132 4.807 0.363 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.321 0.165 2.387 0.319 ;
    RECT 5.731 0.165 5.797 0.264 ;
    RECT 5.181 0.165 5.247 0.297 ;
    RECT 1.089 0.187 1.771 0.253 ;
    RECT 3.069 0.198 3.135 0.297 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 5.456 0.231 5.643 0.297 ;
    RECT 2.673 0.242 2.739 0.319 ;
    RECT 1.705 0.253 1.771 0.363 ;
    RECT 1.089 0.253 1.155 0.627 ;
    RECT 2.013 0.286 2.079 0.363 ;
    RECT 3.069 0.297 3.751 0.363 ;
    RECT 3.872 0.297 4.169 0.363 ;
    RECT 4.532 0.297 4.664 0.363 ;
    RECT 5.06 0.297 5.247 0.363 ;
    RECT 5.313 0.297 5.379 0.803 ;
    RECT 5.577 0.297 5.643 0.407 ;
    RECT 1.221 0.319 1.364 0.385 ;
    RECT 2.321 0.319 2.739 0.385 ;
    RECT 1.474 0.319 1.639 0.385 ;
    RECT 0.561 0.33 0.627 0.495 ;
    RECT 3.685 0.363 3.751 0.528 ;
    RECT 4.103 0.363 4.169 0.495 ;
    RECT 1.705 0.363 2.079 0.429 ;
    RECT 4.598 0.363 4.664 0.495 ;
    RECT 5.181 0.363 5.247 0.671 ;
    RECT 4.741 0.363 4.939 0.429 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.385 1.287 0.693 ;
    RECT 1.573 0.385 1.639 0.495 ;
    RECT 5.577 0.407 6.083 0.473 ;
    RECT 2.013 0.429 2.079 0.737 ;
    RECT 4.873 0.429 4.939 0.495 ;
    RECT 3.971 0.462 4.037 0.528 ;
    RECT 4.455 0.462 4.521 0.627 ;
    RECT 6.017 0.473 6.083 0.594 ;
    RECT 5.577 0.473 5.643 0.891 ;
    RECT 0.396 0.495 0.627 0.561 ;
    RECT 0.825 0.495 0.99 0.561 ;
    RECT 1.573 0.495 1.914 0.561 ;
    RECT 4.103 0.495 4.279 0.561 ;
    RECT 4.598 0.495 4.774 0.561 ;
    RECT 4.873 0.495 5.082 0.561 ;
    RECT 3.685 0.528 4.037 0.594 ;
    RECT 5.709 0.539 5.896 0.605 ;
    RECT 0.825 0.561 0.891 1.056 ;
    RECT 1.848 0.561 1.914 0.825 ;
    RECT 4.103 0.561 4.169 0.693 ;
    RECT 4.598 0.561 4.664 0.759 ;
    RECT 4.873 0.561 4.939 0.77 ;
    RECT 3.685 0.594 3.751 0.737 ;
    RECT 5.709 0.605 5.775 0.858 ;
    RECT 0.957 0.627 1.155 0.693 ;
    RECT 4.257 0.627 4.521 0.693 ;
    RECT 5.06 0.671 5.247 0.737 ;
    RECT 1.221 0.693 1.364 0.759 ;
    RECT 3.872 0.693 4.169 0.759 ;
    RECT 0.957 0.693 1.023 1.023 ;
    RECT 4.257 0.693 4.323 1.023 ;
    RECT 2.695 0.737 3.751 0.803 ;
    RECT 2.013 0.737 2.596 0.803 ;
    RECT 4.389 0.759 4.664 0.825 ;
    LAYER M2L ;
    RECT 0.792 0.759 5.808 0.825 ;
    VIA 0.858 0.792 V1L2L ;
    VIA 5.742 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.741 0.77 4.939 0.803 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 2.695 0.803 2.761 0.891 ;
    RECT 4.741 0.803 5.379 0.836 ;
    RECT 1.089 0.825 1.914 0.891 ;
    RECT 4.389 0.825 4.455 1.034 ;
    RECT 4.873 0.836 5.379 0.869 ;
    RECT 4.741 0.836 4.807 0.902 ;
    RECT 5.313 0.869 5.379 1.023 ;
    RECT 2.86 0.891 3.828 0.957 ;
    RECT 1.089 0.891 1.155 0.924 ;
    RECT 1.848 0.891 2.761 0.957 ;
    RECT 5.478 0.891 5.643 0.957 ;
    RECT 5.72 0.957 5.852 1.023 ;
    RECT 1.452 0.979 1.782 1.023 ;
    RECT 0.957 1.023 4.323 1.045 ;
    RECT 5.313 1.023 5.786 1.089 ;
    RECT 0.957 1.045 1.518 1.089 ;
    RECT 1.716 1.045 4.323 1.089 ;
  END
END LDL_ADDF_3
#
# 
MACRO LDL_ADDF_4 FOREIGN C0A07BLDL_ADDF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.645 0.033 7.711 0.264 ;
      RECT 7.26 0.033 7.326 0.143 ;
      RECT 7.26 0.143 7.392 0.209 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.864 0.165 6.996 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 5.621 0.033 5.687 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.495 ;
      RECT 2.695 0.495 3.135 0.561 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.297 0.825 0.748 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.297 0.297 0.748 0.363 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.341 7.491 0.726 ;
      RECT 7.084 0.726 7.568 0.858 ;
      RECT 7.095 0.275 7.568 0.341 ;
      RECT 7.095 0.198 7.161 0.275 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.627 ;
      RECT 2.409 0.627 3.927 0.693 ;
      RECT 3.861 0.462 3.927 0.627 ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.462 6.501 0.792 ;
      RECT 1.683 0.627 1.914 0.693 ;
      RECT 1.683 0.462 1.749 0.627 ;
      RECT 0.891 0.66 0.957 0.726 ;
      RECT 0.891 0.594 1.001 0.66 ;
      RECT 0.935 0.33 1.001 0.594 ;
      LAYER M2L ;
      RECT 0.858 0.627 6.534 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
    END
  END CI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 7.26 1.023 7.326 1.155 ;
      RECT 7.26 0.957 7.392 1.023 ;
      RECT 6.897 0.924 6.963 1.155 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.099 0.924 0.165 1.155 ;
      RECT 7.645 0.924 7.711 1.155 ;
      RECT 5.588 1.045 5.654 1.155 ;
      RECT 5.588 0.979 5.72 1.045 ;
      RECT 5.082 0.979 5.148 1.155 ;
      RECT 5.082 0.913 5.335 0.979 ;
      RECT 5.269 0.979 5.335 1.056 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.099 2.629 0.165 ;
    RECT 1.331 0.099 2.013 0.165 ;
    RECT 6.171 0.099 6.787 0.165 ;
    RECT 1.067 0.132 1.133 0.495 ;
    RECT 5.445 0.132 5.511 0.363 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 2.563 0.165 2.629 0.319 ;
    RECT 1.947 0.165 2.013 0.363 ;
    RECT 1.331 0.165 1.397 0.627 ;
    RECT 6.721 0.165 6.787 0.264 ;
    RECT 6.171 0.165 6.237 0.297 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 1.716 0.231 1.881 0.297 ;
    RECT 6.446 0.231 6.633 0.297 ;
    RECT 2.915 0.242 2.981 0.319 ;
    RECT 2.255 0.286 2.321 0.363 ;
    RECT 3.443 0.297 4.125 0.363 ;
    RECT 1.815 0.297 1.881 0.495 ;
    RECT 4.422 0.297 4.719 0.363 ;
    RECT 6.303 0.297 6.369 0.803 ;
    RECT 5.764 0.297 6.237 0.363 ;
    RECT 6.567 0.297 6.633 0.363 ;
    RECT 2.563 0.319 2.981 0.385 ;
    RECT 5.082 0.319 5.214 0.385 ;
    RECT 1.463 0.341 1.628 0.407 ;
    RECT 4.059 0.363 4.125 0.528 ;
    RECT 4.653 0.363 4.719 0.495 ;
    RECT 1.947 0.363 2.321 0.429 ;
    RECT 5.445 0.363 5.643 0.429 ;
    RECT 5.885 0.363 5.951 0.671 ;
    RECT 6.171 0.363 6.237 0.671 ;
    RECT 6.567 0.363 7.029 0.429 ;
    RECT 5.148 0.385 5.214 0.495 ;
    RECT 1.463 0.407 1.551 0.693 ;
    RECT 2.255 0.429 2.321 0.759 ;
    RECT 5.577 0.429 5.643 0.495 ;
    RECT 6.963 0.429 7.029 0.495 ;
    RECT 6.567 0.429 6.633 0.891 ;
    RECT 0.539 0.462 0.627 0.715 ;
    RECT 4.521 0.462 4.587 0.528 ;
    RECT 5.005 0.462 5.071 0.627 ;
    RECT 1.067 0.495 1.232 0.561 ;
    RECT 1.815 0.495 2.156 0.561 ;
    RECT 4.653 0.495 4.829 0.561 ;
    RECT 5.148 0.495 5.324 0.561 ;
    RECT 5.577 0.495 5.786 0.561 ;
    RECT 6.732 0.495 6.897 0.561 ;
    RECT 6.963 0.495 7.26 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 1.584 0.561 ;
    VIA 0.594 0.528 V1L2L ;
    VIA 1.518 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.059 0.528 4.587 0.594 ;
    RECT 1.067 0.561 1.133 0.726 ;
    RECT 2.09 0.561 2.156 0.825 ;
    RECT 4.653 0.561 4.719 0.693 ;
    RECT 5.148 0.561 5.214 0.759 ;
    RECT 5.577 0.561 5.643 0.803 ;
    RECT 6.831 0.561 6.897 0.858 ;
    RECT 4.059 0.594 4.125 0.759 ;
    RECT 1.199 0.627 1.397 0.693 ;
    RECT 4.807 0.627 5.071 0.693 ;
    RECT 5.764 0.671 5.951 0.737 ;
    RECT 6.094 0.671 6.237 0.737 ;
    RECT 1.463 0.693 1.606 0.759 ;
    RECT 4.422 0.693 4.719 0.759 ;
    RECT 1.199 0.693 1.265 1.023 ;
    RECT 4.807 0.693 4.873 1.023 ;
    RECT 1.023 0.726 1.133 0.858 ;
    RECT 2.937 0.759 4.125 0.825 ;
    RECT 2.255 0.759 2.838 0.825 ;
    RECT 4.939 0.759 5.214 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 6.93 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 6.864 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.331 0.792 1.397 0.825 ;
    RECT 5.412 0.803 6.369 0.869 ;
    RECT 1.331 0.825 2.156 0.891 ;
    RECT 2.937 0.825 3.003 0.891 ;
    RECT 4.939 0.825 5.005 1.034 ;
    RECT 1.067 0.858 1.133 1.056 ;
    RECT 6.303 0.869 6.369 1.023 ;
    RECT 3.234 0.891 4.202 0.957 ;
    RECT 1.331 0.891 1.397 0.924 ;
    RECT 2.09 0.891 3.003 0.957 ;
    RECT 6.468 0.891 6.633 0.957 ;
    RECT 6.699 0.924 6.765 1.023 ;
    RECT 1.694 0.979 2.024 1.023 ;
    RECT 1.199 1.023 4.873 1.045 ;
    RECT 6.303 1.023 6.765 1.089 ;
    RECT 1.199 1.045 1.76 1.089 ;
    RECT 1.958 1.045 4.873 1.089 ;
  END
END LDL_ADDF_4
#
# 
MACRO LDL_ADDF_HD_0P5 FOREIGN C0A07BLDL_ADDF_HD_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.253 ;
      RECT 2.178 0.253 2.31 0.319 ;
      RECT 1.782 0.033 1.848 0.187 ;
      RECT 1.782 0.187 1.914 0.253 ;
      RECT 0.286 0.033 0.352 0.209 ;
      RECT 0.22 0.209 0.352 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.453 0.561 2.541 0.726 ;
      RECT 2.376 0.495 2.541 0.561 ;
      RECT 1.914 0.561 2.002 0.726 ;
      RECT 1.914 0.495 2.046 0.561 ;
      RECT 1.001 0.462 1.089 0.715 ;
      RECT 0.429 0.561 0.495 0.66 ;
      RECT 0.363 0.66 0.495 0.726 ;
      RECT 0.363 0.726 0.429 0.792 ;
      RECT 0.429 0.495 0.594 0.561 ;
      LAYER M2L ;
      RECT 0.429 0.495 2.508 0.561 ;
      VIA 0.528 0.528 V1L2L ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.462 2.739 0.726 ;
      RECT 1.683 0.506 1.793 0.726 ;
      RECT 1.155 0.55 1.221 0.726 ;
      RECT 1.155 0.484 1.287 0.55 ;
      RECT 1.221 0.418 1.287 0.484 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.772 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.154 3.135 0.99 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.198 0.121 0.99 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 2.178 0.759 2.31 0.825 ;
      RECT 2.178 0.594 2.266 0.759 ;
      RECT 0.605 0.627 0.693 0.88 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.682 0.099 1.331 0.165 ;
    RECT 1.639 0.154 1.705 0.341 ;
    RECT 0.682 0.165 0.748 0.209 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.418 0.176 0.484 0.209 ;
    RECT 1.463 0.198 1.551 0.924 ;
    RECT 2.673 0.198 2.739 0.297 ;
    RECT 0.418 0.209 0.748 0.275 ;
    LAYER M2L ;
    RECT 1.452 0.231 2.772 0.297 ;
    VIA 2.706 0.264 V1L2L ;
    VIA 1.518 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.242 2.079 0.341 ;
    RECT 0.869 0.264 1.155 0.33 ;
    RECT 2.673 0.297 2.871 0.363 ;
    RECT 0.869 0.33 0.935 0.363 ;
    RECT 1.089 0.33 1.155 0.396 ;
    RECT 1.639 0.341 2.079 0.407 ;
    RECT 0.187 0.363 0.935 0.429 ;
    RECT 2.805 0.363 2.871 0.462 ;
    RECT 0.187 0.429 0.253 0.594 ;
    RECT 0.759 0.429 0.825 0.88 ;
    RECT 2.805 0.462 2.915 0.594 ;
    RECT 2.805 0.594 2.871 0.825 ;
    RECT 1.331 0.616 1.397 0.825 ;
    RECT 1.089 0.792 1.155 0.825 ;
    RECT 1.089 0.825 1.397 0.88 ;
    RECT 1.639 0.825 2.112 0.891 ;
    RECT 2.684 0.825 2.871 0.891 ;
    RECT 0.759 0.88 1.397 0.891 ;
    RECT 0.759 0.891 1.155 0.946 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 0.418 0.957 0.55 1.023 ;
    RECT 1.232 0.957 1.364 1.023 ;
    RECT 0.484 1.023 1.298 1.089 ;
  END
END LDL_ADDF_HD_0P5
#
# 
MACRO LDL_ADDF_HD_1 FOREIGN C0A07BLDL_ADDF_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.156 0.033 2.222 0.209 ;
      RECT 2.156 0.209 2.288 0.275 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.442 0.561 2.53 0.726 ;
      RECT 2.376 0.495 2.53 0.561 ;
      RECT 1.859 0.44 1.947 0.715 ;
      RECT 0.957 0.462 1.067 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.352 0.462 0.44 0.715 ;
      LAYER M2L ;
      RECT 0.33 0.495 2.508 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.462 2.695 0.726 ;
      RECT 1.661 0.528 1.771 0.737 ;
      RECT 1.155 0.462 1.243 0.726 ;
      LAYER M2L ;
      RECT 1.122 0.627 2.706 0.693 ;
      VIA 1.188 0.66 V1L2L ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.64 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.286 0.121 0.99 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.792 3.091 0.858 ;
      RECT 3.025 0.858 3.091 0.99 ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.937 0.33 3.091 0.396 ;
      RECT 3.025 0.198 3.091 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.759 2.31 0.825 ;
      RECT 2.145 0.583 2.211 0.759 ;
      RECT 2.068 0.517 2.211 0.583 ;
      RECT 0.627 0.462 0.693 0.858 ;
      LAYER M2L ;
      RECT 0.594 0.759 2.31 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 2.244 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.849 0.924 2.915 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.099 1.331 0.165 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 1.617 0.132 1.683 0.275 ;
    RECT 0.418 0.165 0.682 0.231 ;
    RECT 1.265 0.165 1.331 0.264 ;
    RECT 1.419 0.198 1.485 0.286 ;
    RECT 2.574 0.22 2.761 0.308 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.706 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.253 1.188 0.297 ;
    RECT 1.617 0.275 2.068 0.341 ;
    RECT 1.419 0.286 1.551 0.352 ;
    RECT 0.187 0.297 1.188 0.319 ;
    RECT 2.695 0.308 2.761 0.33 ;
    RECT 0.187 0.319 0.847 0.363 ;
    RECT 1.122 0.319 1.188 0.363 ;
    RECT 2.695 0.33 2.827 0.396 ;
    RECT 1.485 0.352 1.551 0.77 ;
    RECT 0.187 0.363 0.253 0.594 ;
    RECT 0.781 0.363 0.847 0.847 ;
    RECT 2.761 0.396 2.827 0.462 ;
    RECT 1.353 0.462 1.419 0.528 ;
    RECT 2.761 0.462 2.871 0.594 ;
    RECT 1.309 0.528 1.419 0.594 ;
    RECT 1.309 0.594 1.375 0.847 ;
    RECT 2.761 0.594 2.827 0.792 ;
    RECT 1.441 0.77 1.551 0.836 ;
    RECT 2.695 0.792 2.827 0.858 ;
    RECT 1.441 0.836 1.507 0.902 ;
    RECT 0.781 0.847 1.375 0.913 ;
    RECT 1.617 0.847 2.068 0.913 ;
    RECT 2.695 0.858 2.761 0.924 ;
    RECT 1.617 0.913 1.683 0.99 ;
    RECT 0.451 0.924 0.517 1.023 ;
    RECT 1.232 0.979 1.364 1.023 ;
    RECT 0.451 1.023 1.364 1.045 ;
    RECT 0.451 1.045 1.298 1.089 ;
  END
END LDL_ADDF_HD_1
#
# 
MACRO LDL_ADDF_HD_2 FOREIGN C0A07BLDL_ADDF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.047 0.033 3.113 0.242 ;
      RECT 2.31 0.033 2.376 0.231 ;
      RECT 2.31 0.231 2.442 0.297 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 1.936 0.143 2.068 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.585 0.462 2.673 0.726 ;
      RECT 2.057 0.462 2.145 0.726 ;
      RECT 1.155 0.462 1.243 0.726 ;
      RECT 0.561 0.462 0.627 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.495 2.706 0.561 ;
      VIA 0.594 0.528 V1L2L ;
      VIA 1.188 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.071632 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.462 2.871 0.726 ;
      RECT 1.87 0.484 1.98 0.726 ;
      RECT 1.331 0.462 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.627 2.904 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.297 0.858 ;
      RECT 0.231 0.858 0.297 1.056 ;
      RECT 0.165 0.396 0.231 0.792 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.242 0.297 0.33 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.132 3.289 1.056 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.093896 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.858 ;
      RECT 0.825 0.462 0.891 0.858 ;
      LAYER M2L ;
      RECT 0.792 0.759 2.376 0.825 ;
      VIA 0.858 0.792 V1L2L ;
      VIA 2.31 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.507 0.165 ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.594 0.165 0.924 0.231 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.617 0.198 1.683 0.264 ;
    RECT 2.145 0.198 2.211 0.286 ;
    RECT 2.849 0.198 2.937 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.727 0.33 ;
    RECT 1.793 0.286 2.211 0.352 ;
    RECT 0.363 0.297 1.364 0.363 ;
    RECT 2.849 0.297 3.003 0.363 ;
    RECT 1.661 0.33 1.727 0.77 ;
    RECT 1.793 0.352 1.859 0.418 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 0.957 0.363 1.023 0.825 ;
    RECT 2.937 0.363 3.003 0.495 ;
    RECT 0.297 0.462 0.429 0.528 ;
    RECT 1.529 0.462 1.595 0.528 ;
    RECT 2.937 0.495 3.102 0.561 ;
    RECT 0.297 0.528 0.363 0.594 ;
    RECT 1.485 0.528 1.595 0.594 ;
    RECT 2.937 0.561 3.003 0.825 ;
    RECT 1.485 0.594 1.551 0.825 ;
    RECT 1.617 0.77 1.727 0.836 ;
    RECT 0.957 0.825 1.551 0.891 ;
    RECT 2.849 0.825 3.003 0.891 ;
    RECT 1.617 0.836 1.683 0.902 ;
    RECT 1.793 0.836 2.211 0.902 ;
    RECT 2.849 0.891 2.915 0.968 ;
    RECT 1.793 0.902 1.859 0.968 ;
    RECT 2.145 0.902 2.211 1.056 ;
    RECT 0.627 0.924 0.693 1.023 ;
    RECT 1.408 0.957 1.54 1.023 ;
    RECT 0.627 1.023 1.474 1.089 ;
  END
END LDL_ADDF_HD_2
#
# 
MACRO LDL_ADDF_HD_4 FOREIGN C0A07BLDL_ADDF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.462 3.135 0.726 ;
      RECT 2.409 0.462 2.497 0.726 ;
      RECT 1.529 0.462 1.617 0.726 ;
      RECT 0.891 0.462 0.957 0.792 ;
      LAYER M2L ;
      RECT 0.858 0.495 3.168 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.442 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
    END
  END A
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.088088 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.289 0.726 ;
      RECT 2.277 0.561 2.343 0.726 ;
      RECT 2.178 0.495 2.343 0.561 ;
      RECT 1.683 0.462 1.771 0.726 ;
      LAYER M2L ;
      RECT 1.65 0.627 3.3 0.693 ;
      VIA 1.716 0.66 V1L2L ;
      VIA 2.31 0.66 V1L2L ;
      VIA 3.234 0.66 V1L2L ;
    END
  END CI
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 0.671 0.858 ;
      RECT 0.583 0.858 0.671 1.056 ;
      RECT 0.165 0.385 0.231 0.726 ;
      RECT 0.165 0.319 0.649 0.385 ;
      RECT 0.583 0.242 0.649 0.319 ;
    END
  END CO
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.114 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.663 0.319 4.081 0.385 ;
      RECT 4.015 0.242 4.081 0.319 ;
      RECT 3.663 0.132 3.729 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.115192 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.792 2.739 0.858 ;
      RECT 2.607 0.726 2.739 0.792 ;
      RECT 2.607 0.462 2.673 0.726 ;
      RECT 1.155 0.462 1.221 0.858 ;
      LAYER M2L ;
      RECT 1.122 0.759 2.772 0.825 ;
      VIA 1.188 0.792 V1L2L ;
      VIA 2.706 0.792 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 4.213 0.924 4.279 1.155 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.21 0.099 1.826 0.143 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.21 0.143 1.892 0.165 ;
    RECT 1.76 0.165 1.892 0.209 ;
    RECT 0.946 0.165 1.276 0.231 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 2.145 0.198 2.211 0.275 ;
    RECT 3.201 0.198 3.267 0.275 ;
    LAYER M2L ;
    RECT 1.98 0.231 3.3 0.297 ;
    VIA 3.234 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.275 2.079 0.341 ;
    RECT 2.145 0.275 2.596 0.341 ;
    RECT 3.201 0.275 3.421 0.341 ;
    RECT 0.759 0.297 1.716 0.363 ;
    RECT 2.013 0.341 2.079 0.77 ;
    RECT 3.355 0.341 3.421 0.495 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 1.309 0.363 1.375 0.825 ;
    RECT 1.881 0.462 1.947 0.528 ;
    RECT 0.374 0.495 0.825 0.561 ;
    RECT 3.355 0.495 3.718 0.561 ;
    RECT 1.837 0.528 1.947 0.594 ;
    RECT 3.355 0.561 3.421 0.792 ;
    RECT 1.837 0.594 1.903 0.825 ;
    RECT 1.969 0.77 2.079 0.836 ;
    RECT 2.145 0.77 2.211 0.847 ;
    RECT 3.289 0.792 3.421 0.858 ;
    RECT 1.309 0.825 1.903 0.891 ;
    RECT 1.969 0.836 2.035 0.902 ;
    RECT 2.145 0.847 2.563 0.913 ;
    RECT 3.289 0.858 3.355 0.924 ;
    RECT 2.497 0.913 2.563 1.056 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 1.76 0.979 1.892 1.023 ;
    RECT 0.979 1.023 1.892 1.045 ;
    RECT 0.979 1.045 1.826 1.089 ;
  END
END LDL_ADDF_HD_4
#
# 
MACRO LDL_ADDHCSCOB_2 FOREIGN C0A07BLDL_ADDHCSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.091 0.033 3.157 0.242 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.913 0.033 0.979 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.925 0.33 2.013 0.616 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.046 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.98 0.396 V1L2L ;
    END
  END A
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.374 0.671 0.759 ;
      RECT 0.561 0.825 0.671 0.858 ;
      RECT 0.198 0.759 0.671 0.825 ;
      RECT 0.561 0.308 0.704 0.374 ;
    END
  END CO0
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.408 0.693 1.683 0.759 ;
      RECT 1.617 0.759 1.683 0.858 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END CO1
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.594 4.191 1.001 ;
      RECT 4.037 1.001 4.191 1.067 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.396 4.587 0.726 ;
      RECT 4.356 0.726 4.62 0.858 ;
      RECT 4.455 0.33 4.587 0.396 ;
      RECT 4.455 0.264 4.521 0.33 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.158752 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.462 3.091 0.726 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.496 0.594 ;
      RECT 0.297 0.627 0.462 0.693 ;
      RECT 0.297 0.528 0.363 0.627 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.627 3.102 0.693 ;
      VIA 0.396 0.66 V1L2L ;
      VIA 1.254 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 4.279 0.924 4.345 1.155 ;
      RECT 3.091 0.836 3.157 1.155 ;
      RECT 1.969 0.88 2.035 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.165 ;
    RECT 2.585 0.132 2.651 0.231 ;
    RECT 2.761 0.132 2.827 0.198 ;
    RECT 1.793 0.132 1.859 0.715 ;
    RECT 0.407 0.165 0.825 0.231 ;
    RECT 2.233 0.198 2.299 0.77 ;
    RECT 2.717 0.198 2.827 0.264 ;
    RECT 2.915 0.198 2.981 0.319 ;
    RECT 3.399 0.198 3.465 0.561 ;
    RECT 3.707 0.198 3.773 0.363 ;
    RECT 0.759 0.231 0.825 0.264 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 2.409 0.231 2.651 0.297 ;
    RECT 3.85 0.231 3.982 0.297 ;
    RECT 0.055 0.264 0.121 0.297 ;
    RECT 2.717 0.264 2.783 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 3.85 0.297 3.916 0.627 ;
    RECT 4.059 0.308 4.125 0.385 ;
    RECT 2.871 0.319 2.981 0.385 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 4.257 0.33 4.323 0.462 ;
    RECT 0.055 0.363 0.121 0.396 ;
    RECT 2.585 0.363 2.783 0.429 ;
    RECT 3.531 0.363 3.773 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.366 0.429 ;
    RECT 3.63 0.363 4.356 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.3 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.385 2.937 0.495 ;
    RECT 3.993 0.385 4.125 0.451 ;
    RECT 3.223 0.396 3.333 0.462 ;
    RECT 2.585 0.429 2.651 0.869 ;
    RECT 3.531 0.429 3.597 0.77 ;
    RECT 3.993 0.451 4.059 0.836 ;
    RECT 3.223 0.462 3.289 0.869 ;
    RECT 4.257 0.462 4.411 0.528 ;
    RECT 2.772 0.495 2.937 0.561 ;
    RECT 4.345 0.528 4.411 0.594 ;
    RECT 2.101 0.55 2.167 0.715 ;
    RECT 2.871 0.561 2.937 1.001 ;
    RECT 3.355 0.561 3.465 0.627 ;
    RECT 3.355 0.627 3.421 0.77 ;
    RECT 3.707 0.627 3.916 0.693 ;
    RECT 3.707 0.693 3.773 0.869 ;
    RECT 1.793 0.715 2.167 0.781 ;
    RECT 2.101 0.781 2.167 0.869 ;
    RECT 1.793 0.781 1.859 0.924 ;
    RECT 0.88 0.825 1.331 0.891 ;
    RECT 3.839 0.836 4.059 0.902 ;
    RECT 2.101 0.869 2.651 0.935 ;
    RECT 3.223 0.869 3.773 0.935 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 3.839 0.902 3.905 1.001 ;
    RECT 1.265 0.979 1.716 1.045 ;
    RECT 2.31 1.001 2.937 1.067 ;
    RECT 3.432 1.001 3.905 1.067 ;
  END
END LDL_ADDHCSCOB_2
#
# 
MACRO LDL_ADDHCSCOB_4 FOREIGN C0A07BLDL_ADDHCSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 5.753 0.033 5.819 0.264 ;
      RECT 4.521 0.033 4.587 0.242 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.464 0.165 2.596 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.453 0.693 3.135 0.759 ;
      RECT 1.584 0.297 3.135 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.363 1.023 0.759 ;
      RECT 0.198 0.759 1.353 0.825 ;
      RECT 1.287 0.825 1.353 0.902 ;
      RECT 0.957 0.825 1.023 0.858 ;
      RECT 0.561 0.825 0.627 0.99 ;
      RECT 0.935 0.297 1.397 0.363 ;
    END
  END CO0
  PIN CI
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.561 5.643 0.99 ;
      RECT 5.577 0.495 5.72 0.561 ;
    END
  END CI
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.726 ;
      RECT 5.808 0.726 6.468 0.858 ;
      RECT 5.951 0.319 6.402 0.385 ;
      RECT 5.951 0.242 6.017 0.319 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.289432 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.594 4.587 0.726 ;
      RECT 4.477 0.462 4.587 0.594 ;
      RECT 2.211 0.594 2.277 0.726 ;
      RECT 2.211 0.462 2.662 0.594 ;
      RECT 0.55 0.627 0.792 0.693 ;
      RECT 0.55 0.594 0.66 0.627 ;
      RECT 0.264 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.62 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.244 0.66 V1L2L ;
      VIA 4.554 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      RECT 1.485 0.594 1.551 0.858 ;
      RECT 1.144 0.462 1.958 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.759 3.432 0.825 ;
      VIA 1.518 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 4.521 0.836 4.587 1.155 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.792 0.957 0.858 1.155 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.111 0.968 1.177 1.155 ;
      RECT 1.111 0.902 1.21 0.968 ;
      RECT 0.407 0.968 0.473 1.155 ;
      RECT 0.33 0.902 0.473 0.968 ;
      RECT 0.055 0.858 0.121 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 5.137 0.099 5.687 0.165 ;
    RECT 3.993 0.132 4.059 0.231 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 4.169 0.132 4.235 0.363 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 5.621 0.165 5.687 0.363 ;
    RECT 5.137 0.165 5.203 0.495 ;
    RECT 4.653 0.198 4.719 0.869 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.817 0.231 4.059 0.297 ;
    LAYER M2L ;
    RECT 3.894 0.231 4.752 0.297 ;
    VIA 3.96 0.264 V1L2L ;
    VIA 4.686 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.242 4.411 0.308 ;
    RECT 3.641 0.264 3.707 0.77 ;
    RECT 4.785 0.264 4.851 0.77 ;
    RECT 5.313 0.264 5.379 0.627 ;
    RECT 5.489 0.264 5.555 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.817 0.297 3.883 0.77 ;
    RECT 3.201 0.297 3.575 0.363 ;
    RECT 4.301 0.308 4.411 0.374 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 3.993 0.363 4.235 0.429 ;
    RECT 3.509 0.363 3.575 0.528 ;
    RECT 3.201 0.363 3.267 0.924 ;
    RECT 5.621 0.363 5.885 0.429 ;
    RECT 4.301 0.374 4.367 0.495 ;
    RECT 5.445 0.396 5.511 1.001 ;
    RECT 3.993 0.429 4.059 0.869 ;
    RECT 5.819 0.429 5.885 0.495 ;
    RECT 4.224 0.495 4.367 0.561 ;
    RECT 4.961 0.495 5.203 0.561 ;
    RECT 5.819 0.495 6.138 0.561 ;
    RECT 3.465 0.528 3.575 0.594 ;
    RECT 4.301 0.561 4.367 1.001 ;
    RECT 4.961 0.561 5.027 0.77 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 5.137 0.627 5.379 0.693 ;
    RECT 5.137 0.693 5.203 0.869 ;
    RECT 1.617 0.748 1.683 0.825 ;
    RECT 1.617 0.825 3.091 0.891 ;
    RECT 3.465 0.825 3.597 0.869 ;
    RECT 3.465 0.869 4.059 0.891 ;
    RECT 4.653 0.869 5.203 0.935 ;
    RECT 3.025 0.891 3.091 0.99 ;
    RECT 3.531 0.891 4.059 0.935 ;
    RECT 3.718 1.001 4.367 1.067 ;
    RECT 4.862 1.001 5.511 1.067 ;
  END
END LDL_ADDHCSCOB_4
#
# 
MACRO LDL_ADDH_0P5 FOREIGN C0A07BLDL_ADDH_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.041866 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
      RECT 1.837 0.858 1.947 0.99 ;
      RECT 1.837 0.198 1.947 0.33 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.858 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 0.759 0.737 ;
      RECT 0.693 0.561 0.759 0.671 ;
      RECT 0.693 0.495 0.858 0.561 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 0.825 ;
      RECT 0.143 0.825 0.891 0.891 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.462 1.111 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.683 0.165 ;
    RECT 0.077 0.132 0.143 0.396 ;
    RECT 0.429 0.132 0.495 0.396 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.617 0.165 1.683 0.495 ;
    RECT 0.803 0.231 1.419 0.297 ;
    RECT 0.803 0.297 0.869 0.363 ;
    RECT 1.353 0.297 1.419 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.077 0.396 0.495 0.462 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 1.617 0.495 1.782 0.561 ;
    RECT 1.617 0.561 1.683 1.023 ;
    RECT 0.979 0.759 1.419 0.825 ;
    RECT 0.979 0.825 1.045 0.902 ;
    RECT 0.396 0.979 0.528 1.023 ;
    RECT 0.396 1.023 1.683 1.045 ;
    RECT 0.462 1.045 1.683 1.089 ;
  END
END LDL_ADDH_0P5
#
# 
MACRO LDL_ADDH_1 FOREIGN C0A07BLDL_ADDH_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.727 0.198 1.815 0.858 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.759 0.66 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.429 0.517 0.495 0.66 ;
      RECT 0.33 0.451 0.495 0.517 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.275 1.441 0.781 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.594 0.231 1.023 ;
      RECT 0.143 1.023 1.166 1.089 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.11 1.617 0.176 ;
    RECT 0.605 0.176 0.671 0.242 ;
    RECT 1.551 0.176 1.617 0.891 ;
    RECT 0.077 0.198 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.803 0.286 1.287 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.221 0.352 1.287 0.759 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.561 ;
    RECT 0.924 0.759 1.287 0.825 ;
    RECT 0.396 0.891 1.617 0.957 ;
  END
END LDL_ADDH_1
#
# 
MACRO LDL_ADDH_2 FOREIGN C0A07BLDL_ADDH_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.881 0.924 2.013 0.99 ;
      RECT 1.947 0.99 2.013 1.056 ;
      RECT 1.881 0.198 2.013 0.264 ;
      RECT 1.947 0.132 2.013 0.198 ;
    END
  END S
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.683 0.693 ;
      RECT 1.463 0.693 1.683 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 1.463 0.33 1.683 0.396 ;
      RECT 1.463 0.264 1.529 0.33 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.594 0.759 0.693 ;
      RECT 0.693 0.506 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.506 ;
      RECT 0.352 0.451 0.495 0.517 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.825 ;
      RECT 0.297 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.825 0.66 1.155 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.165 0.693 0.363 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.099 1.815 0.165 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.649 0.165 0.715 0.264 ;
    RECT 1.749 0.165 1.815 1.023 ;
    RECT 0.418 0.198 0.517 0.264 ;
    RECT 0.418 0.264 0.484 0.275 ;
    RECT 0.055 0.275 0.484 0.341 ;
    RECT 0.803 0.286 1.397 0.352 ;
    RECT 0.803 0.352 0.869 0.363 ;
    RECT 1.331 0.352 1.397 0.495 ;
    RECT 0.561 0.363 0.869 0.429 ;
    RECT 0.561 0.429 0.627 0.594 ;
    RECT 1.331 0.495 1.518 0.561 ;
    RECT 1.331 0.561 1.397 0.792 ;
    RECT 0.979 0.792 1.397 0.858 ;
    RECT 0.979 0.858 1.045 0.924 ;
    RECT 0.44 0.957 0.704 1.023 ;
    RECT 0.638 1.023 1.815 1.089 ;
  END
END LDL_ADDH_2
#
# 
MACRO LDL_ADDH_3 FOREIGN C0A07BLDL_ADDH_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.145 0.693 2.607 0.759 ;
      RECT 2.519 0.759 2.607 0.858 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 2.112 0.297 2.563 0.363 ;
      RECT 2.497 0.198 2.563 0.297 ;
    END
  END S
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.847 ;
      RECT 0.165 0.847 0.891 0.913 ;
      RECT 0.825 0.693 0.891 0.847 ;
      RECT 0.825 0.627 1.111 0.693 ;
      RECT 1.045 0.55 1.111 0.627 ;
    END
  END B
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.408 0.693 1.892 0.759 ;
      RECT 1.408 0.297 1.859 0.363 ;
      RECT 1.793 0.132 1.859 0.297 ;
    END
  END CO
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.715 ;
      RECT 0.297 0.715 0.759 0.781 ;
      RECT 0.693 0.561 0.759 0.715 ;
      RECT 0.693 0.495 0.946 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.858 2.387 1.155 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.099 1.111 0.165 ;
    RECT 1.045 0.165 1.111 0.231 ;
    RECT 0.627 0.165 0.693 0.264 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 1.045 0.231 1.188 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.046 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.264 0.847 0.363 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.363 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 0.561 0.429 0.627 0.583 ;
    RECT 1.221 0.495 1.628 0.561 ;
    RECT 1.947 0.495 2.31 0.561 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 2.013 0.561 2.079 0.847 ;
    RECT 0.517 0.583 0.627 0.649 ;
    RECT 0.957 0.759 1.287 0.825 ;
    RECT 0.957 0.825 1.023 0.924 ;
    RECT 1.452 0.847 2.079 0.913 ;
    RECT 1.452 0.913 1.518 1.023 ;
    RECT 0.418 0.979 0.572 1.023 ;
    RECT 0.418 1.023 1.518 1.045 ;
    RECT 0.506 1.045 1.518 1.089 ;
  END
END LDL_ADDH_3
#
# 
MACRO LDL_ADDH_4 FOREIGN C0A07BLDL_ADDH_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      RECT 1.221 0.033 1.287 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 2.09 0.726 2.64 0.858 ;
      RECT 2.123 0.297 2.574 0.363 ;
      RECT 2.123 0.198 2.189 0.297 ;
    END
  END S
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.803 ;
      RECT 0.297 0.803 0.759 0.869 ;
      RECT 0.693 0.462 0.759 0.803 ;
    END
  END A
  PIN CO
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.837 0.693 ;
      RECT 1.386 0.693 1.837 0.759 ;
      RECT 1.386 0.297 1.837 0.363 ;
    END
  END CO
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 0.165 0.462 0.231 0.858 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.188 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.023 0.231 ;
    RECT 0.077 0.22 0.143 0.286 ;
    RECT 0.429 0.22 0.495 0.286 ;
    RECT 0.957 0.231 1.023 0.462 ;
    RECT 0.077 0.286 0.495 0.352 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 1.947 0.33 2.013 0.495 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.825 0.363 0.891 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.046 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 1.221 0.462 1.331 0.594 ;
    RECT 1.914 0.495 2.222 0.561 ;
    RECT 1.914 0.561 1.98 0.825 ;
    RECT 1.221 0.594 1.287 0.825 ;
    RECT 0.825 0.825 1.287 0.891 ;
    RECT 1.353 0.825 1.98 0.891 ;
    RECT 1.353 0.891 1.419 1.001 ;
    RECT 0.396 0.957 0.627 1.001 ;
    RECT 0.396 1.001 1.419 1.023 ;
    RECT 0.561 1.023 1.419 1.067 ;
  END
END LDL_ADDH_4
#
# 
MACRO LDL_AN2_0P5 FOREIGN C0A07BLDL_AN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.473 0.033 0.539 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.297 0.451 0.407 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.286 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.649 0.154 0.759 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.198 0.231 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 0.517 0.462 0.583 0.869 ;
    RECT 0.033 0.869 0.583 0.935 ;
  END
END LDL_AN2_0P5
#
# 
MACRO LDL_AN2_1 FOREIGN C0A07BLDL_AN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDL_AN2_1
#
# 
MACRO LDL_AN2_10 FOREIGN C0A07BLDL_AN2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.136488 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.958 0.726 3.564 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 1.958 0.319 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.001 0.209 ;
    RECT 1.639 0.198 1.705 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.275 1.705 0.341 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 1.683 0.495 2.948 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 0.374 0.825 1.749 0.891 ;
  END
END LDL_AN2_10
#
# 
MACRO LDL_AN2_12 FOREIGN C0A07BLDL_AN2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.87 0.594 ;
      RECT 1.309 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.924 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 4.488 0.858 ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.143 2.277 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.133 0.209 1.199 0.275 ;
    RECT 2.211 0.209 2.277 0.286 ;
    RECT 1.298 0.275 2.134 0.341 ;
    RECT 0.055 0.275 1.199 0.341 ;
    RECT 2.068 0.341 2.134 0.495 ;
    RECT 2.068 0.495 3.762 0.561 ;
    RECT 2.068 0.561 2.134 0.825 ;
    RECT 0.374 0.825 2.134 0.891 ;
  END
END LDL_AN2_12
#
# 
MACRO LDL_AN2_16 FOREIGN C0A07BLDL_AN2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.211024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.726 5.94 0.858 ;
      RECT 4.763 0.341 4.851 0.726 ;
      RECT 3.278 0.275 5.874 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.045 5.632 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.214 1.045 5.28 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.862 1.045 4.928 1.155 ;
      RECT 4.862 0.979 4.994 1.045 ;
      RECT 4.51 1.045 4.576 1.155 ;
      RECT 4.51 0.979 4.642 1.045 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.158 0.979 4.29 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.806 0.979 3.938 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.454 0.979 3.586 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 1.485 0.187 3.014 0.253 ;
    RECT 1.485 0.253 1.551 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.65 0.319 2.871 0.385 ;
    RECT 2.805 0.385 2.871 0.484 ;
    RECT 2.805 0.484 4.664 0.572 ;
    RECT 2.805 0.572 2.871 0.847 ;
    RECT 0.374 0.847 2.871 0.913 ;
  END
END LDL_AN2_16
#
# 
MACRO LDL_AN2_2 FOREIGN C0A07BLDL_AN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDL_AN2_2
#
# 
MACRO LDL_AN2_2RE FOREIGN C0A07BLDL_AN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.429 0.561 0.495 0.594 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.506 0.209 ;
    RECT 0.44 0.209 0.506 0.275 ;
    RECT 0.44 0.275 0.627 0.341 ;
    RECT 0.561 0.341 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.825 ;
    RECT 0.231 0.792 0.297 0.825 ;
    RECT 0.231 0.825 0.627 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
  END
END LDL_AN2_2RE
#
# 
MACRO LDL_AN2_3 FOREIGN C0A07BLDL_AN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.902 0.726 1.452 0.858 ;
      RECT 0.902 0.319 1.419 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.572 0.275 0.704 0.341 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.638 0.341 0.704 0.407 ;
    RECT 0.638 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.495 ;
    RECT 0.737 0.495 1.254 0.561 ;
    RECT 0.737 0.561 0.803 0.825 ;
    RECT 0.231 0.825 0.803 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDL_AN2_3
#
# 
MACRO LDL_AN2_4 FOREIGN C0A07BLDL_AN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDL_AN2_4
#
# 
MACRO LDL_AN2_4RE FOREIGN C0A07BLDL_AN2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.792 0.561 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 1.419 0.319 2.343 0.385 ;
      RECT 1.419 0.385 1.551 0.429 ;
      RECT 1.419 0.154 1.485 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.946 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 0.715 0.132 0.781 0.33 ;
    RECT 0.429 0.33 1.155 0.396 ;
    RECT 1.089 0.396 1.155 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.089 0.495 2.211 0.528 ;
    RECT 1.089 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.089 0.561 1.155 0.759 ;
    RECT 0.231 0.759 1.155 0.825 ;
    RECT 0.891 0.825 0.957 0.99 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDL_AN2_4RE
#
# 
MACRO LDL_AN2_6 FOREIGN C0A07BLDL_AN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.155 0.033 1.221 0.286 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 2.156 0.858 ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.32 0.319 2.156 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.319 ;
    RECT 0.077 0.242 0.143 0.308 ;
    RECT 0.077 0.308 0.495 0.374 ;
    RECT 0.605 0.319 1.056 0.385 ;
    RECT 0.429 0.374 0.495 0.825 ;
    RECT 0.99 0.495 1.892 0.561 ;
    RECT 0.99 0.561 1.056 0.825 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDL_AN2_6
#
# 
MACRO LDL_AN2_8 FOREIGN C0A07BLDL_AN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDL_AN2_8
#
# 
MACRO LDL_AN2_S_1 FOREIGN C0A07BLDL_AN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.55 ;
      RECT 0.297 0.55 0.429 0.616 ;
      RECT 0.363 0.616 0.429 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.198 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.264 ;
    RECT 0.033 0.264 0.143 0.33 ;
    RECT 0.033 0.33 0.099 0.957 ;
    RECT 0.539 0.462 0.605 0.825 ;
    RECT 0.297 0.825 0.605 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.033 0.957 0.363 1.023 ;
  END
END LDL_AN2_S_1
#
# 
MACRO LDL_AN2_S_10 FOREIGN C0A07BLDL_AN2_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.18 0.033 4.246 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 2.882 0.726 4.488 0.858 ;
      RECT 2.882 0.297 4.422 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.255 0.594 ;
      RECT 1.584 0.594 2.255 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.594 1.32 0.726 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.191 1.023 4.257 1.155 ;
      RECT 4.114 0.957 4.257 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 4.499 0.99 4.565 1.155 ;
      RECT 4.466 0.924 4.565 0.99 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.363 0.924 0.429 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.44 0.528 2.607 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 2.607 0.528 4.62 0.66 ;
    RECT 0 0.66 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 2.651 0.231 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 2.585 0.231 2.651 0.33 ;
    RECT 1.661 0.297 2.497 0.363 ;
    RECT 0.385 0.297 1.551 0.363 ;
    RECT 1.661 0.363 1.727 0.462 ;
    RECT 2.409 0.363 2.497 0.484 ;
    RECT 2.409 0.484 3.828 0.572 ;
    RECT 2.409 0.572 2.497 0.825 ;
    RECT 0.528 0.825 2.497 0.891 ;
  END
END LDL_AN2_S_10
#
# 
MACRO LDL_AN2_S_12 FOREIGN C0A07BLDL_AN2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.528 0.165 0.66 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.726 ;
      RECT 3.564 0.726 5.544 0.858 ;
      RECT 3.586 0.297 5.478 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.047 0.594 ;
      RECT 2.112 0.594 3.047 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 1.716 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 5.555 0.99 5.621 1.155 ;
      RECT 5.522 0.924 5.621 0.99 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.895 1.023 4.961 1.155 ;
      RECT 4.818 0.957 4.961 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.385 0.946 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.44 0.528 3.311 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.311 0.528 5.676 0.66 ;
    RECT 0 0.66 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.837 0.165 3.355 0.231 ;
    RECT 0.385 0.22 0.451 0.297 ;
    RECT 1.837 0.231 1.903 0.297 ;
    RECT 3.289 0.231 3.355 0.33 ;
    RECT 2.013 0.297 3.201 0.363 ;
    RECT 0.385 0.297 1.903 0.363 ;
    RECT 2.013 0.363 2.079 0.462 ;
    RECT 3.113 0.363 3.201 0.484 ;
    RECT 3.113 0.484 4.928 0.572 ;
    RECT 3.113 0.572 3.201 0.825 ;
    RECT 0.572 0.825 3.201 0.891 ;
  END
END LDL_AN2_S_12
#
# 
MACRO LDL_AN2_S_16 FOREIGN C0A07BLDL_AN2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.716 0.165 1.848 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.364 0.165 1.496 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.374 6.171 0.726 ;
      RECT 4.07 0.726 6.732 0.858 ;
      RECT 4.07 0.286 6.666 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.443 0.594 ;
      RECT 2.376 0.594 3.443 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.594 1.584 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.743 0.99 6.809 1.155 ;
      RECT 6.71 0.924 6.809 0.99 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.379 1.023 5.445 1.155 ;
      RECT 5.302 0.957 5.445 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.44 0.528 3.795 0.66 ;
    RECT 0 0.528 0.44 0.66 ;
    RECT 3.795 0.528 6.864 0.66 ;
    RECT 0 0.66 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 3.476 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.055 0.297 1.991 0.363 ;
    RECT 2.101 0.297 3.685 0.363 ;
    RECT 2.101 0.363 2.167 0.462 ;
    RECT 3.597 0.363 3.685 0.484 ;
    RECT 3.597 0.484 5.973 0.572 ;
    RECT 3.597 0.572 3.685 0.825 ;
    RECT 0.198 0.825 3.685 0.891 ;
  END
END LDL_AN2_S_16
#
# 
MACRO LDL_AN2_S_2 FOREIGN C0A07BLDL_AN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.056 0.803 1.287 0.869 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.198 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.089 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDL_AN2_S_2
#
# 
MACRO LDL_AN2_S_3 FOREIGN C0A07BLDL_AN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.298 0.803 1.749 0.869 ;
      RECT 1.683 0.869 1.749 0.99 ;
      RECT 1.298 0.297 1.782 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.99 ;
      RECT 0.825 0.594 1.023 0.66 ;
      RECT 0.825 0.66 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 0.649 0.143 ;
    RECT 0.198 0.143 0.649 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.297 1.034 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.429 ;
    RECT 0.44 0.429 1.155 0.495 ;
    RECT 1.089 0.495 1.518 0.561 ;
    RECT 0.44 0.495 0.506 0.825 ;
    RECT 0.374 0.825 0.858 0.891 ;
  END
END LDL_AN2_S_3
#
# 
MACRO LDL_AN2_S_4 FOREIGN C0A07BLDL_AN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.682 ;
      RECT 0.891 0.682 1.023 0.748 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.561 ;
      RECT 1.089 0.561 1.551 0.627 ;
      RECT 1.485 0.33 1.551 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.218284 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 1.243 0.825 2.178 0.891 ;
      RECT 1.243 0.891 1.309 1.056 ;
      RECT 1.65 0.297 2.178 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.572 0.517 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.682 0.528 1.65 0.594 ;
    RECT 0 0.528 0.682 0.594 ;
    RECT 1.65 0.528 2.376 0.594 ;
    RECT 0 0.594 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 0.055 0.143 0.913 0.165 ;
    RECT 0.374 0.165 0.913 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.847 0.209 0.913 0.297 ;
    RECT 0.847 0.297 1.342 0.363 ;
    RECT 0.198 0.297 0.77 0.363 ;
    RECT 1.276 0.363 1.342 0.44 ;
    RECT 0.704 0.363 0.77 0.825 ;
    RECT 1.617 0.495 1.914 0.561 ;
    RECT 1.617 0.561 1.683 0.693 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.111 0.759 1.177 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
  END
END LDL_AN2_S_4
#
# 
MACRO LDL_AN2_S_6 FOREIGN C0A07BLDL_AN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.112 0.726 3.036 0.858 ;
      RECT 2.134 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.452 0.594 1.848 0.726 ;
      RECT 1.749 0.726 1.815 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.924 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.99 3.113 1.155 ;
      RECT 3.014 0.924 3.113 0.99 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0.858 0.528 1.859 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.859 0.528 3.168 0.638 ;
    RECT 0 0.638 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 1.023 0.165 1.892 0.231 ;
    RECT 0.297 0.198 0.363 0.297 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 0.297 0.297 1.089 0.363 ;
    RECT 1.221 0.297 2.035 0.363 ;
    RECT 1.969 0.363 2.035 0.495 ;
    RECT 1.221 0.363 1.287 0.825 ;
    RECT 1.969 0.495 2.706 0.561 ;
    RECT 0.44 0.825 1.661 0.891 ;
    RECT 1.595 0.891 1.661 1.023 ;
  END
END LDL_AN2_S_6
#
# 
MACRO LDL_AN2_S_8 FOREIGN C0A07BLDL_AN2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.264 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.402688 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.486 0.297 3.707 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.649 ;
      RECT 1.353 0.649 1.947 0.715 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.649 1.144 0.715 ;
      RECT 0.165 0.33 0.231 0.649 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 2.178 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 2.178 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.123 0.198 2.189 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.44 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.189 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
    RECT 2.123 0.363 2.189 0.495 ;
    RECT 2.123 0.495 3.234 0.561 ;
    RECT 2.123 0.561 2.189 0.781 ;
    RECT 0.253 0.781 2.189 0.847 ;
    RECT 0.671 0.847 0.737 0.924 ;
    RECT 1.023 0.847 1.089 0.924 ;
    RECT 1.375 0.847 1.441 0.924 ;
    RECT 1.727 0.847 1.793 0.924 ;
    RECT 0.253 0.847 0.319 0.99 ;
    RECT 2.123 0.847 2.189 0.99 ;
  END
END LDL_AN2_S_8
#
# 
MACRO LDL_AN3B_1 FOREIGN C0A07BLDL_AN3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.198 ;
      RECT 0.77 0.198 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.33 ;
      RECT 0.264 0.143 0.495 0.209 ;
      RECT 0.297 0.209 0.363 0.33 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.627 0.33 0.891 0.396 ;
      RECT 0.627 0.264 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.286 0.143 0.451 ;
    RECT 0.033 0.451 0.099 0.726 ;
    RECT 0.66 0.462 0.759 0.528 ;
    RECT 0.693 0.528 0.759 0.792 ;
    RECT 0.033 0.726 0.198 0.792 ;
    RECT 0.132 0.792 0.297 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.132 0.847 0.759 0.858 ;
    RECT 0.231 0.858 0.693 0.913 ;
    RECT 0.231 0.913 0.297 1.034 ;
  END
END LDL_AN3B_1
#
# 
MACRO LDL_AN3B_2 FOREIGN C0A07BLDL_AN3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.198 ;
      RECT 1.276 0.198 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.748 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.418 1.287 0.693 ;
      RECT 1.122 0.693 1.287 0.759 ;
      RECT 1.089 0.33 1.287 0.418 ;
      RECT 1.089 0.264 1.155 0.33 ;
      RECT 0.627 0.198 1.155 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.517 0.33 ;
    RECT 0.055 0.33 1.023 0.341 ;
    RECT 0.451 0.341 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.528 0.396 0.594 0.726 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.429 0.726 0.594 0.792 ;
    RECT 0.429 0.792 0.495 0.847 ;
    RECT 0.231 0.847 0.495 0.913 ;
    RECT 0.627 0.869 1.397 0.935 ;
    RECT 0.231 0.913 0.297 1.012 ;
    RECT 0.627 0.935 0.693 1.034 ;
    RECT 1.331 0.935 1.397 1.034 ;
  END
END LDL_AN3B_2
#
# 
MACRO LDL_AN3B_3 FOREIGN C0A07BLDL_AN3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.671 ;
      RECT 0.935 0.671 1.551 0.737 ;
      RECT 0.935 0.737 1.023 0.858 ;
      RECT 1.089 0.319 1.914 0.385 ;
      RECT 1.089 0.198 1.177 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.847 0.165 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.572 0.253 0.704 0.319 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.638 0.319 0.704 0.363 ;
    RECT 0.638 0.363 0.858 0.429 ;
    RECT 0.792 0.429 0.858 0.495 ;
    RECT 0.792 0.495 1.364 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.231 0.825 0.858 0.891 ;
    RECT 1.111 0.847 1.914 0.913 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.111 0.913 1.177 1.034 ;
  END
END LDL_AN3B_3
#
# 
MACRO LDL_AN3B_4 FOREIGN C0A07BLDL_AN3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.385 1.551 0.693 ;
      RECT 1.089 0.693 1.551 0.759 ;
      RECT 1.089 0.759 1.155 0.858 ;
      RECT 1.1 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 0.759 0.198 0.858 0.264 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.583 0.33 0.891 0.396 ;
    RECT 0.825 0.396 0.891 0.495 ;
    RECT 0.825 0.495 1.331 0.561 ;
    RECT 0.825 0.561 0.891 0.825 ;
    RECT 0.231 0.825 0.891 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 2.365 0.891 2.431 0.99 ;
    RECT 0.957 0.902 1.023 0.979 ;
    RECT 0.957 0.979 1.375 1.045 ;
  END
END LDL_AN3B_4
#
# 
MACRO LDL_AN3B_8 FOREIGN C0A07BLDL_AN3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.825 ;
      RECT 1.804 0.825 2.959 0.891 ;
      RECT 2.871 0.682 2.959 0.825 ;
      RECT 1.837 0.319 4.4 0.385 ;
      RECT 1.837 0.242 1.903 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.235 0.594 ;
      RECT 4.125 0.594 4.235 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 3.916 0.979 4.048 1.045 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.268 0.979 4.4 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 1.727 0.231 ;
    RECT 1.661 0.231 1.727 0.495 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 1.485 0.495 2.442 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.198 0.825 1.551 0.891 ;
    RECT 3.047 0.847 4.543 0.913 ;
    RECT 3.047 0.913 3.135 0.957 ;
    RECT 4.477 0.913 4.543 0.99 ;
    RECT 1.661 0.924 1.727 0.957 ;
    RECT 1.661 0.957 3.135 1.023 ;
    RECT 1.661 1.023 1.727 1.056 ;
  END
END LDL_AN3B_8
#
# 
MACRO LDL_AN3_0P5 FOREIGN C0A07BLDL_AN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.682 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDL_AN3_0P5
#
# 
MACRO LDL_AN3_1 FOREIGN C0A07BLDL_AN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.583 0.176 0.682 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.627 0.55 ;
      RECT 0.561 0.55 0.627 0.726 ;
      RECT 0.429 0.55 0.495 0.627 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.55 ;
      RECT 0.165 0.55 0.231 0.649 ;
      RECT 0.033 0.55 0.099 0.649 ;
      RECT 0.165 0.319 0.231 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.319 0.363 0.682 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.132 0.891 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.946 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.33 ;
    RECT 0.429 0.33 0.759 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.627 0.792 0.759 0.847 ;
    RECT 0.407 0.847 0.759 0.858 ;
    RECT 0.055 0.847 0.121 1.056 ;
    RECT 0.407 0.858 0.693 0.913 ;
    RECT 0.407 0.913 0.473 1.056 ;
  END
END LDL_AN3_1
#
# 
MACRO LDL_AN3_2 FOREIGN C0A07BLDL_AN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 0.957 0.66 1.155 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.418 1.683 0.825 ;
      RECT 1.496 0.825 1.683 0.891 ;
      RECT 1.496 0.33 1.683 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.176 1.023 0.242 1.155 ;
      RECT 0.176 0.957 0.308 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.298 0.979 1.43 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 1.133 0.176 1.199 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 0.55 0.275 1.199 0.341 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 0.297 0.341 0.363 0.825 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.825 ;
    RECT 0.297 0.825 1.287 0.891 ;
  END
END LDL_AN3_2
#
# 
MACRO LDL_AN3_3 FOREIGN C0A07BLDL_AN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.033 1.353 0.264 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 1.474 0.825 1.947 0.891 ;
      RECT 1.859 0.891 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.154 1.947 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.198 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.759 0.198 0.902 0.264 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.319 0.495 0.385 ;
    RECT 0.583 0.33 1.177 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 1.287 0.495 1.65 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
  END
END LDL_AN3_3
#
# 
MACRO LDL_AN3_4 FOREIGN C0A07BLDL_AN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.803 ;
      RECT 1.826 0.803 2.31 0.869 ;
      RECT 1.826 0.275 2.277 0.341 ;
      RECT 2.211 0.154 2.277 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 1.54 0.495 2.046 0.561 ;
    RECT 1.54 0.561 1.606 0.825 ;
    RECT 0.231 0.825 1.606 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDL_AN3_4
#
# 
MACRO LDL_AN3_8 FOREIGN C0A07BLDL_AN3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.695 0.033 2.761 0.242 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.726 ;
      RECT 2.772 0.726 4.092 0.858 ;
      RECT 2.838 0.297 4.026 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.99 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 4.103 0.99 4.169 1.155 ;
      RECT 4.07 0.924 4.169 0.99 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.738 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 2.519 0.495 3.564 0.561 ;
    RECT 2.519 0.561 2.585 0.825 ;
    RECT 0.407 0.825 2.585 0.891 ;
    RECT 0.407 0.891 0.473 0.968 ;
  END
END LDL_AN3_8
#
# 
MACRO LDL_AN3_S_1 FOREIGN C0A07BLDL_AN3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.627 ;
      RECT 0.297 0.627 0.44 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.429 0.396 0.627 0.462 ;
      RECT 0.561 0.33 0.627 0.396 ;
      RECT 0.429 0.198 0.495 0.396 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.924 ;
      RECT 0.781 0.924 0.891 1.056 ;
      RECT 0.781 0.198 0.891 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.693 0.462 0.759 0.759 ;
    RECT 0.033 0.759 0.759 0.825 ;
    RECT 0.033 0.825 0.121 1.056 ;
    RECT 0.407 0.825 0.473 1.056 ;
  END
END LDL_AN3_S_1
#
# 
MACRO LDL_AN3_S_2 FOREIGN C0A07BLDL_AN3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.803 ;
      RECT 1.485 0.803 1.683 0.869 ;
      RECT 1.485 0.297 1.683 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.044 0.231 0.11 0.264 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 0.297 0.957 1.287 1.023 ;
  END
END LDL_AN3_S_2
#
# 
MACRO LDL_AN3_S_3 FOREIGN C0A07BLDL_AN3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.803 ;
      RECT 1.804 0.803 2.343 0.869 ;
      RECT 2.277 0.869 2.343 0.99 ;
      RECT 1.804 0.297 2.343 0.363 ;
      RECT 2.277 0.198 2.343 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.484 0.979 0.616 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.012 0.979 1.144 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.044 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.847 ;
    RECT 1.617 0.495 2.046 0.561 ;
    RECT 1.617 0.561 1.683 0.847 ;
    RECT 0.22 0.847 1.683 0.913 ;
  END
END LDL_AN3_S_3
#
# 
MACRO LDL_AN3_S_4 FOREIGN C0A07BLDL_AN3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.803 ;
      RECT 2.486 0.803 2.97 0.869 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.266 0.363 ;
    RECT 0.198 0.319 0.803 0.385 ;
    RECT 0.737 0.385 0.803 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.55 0.825 1.001 0.891 ;
    RECT 2.068 0.825 2.387 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.068 0.891 2.134 0.957 ;
    RECT 0.935 0.957 2.134 1.023 ;
  END
END LDL_AN3_S_4
#
# 
MACRO LDL_AN3_S_8 FOREIGN C0A07BLDL_AN3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.638 ;
      RECT 2.673 0.638 3.267 0.726 ;
      RECT 3.069 0.462 3.135 0.638 ;
      RECT 2.805 0.462 2.871 0.638 ;
      RECT 2.937 0.462 3.003 0.638 ;
      RECT 2.673 0.462 2.739 0.638 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.696 0.726 5.016 0.858 ;
      RECT 3.762 0.297 4.95 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.297 0.638 0.891 0.726 ;
      RECT 0.825 0.462 0.891 0.638 ;
      RECT 0.693 0.462 0.759 0.638 ;
      RECT 0.561 0.462 0.627 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.638 ;
      RECT 1.485 0.638 2.211 0.726 ;
      RECT 2.145 0.462 2.211 0.638 ;
      RECT 2.013 0.462 2.079 0.638 ;
      RECT 1.881 0.462 1.947 0.638 ;
      RECT 1.617 0.462 1.683 0.638 ;
      RECT 1.749 0.462 1.815 0.638 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      RECT 1.694 1.045 1.76 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.342 1.045 1.408 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 5.027 0.99 5.093 1.155 ;
      RECT 4.994 0.924 5.093 0.99 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.33 0.528 3.454 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.454 0.528 5.148 0.682 ;
    RECT 0 0.682 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.398 0.231 ;
    RECT 1.342 0.297 3.542 0.363 ;
    RECT 0.242 0.297 1.188 0.363 ;
    RECT 1.122 0.363 1.188 0.847 ;
    RECT 3.476 0.495 4.686 0.561 ;
    RECT 3.476 0.561 3.542 0.847 ;
    RECT 0.462 0.847 3.542 0.913 ;
  END
END LDL_AN3_S_8
#
# 
MACRO LDL_AN4B_1 FOREIGN C0A07BLDL_AN4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.627 0.033 0.693 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.836 0.561 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 0.836 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.825 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDL_AN4B_1
#
# 
MACRO LDL_AN4B_2 FOREIGN C0A07BLDL_AN4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.353 0.033 1.419 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.671 ;
      RECT 1.518 0.671 1.815 0.737 ;
      RECT 1.518 0.297 2.002 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.88 0.209 ;
    RECT 1.155 0.198 1.221 0.275 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.572 0.275 1.221 0.341 ;
    RECT 0.22 0.275 0.429 0.341 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 1.221 0.495 1.65 0.561 ;
    RECT 1.221 0.561 1.287 0.957 ;
    RECT 1.375 0.825 2.178 0.891 ;
    RECT 1.375 0.891 1.441 0.968 ;
    RECT 0.22 0.957 1.287 1.023 ;
  END
END LDL_AN4B_2
#
# 
MACRO LDL_AN4B_3 FOREIGN C0A07BLDL_AN4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.66 ;
      RECT 1.98 0.66 2.079 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.803 ;
      RECT 1.276 0.803 1.815 0.869 ;
      RECT 1.452 0.319 2.288 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.616 0.099 0.858 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.165 0.616 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.55 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.013 1.012 2.079 1.155 ;
      RECT 2.013 0.946 2.112 1.012 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.88 0.231 ;
    RECT 0.572 0.319 1.232 0.385 ;
    RECT 0.22 0.319 0.363 0.385 ;
    RECT 0.297 0.385 0.363 0.825 ;
    RECT 1.111 0.495 1.65 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 1.881 0.792 2.255 0.858 ;
    RECT 0.22 0.825 1.177 0.891 ;
    RECT 2.189 0.858 2.255 0.924 ;
    RECT 1.881 0.858 1.947 0.957 ;
    RECT 1.452 0.957 1.947 1.023 ;
  END
END LDL_AN4B_3
#
# 
MACRO LDL_AN4B_4 FOREIGN C0A07BLDL_AN4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.276848 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 1.848 0.803 2.343 0.869 ;
      RECT 1.848 0.297 3.058 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 1.056 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.297 1.584 0.363 ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.583 0.363 0.649 0.825 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.396 0.825 1.716 0.891 ;
    RECT 2.431 0.825 3.234 0.891 ;
    RECT 2.431 0.891 2.497 0.957 ;
    RECT 1.672 0.957 2.497 1.023 ;
  END
END LDL_AN4B_4
#
# 
MACRO LDL_AN4B_6 FOREIGN C0A07BLDL_AN4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.508 0.726 3.366 0.858 ;
      RECT 3.256 0.693 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.671 ;
      RECT 3.674 0.671 3.795 0.737 ;
      RECT 3.696 0.462 4.224 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.619 1.012 3.685 1.155 ;
      RECT 3.619 0.946 3.718 1.012 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.562 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.902 0.297 2.31 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.726 0.385 0.792 0.825 ;
    RECT 2.2 0.495 2.948 0.561 ;
    RECT 2.2 0.561 2.266 0.825 ;
    RECT 4.499 0.726 4.565 0.803 ;
    RECT 3.432 0.803 4.565 0.869 ;
    RECT 0.374 0.825 2.266 0.891 ;
    RECT 3.432 0.869 3.52 0.957 ;
    RECT 2.354 0.957 3.52 1.023 ;
  END
END LDL_AN4B_6
#
# 
MACRO LDL_AN4B_8 FOREIGN C0A07BLDL_AN4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.148 0.033 5.214 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.796 0.165 4.928 0.231 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.444 0.165 4.576 0.231 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.649 ;
      RECT 3.861 0.649 4.026 0.715 ;
      RECT 3.861 0.715 3.971 0.726 ;
      RECT 2.772 0.726 3.971 0.858 ;
      RECT 2.838 0.319 5.456 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.704 0.594 ;
      RECT 0.253 0.594 0.363 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.716 0.594 ;
      RECT 1.177 0.594 1.287 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.118096 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.519 0.594 ;
      RECT 2.409 0.594 2.519 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.477 0.462 5.28 0.594 ;
      RECT 4.477 0.594 4.587 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 4.972 0.957 5.104 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.738 0.231 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.078 0.297 2.618 0.363 ;
    RECT 0.055 0.319 0.935 0.385 ;
    RECT 0.869 0.385 0.935 0.825 ;
    RECT 2.585 0.495 3.652 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.55 0.825 2.651 0.891 ;
    RECT 4.103 0.825 5.599 0.891 ;
    RECT 4.103 0.891 4.169 0.957 ;
    RECT 5.533 0.891 5.599 0.968 ;
    RECT 2.662 0.957 4.169 1.023 ;
  END
END LDL_AN4B_8
#
# 
MACRO LDL_AN4_1 FOREIGN C0A07BLDL_AN4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.033 0.891 0.308 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.638 ;
      RECT 0.033 0.638 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.638 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.748 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.253 1.155 0.825 ;
      RECT 0.99 0.825 1.155 0.891 ;
      RECT 0.99 0.187 1.155 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.847 ;
    RECT 0.825 0.462 0.968 0.594 ;
    RECT 0.825 0.594 0.891 0.847 ;
    RECT 0.231 0.847 0.891 0.913 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 0.627 0.913 0.693 0.99 ;
  END
END LDL_AN4_1
#
# 
MACRO LDL_AN4_2 FOREIGN C0A07BLDL_AN4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.771 0.033 1.837 0.264 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.408 0.143 1.54 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.803 ;
      RECT 1.914 0.803 2.079 0.869 ;
      RECT 1.914 0.319 2.079 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.792 ;
      RECT 0.693 0.792 0.891 0.858 ;
      RECT 0.825 0.594 0.891 0.792 ;
      RECT 0.561 0.495 0.759 0.561 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.561 1.155 0.792 ;
      RECT 1.089 0.792 1.287 0.858 ;
      RECT 1.221 0.594 1.287 0.792 ;
      RECT 1.012 0.495 1.155 0.561 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.099 0.825 0.143 ;
    RECT 0.913 0.099 1.331 0.165 ;
    RECT 0.055 0.143 0.825 0.165 ;
    RECT 0.055 0.165 0.506 0.209 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.913 0.165 0.979 0.264 ;
    RECT 1.265 0.165 1.331 0.308 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.617 0.242 1.683 0.308 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 1.089 0.264 1.155 0.363 ;
    RECT 0.198 0.297 0.407 0.363 ;
    RECT 1.265 0.308 1.683 0.374 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.341 0.363 0.407 0.957 ;
    RECT 1.65 0.495 1.914 0.561 ;
    RECT 1.65 0.561 1.716 0.957 ;
    RECT 0.341 0.957 1.716 1.023 ;
  END
END LDL_AN4_2
#
# 
MACRO LDL_AN4_3 FOREIGN C0A07BLDL_AN4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.672 0.143 1.804 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168916 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.803 ;
      RECT 2.068 0.803 2.607 0.869 ;
      RECT 2.244 0.297 2.739 0.363 ;
      RECT 2.651 0.198 2.739 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.892 0.638 ;
    RECT 0 0.528 0.418 0.638 ;
    RECT 1.892 0.528 2.772 0.638 ;
    RECT 0 0.638 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.045 0.209 ;
    RECT 1.133 0.143 1.573 0.209 ;
    RECT 0.979 0.209 1.045 0.286 ;
    RECT 1.507 0.209 1.573 0.275 ;
    RECT 1.133 0.209 1.199 0.286 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 1.507 0.275 1.98 0.341 ;
    RECT 0.055 0.275 0.528 0.363 ;
    RECT 0.77 0.319 0.902 0.385 ;
    RECT 0.462 0.363 0.528 0.825 ;
    RECT 0.836 0.385 1.408 0.451 ;
    RECT 1.881 0.495 2.442 0.561 ;
    RECT 1.881 0.561 1.947 0.825 ;
    RECT 0.374 0.825 1.947 0.891 ;
  END
END LDL_AN4_3
#
# 
MACRO LDL_AN4_4 FOREIGN C0A07BLDL_AN4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.385 2.739 0.803 ;
      RECT 2.354 0.803 2.838 0.869 ;
      RECT 2.354 0.319 2.838 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.034 0.209 ;
    RECT 1.254 0.165 1.705 0.231 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 1.639 0.231 1.705 0.297 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 1.639 0.297 2.09 0.363 ;
    RECT 0.407 0.352 0.473 0.825 ;
    RECT 1.496 0.363 1.562 0.396 ;
    RECT 2.046 0.495 2.574 0.561 ;
    RECT 2.046 0.561 2.112 0.825 ;
    RECT 0.407 0.825 2.112 0.891 ;
  END
END LDL_AN4_4
#
# 
MACRO LDL_AN4_6 FOREIGN C0A07BLDL_AN4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.682 ;
      RECT 2.541 0.682 2.871 0.748 ;
      RECT 2.805 0.462 2.871 0.682 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.682 ;
      RECT 1.221 0.682 1.551 0.748 ;
      RECT 1.221 0.462 1.287 0.682 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.682 ;
      RECT 1.881 0.682 2.211 0.748 ;
      RECT 2.145 0.462 2.211 0.682 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.682 ;
      RECT 0.297 0.682 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.682 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.224 0.858 ;
      RECT 3.993 0.385 4.059 0.726 ;
      RECT 3.322 0.319 4.158 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.232 0.979 1.364 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.836 0.979 0.968 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0.33 0.528 3.058 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.058 0.528 4.356 0.682 ;
    RECT 0 0.682 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.143 0.935 0.209 ;
    RECT 1.034 0.165 2.266 0.231 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.242 0.275 0.792 0.341 ;
    RECT 0.869 0.297 1.364 0.363 ;
    RECT 1.958 0.297 2.794 0.363 ;
    RECT 0.726 0.341 0.792 0.847 ;
    RECT 2.992 0.495 3.894 0.561 ;
    RECT 2.992 0.561 3.058 0.847 ;
    RECT 0.242 0.847 3.058 0.913 ;
  END
END LDL_AN4_6
#
# 
MACRO LDL_AN4_8 FOREIGN C0A07BLDL_AN4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.462 2.343 0.594 ;
      RECT 2.233 0.594 2.915 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.309 0.594 1.848 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.025 0.462 3.135 0.594 ;
      RECT 3.025 0.594 3.608 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.792 0.726 ;
      RECT 0.253 0.462 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.07 0.726 5.324 0.858 ;
      RECT 5.181 0.385 5.247 0.726 ;
      RECT 4.07 0.319 5.324 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 5.016 0.957 5.148 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.33 0.528 3.762 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 3.762 0.528 5.544 0.66 ;
    RECT 0 0.66 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 1.1 0.209 ;
    RECT 1.21 0.165 2.838 0.231 ;
    RECT 1.034 0.209 1.1 0.297 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 1.034 0.297 1.892 0.363 ;
    RECT 2.156 0.297 3.806 0.363 ;
    RECT 0.077 0.297 0.968 0.363 ;
    RECT 0.902 0.363 0.968 0.825 ;
    RECT 3.707 0.495 5.016 0.561 ;
    RECT 3.707 0.561 3.773 0.825 ;
    RECT 0.275 0.825 3.773 0.891 ;
    RECT 0.275 0.891 0.341 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
  END
END LDL_AN4_8
#
# 
MACRO LDL_AN4_S_1 FOREIGN C0A07BLDL_AN4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.638 ;
      RECT 0.429 0.638 0.572 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.594 ;
      RECT 0.121 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.418 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.286 1.155 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.759 0.198 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.693 0.198 0.759 0.297 ;
    RECT 0.693 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.462 ;
    RECT 0.869 0.462 0.979 0.594 ;
    RECT 0.869 0.594 0.935 0.825 ;
    RECT 0.231 0.825 0.935 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 0.649 0.891 0.715 1.056 ;
  END
END LDL_AN4_S_1
#
# 
MACRO LDL_AN4_S_2 FOREIGN C0A07BLDL_AN4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.726 ;
      RECT 2.013 0.726 2.123 0.858 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.572 ;
      RECT 0.825 0.572 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 1.804 0.957 1.936 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.902 0.528 1.43 0.814 ;
    RECT 0 0.528 0.902 0.814 ;
    RECT 1.43 0.528 2.376 0.814 ;
    RECT 0 0.814 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.495 0.198 ;
    RECT 0.594 0.165 1.122 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.209 1.287 0.297 ;
    RECT 0.429 0.297 0.924 0.363 ;
    RECT 1.221 0.297 1.738 0.363 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.055 0.825 1.947 0.891 ;
    RECT 1.188 0.891 1.254 0.979 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.429 0.891 0.495 1.056 ;
    RECT 0.803 0.891 0.869 1.056 ;
    RECT 1.639 0.891 1.705 1.056 ;
    RECT 1.188 0.979 1.32 1.045 ;
  END
END LDL_AN4_S_2
#
# 
MACRO LDL_AN4_S_3 FOREIGN C0A07BLDL_AN4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.671 ;
      RECT 2.673 0.737 2.739 0.858 ;
      RECT 2.398 0.671 2.739 0.737 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.881 0.693 2.079 0.759 ;
      RECT 2.013 0.462 2.079 0.693 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.221 0.693 1.474 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.814 0.528 2.574 0.726 ;
    RECT 0 0.528 0.814 0.726 ;
    RECT 2.574 0.528 2.904 0.726 ;
    RECT 0 0.726 2.904 1.221 ;
    LAYER M1L ;
    RECT 2.618 0.132 2.684 0.165 ;
    RECT 1.364 0.165 1.551 0.231 ;
    RECT 1.738 0.165 2.684 0.231 ;
    RECT 2.761 0.198 2.827 0.297 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.726 0.297 1.419 0.363 ;
    RECT 1.485 0.297 2.068 0.363 ;
    RECT 2.222 0.297 2.827 0.363 ;
    RECT 1.353 0.363 1.419 0.495 ;
    RECT 2.222 0.363 2.288 0.825 ;
    RECT 1.353 0.495 1.694 0.561 ;
    RECT 0.33 0.495 0.671 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.605 0.825 2.431 0.891 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 1.397 0.891 1.463 0.99 ;
    RECT 1.969 0.891 2.035 0.99 ;
    RECT 2.365 0.891 2.431 0.99 ;
  END
END LDL_AN4_S_3
#
# 
MACRO LDL_AN4_S_4 FOREIGN C0A07BLDL_AN4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.803 ;
      RECT 3.014 0.803 3.498 0.869 ;
      RECT 3.014 0.297 3.498 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.682 ;
      RECT 0.957 0.682 1.287 0.748 ;
      RECT 0.957 0.462 1.023 0.682 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.485 0.682 1.815 0.748 ;
      RECT 1.485 0.462 1.551 0.682 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.649 2.607 0.99 ;
      RECT 2.541 0.462 2.607 0.583 ;
      RECT 2.277 0.583 2.607 0.649 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.99 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.627 0.605 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 3.696 0.682 ;
    RECT 0 0.682 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 0.946 0.165 1.87 0.231 ;
    RECT 1.969 0.165 2.794 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.969 0.231 2.035 0.297 ;
    RECT 0.055 0.297 1.276 0.363 ;
    RECT 1.54 0.297 2.035 0.363 ;
    RECT 2.101 0.297 2.739 0.363 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 2.101 0.363 2.167 0.847 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 0.55 0.847 2.266 0.913 ;
  END
END LDL_AN4_S_4
#
# 
MACRO LDL_AN4_S_6 FOREIGN C0A07BLDL_AN4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.685 0.033 3.751 0.264 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.836 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.671 ;
      RECT 1.353 0.671 1.694 0.737 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.715 ;
      RECT 3.08 0.715 3.399 0.781 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 3.828 0.726 4.796 0.858 ;
      RECT 3.894 0.297 4.796 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.671 ;
      RECT 2.024 0.671 2.343 0.737 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.685 0.924 3.751 1.155 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.266 0.979 2.398 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.562 0.979 1.694 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0.352 0.528 3.63 0.682 ;
    RECT 2.706 0.682 3.63 0.748 ;
    RECT 0 0.528 0.352 0.682 ;
    RECT 0 0.682 2.706 0.748 ;
    RECT 3.63 0.528 5.016 0.748 ;
    RECT 0 0.748 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 0.22 0.165 1.87 0.231 ;
    RECT 2.09 0.165 2.607 0.231 ;
    RECT 0.077 0.198 0.143 0.297 ;
    RECT 2.541 0.231 2.607 0.297 ;
    RECT 1.166 0.297 2.475 0.363 ;
    RECT 2.541 0.297 3.498 0.363 ;
    RECT 0.077 0.297 1.001 0.363 ;
    RECT 2.409 0.363 2.475 0.429 ;
    RECT 0.935 0.363 1.001 0.847 ;
    RECT 2.409 0.429 2.794 0.495 ;
    RECT 3.509 0.495 4.378 0.561 ;
    RECT 3.509 0.561 3.575 0.847 ;
    RECT 0.517 0.847 3.575 0.913 ;
    RECT 0.517 0.913 0.583 0.99 ;
    RECT 1.419 0.913 1.485 0.99 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.047 0.913 3.113 0.99 ;
    RECT 3.421 0.913 3.487 0.99 ;
  END
END LDL_AN4_S_6
#
# 
MACRO LDL_AN4_S_8 FOREIGN C0A07BLDL_AN4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.693 ;
      RECT 3.278 0.693 3.795 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.693 ;
      RECT 2.409 0.693 2.926 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 4.488 0.726 5.698 0.858 ;
      RECT 4.51 0.297 5.698 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 4.026 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.026 0.528 5.94 0.726 ;
    RECT 0 0.726 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.288 0.165 4.29 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 2.97 0.363 ;
    RECT 3.19 0.297 4.125 0.363 ;
    RECT 1.375 0.363 1.441 0.44 ;
    RECT 4.059 0.363 4.125 0.495 ;
    RECT 4.059 0.495 5.346 0.561 ;
    RECT 4.059 0.561 4.125 0.847 ;
    RECT 0.253 0.847 4.125 0.913 ;
    RECT 0.253 0.913 0.319 1.012 ;
    RECT 2.123 0.913 2.189 1.012 ;
    RECT 4.059 0.913 4.125 1.012 ;
  END
END LDL_AN4_S_8
#
# 
MACRO LDL_AO211_1 FOREIGN C0A07BLDL_AO211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.034 0.033 1.1 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
      RECT 1.177 0.858 1.287 0.99 ;
      RECT 1.177 0.198 1.287 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.44 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.737 ;
      RECT 0.088 0.429 0.231 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.616 0.407 0.726 ;
      RECT 0.297 0.44 0.363 0.616 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.583 0.154 0.649 0.275 ;
    RECT 0.055 0.275 1.089 0.341 ;
    RECT 1.023 0.341 1.089 0.462 ;
    RECT 1.023 0.462 1.133 0.594 ;
    RECT 1.023 0.594 1.089 0.957 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.726 0.957 1.089 1.023 ;
  END
END LDL_AO211_1
#
# 
MACRO LDL_AO211_2 FOREIGN C0A07BLDL_AO211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.693 ;
      RECT 1.089 0.693 1.298 0.759 ;
      RECT 1.089 0.297 1.298 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.804 1.045 1.87 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.364 0.979 1.496 1.045 ;
      RECT 1.738 0.979 1.87 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.165 1.672 0.231 ;
    RECT 0.957 0.231 1.023 0.319 ;
    RECT 0.429 0.319 1.023 0.385 ;
    RECT 0.957 0.385 1.023 0.594 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 0.638 0.825 2.046 0.891 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 0.055 0.902 0.121 0.957 ;
    RECT 0.055 0.957 0.946 1.045 ;
  END
END LDL_AO211_2
#
# 
MACRO LDL_AO211_4 FOREIGN C0A07BLDL_AO211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.376 0.726 3.036 0.858 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.99 1.045 1.056 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 0.583 0.231 0.649 0.275 ;
    RECT 0.198 0.275 0.649 0.341 ;
    RECT 0.748 0.297 2.255 0.363 ;
    RECT 2.189 0.363 2.255 0.495 ;
    RECT 2.189 0.495 2.706 0.561 ;
    RECT 2.189 0.561 2.255 0.825 ;
    RECT 0.055 0.825 1.584 0.891 ;
    RECT 1.804 0.825 2.255 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 2.112 1.023 ;
  END
END LDL_AO211_4
#
# 
MACRO LDL_AO211_6 FOREIGN C0A07BLDL_AO211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.825 ;
      RECT 0.198 0.825 1.034 0.891 ;
      RECT 0.198 0.319 1.034 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.117128 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 3.982 0.979 4.114 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 3.608 0.143 4.081 0.209 ;
    RECT 4.015 0.209 4.081 0.297 ;
    RECT 1.287 0.297 3.916 0.363 ;
    RECT 4.015 0.297 4.466 0.363 ;
    RECT 1.287 0.363 1.353 0.495 ;
    RECT 0.462 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 2.332 0.825 4.961 0.891 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDL_AO211_6
#
# 
MACRO LDL_AO211_8 FOREIGN C0A07BLDL_AO211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 2.53 0.693 3.718 0.759 ;
      RECT 2.53 0.297 3.718 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.462 5.775 0.528 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.632 1.045 5.698 1.155 ;
      RECT 5.566 0.979 5.698 1.045 ;
      RECT 5.28 1.045 5.346 1.155 ;
      RECT 5.214 0.979 5.346 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.136 0.165 4.961 0.231 ;
    RECT 4.895 0.231 4.961 0.297 ;
    RECT 0.55 0.297 2.244 0.363 ;
    RECT 3.96 0.297 4.796 0.363 ;
    RECT 4.895 0.297 5.698 0.363 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 0.99 0.363 1.056 0.825 ;
    RECT 3.96 0.363 4.026 0.495 ;
    RECT 2.178 0.495 2.948 0.561 ;
    RECT 3.234 0.495 4.026 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 1.254 0.825 5.874 0.891 ;
    RECT 0.231 0.825 1.056 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDL_AO211_8
#
# 
MACRO LDL_AO21B_1 FOREIGN C0A07BLDL_AO21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.627 0.297 0.759 0.363 ;
      RECT 0.627 0.198 0.693 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.539 0.231 ;
    RECT 0.473 0.231 0.539 0.825 ;
    RECT 0.231 0.825 0.539 0.891 ;
    RECT 0.231 0.891 0.297 1.034 ;
  END
END LDL_AO21B_1
#
# 
MACRO LDL_AO21B_2 FOREIGN C0A07BLDL_AO21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.748 0.825 1.232 0.891 ;
      RECT 0.748 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.374 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.023 0.231 ;
    RECT 1.309 0.22 1.375 0.297 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.374 0.297 0.627 0.363 ;
    RECT 0.957 0.297 1.375 0.363 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 0.198 0.825 0.627 0.891 ;
  END
END LDL_AO21B_2
#
# 
MACRO LDL_AO21B_3 FOREIGN C0A07BLDL_AO21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.716 0.143 1.848 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 2.123 0.033 2.189 0.264 ;
      RECT 0.308 0.033 0.374 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.166 0.825 2.024 0.891 ;
      RECT 1.023 0.297 1.474 0.363 ;
      RECT 1.023 0.22 1.089 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.913 1.023 1.001 1.155 ;
      RECT 0.792 0.957 1.122 1.023 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.143 0.946 0.209 ;
    RECT 1.166 0.143 1.639 0.209 ;
    RECT 0.44 0.209 0.506 0.297 ;
    RECT 1.573 0.209 1.639 0.297 ;
    RECT 0.099 0.22 0.165 0.297 ;
    RECT 0.616 0.275 0.957 0.341 ;
    RECT 0.099 0.297 0.506 0.363 ;
    RECT 1.573 0.297 2.024 0.363 ;
    RECT 0.891 0.341 0.957 0.495 ;
    RECT 0.891 0.495 1.232 0.561 ;
    RECT 0.891 0.561 0.957 0.825 ;
    RECT 0.264 0.825 0.957 0.891 ;
  END
END LDL_AO21B_3
#
# 
MACRO LDL_AO21B_4 FOREIGN C0A07BLDL_AO21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.341 1.595 0.407 ;
      RECT 1.485 0.308 1.595 0.341 ;
      RECT 1.485 0.407 1.595 0.44 ;
      RECT 1.485 0.44 1.551 0.825 ;
      RECT 1.122 0.825 2.31 0.891 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.748 1.023 0.836 1.155 ;
      RECT 0.748 0.957 1.078 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 1.749 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 1.331 0.165 1.397 0.242 ;
    RECT 0.979 0.165 1.045 0.264 ;
    RECT 1.683 0.165 1.749 0.297 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 1.683 0.297 2.453 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.32 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDL_AO21B_4
#
# 
MACRO LDL_AO21B_6 FOREIGN C0A07BLDL_AO21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.673 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.825 ;
      RECT 1.43 0.825 3.344 0.891 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.43 0.297 2.255 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.386 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.254 0.165 2.409 0.231 ;
    RECT 3.421 0.22 3.487 0.297 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.748 0.297 1.232 0.363 ;
    RECT 2.343 0.297 3.487 0.363 ;
    RECT 1.166 0.363 1.232 0.495 ;
    RECT 1.166 0.495 2.002 0.561 ;
    RECT 1.166 0.561 1.232 0.825 ;
    RECT 0.198 0.825 1.232 0.891 ;
  END
END LDL_AO21B_6
#
# 
MACRO LDL_AO21B_8 FOREIGN C0A07BLDL_AO21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.716 0.726 4.488 0.858 ;
      RECT 1.782 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.465 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 3.465 0.528 3.531 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.639 0.924 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.111 0.143 ;
    RECT 1.177 0.099 1.529 0.143 ;
    RECT 0.759 0.143 1.529 0.165 ;
    RECT 1.639 0.143 3.135 0.209 ;
    RECT 1.045 0.165 1.243 0.209 ;
    RECT 1.463 0.165 1.529 0.264 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 3.069 0.209 3.135 0.319 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.477 0.242 4.543 0.319 ;
    RECT 0.935 0.264 1.001 0.33 ;
    RECT 1.287 0.264 1.353 0.33 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 3.069 0.319 4.543 0.385 ;
    RECT 0.935 0.33 1.353 0.396 ;
    RECT 1.287 0.396 1.353 0.495 ;
    RECT 1.287 0.495 2.838 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.374 0.825 1.353 0.891 ;
  END
END LDL_AO21B_8
#
# 
MACRO LDL_AO21_0P5 FOREIGN C0A07BLDL_AO21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.649 ;
      RECT 0.132 0.649 0.231 0.715 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.649 ;
      RECT 0.297 0.649 0.396 0.715 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.803 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.023 0.924 ;
      RECT 0.913 0.924 1.023 1.056 ;
      RECT 0.913 0.176 1.023 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.946 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.143 0.605 0.209 ;
    RECT 0.539 0.209 0.605 0.297 ;
    RECT 0.539 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.462 ;
    RECT 0.781 0.462 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.968 ;
    RECT 0.055 0.781 0.473 0.847 ;
    RECT 0.407 0.847 0.473 1.012 ;
    RECT 0.055 0.847 0.121 1.034 ;
    RECT 0.583 0.902 0.649 0.968 ;
    RECT 0.583 0.968 0.847 1.034 ;
  END
END LDL_AO21_0P5
#
# 
MACRO LDL_AO21_1 FOREIGN C0A07BLDL_AO21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
      RECT 1.045 0.726 1.155 0.858 ;
      RECT 1.045 0.198 1.155 0.33 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.649 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 0.583 0.297 0.935 0.363 ;
    RECT 0.869 0.363 0.935 0.957 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 0.935 1.023 ;
  END
END LDL_AO21_1
#
# 
MACRO LDL_AO21_2 FOREIGN C0A07BLDL_AO21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.198 1.551 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.705 0.924 1.771 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0.462 0.528 0.957 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 0.957 0.528 1.848 0.594 ;
    RECT 0 0.594 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.935 0.198 1.001 0.847 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 1.353 0.462 1.419 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.935 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.759 0.979 1.21 1.045 ;
  END
END LDL_AO21_2
#
# 
MACRO LDL_AO21_3 FOREIGN C0A07BLDL_AO21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.693 ;
      RECT 1.474 0.693 1.947 0.759 ;
      RECT 1.859 0.759 1.947 0.99 ;
      RECT 1.474 0.297 1.947 0.363 ;
      RECT 1.859 0.198 1.947 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 0.858 1.749 1.155 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.177 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 1.111 0.297 1.375 0.363 ;
    RECT 1.309 0.363 1.375 0.495 ;
    RECT 1.309 0.495 1.584 0.561 ;
    RECT 1.309 0.561 1.375 0.979 ;
    RECT 0.055 0.847 1.21 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.902 0.979 1.375 1.045 ;
  END
END LDL_AO21_3
#
# 
MACRO LDL_AO21_4 FOREIGN C0A07BLDL_AO21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.672 0.033 1.738 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.958 0.726 2.508 0.858 ;
      RECT 1.958 0.319 2.409 0.385 ;
      RECT 2.343 0.242 2.409 0.319 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.825 0.693 1.023 0.759 ;
      RECT 0.957 0.594 1.023 0.693 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.143 1.177 0.209 ;
    RECT 1.111 0.209 1.177 0.297 ;
    RECT 1.463 0.22 1.529 0.297 ;
    RECT 0.198 0.275 1.034 0.341 ;
    RECT 1.111 0.297 1.529 0.363 ;
    RECT 0.968 0.341 1.034 0.374 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 1.749 0.495 2.178 0.561 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.287 0.825 1.815 0.891 ;
    RECT 1.111 0.891 1.177 0.979 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.979 1.562 1.045 ;
  END
END LDL_AO21_4
#
# 
MACRO LDL_AO21_6 FOREIGN C0A07BLDL_AO21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.124 0.033 3.19 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.726 3.432 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.53 0.319 3.366 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.727 0.209 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.661 0.297 2.343 0.363 ;
    RECT 0.055 0.319 1.562 0.385 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.661 0.363 1.727 0.825 ;
    RECT 2.277 0.495 2.97 0.561 ;
    RECT 1.661 0.825 2.112 0.891 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.463 0.913 1.529 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.463 0.957 2.288 1.023 ;
  END
END LDL_AO21_6
#
# 
MACRO LDL_AO21_8 FOREIGN C0A07BLDL_AO21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 1.98 0.143 2.112 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.138424 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 3.036 0.726 4.356 0.858 ;
      RECT 3.036 0.319 4.224 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.045 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.212 0.979 3.344 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 3.916 0.979 4.048 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 1.76 0.209 ;
    RECT 2.541 0.198 2.607 0.275 ;
    RECT 0.935 0.209 1.001 0.275 ;
    RECT 0.198 0.275 1.001 0.341 ;
    RECT 1.111 0.275 2.607 0.341 ;
    RECT 1.111 0.341 1.177 0.418 ;
    RECT 2.013 0.341 2.079 0.847 ;
    RECT 2.871 0.495 3.696 0.561 ;
    RECT 2.871 0.561 2.937 0.847 ;
    RECT 0.055 0.847 1.881 0.913 ;
    RECT 2.013 0.847 2.937 0.913 ;
    RECT 1.815 0.913 1.881 0.979 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 1.815 0.979 2.651 1.045 ;
  END
END LDL_AO21_8
#
# 
MACRO LDL_AO221_0P5 FOREIGN C0A07BLDL_AO221_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.858 ;
      RECT 1.309 0.858 1.419 0.99 ;
      RECT 1.309 0.99 1.375 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.594 1.155 0.726 ;
      RECT 1.089 0.726 1.155 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.594 0.759 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.385 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.221 0.352 1.287 0.385 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 0.957 0.385 1.287 0.451 ;
    RECT 0.44 0.792 0.858 0.858 ;
    RECT 0.44 0.858 0.506 0.869 ;
    RECT 0.792 0.858 0.858 0.957 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.374 0.869 0.506 0.935 ;
    RECT 0.583 0.924 0.682 0.99 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.792 0.957 1.034 1.023 ;
    RECT 0.583 0.99 0.649 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDL_AO221_0P5
#
# 
MACRO LDL_AO221_1 FOREIGN C0A07BLDL_AO221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.693 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END C
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.858 ;
      RECT 0.957 0.528 1.067 0.66 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.165 1.023 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.957 0.363 1.287 0.429 ;
    RECT 0.033 0.363 0.099 0.858 ;
    RECT 1.221 0.429 1.287 0.594 ;
    RECT 0.374 0.825 0.847 0.891 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.682 1.045 ;
    RECT 0.781 0.957 1.034 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
  END
END LDL_AO221_1
#
# 
MACRO LDL_AO221_2 FOREIGN C0A07BLDL_AO221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.484 0.165 0.616 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.693 ;
      RECT 0.165 0.693 0.33 0.759 ;
      RECT 0.165 0.33 0.297 0.396 ;
      RECT 0.231 0.132 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 2.244 0.132 2.31 0.165 ;
    RECT 2.145 0.165 2.31 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 0.363 0.297 2.211 0.363 ;
    RECT 0.363 0.363 0.429 0.594 ;
    RECT 2.145 0.363 2.211 0.825 ;
    RECT 0.594 0.825 1.958 0.891 ;
    RECT 2.145 0.825 2.31 0.891 ;
    RECT 2.387 0.902 2.453 0.957 ;
    RECT 1.298 0.957 2.453 1.045 ;
  END
END LDL_AO221_2
#
# 
MACRO LDL_AO221_4 FOREIGN C0A07BLDL_AO221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.825 0.528 1.287 0.594 ;
      RECT 1.221 0.462 1.287 0.528 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 1.089 0.462 1.155 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.947 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.881 0.33 1.947 0.528 ;
      RECT 1.617 0.462 1.683 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.673 0.528 3.003 0.594 ;
      RECT 2.673 0.33 2.739 0.528 ;
      RECT 2.805 0.33 2.871 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 0.704 0.891 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 3.014 0.231 ;
    RECT 1.452 0.165 2.079 0.231 ;
    RECT 3.311 0.198 3.377 0.33 ;
    RECT 3.685 0.198 3.751 0.33 ;
    RECT 0.957 0.22 1.023 0.297 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
    RECT 2.013 0.297 2.607 0.363 ;
    RECT 3.201 0.33 3.751 0.396 ;
    RECT 2.013 0.363 2.079 0.66 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 3.201 0.396 3.267 0.671 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.66 ;
    RECT 0.572 0.66 2.079 0.726 ;
    RECT 2.541 0.671 3.267 0.737 ;
    RECT 3.201 0.737 3.267 0.825 ;
    RECT 0.924 0.825 3.014 0.891 ;
    RECT 3.201 0.825 3.762 0.891 ;
    RECT 2.002 0.957 3.586 1.023 ;
  END
END LDL_AO221_4
#
# 
MACRO LDL_AO221_6 FOREIGN C0A07BLDL_AO221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.63 0.165 3.762 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.309 0.033 1.375 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.221 0.528 1.683 0.594 ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.353 0.462 1.419 0.528 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.165 0.825 1.056 0.891 ;
      RECT 0.165 0.297 1.056 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.528 ;
      RECT 3.729 0.528 4.191 0.594 ;
      RECT 3.993 0.462 4.059 0.528 ;
      RECT 3.729 0.462 3.795 0.528 ;
      RECT 3.861 0.462 3.927 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.475 0.594 ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 2.409 0.33 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
    END
  END B1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.528 4.851 0.726 ;
      RECT 4.521 0.462 4.851 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.75 0.165 3.553 0.231 ;
    RECT 1.98 0.165 2.651 0.231 ;
    RECT 3.487 0.231 3.553 0.297 ;
    RECT 2.585 0.231 2.651 0.297 ;
    RECT 1.452 0.297 2.288 0.363 ;
    RECT 3.487 0.297 3.938 0.363 ;
    RECT 2.585 0.297 3.41 0.363 ;
    RECT 4.334 0.319 4.818 0.385 ;
    RECT 2.585 0.363 2.651 0.66 ;
    RECT 3.344 0.363 3.41 0.66 ;
    RECT 4.334 0.385 4.4 0.66 ;
    RECT 0.396 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 0.66 ;
    RECT 0.825 0.66 2.651 0.726 ;
    RECT 3.344 0.66 4.4 0.726 ;
    RECT 4.334 0.726 4.4 0.825 ;
    RECT 1.276 0.825 4.114 0.891 ;
    RECT 4.334 0.825 4.818 0.891 ;
    RECT 4.895 0.902 4.961 0.979 ;
    RECT 2.75 0.979 4.961 1.045 ;
  END
END LDL_AO221_6
#
# 
MACRO LDL_AO221_8 FOREIGN C0A07BLDL_AO221_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.528 ;
      RECT 1.749 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.013 0.462 2.079 0.528 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.198 6.963 0.462 ;
      RECT 6.369 0.462 6.963 0.528 ;
      RECT 6.897 0.528 6.963 0.726 ;
      RECT 6.765 0.528 6.831 0.726 ;
      RECT 6.633 0.528 6.699 0.726 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.369 0.528 6.435 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.22 0.297 1.408 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.198 5.907 0.528 ;
      RECT 5.313 0.528 5.907 0.594 ;
      RECT 5.577 0.462 5.643 0.528 ;
      RECT 5.313 0.462 5.379 0.528 ;
      RECT 5.709 0.462 5.775 0.528 ;
      RECT 5.445 0.462 5.511 0.528 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.151008 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.717 0.165 3.52 0.231 ;
    RECT 3.916 0.165 5.071 0.231 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 5.005 0.231 5.071 0.297 ;
    RECT 1.98 0.297 2.783 0.363 ;
    RECT 5.005 0.297 5.632 0.363 ;
    RECT 2.86 0.297 4.884 0.363 ;
    RECT 6.171 0.319 6.688 0.385 ;
    RECT 2.86 0.363 2.926 0.66 ;
    RECT 4.818 0.363 4.884 0.66 ;
    RECT 6.171 0.385 6.237 0.66 ;
    RECT 0.528 0.495 1.617 0.561 ;
    RECT 1.551 0.561 1.617 0.66 ;
    RECT 1.551 0.66 2.926 0.726 ;
    RECT 4.818 0.66 6.237 0.726 ;
    RECT 6.171 0.726 6.237 0.825 ;
    RECT 1.628 0.825 5.984 0.891 ;
    RECT 6.171 0.825 7.04 0.891 ;
    RECT 7.15 0.924 7.216 0.957 ;
    RECT 3.916 0.957 7.216 1.023 ;
  END
END LDL_AO221_8
#
# 
MACRO LDL_AO222_0P5 FOREIGN C0A07BLDL_AO222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.671 ;
      RECT 0.561 0.671 0.979 0.737 ;
      RECT 0.913 0.737 0.979 0.946 ;
      RECT 0.561 0.737 0.627 0.902 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.737 0.836 0.803 1.155 ;
      RECT 1.969 0.924 2.035 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.836 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.243 0.154 1.309 0.33 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.539 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.056 ;
    RECT 1.067 0.33 1.309 0.396 ;
    RECT 1.067 0.396 1.133 0.627 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.067 0.627 1.287 0.693 ;
    RECT 1.221 0.693 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDL_AO222_0P5
#
# 
MACRO LDL_AO222_1 FOREIGN C0A07BLDL_AO222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.089 0.033 1.155 0.198 ;
      RECT 1.045 0.198 1.155 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.276 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.353 0.462 1.419 0.495 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.726 ;
      RECT 1.617 0.462 1.727 0.594 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.925 0.66 2.079 0.726 ;
      RECT 1.925 0.726 2.013 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109626 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.352 0.759 0.726 ;
      RECT 0.561 0.726 0.759 0.792 ;
      RECT 0.693 0.792 0.759 0.825 ;
      RECT 0.693 0.825 1.012 0.891 ;
      RECT 0.561 0.792 0.627 0.858 ;
      RECT 0.561 0.286 0.759 0.352 ;
      RECT 0.561 0.132 0.627 0.286 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.089 0.924 1.155 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 1.991 0.154 2.057 0.231 ;
    RECT 0.825 0.198 0.891 0.616 ;
    RECT 1.243 0.198 1.309 0.33 ;
    RECT 1.793 0.231 2.057 0.297 ;
    LAYER M2L ;
    RECT 0.792 0.231 1.98 0.297 ;
    VIA 0.858 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.793 0.297 1.859 1.012 ;
    RECT 1.023 0.33 1.309 0.396 ;
    RECT 1.023 0.396 1.089 0.693 ;
    RECT 0.429 0.495 0.572 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.023 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.979 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 1.221 0.979 1.518 1.045 ;
  END
END LDL_AO222_1
#
# 
MACRO LDL_AO222_2 FOREIGN C0A07BLDL_AO222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.726 ;
    END
  END C2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.561 ;
      RECT 1.881 0.561 2.079 0.627 ;
      RECT 1.881 0.627 1.947 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.429 0.891 0.726 ;
      RECT 0.583 0.726 1.529 0.858 ;
      RECT 1.463 0.858 1.529 0.99 ;
      RECT 0.583 0.858 0.649 0.99 ;
      RECT 0.825 0.363 1.21 0.429 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.541 0.462 2.651 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.77 0.528 1.848 0.572 ;
    RECT 0 0.528 0.77 0.572 ;
    RECT 1.848 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.099 1.518 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.583 0.143 1.584 0.165 ;
    RECT 1.452 0.165 1.584 0.209 ;
    RECT 0.583 0.165 0.649 0.33 ;
    RECT 2.651 0.198 2.717 0.297 ;
    RECT 1.661 0.22 1.727 0.297 ;
    RECT 0.902 0.231 1.386 0.297 ;
    RECT 1.815 0.264 1.881 0.429 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.32 0.297 1.727 0.363 ;
    RECT 2.277 0.297 2.717 0.363 ;
    RECT 0.451 0.363 0.517 0.462 ;
    RECT 2.277 0.363 2.343 1.023 ;
    RECT 1.276 0.429 1.881 0.495 ;
    RECT 0.451 0.462 0.561 0.594 ;
    RECT 1.276 0.495 1.342 0.517 ;
    RECT 1.749 0.495 1.815 0.891 ;
    RECT 1.056 0.517 1.342 0.583 ;
    RECT 1.474 0.561 1.672 0.627 ;
    RECT 0.451 0.594 0.517 0.825 ;
    RECT 1.606 0.627 1.672 1.023 ;
    RECT 0.231 0.825 0.517 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.749 0.891 2.09 0.957 ;
    RECT 2.475 0.924 2.541 1.023 ;
    RECT 1.606 1.023 2.541 1.089 ;
  END
END LDL_AO222_2
#
# 
MACRO LDL_AO222_3 FOREIGN C0A07BLDL_AO222_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.795 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340978 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.506 1.683 0.726 ;
      RECT 1.056 0.726 2.783 0.858 ;
      RECT 2.717 0.858 2.783 0.99 ;
      RECT 1.617 0.44 1.727 0.506 ;
      RECT 1.661 0.297 1.727 0.44 ;
      RECT 1.661 0.231 2.112 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.66 3.399 0.726 ;
      RECT 3.333 0.462 3.399 0.66 ;
      RECT 3.201 0.462 3.267 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 4.499 0.902 4.565 1.155 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.893 0.572 ;
    RECT 0 0.528 1.518 0.572 ;
    RECT 2.893 0.528 4.62 0.572 ;
    RECT 0 0.572 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.398 0.143 ;
    RECT 2.893 0.099 3.311 0.165 ;
    RECT 4.147 0.099 4.565 0.165 ;
    RECT 0.055 0.143 0.858 0.231 ;
    RECT 1.507 0.143 2.783 0.165 ;
    RECT 2.332 0.165 2.783 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 2.893 0.165 2.959 0.264 ;
    RECT 3.245 0.165 3.311 0.286 ;
    RECT 4.499 0.165 4.565 0.264 ;
    RECT 4.147 0.165 4.213 0.297 ;
    RECT 2.717 0.209 2.783 0.286 ;
    RECT 3.641 0.22 3.707 0.286 ;
    RECT 3.795 0.22 3.861 0.297 ;
    RECT 0.055 0.231 0.121 0.286 ;
    RECT 3.069 0.264 3.135 0.429 ;
    RECT 4.323 0.264 4.389 0.33 ;
    RECT 3.245 0.286 3.707 0.352 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 2.222 0.297 2.64 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 3.795 0.297 4.213 0.363 ;
    RECT 4.323 0.33 4.488 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.804 0.363 2.288 0.429 ;
    RECT 4.422 0.396 4.488 0.759 ;
    RECT 1.804 0.429 1.87 0.462 ;
    RECT 2.354 0.429 3.135 0.495 ;
    RECT 0.759 0.495 1.364 0.561 ;
    RECT 2.354 0.495 2.42 0.517 ;
    RECT 3.069 0.495 3.135 0.825 ;
    RECT 1.914 0.517 2.42 0.583 ;
    RECT 0.759 0.561 0.825 0.924 ;
    RECT 2.53 0.561 2.937 0.627 ;
    RECT 2.871 0.627 2.937 0.99 ;
    RECT 4.356 0.759 4.488 0.825 ;
    RECT 3.069 0.825 3.564 0.891 ;
    RECT 3.927 0.825 4.422 0.891 ;
    RECT 3.927 0.891 3.993 0.99 ;
    LAYER M2L ;
    RECT 2.838 0.891 4.026 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDL_AO222_3
#
# 
MACRO LDL_AO222_4 FOREIGN C0A07BLDL_AO222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 0.033 4.598 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 1.364 0.033 1.43 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.957 0.033 1.023 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.99 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.462 4.323 0.858 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.616 1.815 0.726 ;
      RECT 1.683 0.55 1.815 0.616 ;
      RECT 1.683 0.297 1.749 0.55 ;
      RECT 1.683 0.231 2.508 0.297 ;
      RECT 1.056 0.726 2.64 0.825 ;
      RECT 1.056 0.825 3.179 0.858 ;
      RECT 2.574 0.858 3.179 0.891 ;
      RECT 3.113 0.891 3.179 0.968 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.627 3.553 0.858 ;
      RECT 3.41 0.561 3.553 0.627 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.851 0.528 ;
      RECT 4.785 0.528 4.851 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 5.027 0.902 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.749 0.528 3.476 0.572 ;
    RECT 0 0.528 1.749 0.572 ;
    RECT 3.476 0.528 5.148 0.572 ;
    RECT 0 0.572 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.507 0.099 2.794 0.143 ;
    RECT 3.443 0.099 3.883 0.165 ;
    RECT 4.675 0.099 5.093 0.165 ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 1.507 0.143 3.212 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 2.728 0.165 3.212 0.209 ;
    RECT 1.507 0.165 1.573 0.297 ;
    RECT 3.443 0.165 3.509 0.264 ;
    RECT 3.817 0.165 3.883 0.297 ;
    RECT 5.027 0.165 5.093 0.264 ;
    RECT 4.675 0.165 4.741 0.297 ;
    RECT 3.289 0.22 3.355 0.297 ;
    RECT 4.169 0.22 4.235 0.297 ;
    RECT 4.323 0.22 4.389 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 3.619 0.264 3.685 0.429 ;
    RECT 4.851 0.264 4.917 0.33 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 1.122 0.297 1.573 0.363 ;
    RECT 2.618 0.297 3.355 0.363 ;
    RECT 3.817 0.297 4.235 0.363 ;
    RECT 4.323 0.297 4.741 0.363 ;
    RECT 4.851 0.33 5.016 0.396 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.848 0.363 2.684 0.429 ;
    RECT 4.95 0.396 5.016 0.748 ;
    RECT 2.75 0.429 3.685 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 2.75 0.495 2.816 0.517 ;
    RECT 3.619 0.495 3.685 0.825 ;
    RECT 2.134 0.517 2.816 0.583 ;
    RECT 0.759 0.561 0.825 0.792 ;
    RECT 2.926 0.561 3.311 0.627 ;
    RECT 2.75 0.583 2.816 0.726 ;
    RECT 3.245 0.627 3.311 0.858 ;
    RECT 4.851 0.748 5.016 0.814 ;
    RECT 4.851 0.814 4.917 0.825 ;
    RECT 3.619 0.825 4.092 0.891 ;
    RECT 4.499 0.825 4.917 0.891 ;
    RECT 3.245 0.858 3.355 0.99 ;
    RECT 4.422 0.891 4.565 0.979 ;
    LAYER M2L ;
    RECT 3.234 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 3.3 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDL_AO222_4
#
# 
MACRO LDL_AO22_1 FOREIGN C0A07BLDL_AO22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.561 ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.572 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.165 0.627 0.231 0.726 ;
      RECT 0.088 0.561 0.231 0.627 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 1.155 0.319 1.287 0.385 ;
      RECT 1.155 0.242 1.221 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.671 0.231 0.737 0.748 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.583 0.748 0.737 0.814 ;
    RECT 0.583 0.814 0.649 0.88 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.407 0.979 0.858 1.045 ;
  END
END LDL_AO22_1
#
# 
MACRO LDL_AO22_2 FOREIGN C0A07BLDL_AO22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.572 0.605 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.539 ;
      RECT 0.165 0.605 0.231 0.726 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.825 ;
      RECT 1.078 0.825 1.287 0.891 ;
      RECT 1.111 0.319 1.287 0.385 ;
      RECT 1.111 0.242 1.177 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.737 0.231 ;
    RECT 0.671 0.231 0.737 0.297 ;
    RECT 0.671 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.671 0.363 0.737 0.715 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.55 0.715 0.737 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDL_AO22_2
#
# 
MACRO LDL_AO22_3 FOREIGN C0A07BLDL_AO22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.199 0.143 1.364 0.209 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.726 0.165 1.012 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.407 1.551 0.825 ;
      RECT 1.056 0.825 1.551 0.891 ;
      RECT 1.089 0.341 1.551 0.407 ;
      RECT 1.441 0.198 1.551 0.341 ;
      RECT 1.089 0.264 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.913 0.924 0.979 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.232 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 0.561 0.297 1.023 0.363 ;
    RECT 0.957 0.363 1.023 0.495 ;
    RECT 0.638 0.363 0.704 0.715 ;
    RECT 0.957 0.495 1.364 0.561 ;
    RECT 0.55 0.715 0.704 0.781 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.99 ;
    RECT 0.759 0.924 0.825 0.99 ;
    RECT 0.407 0.99 0.825 1.056 ;
  END
END LDL_AO22_3
#
# 
MACRO LDL_AO22_4 FOREIGN C0A07BLDL_AO22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 1.166 0.726 1.716 0.858 ;
      RECT 1.166 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.023 0.924 1.089 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.506 0.165 ;
    RECT 0.44 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.297 ;
    RECT 0.693 0.297 1.056 0.363 ;
    RECT 0.99 0.363 1.056 0.495 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.99 0.495 1.386 0.561 ;
    RECT 0.066 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.759 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDL_AO22_4
#
# 
MACRO LDL_AO22_6 FOREIGN C0A07BLDL_AO22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.726 ;
      RECT 1.98 0.726 2.904 0.858 ;
      RECT 2.002 0.297 2.838 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.429 0.462 0.495 0.66 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.462 1.551 0.66 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 1.705 0.176 1.771 0.297 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.331 0.297 1.771 0.363 ;
    RECT 0.66 0.297 0.726 0.363 ;
    RECT 1.089 0.297 1.155 0.363 ;
    RECT 0.66 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.781 ;
    RECT 1.749 0.495 2.574 0.561 ;
    RECT 1.749 0.561 1.815 0.803 ;
    RECT 0.957 0.781 1.155 0.803 ;
    RECT 0.957 0.803 1.815 0.869 ;
    RECT 0.055 0.825 0.869 0.891 ;
    RECT 0.957 0.869 1.023 0.924 ;
    RECT 1.705 0.869 1.771 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.869 1.023 ;
    RECT 1.1 0.957 1.606 1.023 ;
    RECT 0.803 1.023 1.166 1.089 ;
  END
END LDL_AO22_6
#
# 
MACRO LDL_AO22_8 FOREIGN C0A07BLDL_AO22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 1.848 0.726 3.168 0.858 ;
      RECT 1.914 0.297 3.102 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.771 0.924 1.837 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.11 0.825 0.176 ;
    RECT 0.913 0.11 1.331 0.176 ;
    RECT 0.759 0.176 0.825 0.264 ;
    RECT 0.407 0.176 0.473 0.297 ;
    RECT 0.913 0.176 0.979 0.264 ;
    RECT 1.265 0.176 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.583 0.275 0.649 0.363 ;
    RECT 1.089 0.275 1.155 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.265 0.297 1.716 0.363 ;
    RECT 0.583 0.363 1.155 0.429 ;
    RECT 0.836 0.429 0.902 0.693 ;
    RECT 1.683 0.495 2.684 0.561 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 0.836 0.693 1.155 0.759 ;
    RECT 1.485 0.693 1.749 0.759 ;
    RECT 1.089 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.551 0.825 ;
    RECT 0.198 0.825 1.012 0.891 ;
    RECT 1.089 0.825 1.551 0.891 ;
    RECT 1.617 0.88 1.683 0.957 ;
    RECT 0.946 0.891 1.012 0.957 ;
    RECT 0.946 0.957 1.683 1.023 ;
  END
END LDL_AO22_8
#
# 
MACRO LDL_AO2B2B_1 FOREIGN C0A07BLDL_AO2B2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.957 ;
      RECT 0.374 0.957 0.759 1.023 ;
      RECT 0.583 0.33 0.759 0.396 ;
      RECT 0.583 0.264 0.649 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.484 1.287 0.594 ;
      RECT 1.166 0.396 1.287 0.484 ;
      RECT 1.221 0.33 1.287 0.396 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.858 1.023 1.023 ;
      RECT 0.858 1.023 1.023 1.089 ;
      LAYER M2L ;
      RECT 0.924 0.891 1.32 0.957 ;
      VIA 0.99 0.924 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.133 0.66 1.199 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.957 0.132 1.023 0.748 ;
    RECT 1.309 0.132 1.419 0.264 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.353 0.264 1.419 0.693 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.297 0.462 0.363 0.627 ;
    RECT 0.484 0.495 0.627 0.561 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.297 0.627 0.495 0.693 ;
    LAYER M2L ;
    RECT 0.528 0.627 1.056 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.594 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.693 0.495 0.858 ;
    RECT 1.276 0.693 1.419 0.759 ;
    RECT 1.276 0.759 1.364 0.858 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.386 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
  END
END LDL_AO2B2B_1
#
# 
MACRO LDL_AO2B2B_2 FOREIGN C0A07BLDL_AO2B2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.693 ;
      RECT 0.583 0.693 0.891 0.759 ;
      RECT 0.583 0.759 0.649 0.836 ;
      RECT 0.825 0.462 0.979 0.528 ;
      RECT 0.913 0.363 0.979 0.462 ;
      RECT 0.913 0.264 0.979 0.297 ;
      RECT 0.913 0.297 1.683 0.363 ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.408 0.693 1.551 0.759 ;
      RECT 1.617 0.198 1.683 0.297 ;
    END
  END X
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.66 ;
    END
  END D
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.396 1.947 0.627 ;
      RECT 1.782 0.627 1.947 0.693 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.112 0.693 ;
      VIA 1.848 0.66 V1L2L ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.947 0.924 2.013 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.122 0.165 ;
    RECT 1.474 0.132 1.54 0.165 ;
    RECT 2.101 0.132 2.211 0.264 ;
    RECT 1.056 0.165 1.54 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 1.749 0.176 1.859 0.308 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 2.145 0.264 2.211 0.759 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 1.749 0.308 1.815 0.462 ;
    RECT 1.617 0.462 1.815 0.528 ;
    RECT 0.429 0.495 0.682 0.561 ;
    RECT 1.617 0.528 1.683 0.825 ;
    RECT 0.429 0.561 0.495 0.726 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.594 0.693 ;
    VIA 0.462 0.66 V1L2L ;
    RECT 0.528 0.693 0.594 0.759 ;
    LAYER M1L ;
    RECT 1.98 0.759 2.211 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.112 0.825 ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 0.88 0.825 1.364 0.891 ;
    RECT 1.617 0.825 1.87 0.891 ;
    RECT 2.145 0.825 2.211 0.924 ;
    RECT 0.44 0.891 0.506 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.298 0.891 1.364 0.957 ;
    RECT 2.101 0.924 2.211 1.056 ;
    RECT 0.44 0.957 0.858 1.023 ;
    RECT 1.298 0.957 1.716 1.023 ;
  END
END LDL_AO2B2B_2
#
# 
MACRO LDL_AO2B2B_4 FOREIGN C0A07BLDL_AO2B2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.597 0.033 3.663 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.606 0.363 1.694 0.726 ;
      RECT 1.452 0.726 2.266 0.759 ;
      RECT 2.2 0.66 2.266 0.726 ;
      RECT 1.452 0.825 2.266 0.858 ;
      RECT 0.902 0.759 2.266 0.825 ;
      RECT 1.606 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.594 ;
    END
  END B
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.726 ;
    END
  END D
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.795 0.132 3.861 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.399 0.176 3.465 0.693 ;
    RECT 3.729 0.198 3.861 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.729 0.264 3.795 0.396 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 3.597 0.396 3.795 0.462 ;
    RECT 3.597 0.462 3.663 0.825 ;
    RECT 1.056 0.495 1.364 0.561 ;
    RECT 1.87 0.495 2.431 0.561 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 2.365 0.561 2.431 0.693 ;
    RECT 1.056 0.627 1.32 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 3.696 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.693 3.465 0.759 ;
    RECT 3.399 0.759 3.465 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 3.597 0.825 3.894 0.891 ;
    RECT 0.759 0.891 0.825 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.924 ;
    RECT 0.759 0.924 1.529 0.99 ;
    RECT 1.639 0.924 2.409 0.99 ;
    RECT 1.111 0.99 1.177 1.056 ;
    RECT 1.463 0.99 1.529 1.056 ;
    RECT 1.639 0.99 1.705 1.056 ;
    RECT 1.991 0.99 2.057 1.056 ;
    RECT 2.343 0.99 2.409 1.056 ;
  END
END LDL_AO2B2B_4
#
# 
MACRO LDL_AO2B2_S_1 FOREIGN C0A07BLDL_AO2B2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.726 0.495 0.825 ;
      RECT 0.594 0.165 0.759 0.231 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.99 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.012 0.957 1.144 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.132 1.485 0.198 ;
    RECT 0.825 0.176 0.891 0.957 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 1.221 0.198 1.485 0.264 ;
    RECT 1.221 0.264 1.287 1.056 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.561 0.33 0.627 0.726 ;
    LAYER M2L ;
    RECT 0.528 0.363 1.32 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.462 0.363 0.957 ;
    RECT 0.297 0.957 0.891 1.023 ;
  END
END LDL_AO2B2_S_1
#
# 
MACRO LDL_AO2B2_S_2 FOREIGN C0A07BLDL_AO2B2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.429 ;
      RECT 0.297 0.495 0.363 0.594 ;
      RECT 0.297 0.429 0.495 0.495 ;
    END
  END C2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.308 1.045 0.825 ;
      RECT 0.957 0.825 1.419 0.891 ;
      RECT 1.353 0.891 1.419 0.924 ;
      RECT 1.353 0.924 1.573 0.99 ;
      RECT 1.507 0.99 1.573 1.056 ;
      RECT 0.957 0.891 1.045 0.99 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.649 0.858 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.66 ;
      RECT 1.661 0.66 1.815 0.726 ;
      RECT 1.221 0.462 1.287 0.693 ;
      RECT 1.177 0.693 1.287 0.759 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.099 1.221 0.165 ;
    RECT 0.649 0.132 0.715 0.363 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 1.155 0.165 1.221 0.297 ;
    RECT 1.859 0.198 1.925 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.649 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.957 ;
    RECT 1.485 0.462 1.551 0.792 ;
    RECT 1.485 0.792 1.749 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.683 0.858 1.749 0.99 ;
    RECT 0.297 0.891 0.363 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.891 1.782 0.957 ;
    VIA 0.33 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.957 0.891 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
  END
END LDL_AO2B2_S_2
#
# 
MACRO LDL_AO2B2_S_4 FOREIGN C0A07BLDL_AO2B2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.198 3.531 0.693 ;
      RECT 2.937 0.693 3.531 0.759 ;
      RECT 2.937 0.462 3.003 0.693 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.528 ;
      RECT 3.201 0.528 3.399 0.594 ;
      RECT 3.201 0.462 3.267 0.528 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.541 0.66 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.66 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.41624 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.825 ;
      RECT 0.825 0.825 2.233 0.891 ;
      RECT 2.167 0.891 2.233 0.957 ;
      RECT 2.167 0.957 2.442 1.023 ;
      RECT 0.033 0.275 0.891 0.341 ;
      RECT 0.033 0.341 0.121 0.693 ;
      RECT 0.033 0.693 0.506 0.759 ;
      RECT 0.033 0.759 0.121 0.858 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.594 ;
      RECT 1.782 0.429 2.046 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.254 0.429 1.518 0.495 ;
      LAYER M2L ;
      RECT 1.32 0.495 1.98 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.858 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 1.023 0.209 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 3.179 0.198 3.245 0.297 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 2.233 0.363 ;
    RECT 2.299 0.297 2.706 0.363 ;
    RECT 2.805 0.297 3.245 0.363 ;
    RECT 2.299 0.363 2.365 0.693 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 1.617 0.462 1.683 0.693 ;
    RECT 0.264 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.858 ;
    RECT 0.957 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.904 0.825 ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.299 0.825 2.706 0.891 ;
    RECT 2.805 0.825 3.454 0.891 ;
  END
END LDL_AO2B2_S_4
#
# 
MACRO LDL_AO2BB2_0P5 FOREIGN C0A07BLDL_AO2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.451 0.033 0.517 0.176 ;
      RECT 0.451 0.176 0.55 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.083006 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.627 1.023 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.858 ;
      RECT 0.528 0.462 0.627 0.528 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.726 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.429 0.528 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.814 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.132 0.715 0.198 ;
    RECT 1.001 0.132 1.067 0.198 ;
    RECT 0.055 0.132 0.363 0.198 ;
    RECT 0.649 0.198 1.067 0.264 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.297 0.198 0.363 0.33 ;
    RECT 0.297 0.33 1.133 0.396 ;
    RECT 1.067 0.396 1.133 0.462 ;
    RECT 0.693 0.396 0.759 1.023 ;
    RECT 0.231 0.814 0.297 1.023 ;
    RECT 0.231 1.023 0.759 1.089 ;
  END
END LDL_AO2BB2_0P5
#
# 
MACRO LDL_AO2BB2_1 FOREIGN C0A07BLDL_AO2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172546 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.132 1.287 0.264 ;
      RECT 1.221 0.264 1.287 0.693 ;
      RECT 0.957 0.693 1.287 0.759 ;
      RECT 0.957 0.759 1.023 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.495 0.66 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.132 0.66 0.165 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.594 0.165 1.078 0.231 ;
    RECT 0.055 0.297 1.111 0.363 ;
    RECT 1.045 0.363 1.111 0.594 ;
    RECT 0.693 0.363 0.759 0.825 ;
    RECT 0.231 0.825 0.759 0.891 ;
    RECT 0.231 0.891 0.297 1.012 ;
  END
END LDL_AO2BB2_1
#
# 
MACRO LDL_AO2BB2_2 FOREIGN C0A07BLDL_AO2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.462 1.683 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.308 0.891 0.825 ;
      RECT 0.616 0.825 1.276 0.891 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.067 0.209 ;
    RECT 1.001 0.209 1.067 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.264 0.495 0.495 ;
    RECT 1.001 0.297 1.793 0.363 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 1.386 0.792 1.793 0.858 ;
    RECT 0.22 0.825 0.495 0.891 ;
    RECT 1.727 0.858 1.793 0.924 ;
    RECT 1.386 0.858 1.452 0.957 ;
    RECT 0.968 0.957 1.452 1.023 ;
  END
END LDL_AO2BB2_2
#
# 
MACRO LDL_AO2BB2_3 FOREIGN C0A07BLDL_AO2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.617 0.033 1.683 0.176 ;
      RECT 1.617 0.176 1.716 0.242 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.089 0.825 1.892 0.891 ;
      RECT 1.089 0.891 1.155 0.99 ;
      RECT 0.88 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.232 0.957 1.364 1.023 ;
      RECT 0.825 0.924 0.891 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 1.056 0.165 1.551 0.231 ;
    RECT 0.374 0.231 0.44 0.308 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.519 0.242 2.585 0.319 ;
    RECT 0.55 0.297 0.759 0.363 ;
    RECT 0.055 0.308 0.44 0.374 ;
    RECT 1.485 0.319 2.585 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.584 0.957 2.057 1.023 ;
  END
END LDL_AO2BB2_3
#
# 
MACRO LDL_AO2BB2_4 FOREIGN C0A07BLDL_AO2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.596 0.033 2.662 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.012 0.825 2.343 0.891 ;
      RECT 2.277 0.726 2.343 0.825 ;
      RECT 1.188 0.297 1.683 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.948 0.957 3.08 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 1.012 0.165 1.815 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.749 0.231 1.815 0.297 ;
    RECT 3.19 0.264 3.256 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.913 0.363 ;
    RECT 1.749 0.297 3.256 0.363 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.474 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.22 0.825 0.913 0.891 ;
    RECT 2.453 0.825 3.256 0.891 ;
    RECT 3.19 0.891 3.256 0.924 ;
    RECT 2.453 0.891 2.519 0.957 ;
    RECT 1.716 0.957 2.519 1.023 ;
  END
END LDL_AO2BB2_4
#
# 
MACRO LDL_AO2BB2_6 FOREIGN C0A07BLDL_AO2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.563 0.033 2.629 0.176 ;
      RECT 2.563 0.176 2.662 0.242 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.726 ;
      RECT 1.298 0.726 3.036 0.825 ;
      RECT 1.298 0.825 3.366 0.858 ;
      RECT 3.3 0.792 3.366 0.825 ;
      RECT 2.97 0.858 3.366 0.891 ;
      RECT 1.474 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.179 0.594 3.267 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.034 0.231 ;
    RECT 1.298 0.165 2.486 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 2.42 0.231 2.486 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 0.726 0.297 1.199 0.363 ;
    RECT 2.42 0.319 4.565 0.385 ;
    RECT 0.726 0.363 0.792 0.396 ;
    RECT 1.133 0.363 1.199 0.495 ;
    RECT 1.133 0.495 2.068 0.561 ;
    RECT 1.133 0.561 1.199 0.825 ;
    RECT 0.198 0.825 1.199 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 2.354 0.957 3.509 1.023 ;
  END
END LDL_AO2BB2_6
#
# 
MACRO LDL_AO2BB2_8 FOREIGN C0A07BLDL_AO2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 4.026 0.033 4.092 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601612 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.672 0.726 4.444 0.858 ;
      RECT 1.848 0.297 3.003 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.62 0.594 ;
      RECT 4.51 0.594 4.62 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.132 1.606 0.165 ;
    RECT 1.672 0.132 1.738 0.165 ;
    RECT 0.759 0.165 1.606 0.231 ;
    RECT 1.672 0.165 3.179 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.951 0.22 6.017 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 3.113 0.231 3.179 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.924 0.297 1.573 0.363 ;
    RECT 3.113 0.297 6.017 0.363 ;
    RECT 1.507 0.363 1.573 0.495 ;
    RECT 1.507 0.495 2.596 0.561 ;
    RECT 1.507 0.561 1.573 0.825 ;
    RECT 0.374 0.825 1.573 0.891 ;
    RECT 4.554 0.825 6.017 0.891 ;
    RECT 4.554 0.891 4.62 0.957 ;
    RECT 5.951 0.891 6.017 0.968 ;
    RECT 3.08 0.957 4.62 1.023 ;
  END
END LDL_AO2BB2_8
#
# 
MACRO LDL_AO31_0P5 FOREIGN C0A07BLDL_AO31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.836 0.143 0.968 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.781 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDL_AO31_0P5
#
# 
MACRO LDL_AO31_1 FOREIGN C0A07BLDL_AO31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.858 0.143 0.99 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.154 1.155 0.858 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.462 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.297 0.33 0.363 0.495 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.946 0.935 1.155 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.165 0.759 0.231 ;
    RECT 0.693 0.231 0.759 0.275 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.693 0.275 1.001 0.341 ;
    RECT 0.935 0.341 1.001 0.594 ;
    RECT 0.033 0.825 0.143 0.891 ;
    RECT 0.253 0.847 0.77 0.913 ;
    RECT 0.077 0.891 0.143 1.012 ;
    RECT 0.253 0.913 0.319 1.034 ;
  END
END LDL_AO31_1
#
# 
MACRO LDL_AO31_2 FOREIGN C0A07BLDL_AO31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.178 0.759 ;
      RECT 2.013 0.297 2.178 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.946 0.275 1.782 0.341 ;
    RECT 0.814 0.341 0.88 0.374 ;
    RECT 0.946 0.341 1.012 0.374 ;
    RECT 1.716 0.341 1.782 0.495 ;
    RECT 1.716 0.495 1.914 0.561 ;
    RECT 1.716 0.561 1.782 0.825 ;
    RECT 0.198 0.825 1.397 0.891 ;
    RECT 1.518 0.825 1.782 0.891 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.331 0.957 1.826 1.023 ;
  END
END LDL_AO31_2
#
# 
MACRO LDL_AO31_3 FOREIGN C0A07BLDL_AO31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.726 ;
      RECT 1.815 0.726 2.376 0.858 ;
      RECT 1.859 0.319 2.343 0.385 ;
      RECT 1.859 0.198 1.925 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.21 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.891 0.275 1.749 0.341 ;
    RECT 0.759 0.341 0.825 0.418 ;
    RECT 0.891 0.341 0.957 0.396 ;
    RECT 1.65 0.341 1.716 0.495 ;
    RECT 1.65 0.495 2.178 0.561 ;
    RECT 1.65 0.561 1.716 0.825 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 1.474 0.825 1.716 0.891 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.287 0.957 1.782 1.023 ;
  END
END LDL_AO31_3
#
# 
MACRO LDL_AO31_4 FOREIGN C0A07BLDL_AO31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.442 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.33 2.211 0.462 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 2.013 0.22 2.079 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 1.254 0.297 2.079 0.363 ;
    RECT 1.76 0.363 1.826 0.825 ;
    RECT 2.321 0.495 2.706 0.561 ;
    RECT 2.321 0.561 2.387 0.825 ;
    RECT 0.198 0.825 1.694 0.891 ;
    RECT 1.76 0.825 2.387 0.891 ;
    RECT 1.628 0.891 1.694 0.957 ;
    RECT 1.628 0.957 2.112 1.023 ;
  END
END LDL_AO31_4
#
# 
MACRO LDL_AO31_6 FOREIGN C0A07BLDL_AO31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 3.025 0.033 3.091 0.264 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.64 0.143 2.772 0.209 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.143 2.266 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.275 2.948 0.341 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.639 0.341 1.705 0.418 ;
    RECT 2.882 0.341 2.948 0.495 ;
    RECT 1.496 0.363 1.562 0.418 ;
    RECT 2.882 0.495 3.894 0.561 ;
    RECT 2.882 0.561 2.948 0.825 ;
    RECT 2.464 0.825 2.948 0.891 ;
    RECT 0.055 0.825 2.266 0.891 ;
    RECT 3.025 0.88 3.091 0.957 ;
    RECT 2.2 0.891 2.266 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.2 0.957 3.091 1.023 ;
  END
END LDL_AO31_6
#
# 
MACRO LDL_AO31_8 FOREIGN C0A07BLDL_AO31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.5 0.033 5.566 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.455 0.033 4.521 0.264 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.385 5.643 0.726 ;
      RECT 4.598 0.726 5.83 0.858 ;
      RECT 4.598 0.319 5.83 0.385 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 5.5 0.957 5.632 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.43 0.165 2.97 0.231 ;
    RECT 0.374 0.297 2.09 0.363 ;
    RECT 2.31 0.297 3.85 0.363 ;
    RECT 3.366 0.363 3.432 0.825 ;
    RECT 4.389 0.495 5.478 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 0.055 0.825 3.289 0.891 ;
    RECT 3.366 0.825 4.455 0.891 ;
    RECT 3.223 0.891 3.289 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.223 0.957 4.378 1.023 ;
  END
END LDL_AO31_8
#
# 
MACRO LDL_AO32_0P5 FOREIGN C0A07BLDL_AO32_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.056 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.792 ;
      RECT 0.957 0.792 1.155 0.858 ;
      RECT 1.089 0.594 1.155 0.792 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.385 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.385 1.155 0.451 ;
    RECT 1.089 0.451 1.155 0.495 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDL_AO32_0P5
#
# 
MACRO LDL_AO32_1 FOREIGN C0A07BLDL_AO32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.001 0.033 1.067 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.264 1.287 0.792 ;
      RECT 1.177 0.792 1.287 0.924 ;
      RECT 1.177 0.132 1.287 0.264 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.858 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.825 0.198 0.891 0.363 ;
    RECT 0.429 0.198 0.495 0.693 ;
    RECT 0.825 0.363 1.155 0.429 ;
    RECT 1.089 0.429 1.155 0.594 ;
    RECT 0.297 0.693 0.495 0.759 ;
    RECT 0.297 0.759 0.363 0.891 ;
    RECT 0.429 0.825 0.869 0.891 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.803 0.891 0.869 1.034 ;
    RECT 0.22 0.891 0.363 0.957 ;
    RECT 0.055 0.924 0.121 1.023 ;
    RECT 0.055 1.023 0.495 1.089 ;
  END
END LDL_AO32_1
#
# 
MACRO LDL_AO32_2 FOREIGN C0A07BLDL_AO32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.42 0.825 2.607 0.891 ;
      RECT 2.42 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.924 2.343 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.232 0.209 ;
    RECT 1.474 0.143 2.156 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.858 0.341 ;
    RECT 0.935 0.275 1.815 0.341 ;
    RECT 0.792 0.341 0.858 0.374 ;
    RECT 0.935 0.341 1.001 0.418 ;
    RECT 1.749 0.341 1.815 0.825 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.474 0.825 2.211 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 0.935 0.957 2.156 1.023 ;
  END
END LDL_AO32_2
#
# 
MACRO LDL_AO32_4 FOREIGN C0A07BLDL_AO32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.849 0.033 2.915 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 2.992 0.825 3.531 0.891 ;
      RECT 2.992 0.297 3.531 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 1.562 0.231 ;
    RECT 1.782 0.165 2.233 0.231 ;
    RECT 2.167 0.231 2.233 0.297 ;
    RECT 0.198 0.297 1.034 0.363 ;
    RECT 2.167 0.297 2.618 0.363 ;
    RECT 1.254 0.297 2.09 0.363 ;
    RECT 2.024 0.363 2.09 0.759 ;
    RECT 2.552 0.495 3.322 0.561 ;
    RECT 2.552 0.561 2.618 0.825 ;
    RECT 1.782 0.759 2.09 0.825 ;
    RECT 2.024 0.825 2.618 0.891 ;
    RECT 0.198 0.825 1.705 0.891 ;
    RECT 1.639 0.891 1.705 0.979 ;
    RECT 2.695 0.902 2.761 0.979 ;
    RECT 1.639 0.979 2.761 1.045 ;
  END
END LDL_AO32_4
#
# 
MACRO LDL_AO33_0P5 FOREIGN C0A07BLDL_AO33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.396 0.891 0.99 ;
      RECT 0.825 0.33 1.067 0.396 ;
      RECT 1.001 0.154 1.067 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.506 ;
    RECT 0.429 0.363 0.495 0.847 ;
    RECT 0.957 0.495 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 1.353 0.891 1.419 1.056 ;
    RECT 1.727 0.891 1.793 1.056 ;
    RECT 0.055 0.913 0.121 1.056 ;
    RECT 0.429 0.913 0.495 1.056 ;
  END
END LDL_AO33_0P5
#
# 
MACRO LDL_AO33_1 FOREIGN C0A07BLDL_AO33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.858 ;
      RECT 0.825 0.297 1.1 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.561 1.045 0.627 1.155 ;
      RECT 0.561 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 1.353 0.132 1.793 0.198 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 1.727 0.198 1.793 0.264 ;
    RECT 1.353 0.198 1.419 0.825 ;
    RECT 0.429 0.297 0.759 0.363 ;
    RECT 0.693 0.363 0.759 0.847 ;
    RECT 0.957 0.462 1.023 0.825 ;
    RECT 0.957 0.825 1.793 0.891 ;
    RECT 0.055 0.847 0.759 0.913 ;
    RECT 1.353 0.891 1.419 0.99 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDL_AO33_1
#
# 
MACRO LDL_AO33_2 FOREIGN C0A07BLDL_AO33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 2.365 0.033 2.431 0.264 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 1.617 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.531 0.858 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.97 0.495 3.135 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 1.925 0.165 ;
    RECT 0.055 0.121 0.858 0.209 ;
    RECT 2.871 0.121 3.641 0.209 ;
    RECT 1.485 0.165 1.551 0.264 ;
    RECT 1.859 0.165 1.925 0.319 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.871 0.209 2.937 0.264 ;
    RECT 3.575 0.209 3.641 0.264 ;
    RECT 2.541 0.22 2.607 0.363 ;
    RECT 0.55 0.275 1.375 0.341 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 3.014 0.275 3.146 0.341 ;
    RECT 3.256 0.275 3.498 0.341 ;
    RECT 1.859 0.319 2.31 0.385 ;
    RECT 0.363 0.341 0.429 0.957 ;
    RECT 3.014 0.341 3.08 0.363 ;
    RECT 3.256 0.341 3.322 0.957 ;
    RECT 2.541 0.363 3.08 0.429 ;
    RECT 1.485 0.462 1.551 0.957 ;
    RECT 2.024 0.495 2.299 0.561 ;
    RECT 2.233 0.561 2.299 0.957 ;
    RECT 0.363 0.957 1.551 1.023 ;
    RECT 2.233 0.957 3.322 1.023 ;
  END
END LDL_AO33_2
#
# 
MACRO LDL_AO33_3 FOREIGN C0A07BLDL_AO33_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.563 0.033 2.629 0.264 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END B3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.249986 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.726 ;
      RECT 1.584 0.726 2.508 0.858 ;
      RECT 1.617 0.858 1.683 0.99 ;
      RECT 1.441 0.319 1.947 0.385 ;
      RECT 1.441 0.242 1.507 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.462 3.795 0.55 ;
      RECT 3.729 0.55 3.795 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 1.034 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.254 0.957 1.54 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.102 0.132 3.168 0.165 ;
    RECT 0.077 0.165 0.88 0.231 ;
    RECT 1.584 0.165 2.079 0.231 ;
    RECT 3.102 0.165 3.905 0.231 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.077 0.231 0.143 0.308 ;
    RECT 2.013 0.231 2.079 0.297 ;
    RECT 3.839 0.231 3.905 0.308 ;
    RECT 0.561 0.297 1.353 0.363 ;
    RECT 2.013 0.297 2.464 0.363 ;
    RECT 2.728 0.297 3.41 0.363 ;
    RECT 0.22 0.319 0.495 0.385 ;
    RECT 3.509 0.319 3.762 0.385 ;
    RECT 0.561 0.363 0.627 0.396 ;
    RECT 0.429 0.385 0.495 0.825 ;
    RECT 3.509 0.385 3.575 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 2.398 0.495 2.673 0.561 ;
    RECT 1.353 0.561 1.419 0.825 ;
    RECT 2.607 0.561 2.673 0.825 ;
    RECT 0.22 0.825 1.419 0.891 ;
    RECT 2.607 0.825 3.762 0.891 ;
  END
END LDL_AO33_3
#
# 
MACRO LDL_AO33_4 FOREIGN C0A07BLDL_AO33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 3.091 0.033 3.157 0.176 ;
      RECT 3.091 0.176 3.19 0.242 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.497 0.726 ;
      RECT 1.98 0.726 3.3 0.858 ;
      RECT 2.002 0.297 2.497 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.858 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06776 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.52 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.132 0.286 0.165 ;
    RECT 1.859 0.143 2.629 0.209 ;
    RECT 0.22 0.165 1.078 0.231 ;
    RECT 4.092 0.165 4.95 0.231 ;
    RECT 1.859 0.209 1.925 0.286 ;
    RECT 2.563 0.209 2.629 0.319 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 5.027 0.242 5.093 0.319 ;
    RECT 0.77 0.297 1.628 0.363 ;
    RECT 0.077 0.297 0.66 0.363 ;
    RECT 3.564 0.297 4.4 0.363 ;
    RECT 2.563 0.319 3.366 0.385 ;
    RECT 4.521 0.319 5.093 0.385 ;
    RECT 0.594 0.363 0.66 0.825 ;
    RECT 4.521 0.385 4.587 0.825 ;
    RECT 1.749 0.495 2.31 0.561 ;
    RECT 2.651 0.495 3.476 0.561 ;
    RECT 1.749 0.561 1.815 0.957 ;
    RECT 3.41 0.561 3.476 0.825 ;
    RECT 0.396 0.825 0.869 0.891 ;
    RECT 3.41 0.825 4.774 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.815 1.023 ;
  END
END LDL_AO33_4
#
# 
MACRO LDL_AOAI211_0P5 FOREIGN C0A07BLDL_AOAI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.737 ;
      RECT 0.264 0.407 0.363 0.473 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.44 0.495 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.594 0.627 0.671 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.979 ;
      RECT 0.572 0.979 0.891 1.045 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.858 ;
      RECT 0.616 0.407 0.759 0.473 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.165 0.594 0.231 0.671 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.275 ;
    RECT 0.605 0.132 0.671 0.275 ;
    RECT 0.055 0.275 0.671 0.341 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.407 0.902 0.473 0.968 ;
    RECT 0.055 0.902 0.121 0.99 ;
  END
END LDL_AOAI211_0P5
#
# 
MACRO LDL_AOAI211_1 FOREIGN C0A07BLDL_AOAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.209 0.891 0.979 ;
      RECT 0.55 0.979 0.891 1.045 ;
      RECT 0.726 0.143 0.891 0.209 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.484 0.495 0.627 0.561 ;
      RECT 0.561 0.561 0.627 0.748 ;
      RECT 0.561 0.462 0.627 0.495 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.748 ;
      RECT 0.165 0.462 0.231 0.495 ;
      RECT 0.088 0.495 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.682 0.341 ;
    RECT 0.055 0.847 0.506 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDL_AOAI211_1
#
# 
MACRO LDL_AOAI211_2 FOREIGN C0A07BLDL_AOAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.174724 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.847 ;
      RECT 0.957 0.847 1.782 0.913 ;
      RECT 0.957 0.726 1.023 0.847 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.847 0.165 ;
    RECT 1.309 0.132 1.749 0.198 ;
    RECT 0.781 0.165 0.847 0.176 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.781 0.176 0.891 0.242 ;
    RECT 1.683 0.198 1.749 0.264 ;
    RECT 1.309 0.198 1.375 0.308 ;
    RECT 0.077 0.242 0.143 0.319 ;
    RECT 0.605 0.264 0.671 0.308 ;
    RECT 0.605 0.308 1.375 0.396 ;
    RECT 0.077 0.319 0.495 0.385 ;
    RECT 0.077 0.847 0.847 0.913 ;
    RECT 0.781 0.913 0.847 0.979 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.781 0.979 1.232 1.045 ;
  END
END LDL_AOAI211_2
#
# 
MACRO LDL_AOAI211_4 FOREIGN C0A07BLDL_AOAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.310728 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.825 ;
      RECT 1.749 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.749 0.781 1.815 0.825 ;
      RECT 1.606 0.715 1.815 0.781 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.519 0.363 2.607 0.462 ;
      RECT 2.519 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.705 0.209 ;
    RECT 2.343 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.639 0.209 1.705 0.275 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 1.639 0.275 2.409 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 1.463 0.979 2.277 1.045 ;
  END
END LDL_AOAI211_4
#
# 
MACRO LDL_AOI211_0P5 FOREIGN C0A07BLDL_AOI211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.484 0.759 0.836 ;
      RECT 0.693 0.836 1.023 0.924 ;
      RECT 0.957 0.924 1.023 1.056 ;
      RECT 0.429 0.418 0.759 0.484 ;
      RECT 0.693 0.231 0.759 0.418 ;
      RECT 0.693 0.165 0.836 0.231 ;
      RECT 0.429 0.264 0.495 0.418 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDL_AOI211_0P5
#
# 
MACRO LDL_AOI211_1 FOREIGN C0A07BLDL_AOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.748 0.957 0.891 1.023 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.99 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDL_AOI211_1
#
# 
MACRO LDL_AOI211_2 FOREIGN C0A07BLDL_AOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172304 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.606 0.891 ;
      RECT 0.957 0.297 1.782 0.363 ;
      RECT 0.957 0.231 1.023 0.297 ;
      RECT 0.55 0.165 1.023 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
    RECT 0.198 0.825 1.232 0.891 ;
    RECT 0.924 0.957 1.782 1.023 ;
  END
END LDL_AOI211_2
#
# 
MACRO LDL_AOI211_4 FOREIGN C0A07BLDL_AOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 2.409 0.825 2.97 0.891 ;
      RECT 0.891 0.297 3.135 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.198 0.825 2.266 0.891 ;
    RECT 3.047 0.924 3.113 0.957 ;
    RECT 1.606 0.957 3.113 1.023 ;
    RECT 3.047 1.023 3.113 1.056 ;
  END
END LDL_AOI211_4
#
# 
MACRO LDL_AOI211_6 FOREIGN C0A07BLDL_AOI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.036 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.356 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.594 1.551 0.726 ;
      RECT 1.452 0.462 1.991 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.47432 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 3.597 0.825 4.4 0.891 ;
      RECT 1.276 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 3.344 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.332 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDL_AOI211_6
#
# 
MACRO LDL_AOI21B_0P5 FOREIGN C0A07BLDL_AOI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.748 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.748 0.671 0.99 ;
      RECT 0.429 0.682 0.671 0.748 ;
      RECT 0.429 0.154 0.495 0.682 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.11 1.023 0.176 ;
    RECT 0.913 0.176 1.023 0.264 ;
    RECT 0.561 0.176 0.627 0.506 ;
    RECT 0.957 0.264 1.023 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.913 0.924 1.023 1.056 ;
  END
END LDL_AOI21B_0P5
#
# 
MACRO LDL_AOI21B_1 FOREIGN C0A07BLDL_AOI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.759 0.627 0.924 ;
      RECT 0.561 0.924 0.671 1.056 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.429 0.154 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 1.023 0.264 ;
    RECT 0.957 0.264 1.023 0.759 ;
    RECT 0.605 0.462 0.671 0.528 ;
    RECT 0.605 0.528 0.759 0.594 ;
    RECT 0.693 0.594 0.759 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.957 0.825 1.023 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.913 0.902 1.023 1.034 ;
  END
END LDL_AOI21B_1
#
# 
MACRO LDL_AOI21B_2 FOREIGN C0A07BLDL_AOI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.155364 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.803 ;
      RECT 0.957 0.803 1.1 0.869 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 1.199 0.198 1.287 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.595 0.924 1.661 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.407 0.231 0.473 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.353 0.275 1.661 0.341 ;
    RECT 0.055 0.319 0.473 0.385 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 1.122 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.957 ;
    RECT 0.055 0.847 0.869 0.913 ;
    RECT 1.199 0.847 1.265 0.957 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.803 0.957 1.265 1.023 ;
    RECT 1.353 0.957 1.496 1.023 ;
  END
END LDL_AOI21B_2
#
# 
MACRO LDL_AOI21B_3 FOREIGN C0A07BLDL_AOI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22869 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 1.771 0.759 ;
      RECT 1.705 0.759 1.771 0.858 ;
      RECT 0.748 0.297 1.628 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 1.056 0.231 ;
    RECT 1.859 0.165 2.156 0.231 ;
    RECT 0.583 0.231 0.649 0.297 ;
    RECT 1.859 0.231 1.925 0.495 ;
    RECT 0.198 0.297 0.649 0.363 ;
    RECT 1.386 0.495 1.925 0.561 ;
    RECT 1.859 0.561 1.925 0.957 ;
    RECT 0.055 0.825 1.595 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.529 0.891 1.595 0.968 ;
    RECT 1.859 0.957 2.156 1.023 ;
  END
END LDL_AOI21B_3
#
# 
MACRO LDL_AOI21B_4 FOREIGN C0A07BLDL_AOI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.286 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286044 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 1.617 0.693 2.178 0.759 ;
      RECT 0.924 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.442 0.957 2.574 1.023 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.276 0.979 1.408 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.651 0.154 2.717 0.275 ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.275 2.717 0.341 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 1.914 0.495 2.475 0.561 ;
    RECT 2.409 0.561 2.475 0.825 ;
    RECT 2.409 0.825 2.739 0.891 ;
    RECT 0.055 0.847 2.321 0.913 ;
    RECT 2.673 0.891 2.739 0.968 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.255 0.913 2.321 0.99 ;
  END
END LDL_AOI21B_4
#
# 
MACRO LDL_AOI21B_6 FOREIGN C0A07BLDL_AOI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.693 ;
      RECT 2.31 0.693 2.607 0.759 ;
      RECT 2.541 0.759 2.607 0.825 ;
      RECT 2.541 0.825 3.179 0.891 ;
      RECT 1.254 0.297 3.311 0.363 ;
      RECT 1.254 0.363 1.32 0.396 ;
      RECT 3.223 0.198 3.311 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 3.96 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 0.924 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 3.971 0.198 4.037 0.275 ;
    RECT 1.111 0.231 1.177 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.377 0.275 4.037 0.341 ;
    RECT 0.055 0.319 1.177 0.385 ;
    RECT 3.377 0.341 3.443 0.495 ;
    RECT 2.706 0.495 3.443 0.561 ;
    RECT 3.377 0.561 3.443 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 3.377 0.825 3.894 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.167 0.957 3.322 1.023 ;
  END
END LDL_AOI21B_6
#
# 
MACRO LDL_AOI21B_8 FOREIGN C0A07BLDL_AOI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.18 0.033 4.246 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 3.058 0.693 3.267 0.759 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 3.201 0.825 4.246 0.891 ;
      RECT 1.628 0.297 4.389 0.363 ;
      RECT 4.323 0.198 4.389 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.016 0.594 ;
      RECT 4.653 0.594 4.719 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.332 1.045 2.398 1.155 ;
      RECT 2.332 0.979 2.464 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 5.027 0.22 5.093 0.297 ;
    RECT 1.463 0.231 1.529 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.455 0.297 5.093 0.363 ;
    RECT 0.055 0.319 1.529 0.385 ;
    RECT 4.455 0.363 4.521 0.495 ;
    RECT 3.366 0.495 4.521 0.561 ;
    RECT 4.455 0.561 4.521 0.825 ;
    RECT 4.455 0.825 4.95 0.891 ;
    RECT 0.055 0.847 2.981 0.913 ;
    RECT 2.915 0.913 2.981 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.915 0.957 4.422 1.023 ;
  END
END LDL_AOI21B_8
#
# 
MACRO LDL_AOI21_0P5 FOREIGN C0A07BLDL_AOI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.053724 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.154 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.836 ;
      RECT 0.561 0.836 0.759 0.924 ;
      RECT 0.693 0.924 0.759 1.056 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.495 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 0.429 0.913 0.495 0.99 ;
  END
END LDL_AOI21_0P5
#
# 
MACRO LDL_AOI21_1 FOREIGN C0A07BLDL_AOI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091718 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.825 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.561 0.825 0.759 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
  END
END LDL_AOI21_1
#
# 
MACRO LDL_AOI21_2 FOREIGN C0A07BLDL_AOI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.198 0.176 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.858 ;
      RECT 0.55 0.297 1.232 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.132 0.858 0.165 ;
    RECT 0.374 0.165 0.858 0.231 ;
    RECT 0.374 0.231 0.44 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.44 0.385 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.759 0.957 1.232 1.023 ;
  END
END LDL_AOI21_2
#
# 
MACRO LDL_AOI21_3 FOREIGN C0A07BLDL_AOI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.792 0.297 1.628 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.165 1.1 0.231 ;
    RECT 0.616 0.231 0.682 0.319 ;
    RECT 0.242 0.319 0.682 0.385 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 1.628 1.023 ;
  END
END LDL_AOI21_3
#
# 
MACRO LDL_AOI21_4 FOREIGN C0A07BLDL_AOI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.112 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.749 0.825 2.343 0.891 ;
      RECT 0.924 0.297 2.343 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.584 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.65 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.584 0.891 1.65 0.979 ;
    RECT 2.398 0.946 2.464 0.979 ;
    RECT 1.584 0.979 2.464 1.045 ;
  END
END LDL_AOI21_4
#
# 
MACRO LDL_AOI21_6 FOREIGN C0A07BLDL_AOI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.594 2.343 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.398332 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.432 0.858 ;
      RECT 3.333 0.363 3.399 0.726 ;
      RECT 1.276 0.297 3.399 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.288 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 0.055 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.266 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDL_AOI21_6
#
# 
MACRO LDL_AOI21_8 FOREIGN C0A07BLDL_AOI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 3.74 0.033 3.806 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.462 4.092 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.529012 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 4.488 0.858 ;
      RECT 4.389 0.363 4.455 0.726 ;
      RECT 1.628 0.297 4.455 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.992 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 0.055 0.825 3.036 0.891 ;
    RECT 2.97 0.891 3.036 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.97 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDL_AOI21_8
#
# 
MACRO LDL_AOI21_S_0P5 FOREIGN C0A07BLDL_AOI21_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.671 ;
      RECT 0.033 0.671 0.231 0.737 ;
      RECT 0.033 0.198 0.099 0.671 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.033154 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.803 ;
      RECT 0.627 0.803 0.759 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.396 0.165 0.759 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDL_AOI21_S_0P5
#
# 
MACRO LDL_AOI21_S_1 FOREIGN C0A07BLDL_AOI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065098 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.693 0.759 ;
      RECT 0.627 0.759 0.693 0.99 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 0.99 ;
  END
END LDL_AOI21_S_1
#
# 
MACRO LDL_AOI21_S_2 FOREIGN C0A07BLDL_AOI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.286 0.033 0.352 0.187 ;
      RECT 0.22 0.187 0.352 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.462 1.155 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.825 ;
      RECT 0.935 0.825 1.419 0.891 ;
      RECT 1.331 0.891 1.419 0.99 ;
      RECT 0.935 0.759 1.023 0.825 ;
      RECT 0.693 0.693 1.023 0.759 ;
      RECT 0.693 0.319 0.759 0.693 ;
      RECT 0.594 0.253 0.759 0.319 ;
      RECT 1.155 0.33 1.287 0.396 ;
      RECT 1.155 0.176 1.221 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.891 0.165 ;
    RECT 0.825 0.165 0.891 0.286 ;
    RECT 0.429 0.165 0.495 0.319 ;
    RECT 0.055 0.198 0.121 0.319 ;
    RECT 0.055 0.319 0.495 0.385 ;
    RECT 0.044 0.825 0.869 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 0.803 0.957 1.254 1.023 ;
    RECT 1.188 1.023 1.254 1.056 ;
  END
END LDL_AOI21_S_2
#
# 
MACRO LDL_AOI21_S_3 FOREIGN C0A07BLDL_AOI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.168674 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.231 1.419 0.825 ;
      RECT 1.353 0.825 1.815 0.891 ;
      RECT 1.749 0.891 1.815 0.99 ;
      RECT 0.726 0.165 1.628 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.528 ;
      RECT 1.485 0.528 1.683 0.594 ;
      RECT 1.617 0.33 1.683 0.528 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.056 0.363 ;
    RECT 0.055 0.825 1.221 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.155 0.957 1.628 1.023 ;
  END
END LDL_AOI21_S_3
#
# 
MACRO LDL_AOI21_S_4 FOREIGN C0A07BLDL_AOI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.617 0.825 2.134 0.891 ;
      RECT 0.924 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.232 0.231 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 0.055 0.825 1.54 0.891 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.474 0.957 2.332 1.023 ;
    RECT 2.266 1.023 2.332 1.056 ;
  END
END LDL_AOI21_S_4
#
# 
MACRO LDL_AOI21_S_6 FOREIGN C0A07BLDL_AOI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.198 3.003 0.462 ;
      RECT 2.596 0.462 3.036 0.594 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.290884 ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.726 3.168 0.858 ;
      RECT 2.277 0.66 2.442 0.726 ;
      RECT 2.277 0.341 2.343 0.66 ;
      RECT 1.254 0.275 2.783 0.341 ;
      RECT 1.254 0.341 1.32 0.374 ;
      RECT 2.717 0.198 2.783 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 1.914 0.209 ;
    RECT 0.407 0.198 0.473 0.275 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.407 0.275 1.177 0.341 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.167 0.957 3.366 1.023 ;
  END
END LDL_AOI21_S_6
#
# 
MACRO LDL_AOI21_S_8 FOREIGN C0A07BLDL_AOI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.212 0.033 3.278 0.143 ;
      RECT 3.212 0.143 3.344 0.209 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.32 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 4.092 0.594 ;
      RECT 3.993 0.198 4.059 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405592 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 3.069 0.726 4.356 0.792 ;
      RECT 3.168 0.792 4.356 0.858 ;
      RECT 1.606 0.297 3.872 0.363 ;
      RECT 1.606 0.363 1.672 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.165 2.266 0.231 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.726 0.297 1.529 0.363 ;
    RECT 0.055 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.902 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.893 0.902 3.113 0.957 ;
    RECT 2.893 0.957 4.422 0.968 ;
    RECT 3.047 0.968 4.422 1.023 ;
  END
END LDL_AOI21_S_8
#
# 
MACRO LDL_AOI221_1 FOREIGN C0A07BLDL_AOI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10164 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 1.221 0.891 1.287 0.99 ;
      RECT 1.122 0.825 1.287 0.891 ;
      RECT 0.418 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.495 0.55 ;
      RECT 0.429 0.55 0.495 0.726 ;
      RECT 0.297 0.55 0.363 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.825 0.902 0.891 ;
    RECT 0.594 0.957 1.078 1.023 ;
  END
END LDL_AOI221_1
#
# 
MACRO LDL_AOI221_2 FOREIGN C0A07BLDL_AOI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.507 0.033 1.573 0.176 ;
      RECT 1.507 0.176 1.606 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177628 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.693 ;
      RECT 1.221 0.693 2.079 0.759 ;
      RECT 2.013 0.759 2.079 0.858 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.561 ;
      RECT 1.749 0.561 1.947 0.627 ;
      RECT 1.65 0.495 1.815 0.561 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.43 0.231 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.364 0.231 1.43 0.363 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 1.65 0.297 1.782 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 1.364 0.363 1.716 0.429 ;
    RECT 0.055 0.825 1.782 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.946 0.957 2.31 1.023 ;
  END
END LDL_AOI221_2
#
# 
MACRO LDL_AOI221_4 FOREIGN C0A07BLDL_AOI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.541 0.033 2.607 0.176 ;
      RECT 2.541 0.176 2.64 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.629 0.462 3.3 0.594 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.462 3.927 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 2.277 0.693 3.531 0.759 ;
      RECT 3.465 0.759 3.531 0.825 ;
      RECT 3.388 0.825 3.872 0.891 ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 0.891 0.297 2.343 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 3.388 0.297 3.872 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.628 0.132 1.694 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.628 0.165 2.475 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 2.409 0.231 2.475 0.319 ;
    RECT 3.069 0.242 3.135 0.319 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.409 0.319 3.135 0.385 ;
    RECT 0.055 0.825 3.08 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.628 0.957 4.048 1.023 ;
    RECT 3.982 1.023 4.048 1.056 ;
  END
END LDL_AOI221_4
#
# 
MACRO LDL_AOI221_6 FOREIGN C0A07BLDL_AOI221_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.568216 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 3.069 0.693 4.587 0.759 ;
      RECT 4.521 0.759 4.587 0.825 ;
      RECT 4.521 0.825 5.511 0.891 ;
      RECT 3.069 0.363 3.135 0.693 ;
      RECT 1.276 0.297 3.135 0.363 ;
      RECT 4.521 0.297 5.434 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.33 4.191 0.561 ;
      RECT 3.597 0.561 4.191 0.627 ;
      RECT 3.861 0.44 3.927 0.561 ;
      RECT 3.597 0.44 3.663 0.561 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.462 5.511 0.528 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END C
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.173272 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.165 1.936 0.231 ;
    RECT 2.332 0.165 3.311 0.231 ;
    RECT 3.949 0.198 4.015 0.275 ;
    RECT 1.023 0.231 1.089 0.297 ;
    RECT 3.245 0.231 3.311 0.275 ;
    RECT 3.245 0.275 4.015 0.341 ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 0.077 0.825 4.4 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.332 0.957 5.61 1.023 ;
  END
END LDL_AOI221_6
#
# 
MACRO LDL_AOI222_0P5 FOREIGN C0A07BLDL_AOI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.594 ;
    END
  END A1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.33 0.759 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.451 0.627 0.561 ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.561 0.561 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05929 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.209 1.023 0.847 ;
      RECT 0.957 0.847 1.254 0.913 ;
      RECT 0.374 0.143 1.023 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.847 0.858 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.331 0.924 1.397 1.023 ;
    RECT 0.55 0.979 1.078 1.023 ;
    RECT 0.55 1.023 1.397 1.045 ;
    RECT 1.012 1.045 1.397 1.089 ;
  END
END LDL_AOI222_0P5
#
# 
MACRO LDL_AOI222_1 FOREIGN C0A07BLDL_AOI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 1.089 0.825 1.254 0.891 ;
      RECT 0.374 0.165 1.155 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.341 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.331 0.902 1.397 0.979 ;
    RECT 0.55 0.979 1.397 1.045 ;
  END
END LDL_AOI222_1
#
# 
MACRO LDL_AOI222_2 FOREIGN C0A07BLDL_AOI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.42 0.143 2.552 0.209 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.617 0.451 1.947 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.462 2.343 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.341 2.079 0.825 ;
      RECT 1.749 0.825 2.552 0.891 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.221 0.693 1.815 0.759 ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.572 0.297 1.287 0.363 ;
      RECT 2.013 0.275 2.178 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.946 0.132 1.012 0.165 ;
    RECT 1.87 0.143 2.343 0.209 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.946 0.165 1.419 0.231 ;
    RECT 2.277 0.209 2.343 0.286 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 2.629 0.22 2.695 0.286 ;
    RECT 0.407 0.231 0.473 0.308 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 2.277 0.286 2.695 0.352 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.055 0.308 0.473 0.374 ;
    RECT 0.198 0.825 1.628 0.891 ;
    RECT 2.629 0.902 2.695 0.979 ;
    RECT 0.946 0.979 2.695 1.045 ;
  END
END LDL_AOI222_2
#
# 
MACRO LDL_AOI222_4 FOREIGN C0A07BLDL_AOI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.264 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.33 1.683 0.462 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.33 1.419 0.462 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 3.003 0.594 ;
      RECT 2.937 0.33 3.003 0.528 ;
      RECT 2.541 0.44 2.607 0.528 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.333 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.455 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.385 3.795 0.825 ;
      RECT 3.201 0.825 4.411 0.891 ;
      RECT 3.201 0.759 3.267 0.825 ;
      RECT 2.2 0.693 3.267 0.759 ;
      RECT 2.2 0.363 2.288 0.693 ;
      RECT 1.749 0.297 2.288 0.363 ;
      RECT 1.749 0.231 1.815 0.297 ;
      RECT 0.902 0.165 1.815 0.231 ;
      RECT 3.245 0.319 3.795 0.385 ;
      RECT 3.245 0.242 3.311 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 4.301 0.132 4.367 0.297 ;
    RECT 1.98 0.143 2.431 0.209 ;
    RECT 3.388 0.165 3.927 0.231 ;
    RECT 2.365 0.209 2.431 0.275 ;
    RECT 3.861 0.231 3.927 0.297 ;
    RECT 2.365 0.275 2.816 0.341 ;
    RECT 0.374 0.297 1.21 0.363 ;
    RECT 3.861 0.297 4.367 0.363 ;
    RECT 2.75 0.341 2.816 0.429 ;
    RECT 0.231 0.847 2.992 0.913 ;
    RECT 4.499 0.902 4.565 0.979 ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.628 0.979 4.565 1.045 ;
  END
END LDL_AOI222_4
#
# 
MACRO LDL_AOI22_0P5 FOREIGN C0A07BLDL_AOI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.033 0.33 0.231 0.396 ;
      RECT 0.033 0.396 0.099 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.627 ;
      RECT 0.561 0.33 0.627 0.627 ;
      RECT 0.429 0.627 0.627 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDL_AOI22_0P5
#
# 
MACRO LDL_AOI22_1 FOREIGN C0A07BLDL_AOI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.572 0.825 0.891 0.891 ;
      RECT 0.396 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDL_AOI22_1
#
# 
MACRO LDL_AOI22_2 FOREIGN C0A07BLDL_AOI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.207636 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.825 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.276 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.375 0.297 1.793 0.363 ;
    RECT 0.22 0.825 0.726 0.891 ;
    RECT 0.66 0.891 0.726 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.66 0.979 1.793 1.045 ;
  END
END LDL_AOI22_2
#
# 
MACRO LDL_AOI22_3 FOREIGN C0A07BLDL_AOI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.617 0.594 1.683 0.66 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.792 0.297 1.628 0.363 ;
      RECT 1.562 0.363 1.628 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.165 1.1 0.231 ;
    RECT 1.32 0.165 1.771 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 1.705 0.231 1.771 0.297 ;
    RECT 0.242 0.297 0.693 0.363 ;
    RECT 1.705 0.297 2.156 0.363 ;
    RECT 0.066 0.825 1.243 0.891 ;
    RECT 2.255 0.88 2.321 0.957 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 1.177 0.957 2.321 1.023 ;
  END
END LDL_AOI22_3
#
# 
MACRO LDL_AOI22_4 FOREIGN C0A07BLDL_AOI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.528 ;
      RECT 1.353 0.528 1.815 0.594 ;
      RECT 1.749 0.594 1.815 0.825 ;
      RECT 1.749 0.825 2.97 0.891 ;
      RECT 1.353 0.363 1.419 0.528 ;
      RECT 0.891 0.297 1.419 0.363 ;
      RECT 0.891 0.363 0.957 0.396 ;
      RECT 1.749 0.319 2.266 0.385 ;
      RECT 2.2 0.275 2.266 0.319 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.024 0.099 2.409 0.132 ;
    RECT 1.639 0.132 2.409 0.165 ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 1.639 0.165 2.09 0.22 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.759 0.231 0.825 0.297 ;
    RECT 1.496 0.231 1.562 0.429 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 0.198 0.825 1.518 0.891 ;
    RECT 1.452 0.891 1.518 0.957 ;
    RECT 3.047 0.902 3.113 0.957 ;
    RECT 1.452 0.957 3.113 1.045 ;
  END
END LDL_AOI22_4
#
# 
MACRO LDL_AOI22_6 FOREIGN C0A07BLDL_AOI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.902 0.176 1.001 0.242 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.627 ;
      RECT 1.485 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.528 2.079 0.627 ;
      RECT 1.749 0.528 1.815 0.627 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.462 3.168 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.729 0.462 4.323 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 2.233 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.221 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.078 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 1.078 0.231 1.144 0.319 ;
    RECT 3.421 0.231 3.487 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.242 4.565 0.319 ;
    RECT 0.055 0.319 1.144 0.385 ;
    RECT 3.421 0.319 4.565 0.385 ;
    RECT 2.442 0.825 4.4 0.891 ;
    RECT 2.442 0.891 2.508 0.957 ;
    RECT 0.198 0.957 2.508 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDL_AOI22_6
#
# 
MACRO LDL_AOI22_8 FOREIGN C0A07BLDL_AOI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 3.3 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.780208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.433 0.363 ;
      RECT 4.367 0.363 4.433 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.319 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 0.055 0.319 1.551 0.385 ;
    RECT 3.168 0.825 5.83 0.891 ;
    RECT 3.168 0.891 3.234 0.957 ;
    RECT 0.22 0.957 3.234 1.023 ;
  END
END LDL_AOI22_8
#
# 
MACRO LDL_AOI22_S_0P5 FOREIGN C0A07BLDL_AOI22_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047916 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.132 0.495 0.693 ;
      RECT 0.429 0.693 0.627 0.759 ;
      RECT 0.561 0.759 0.627 0.891 ;
      RECT 0.561 0.891 0.704 0.957 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.803 0.88 0.869 1.023 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.429 1.023 0.869 1.089 ;
  END
END LDL_AOI22_S_0P5
#
# 
MACRO LDL_AOI22_S_1 FOREIGN C0A07BLDL_AOI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.693 0.759 0.759 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 1.001 ;
    RECT 0.803 0.924 0.869 1.001 ;
    RECT 0.429 1.001 0.869 1.067 ;
  END
END LDL_AOI22_S_1
#
# 
MACRO LDL_AOI22_S_2 FOREIGN C0A07BLDL_AOI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.20086 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.166 0.825 1.65 0.891 ;
      RECT 0.594 0.297 1.287 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.836 0.132 0.902 0.165 ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.429 0.165 0.902 0.231 ;
    RECT 0.968 0.165 1.441 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 1.375 0.231 1.441 0.319 ;
    RECT 1.727 0.242 1.793 0.319 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 0.495 0.363 ;
    RECT 1.375 0.319 1.793 0.385 ;
    RECT 0.22 0.825 0.858 0.891 ;
    RECT 0.792 0.891 0.858 0.979 ;
    RECT 1.727 0.902 1.793 0.979 ;
    RECT 0.792 0.979 1.793 1.045 ;
  END
END LDL_AOI22_S_2
#
# 
MACRO LDL_AOI22_S_3 FOREIGN C0A07BLDL_AOI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.176 ;
      RECT 1.881 0.176 1.98 0.242 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.353 0.825 2.156 0.891 ;
      RECT 0.77 0.297 1.628 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.165 1.078 0.231 ;
    RECT 1.32 0.165 1.815 0.231 ;
    RECT 0.605 0.231 0.671 0.297 ;
    RECT 1.749 0.231 1.815 0.319 ;
    RECT 0.22 0.297 0.671 0.363 ;
    RECT 1.749 0.319 2.156 0.385 ;
    RECT 0.077 0.825 1.243 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.266 0.924 2.332 0.957 ;
    RECT 1.177 0.957 2.332 1.023 ;
  END
END LDL_AOI22_S_3
#
# 
MACRO LDL_AOI22_S_4 FOREIGN C0A07BLDL_AOI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.519 0.033 2.585 0.176 ;
      RECT 2.519 0.176 2.618 0.242 ;
      RECT 0.583 0.033 0.649 0.176 ;
      RECT 0.55 0.176 0.649 0.242 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.360096 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.462 ;
      RECT 1.353 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.825 ;
      RECT 1.749 0.825 2.937 0.891 ;
      RECT 2.871 0.748 2.937 0.825 ;
      RECT 1.353 0.385 1.419 0.462 ;
      RECT 0.902 0.319 1.419 0.385 ;
      RECT 1.749 0.319 2.266 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.132 1.529 0.22 ;
    RECT 1.639 0.132 2.442 0.22 ;
    RECT 1.463 0.22 1.529 0.264 ;
    RECT 0.726 0.22 0.792 0.319 ;
    RECT 1.639 0.22 1.705 0.264 ;
    RECT 2.376 0.22 2.442 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 3.047 0.242 3.113 0.319 ;
    RECT 0.055 0.319 0.792 0.385 ;
    RECT 2.376 0.319 3.113 0.385 ;
    RECT 0.198 0.825 1.419 0.891 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.353 0.957 3.113 1.023 ;
  END
END LDL_AOI22_S_4
#
# 
MACRO LDL_AOI22_S_6 FOREIGN C0A07BLDL_AOI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.567732 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 0.033 0.825 2.343 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.254 0.297 3.344 0.363 ;
      RECT 3.278 0.363 3.344 0.396 ;
      RECT 1.254 0.363 1.32 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.132 2.266 0.165 ;
    RECT 2.332 0.132 2.398 0.165 ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 2.332 0.165 3.487 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.409 0.825 4.4 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 0.198 0.957 2.475 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
  END
END LDL_AOI22_S_6
#
# 
MACRO LDL_AOI22_S_8 FOREIGN C0A07BLDL_AOI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.698 0.033 5.764 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74778 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.033 0.825 2.992 0.891 ;
      RECT 0.033 0.891 0.099 0.99 ;
      RECT 1.617 0.297 4.422 0.363 ;
      RECT 4.356 0.363 4.422 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.462 5.544 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.522 1.023 5.588 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.132 2.992 0.165 ;
    RECT 3.058 0.132 3.124 0.165 ;
    RECT 1.485 0.165 2.992 0.231 ;
    RECT 3.058 0.165 4.565 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 4.499 0.231 4.565 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.551 0.363 ;
    RECT 4.499 0.297 6.006 0.363 ;
    RECT 3.234 0.825 5.83 0.891 ;
    RECT 3.234 0.891 3.3 0.957 ;
    RECT 0.22 0.957 3.3 1.023 ;
  END
END LDL_AOI22_S_8
#
# 
MACRO LDL_AOI2B1_1 FOREIGN C0A07BLDL_AOI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.275 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.103818 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.759 0.759 0.99 ;
      RECT 0.429 0.693 0.759 0.759 ;
      RECT 0.429 0.308 0.495 0.693 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.11 0.891 0.176 ;
    RECT 0.297 0.176 0.363 0.594 ;
    RECT 0.825 0.176 0.891 1.056 ;
    RECT 0.055 0.825 0.55 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_AOI2B1_1
#
# 
MACRO LDL_AOI2B1_2 FOREIGN C0A07BLDL_AOI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.583 ;
      RECT 0.957 0.583 1.089 0.649 ;
      RECT 1.023 0.649 1.089 0.748 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.561 0.363 0.649 0.462 ;
      RECT 0.957 0.209 1.023 0.297 ;
      RECT 0.957 0.143 1.298 0.209 ;
    END
  END X
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.165 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.407 0.165 0.473 0.33 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.353 0.264 1.683 0.33 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 1.573 0.33 1.683 0.396 ;
    RECT 1.353 0.33 1.419 0.847 ;
    RECT 1.617 0.396 1.683 0.924 ;
    RECT 0.715 0.462 0.781 0.715 ;
    RECT 0.715 0.715 0.957 0.781 ;
    RECT 0.891 0.781 0.957 0.847 ;
    RECT 0.055 0.847 0.825 0.913 ;
    RECT 0.891 0.847 1.419 0.913 ;
    RECT 0.759 0.913 0.825 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.573 0.924 1.683 1.056 ;
    RECT 0.759 0.979 1.298 1.045 ;
  END
END LDL_AOI2B1_2
#
# 
MACRO LDL_AOI2B1_4 FOREIGN C0A07BLDL_AOI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.858 ;
      RECT 2.013 0.462 2.343 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.693 ;
      RECT 0.935 0.693 1.683 0.759 ;
      RECT 1.595 0.759 1.683 0.825 ;
      RECT 1.595 0.825 2.09 0.891 ;
      RECT 0.935 0.363 1.023 0.693 ;
      RECT 0.935 0.297 1.386 0.363 ;
      RECT 1.617 0.297 2.233 0.363 ;
      RECT 2.167 0.198 2.233 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.858 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.165 1.562 0.231 ;
    RECT 0.759 0.231 0.825 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 2.409 0.297 2.662 0.363 ;
    RECT 0.055 0.319 0.825 0.385 ;
    RECT 1.485 0.33 1.551 0.462 ;
    RECT 2.409 0.363 2.475 0.957 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.508 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.462 1.551 0.594 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.266 1.023 ;
    RECT 2.409 0.957 2.684 1.023 ;
    RECT 2.2 1.023 2.266 1.056 ;
  END
END LDL_AOI2B1_4
#
# 
MACRO LDL_AOI311_1 FOREIGN C0A07BLDL_AOI311_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.451 ;
      RECT 0.429 0.198 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.737 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 1.012 ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.792 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.935 ;
      RECT 1.012 0.935 1.155 1.001 ;
      RECT 0.693 0.297 1.155 0.363 ;
      RECT 1.067 0.176 1.155 0.297 ;
      RECT 0.693 0.198 0.759 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.836 0.737 0.902 ;
    RECT 0.297 0.902 0.363 0.968 ;
    RECT 0.671 0.902 0.737 0.968 ;
  END
END LDL_AOI311_1
#
# 
MACRO LDL_AOI311_2 FOREIGN C0A07BLDL_AOI311_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.182952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.825 ;
      RECT 1.749 0.825 2.024 0.891 ;
      RECT 0.946 0.275 2.211 0.341 ;
      RECT 0.946 0.341 1.012 0.385 ;
      RECT 2.123 0.198 2.211 0.275 ;
      RECT 1.749 0.198 1.815 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.254 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 0.88 0.341 ;
    RECT 0.814 0.341 0.88 0.385 ;
    RECT 0.22 0.825 1.65 0.891 ;
    RECT 2.123 0.88 2.189 0.957 ;
    RECT 1.342 0.957 2.189 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDL_AOI311_2
#
# 
MACRO LDL_AOI311_4 FOREIGN C0A07BLDL_AOI311_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.165 ;
      RECT 3.278 0.165 3.41 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.305404 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 3.201 0.825 3.762 0.891 ;
      RECT 1.98 0.297 3.586 0.33 ;
      RECT 1.727 0.33 3.586 0.363 ;
      RECT 1.727 0.363 2.046 0.396 ;
      RECT 1.727 0.264 1.793 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.465 0.462 3.795 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END B1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 0.066 1.023 0.132 1.155 ;
      RECT 0.066 0.957 0.198 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.496 0.099 1.936 0.143 ;
    RECT 0.968 0.143 2.354 0.165 ;
    RECT 0.968 0.165 1.562 0.209 ;
    RECT 1.87 0.165 2.354 0.209 ;
    RECT 0.099 0.198 0.165 0.275 ;
    RECT 0.099 0.275 1.628 0.341 ;
    RECT 1.562 0.341 1.628 0.374 ;
    RECT 0.297 0.825 3.058 0.891 ;
    RECT 0.297 0.891 0.363 0.968 ;
    RECT 3.839 0.902 3.905 0.957 ;
    RECT 2.398 0.957 3.905 1.045 ;
  END
END LDL_AOI311_4
#
# 
MACRO LDL_AOI31_0P5 FOREIGN C0A07BLDL_AOI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.671 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.429 0.33 0.495 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.649 0.913 ;
    RECT 0.583 0.913 0.649 0.99 ;
  END
END LDL_AOI31_0P5
#
# 
MACRO LDL_AOI31_1 FOREIGN C0A07BLDL_AOI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.462 0.627 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085426 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.935 ;
      RECT 0.748 0.935 0.891 1.001 ;
      RECT 0.572 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.583 0.891 0.649 0.968 ;
  END
END LDL_AOI31_1
#
# 
MACRO LDL_AOI31_2 FOREIGN C0A07BLDL_AOI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END B
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167948 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.759 1.551 0.858 ;
      RECT 0.957 0.275 1.771 0.341 ;
      RECT 0.957 0.341 1.023 0.462 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.232 0.209 ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.077 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
    RECT 0.22 0.825 1.375 0.891 ;
    RECT 1.309 0.891 1.375 0.979 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 1.309 0.979 1.771 1.045 ;
  END
END LDL_AOI31_2
#
# 
MACRO LDL_AOI31_4 FOREIGN C0A07BLDL_AOI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.528 1.947 0.726 ;
      RECT 1.859 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.280236 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.341 2.607 0.66 ;
      RECT 2.497 0.66 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.825 ;
      RECT 2.541 0.825 2.97 0.891 ;
      RECT 1.617 0.275 3.135 0.341 ;
      RECT 1.617 0.341 1.705 0.495 ;
      RECT 3.047 0.198 3.135 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.551 0.341 ;
    RECT 1.485 0.341 1.551 0.418 ;
    RECT 0.198 0.825 2.409 0.891 ;
    RECT 2.343 0.891 2.409 0.979 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 2.343 0.979 3.113 1.045 ;
  END
END LDL_AOI31_4
#
# 
MACRO LDL_AOI31_6 FOREIGN C0A07BLDL_AOI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.488 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.414062 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.341 3.795 0.693 ;
      RECT 3.586 0.693 3.795 0.759 ;
      RECT 3.729 0.759 3.795 0.825 ;
      RECT 3.729 0.825 4.422 0.891 ;
      RECT 2.387 0.275 4.587 0.341 ;
      RECT 2.387 0.341 2.475 0.462 ;
      RECT 4.499 0.198 4.587 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.143 3.366 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.31 0.363 ;
    RECT 2.244 0.363 2.31 0.396 ;
    RECT 0.198 0.825 3.509 0.891 ;
    RECT 3.443 0.891 3.509 0.979 ;
    RECT 4.499 0.924 4.565 0.979 ;
    RECT 3.443 0.979 4.565 1.067 ;
  END
END LDL_AOI31_6
#
# 
MACRO LDL_AOI31_8 FOREIGN C0A07BLDL_AOI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.137 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 4.125 0.594 4.191 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.541596 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.341 4.587 0.693 ;
      RECT 4.521 0.693 4.983 0.759 ;
      RECT 4.917 0.759 4.983 0.825 ;
      RECT 4.917 0.825 5.874 0.891 ;
      RECT 3.135 0.275 6.039 0.341 ;
      RECT 3.135 0.341 3.201 0.418 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.517 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.143 4.466 0.209 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 3.036 0.363 ;
    RECT 2.97 0.363 3.036 0.396 ;
    RECT 0.198 0.825 4.609 0.891 ;
    RECT 4.543 0.891 4.609 0.979 ;
    RECT 5.951 0.891 6.017 0.979 ;
    RECT 4.543 0.979 6.017 1.045 ;
  END
END LDL_AOI31_8
#
# 
MACRO LDL_AOI32_1 FOREIGN C0A07BLDL_AOI32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.88 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.099462 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.88 ;
      RECT 0.297 0.165 0.572 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.539 ;
      RECT 0.561 0.539 0.759 0.605 ;
      RECT 0.561 0.33 0.627 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.561 1.023 0.726 ;
      RECT 0.957 0.495 1.1 0.561 ;
      RECT 0.957 0.33 1.023 0.495 ;
    END
  END A3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.66 0.979 0.792 1.045 ;
      RECT 1.067 0.924 1.133 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.847 0.99 0.913 ;
    RECT 0.495 0.913 0.561 0.979 ;
    RECT 0.066 0.979 0.561 1.045 ;
  END
END LDL_AOI32_1
#
# 
MACRO LDL_AOI32_2 FOREIGN C0A07BLDL_AOI32_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.193116 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 1.353 0.825 2.002 0.891 ;
      RECT 0.924 0.275 1.804 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.232 0.165 ;
    RECT 1.496 0.143 2.145 0.209 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.1 0.165 1.232 0.209 ;
    RECT 2.079 0.209 2.145 0.286 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 0.055 0.847 1.265 0.913 ;
    RECT 1.199 0.913 1.265 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.199 0.957 2.178 1.023 ;
  END
END LDL_AOI32_2
#
# 
MACRO LDL_AOI32_4 FOREIGN C0A07BLDL_AOI32_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 1.749 0.517 1.815 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.726 ;
      RECT 2.673 0.462 2.739 0.561 ;
      RECT 2.673 0.561 3.047 0.627 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.517 3.663 0.726 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.333 0.517 3.399 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.359128 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.825 ;
      RECT 2.409 0.825 3.762 0.891 ;
      RECT 3.696 0.792 3.762 0.825 ;
      RECT 2.409 0.209 2.475 0.275 ;
      RECT 2.409 0.143 2.882 0.209 ;
      RECT 1.606 0.275 2.475 0.341 ;
      RECT 1.606 0.341 1.672 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 2.178 0.528 2.838 0.594 ;
    RECT 0 0.528 2.178 0.594 ;
    RECT 2.838 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.266 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 3.663 0.198 3.729 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 2.574 0.275 3.729 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 0.055 0.847 2.277 0.913 ;
    RECT 3.839 0.88 3.905 0.957 ;
    RECT 2.211 0.913 2.277 0.957 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 2.211 0.957 3.905 1.023 ;
  END
END LDL_AOI32_4
#
# 
MACRO LDL_AOI33_0P5 FOREIGN C0A07BLDL_AOI33_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.154 1.023 0.506 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.319 0.759 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.605 ;
      RECT 1.001 0.605 1.188 0.671 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.737 1.287 0.803 ;
      RECT 1.199 0.803 1.287 0.99 ;
      RECT 0.825 0.803 0.924 0.825 ;
      RECT 0.792 0.825 0.924 0.935 ;
      RECT 0.825 0.209 0.891 0.737 ;
      RECT 0.594 0.143 0.891 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.836 0.693 0.902 ;
    RECT 0.231 0.902 0.297 0.968 ;
    RECT 0.627 0.902 0.693 1.023 ;
    RECT 1.023 0.924 1.089 1.023 ;
    RECT 0.627 1.023 1.089 1.089 ;
  END
END LDL_AOI33_0P5
#
# 
MACRO LDL_AOI33_1 FOREIGN C0A07BLDL_AOI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.199 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B3
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13673 ;
    PORT
      LAYER M1L ;
      RECT 1.199 0.891 1.287 0.99 ;
      RECT 0.792 0.825 1.287 0.891 ;
      RECT 0.825 0.231 0.891 0.825 ;
      RECT 0.616 0.165 0.891 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.847 0.638 0.913 ;
    RECT 0.572 0.913 0.638 0.957 ;
    RECT 0.572 0.957 1.122 1.023 ;
    RECT 1.056 1.023 1.122 1.056 ;
  END
END LDL_AOI33_1
#
# 
MACRO LDL_AOI33_2 FOREIGN C0A07BLDL_AOI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.112 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.188 0.594 ;
      RECT 0.957 0.594 1.023 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.396 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.251922 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.473 1.683 0.825 ;
      RECT 1.43 0.825 2.442 0.891 ;
      RECT 1.617 0.396 1.727 0.473 ;
      RECT 0.913 0.33 1.727 0.396 ;
      RECT 1.617 0.297 1.727 0.33 ;
      RECT 1.265 0.264 1.331 0.33 ;
      RECT 0.913 0.264 0.979 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.099 1.188 0.165 ;
    RECT 1.43 0.099 2.09 0.165 ;
    RECT 0.55 0.165 0.682 0.209 ;
    RECT 1.056 0.165 1.188 0.209 ;
    RECT 1.43 0.165 1.562 0.209 ;
    RECT 1.958 0.165 2.09 0.209 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.759 0.264 0.825 0.33 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 2.167 0.264 2.233 0.33 ;
    RECT 2.519 0.264 2.585 0.33 ;
    RECT 0.055 0.33 0.825 0.396 ;
    RECT 1.815 0.33 2.585 0.396 ;
    RECT 0.055 0.825 1.331 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.265 0.891 1.331 0.979 ;
    RECT 2.519 0.902 2.585 0.979 ;
    RECT 1.265 0.979 2.585 1.045 ;
  END
END LDL_AOI33_2
#
# 
MACRO LDL_AOI33_4 FOREIGN C0A07BLDL_AOI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.594 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.517 4.191 0.726 ;
      RECT 4.125 0.451 4.455 0.517 ;
      RECT 4.389 0.517 4.455 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.472384 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.157 0.726 ;
      RECT 2.871 0.726 3.597 0.825 ;
      RECT 2.486 0.825 4.554 0.858 ;
      RECT 3.531 0.858 4.554 0.891 ;
      RECT 2.486 0.858 2.937 0.891 ;
      RECT 1.617 0.275 3.157 0.341 ;
      RECT 1.617 0.341 1.683 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 2.244 0.209 ;
    RECT 2.486 0.143 3.85 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 4.631 0.198 4.697 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 3.223 0.275 4.697 0.341 ;
    RECT 1.463 0.341 1.529 0.418 ;
    RECT 3.223 0.341 3.289 0.539 ;
    RECT 0.055 0.825 2.387 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.321 0.891 2.387 0.979 ;
    RECT 4.631 0.902 4.697 0.979 ;
    RECT 2.321 0.979 4.697 1.045 ;
  END
END LDL_AOI33_4
#
# 
MACRO LDL_BUF_0P5 FOREIGN C0A07BLDL_BUF_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.253 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.050094 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.847 ;
      RECT 0.484 0.847 0.627 0.913 ;
      RECT 0.517 0.33 0.627 0.396 ;
      RECT 0.517 0.132 0.583 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.385 0.363 ;
    RECT 0.319 0.363 0.385 0.462 ;
    RECT 0.319 0.462 0.462 0.594 ;
    RECT 0.319 0.594 0.385 0.825 ;
    RECT 0.077 0.825 0.385 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDL_BUF_0P5
#
# 
MACRO LDL_BUF_1 FOREIGN C0A07BLDL_BUF_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.264 0.143 0.396 0.209 ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.253 0.748 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.517 0.726 0.627 0.99 ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.517 0.132 0.627 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.264 0.979 0.396 1.045 ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.099 0.275 0.396 0.341 ;
    RECT 0.33 0.341 0.396 0.462 ;
    RECT 0.33 0.462 0.44 0.594 ;
    RECT 0.33 0.594 0.396 0.847 ;
    RECT 0.099 0.847 0.396 0.913 ;
    RECT 0.099 0.913 0.165 0.99 ;
  END
END LDL_BUF_1
#
# 
MACRO LDL_BUF_10 FOREIGN C0A07BLDL_BUF_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.803 ;
      RECT 0.99 0.803 2.53 0.869 ;
      RECT 1.023 0.319 2.53 0.385 ;
      RECT 1.023 0.242 1.089 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 0.858 0.341 ;
    RECT 0.792 0.341 0.858 0.495 ;
    RECT 0.792 0.495 2.068 0.561 ;
    RECT 0.792 0.561 0.858 0.825 ;
    RECT 0.22 0.825 0.858 0.891 ;
  END
END LDL_BUF_10
#
# 
MACRO LDL_BUF_12 FOREIGN C0A07BLDL_BUF_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.112 0.033 2.178 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.814 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.166 0.726 3.168 0.858 ;
      RECT 1.199 0.319 3.058 0.385 ;
      RECT 1.199 0.242 1.265 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.067 0.341 ;
    RECT 1.001 0.341 1.067 0.495 ;
    RECT 1.001 0.495 2.31 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.055 0.825 1.067 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_12
#
# 
MACRO LDL_BUF_12RE FOREIGN C0A07BLDL_BUF_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.159 0.033 5.225 0.396 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.631 0.033 4.697 0.264 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.619 0.033 3.685 0.264 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.561 5.247 0.726 ;
      RECT 3.696 0.495 5.247 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.59532 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.396 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.33 0.693 0.396 0.759 ;
      RECT 0.33 0.627 3.333 0.693 ;
      RECT 3.267 0.693 3.333 0.902 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 3.333 0.429 ;
      RECT 3.267 0.154 3.333 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.137 0.825 5.247 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.631 0.792 4.697 1.155 ;
      RECT 4.235 0.792 4.301 1.155 ;
      RECT 4.015 0.792 4.081 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.047 0.792 3.113 1.155 ;
      RECT 2.827 0.792 2.893 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.859 0.792 1.925 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.154 3.861 0.363 ;
    RECT 4.455 0.154 4.521 0.363 ;
    RECT 4.983 0.154 5.049 0.363 ;
    RECT 3.531 0.363 5.049 0.429 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 3.597 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 3.531 0.627 5.049 0.693 ;
    RECT 3.795 0.693 3.861 0.902 ;
    RECT 4.455 0.693 4.521 0.902 ;
    RECT 4.983 0.693 5.049 0.924 ;
  END
END LDL_BUF_12RE
#
# 
MACRO LDL_BUF_14 FOREIGN C0A07BLDL_BUF_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 0.033 3.344 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.663 0.033 3.729 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.651 0.385 2.739 0.726 ;
      RECT 1.32 0.726 3.586 0.858 ;
      RECT 1.342 0.297 3.586 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.508 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.198 0.825 1.221 0.891 ;
  END
END LDL_BUF_14
#
# 
MACRO LDL_BUF_16 FOREIGN C0A07BLDL_BUF_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.385 3.531 0.726 ;
      RECT 1.188 0.726 3.96 0.858 ;
      RECT 1.276 0.319 3.872 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 1.089 0.363 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 1.023 0.495 3.289 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 0.22 0.825 1.089 0.891 ;
  END
END LDL_BUF_16
#
# 
MACRO LDL_BUF_18 FOREIGN C0A07BLDL_BUF_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.213 0.033 4.279 0.264 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.385 3.531 0.407 ;
      RECT 1.518 0.319 4.136 0.385 ;
      RECT 3.421 0.407 3.531 0.726 ;
      RECT 1.452 0.726 4.224 0.858 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.056 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.235 0.924 4.301 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.353 0.363 ;
    RECT 1.265 0.363 1.353 0.473 ;
    RECT 1.265 0.473 3.322 0.583 ;
    RECT 1.265 0.583 1.353 0.825 ;
    RECT 0.055 0.825 1.353 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDL_BUF_18
#
# 
MACRO LDL_BUF_1P5 FOREIGN C0A07BLDL_BUF_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.517 0.88 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_1P5
#
# 
MACRO LDL_BUF_1RE FOREIGN C0A07BLDL_BUF_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.671 ;
      RECT 0.033 0.671 0.143 0.913 ;
      RECT 0.033 0.275 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.132 0.506 0.297 ;
    RECT 0.297 0.297 0.506 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.165 0.462 0.363 0.528 ;
    RECT 0.165 0.528 0.231 0.594 ;
    RECT 0.297 0.528 0.363 0.825 ;
    RECT 0.297 0.825 0.517 0.891 ;
    RECT 0.407 0.891 0.517 1.056 ;
  END
END LDL_BUF_1RE
#
# 
MACRO LDL_BUF_2 FOREIGN C0A07BLDL_BUF_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.429 0.825 0.627 0.891 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.198 0.121 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.033 0.924 0.143 1.056 ;
  END
END LDL_BUF_2
#
# 
MACRO LDL_BUF_20 FOREIGN C0A07BLDL_BUF_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.944768 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.385 4.059 0.726 ;
      RECT 1.584 0.726 4.95 0.858 ;
      RECT 1.606 0.319 4.95 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.32 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.495 ;
    RECT 1.419 0.495 3.85 0.561 ;
    RECT 1.419 0.561 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDL_BUF_20
#
# 
MACRO LDL_BUF_24 FOREIGN C0A07BLDL_BUF_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.268 0.033 4.334 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.13062 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.396 3.96 0.726 ;
      RECT 1.958 0.726 6.006 0.858 ;
      RECT 1.958 0.286 6.006 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.782 0.979 1.914 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.083 0.924 6.149 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.231 0.297 1.859 0.363 ;
    RECT 1.793 0.363 1.859 0.495 ;
    RECT 1.793 0.495 3.718 0.561 ;
    RECT 4.07 0.495 5.434 0.561 ;
    LAYER M2L ;
    RECT 3.366 0.495 4.62 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    VIA 3.63 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.561 1.859 0.825 ;
    RECT 0.198 0.825 1.859 0.891 ;
  END
END LDL_BUF_24
#
# 
MACRO LDL_BUF_2RE FOREIGN C0A07BLDL_BUF_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.682 0.165 0.814 0.231 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.627 0.572 0.693 ;
      RECT 0.506 0.561 0.572 0.627 ;
      RECT 0.297 0.495 0.572 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.132 0.55 0.297 ;
    RECT 0.44 0.297 0.715 0.363 ;
    RECT 0.649 0.363 0.715 0.495 ;
    RECT 0.825 0.462 1.023 0.495 ;
    RECT 0.649 0.495 1.023 0.528 ;
    RECT 0.649 0.528 0.891 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.649 0.561 0.715 0.825 ;
    RECT 0.418 0.825 0.715 0.891 ;
    RECT 0.418 0.891 0.528 1.056 ;
  END
END LDL_BUF_2RE
#
# 
MACRO LDL_BUF_3 FOREIGN C0A07BLDL_BUF_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.803 ;
      RECT 0.671 0.803 1.122 0.869 ;
      RECT 0.671 0.869 0.737 0.99 ;
      RECT 0.671 0.319 1.122 0.385 ;
      RECT 0.671 0.198 0.737 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.275 ;
    RECT 0.253 0.275 0.561 0.341 ;
    RECT 0.495 0.341 0.561 0.495 ;
    RECT 0.495 0.495 0.726 0.561 ;
    RECT 0.495 0.561 0.561 0.825 ;
    RECT 0.22 0.825 0.561 0.891 ;
  END
END LDL_BUF_3
#
# 
MACRO LDL_BUF_32 FOREIGN C0A07BLDL_BUF_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 7.194 0.033 7.26 0.143 ;
      RECT 7.194 0.143 7.326 0.209 ;
      RECT 6.842 0.033 6.908 0.143 ;
      RECT 6.842 0.143 6.974 0.209 ;
      RECT 6.49 0.033 6.556 0.143 ;
      RECT 6.49 0.143 6.622 0.209 ;
      RECT 6.138 0.033 6.204 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.708 0.033 4.774 0.143 ;
      RECT 4.708 0.143 4.84 0.209 ;
      RECT 4.356 0.033 4.422 0.143 ;
      RECT 4.356 0.143 4.488 0.209 ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.2 0.143 2.332 0.209 ;
      RECT 1.804 0.033 1.87 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50234 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.385 5.28 0.726 ;
      RECT 2.376 0.726 7.854 0.858 ;
      RECT 7.425 0.385 7.491 0.726 ;
      RECT 2.398 0.275 7.854 0.385 ;
      RECT 3.729 0.385 3.795 0.726 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 2.112 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 6.842 1.023 6.908 1.155 ;
      RECT 6.842 0.957 6.974 1.023 ;
      RECT 6.49 1.023 6.556 1.155 ;
      RECT 6.49 0.957 6.622 1.023 ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 6.138 0.957 6.27 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.278 1.045 3.344 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 7.931 0.924 7.997 1.155 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.194 1.023 7.26 1.155 ;
      RECT 7.194 0.957 7.326 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.434 1.023 5.5 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.63 1.045 3.696 1.155 ;
      RECT 3.63 0.979 3.762 1.045 ;
      RECT 2.266 1.045 2.332 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.052 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.297 ;
    RECT 0.253 0.297 2.277 0.363 ;
    RECT 2.211 0.363 2.277 0.495 ;
    RECT 2.211 0.495 3.553 0.561 ;
    RECT 3.905 0.495 5.049 0.561 ;
    RECT 5.39 0.495 6.974 0.561 ;
    LAYER M2L ;
    RECT 2.937 0.495 5.874 0.561 ;
    VIA 3.036 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 4.488 0.528 V1L2L ;
    VIA 5.61 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 4.686 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.561 2.277 0.825 ;
    RECT 0.22 0.825 2.277 0.891 ;
  END
END LDL_BUF_32
#
# 
MACRO LDL_BUF_4 FOREIGN C0A07BLDL_BUF_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.616 0.726 1.188 0.858 ;
      RECT 0.649 0.319 1.155 0.385 ;
      RECT 0.649 0.242 0.715 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.451 0.363 0.781 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.275 0.517 0.341 ;
    RECT 0.451 0.341 0.517 0.495 ;
    RECT 0.451 0.495 0.99 0.561 ;
    RECT 0.451 0.561 0.517 0.891 ;
    RECT 0.22 0.891 0.517 0.957 ;
  END
END LDL_BUF_4
#
# 
MACRO LDL_BUF_4RE FOREIGN C0A07BLDL_BUF_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.595 0.033 1.661 0.396 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 1.034 0.231 1.1 0.264 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.682 0.143 0.814 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 1.32 0.495 1.683 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.759 0.363 0.825 ;
      RECT 0.231 0.825 0.297 0.99 ;
      RECT 0.297 0.693 0.363 0.759 ;
      RECT 0.297 0.627 0.957 0.693 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.033 0.363 0.099 0.759 ;
      RECT 0.033 0.297 0.594 0.363 ;
      RECT 0.528 0.363 0.957 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.407 0.132 0.473 0.297 ;
      RECT 0.033 0.253 0.143 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.573 0.825 1.683 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.419 0.154 1.485 0.363 ;
    RECT 1.155 0.363 1.485 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 0.165 0.462 0.231 0.495 ;
    RECT 0.165 0.495 1.221 0.561 ;
    RECT 0.165 0.561 0.231 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.485 0.693 ;
    RECT 1.419 0.693 1.485 0.902 ;
  END
END LDL_BUF_4RE
#
# 
MACRO LDL_BUF_5 FOREIGN C0A07BLDL_BUF_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.27104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.726 ;
      RECT 0.605 0.726 1.375 0.858 ;
      RECT 1.309 0.858 1.375 0.99 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.605 0.319 1.375 0.385 ;
      RECT 1.309 0.198 1.375 0.319 ;
      RECT 0.605 0.242 0.671 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 0.44 0.495 0.99 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 0.22 0.825 0.506 0.891 ;
  END
END LDL_BUF_5
#
# 
MACRO LDL_BUF_6 FOREIGN C0A07BLDL_BUF_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 1.595 0.418 ;
      RECT 1.32 0.418 1.595 0.462 ;
      RECT 1.485 0.462 1.551 0.726 ;
      RECT 0.792 0.726 1.716 0.858 ;
      RECT 1.529 0.22 1.595 0.33 ;
      RECT 0.825 0.198 0.891 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.22 0.143 0.297 ;
    RECT 0.429 0.22 0.495 0.297 ;
    RECT 0.077 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.077 0.825 0.693 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_BUF_6
#
# 
MACRO LDL_BUF_8 FOREIGN C0A07BLDL_BUF_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_8
#
# 
MACRO LDL_BUF_8RE FOREIGN C0A07BLDL_BUF_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.377 0.187 3.531 0.253 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.198 0.561 0.264 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.168 0.693 3.234 0.759 ;
      RECT 1.419 0.627 3.234 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 1.419 0.363 3.531 0.385 ;
      RECT 3.036 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 1.419 0.385 3.102 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.783 0.792 2.849 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.715 0.792 0.781 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.363 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.363 1.221 0.429 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 3.168 0.451 3.399 0.495 ;
    RECT 1.155 0.495 3.399 0.561 ;
    RECT 3.333 0.561 3.399 0.594 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 0.396 0.627 1.221 0.693 ;
    RECT 0.396 0.693 0.462 0.759 ;
    RECT 0.891 0.693 0.957 0.902 ;
    RECT 0.231 0.759 0.462 0.825 ;
    RECT 0.231 0.825 0.297 1.034 ;
  END
END LDL_BUF_8RE
#
# 
MACRO LDL_BUF_HD_12 FOREIGN C0A07BLDL_BUF_HD_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.573056 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.803 ;
      RECT 0.77 0.803 2.662 0.869 ;
      RECT 0.77 0.297 2.662 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.671 0.363 ;
    RECT 0.605 0.363 0.671 0.495 ;
    RECT 0.605 0.495 2.156 0.561 ;
    RECT 0.605 0.561 0.671 0.825 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_HD_12
#
# 
MACRO LDL_BUF_HD_16 FOREIGN C0A07BLDL_BUF_HD_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.256 0.165 3.388 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.904 0.165 3.036 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 1.98 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7744 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.135 0.726 ;
      RECT 0.924 0.726 3.696 0.858 ;
      RECT 0.968 0.297 3.564 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.814 0.363 ;
    RECT 0.748 0.363 0.814 0.495 ;
    RECT 0.748 0.495 2.948 0.561 ;
    RECT 0.748 0.561 0.814 0.825 ;
    RECT 0.22 0.825 0.814 0.891 ;
  END
END LDL_BUF_HD_16
#
# 
MACRO LDL_BUF_HD_2 FOREIGN C0A07BLDL_BUF_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.957 ;
      RECT 0.44 0.957 0.627 1.023 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_HD_2
#
# 
MACRO LDL_BUF_HD_3 FOREIGN C0A07BLDL_BUF_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.374 0.759 0.803 ;
      RECT 0.451 0.803 0.891 0.869 ;
      RECT 0.803 0.869 0.891 0.99 ;
      RECT 0.451 0.869 0.517 0.968 ;
      RECT 0.451 0.308 0.891 0.374 ;
      RECT 0.803 0.198 0.891 0.308 ;
      RECT 0.451 0.22 0.517 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.374 0.363 ;
    RECT 0.308 0.363 0.374 0.495 ;
    RECT 0.308 0.495 0.594 0.561 ;
    RECT 0.308 0.561 0.374 0.825 ;
    RECT 0.055 0.825 0.374 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_BUF_HD_3
#
# 
MACRO LDL_BUF_HD_4 FOREIGN C0A07BLDL_BUF_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.693 ;
      RECT 0.693 0.759 0.759 0.847 ;
      RECT 0.374 0.847 0.759 0.913 ;
      RECT 0.693 0.693 0.891 0.759 ;
      RECT 0.374 0.319 0.891 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.715 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.429 0.561 0.495 0.715 ;
    RECT 0.033 0.715 0.495 0.781 ;
    RECT 0.033 0.781 0.121 0.902 ;
  END
END LDL_BUF_HD_4
#
# 
MACRO LDL_BUF_HD_6 FOREIGN C0A07BLDL_BUF_HD_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.294272 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.616 0.803 1.551 0.869 ;
      RECT 1.485 0.869 1.551 0.99 ;
      RECT 0.616 0.297 1.551 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.276 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.22 0.825 0.517 0.891 ;
  END
END LDL_BUF_HD_6
#
# 
MACRO LDL_BUF_HD_8 FOREIGN C0A07BLDL_BUF_HD_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.803 ;
      RECT 0.627 0.803 1.782 0.869 ;
      RECT 0.627 0.869 0.693 0.99 ;
      RECT 0.627 0.297 1.782 0.363 ;
      RECT 0.627 0.209 0.693 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.517 0.363 ;
    RECT 0.451 0.363 0.517 0.495 ;
    RECT 0.451 0.495 1.386 0.561 ;
    RECT 0.451 0.561 0.517 0.825 ;
    RECT 0.198 0.825 0.517 0.891 ;
  END
END LDL_BUF_HD_8
#
# 
MACRO LDL_BUF_S_0P5 FOREIGN C0A07BLDL_BUF_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.008712 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.036542 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.209 0.627 0.858 ;
      RECT 0.517 0.858 0.627 0.99 ;
      RECT 0.484 0.143 0.627 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      RECT 0.352 1.023 0.418 1.155 ;
      RECT 0.286 0.957 0.418 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.297 0.462 0.462 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDL_BUF_S_0P5
#
# 
MACRO LDL_BUF_S_1 FOREIGN C0A07BLDL_BUF_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.308 0.033 0.374 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.209 0.759 0.858 ;
      RECT 0.649 0.858 0.759 0.99 ;
      RECT 0.616 0.143 0.759 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.55 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
  END
END LDL_BUF_S_1
#
# 
MACRO LDL_BUF_S_10 FOREIGN C0A07BLDL_BUF_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.32 0.726 2.926 0.858 ;
      RECT 1.342 0.297 2.475 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 2.684 1.045 2.75 1.155 ;
      RECT 2.618 0.979 2.75 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 0.253 0.275 1.221 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 1.155 0.495 2.31 0.561 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 0.22 0.825 1.221 0.891 ;
  END
END LDL_BUF_S_10
#
# 
MACRO LDL_BUF_S_12 FOREIGN C0A07BLDL_BUF_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.184888 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.407 2.739 0.726 ;
      RECT 1.452 0.726 3.454 0.858 ;
      RECT 1.518 0.297 2.739 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.386 1.045 1.452 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.924 0.979 1.056 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.396 0.275 1.353 0.341 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 1.287 0.495 2.574 0.561 ;
    RECT 1.287 0.561 1.353 0.825 ;
    RECT 0.077 0.825 1.353 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_BUF_S_12
#
# 
MACRO LDL_BUF_S_14 FOREIGN C0A07BLDL_BUF_S_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.033 3.355 0.264 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.566764 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.341 3.003 0.726 ;
      RECT 1.584 0.726 3.729 0.825 ;
      RECT 1.584 0.825 3.927 0.858 ;
      RECT 3.663 0.858 3.927 0.891 ;
      RECT 3.839 0.891 3.927 0.99 ;
      RECT 1.683 0.275 3.19 0.341 ;
      RECT 1.683 0.198 1.749 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.21296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 1.188 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 2.882 1.045 2.948 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.462 ;
    RECT 0 0.462 1.518 0.528 ;
    RECT 3.542 0.462 3.96 0.528 ;
    RECT 1.518 0.462 3.542 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.055 0.275 1.485 0.341 ;
    RECT 1.419 0.341 1.485 0.429 ;
    RECT 1.419 0.429 2.816 0.495 ;
    RECT 2.75 0.495 2.816 0.605 ;
    RECT 1.419 0.495 1.485 0.825 ;
    RECT 0.198 0.825 1.485 0.891 ;
  END
END LDL_BUF_S_14
#
# 
MACRO LDL_BUF_S_16 FOREIGN C0A07BLDL_BUF_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 2.772 0.033 2.838 0.143 ;
      RECT 2.772 0.143 2.904 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.716 0.033 1.782 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.642268 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.594 4.235 0.726 ;
      RECT 4.125 0.726 4.235 0.858 ;
      RECT 3.707 0.341 3.795 0.594 ;
      RECT 1.881 0.275 4.213 0.341 ;
      RECT 4.125 0.143 4.213 0.275 ;
      RECT 3.751 0.198 3.817 0.275 ;
      RECT 3.377 0.198 3.443 0.275 ;
      RECT 3.003 0.198 3.069 0.275 ;
      RECT 2.629 0.198 2.695 0.275 ;
      RECT 2.255 0.198 2.321 0.275 ;
      RECT 1.881 0.198 1.947 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.452 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.44 ;
    RECT 0 0.44 1.738 0.528 ;
    RECT 4.158 0.44 4.488 0.528 ;
    RECT 1.738 0.44 4.158 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.055 0.275 1.639 0.341 ;
    RECT 1.573 0.341 1.639 0.407 ;
    RECT 1.573 0.407 3.608 0.473 ;
    RECT 1.573 0.473 1.639 0.847 ;
    RECT 0.055 0.847 1.639 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDL_BUF_S_16
#
# 
MACRO LDL_BUF_S_18 FOREIGN C0A07BLDL_BUF_S_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.452 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.747296 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.341 3.927 0.726 ;
      RECT 1.98 0.726 4.818 0.858 ;
      RECT 2.079 0.275 4.785 0.341 ;
      RECT 4.719 0.154 4.785 0.275 ;
      RECT 4.345 0.176 4.411 0.275 ;
      RECT 3.971 0.198 4.037 0.275 ;
      RECT 3.597 0.198 3.663 0.275 ;
      RECT 3.223 0.198 3.289 0.275 ;
      RECT 2.849 0.198 2.915 0.275 ;
      RECT 2.475 0.198 2.541 0.275 ;
      RECT 2.079 0.198 2.145 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.826 0.979 1.958 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 4.895 0.924 4.961 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.474 0.979 1.606 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.44 ;
    RECT 0 0.44 1.87 0.528 ;
    RECT 4.554 0.44 5.016 0.528 ;
    RECT 1.87 0.44 4.554 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 0.231 0.275 1.881 0.341 ;
    RECT 1.815 0.341 1.881 0.407 ;
    RECT 1.815 0.407 3.729 0.473 ;
    RECT 3.663 0.473 3.729 0.561 ;
    RECT 1.815 0.473 1.881 0.825 ;
    RECT 0.253 0.825 1.881 0.891 ;
    RECT 0.253 0.891 0.319 0.99 ;
  END
END LDL_BUF_S_18
#
# 
MACRO LDL_BUF_S_1P5 FOREIGN C0A07BLDL_BUF_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.165 ;
      RECT 0.231 0.165 0.374 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.088 0.66 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.074052 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.539 0.99 ;
      RECT 0.473 0.154 0.539 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.407 0.363 ;
    RECT 0.297 0.363 0.407 0.462 ;
    RECT 0.297 0.462 0.363 0.814 ;
    RECT 0.055 0.814 0.363 0.88 ;
    RECT 0.055 0.88 0.121 0.946 ;
  END
END LDL_BUF_S_1P5
#
# 
MACRO LDL_BUF_S_2 FOREIGN C0A07BLDL_BUF_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.154 0.759 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.506 1.045 0.572 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 0.099 0.902 0.165 1.155 ;
      RECT 0.891 0.902 0.957 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.198 0.341 0.308 ;
    RECT 0.275 0.308 0.605 0.374 ;
    RECT 0.539 0.374 0.605 0.792 ;
    RECT 0.275 0.792 0.605 0.858 ;
    RECT 0.275 0.858 0.341 0.946 ;
  END
END LDL_BUF_S_2
#
# 
MACRO LDL_BUF_S_20 FOREIGN C0A07BLDL_BUF_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 4.576 0.033 4.642 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.398 0.143 2.53 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.821106 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.352 4.059 0.594 ;
      RECT 2.222 0.594 5.181 0.726 ;
      RECT 5.115 0.726 5.181 0.858 ;
      RECT 2.255 0.286 5.005 0.352 ;
      RECT 4.917 0.176 5.005 0.286 ;
      RECT 4.719 0.198 4.785 0.286 ;
      RECT 4.367 0.22 4.433 0.286 ;
      RECT 4.015 0.22 4.081 0.286 ;
      RECT 3.663 0.22 3.729 0.286 ;
      RECT 3.311 0.22 3.377 0.286 ;
      RECT 2.959 0.22 3.025 0.286 ;
      RECT 2.607 0.22 2.673 0.286 ;
      RECT 2.255 0.198 2.321 0.286 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.307824 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.584 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.924 5.005 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.543 0.924 4.609 1.155 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.43 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 2.035 0.924 2.101 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.462 ;
    RECT 0 0.462 2.09 0.528 ;
    RECT 4.994 0.462 5.412 0.528 ;
    RECT 2.09 0.462 4.994 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.275 1.958 0.363 ;
    RECT 1.892 0.363 1.958 0.429 ;
    RECT 1.892 0.429 3.872 0.495 ;
    RECT 1.892 0.495 1.958 0.825 ;
    RECT 0.055 0.825 1.958 0.913 ;
    RECT 0.055 0.913 0.121 1.012 ;
  END
END LDL_BUF_S_20
#
# 
MACRO LDL_BUF_S_24 FOREIGN C0A07BLDL_BUF_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.963886 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.341 4.983 0.594 ;
      RECT 2.508 0.594 6.237 0.726 ;
      RECT 6.171 0.726 6.237 0.924 ;
      RECT 5.313 0.341 5.379 0.594 ;
      RECT 2.508 0.275 5.445 0.341 ;
      RECT 5.379 0.198 5.445 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.365904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.396 0.462 1.584 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 4.851 0.924 4.917 1.155 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.147 0.924 4.213 1.155 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.347 0.924 6.413 1.155 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 5.203 0.924 5.269 1.155 ;
      RECT 3.091 0.924 3.157 1.155 ;
      RECT 2.739 0.924 2.805 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.462 ;
    RECT 0 0.462 2.398 0.528 ;
    RECT 6.05 0.462 6.468 0.528 ;
    RECT 2.398 0.462 6.05 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 2.409 0.385 ;
    RECT 2.321 0.385 2.409 0.407 ;
    RECT 2.321 0.407 4.752 0.517 ;
    RECT 2.321 0.517 2.409 0.825 ;
    RECT 0.055 0.825 2.409 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDL_BUF_S_24
#
# 
MACRO LDL_BUF_S_3 FOREIGN C0A07BLDL_BUF_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.111 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14883 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.374 0.891 0.726 ;
      RECT 0.638 0.726 1.111 0.858 ;
      RECT 1.045 0.858 1.111 0.99 ;
      RECT 0.825 0.308 0.935 0.374 ;
      RECT 0.869 0.198 0.935 0.308 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.198 0.319 0.308 ;
    RECT 0.253 0.308 0.528 0.374 ;
    RECT 0.462 0.374 0.528 0.473 ;
    RECT 0.462 0.473 0.704 0.539 ;
    RECT 0.462 0.539 0.528 0.847 ;
    RECT 0.253 0.847 0.528 0.913 ;
    RECT 0.253 0.913 0.319 0.99 ;
  END
END LDL_BUF_S_3
#
# 
MACRO LDL_BUF_S_32 FOREIGN C0A07BLDL_BUF_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 7.183 0.033 7.249 0.264 ;
      RECT 6.82 0.033 6.886 0.143 ;
      RECT 6.754 0.143 6.886 0.209 ;
      RECT 6.402 0.033 6.468 0.143 ;
      RECT 6.402 0.143 6.534 0.209 ;
      RECT 6.05 0.033 6.116 0.143 ;
      RECT 6.05 0.143 6.182 0.209 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.501424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.64 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23517 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.726 7.821 0.825 ;
      RECT 3.168 0.825 8.382 0.858 ;
      RECT 7.755 0.858 8.382 0.891 ;
      RECT 5.412 0.341 5.544 0.726 ;
      RECT 3.41 0.275 7.029 0.341 ;
      RECT 4.389 0.341 4.455 0.726 ;
      RECT 6.963 0.198 7.029 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.7 1.023 7.766 1.155 ;
      RECT 7.7 0.957 7.832 1.023 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.818 0.957 4.95 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.874 0.957 6.006 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.045 3.146 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.462 ;
    RECT 0 0.462 3.102 0.528 ;
    RECT 8.118 0.462 8.448 0.528 ;
    RECT 3.102 0.462 8.118 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.275 3.025 0.363 ;
    RECT 2.937 0.363 3.025 0.407 ;
    RECT 2.937 0.407 4.136 0.495 ;
    RECT 4.554 0.407 5.06 0.495 ;
    RECT 5.83 0.407 7.359 0.495 ;
    RECT 2.937 0.495 4.29 0.517 ;
    RECT 4.554 0.495 5.313 0.517 ;
    RECT 5.654 0.495 7.359 0.517 ;
    LAYER M2L ;
    RECT 4.026 0.495 5.94 0.561 ;
    VIA 4.092 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    VIA 5.016 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 5.148 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.026 0.517 4.29 0.561 ;
    RECT 2.937 0.517 3.025 0.825 ;
    RECT 4.95 0.517 5.313 0.561 ;
    RECT 5.654 0.517 5.94 0.561 ;
    RECT 0.055 0.825 3.025 0.913 ;
    RECT 0.055 0.913 0.121 0.968 ;
  END
END LDL_BUF_S_32
#
# 
MACRO LDL_BUF_S_4 FOREIGN C0A07BLDL_BUF_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.067 0.033 1.133 0.242 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.638 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.407 1.287 0.726 ;
      RECT 0.792 0.726 1.342 0.858 ;
      RECT 0.891 0.341 1.287 0.407 ;
      RECT 1.221 0.33 1.287 0.341 ;
      RECT 1.221 0.198 1.331 0.33 ;
      RECT 0.891 0.198 0.957 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 1.441 0.924 1.507 1.155 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 1.034 0.957 1.166 1.023 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.44 0.319 0.693 0.385 ;
    RECT 0.627 0.385 0.693 0.495 ;
    RECT 0.627 0.495 1.122 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.473 0.748 0.693 0.814 ;
    RECT 0.473 0.814 0.539 0.825 ;
    RECT 0.099 0.825 0.539 0.891 ;
    RECT 0.099 0.891 0.165 0.99 ;
  END
END LDL_BUF_S_4
#
# 
MACRO LDL_BUF_S_40 FOREIGN C0A07BLDL_BUF_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 10.428 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.428 0.033 ;
      RECT 8.822 0.033 8.888 0.143 ;
      RECT 8.756 0.143 8.888 0.209 ;
      RECT 8.448 0.033 8.514 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.096 0.033 8.162 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.744 0.033 7.81 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 6.27 0.033 6.336 0.143 ;
      RECT 6.27 0.143 6.402 0.209 ;
      RECT 5.918 0.033 5.984 0.143 ;
      RECT 5.918 0.143 6.05 0.209 ;
      RECT 5.566 0.033 5.632 0.143 ;
      RECT 5.566 0.143 5.698 0.209 ;
      RECT 5.214 0.033 5.28 0.143 ;
      RECT 5.214 0.143 5.346 0.209 ;
      RECT 4.928 0.033 4.994 0.143 ;
      RECT 4.862 0.143 4.994 0.209 ;
      RECT 4.51 0.033 4.576 0.143 ;
      RECT 4.51 0.143 4.642 0.209 ;
      RECT 4.158 0.033 4.224 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.706 0.033 2.772 0.143 ;
      RECT 2.706 0.143 2.838 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.002 0.033 2.068 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.65 0.143 1.782 0.209 ;
      RECT 1.298 0.033 1.364 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 10.428 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.622424 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.904 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.573 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.363 6.336 0.726 ;
      RECT 3.96 0.726 10.197 0.858 ;
      RECT 10.131 0.858 10.197 0.99 ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.96 0.275 9.075 0.363 ;
      RECT 8.987 0.132 9.075 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.428 1.221 ;
      RECT 9.196 1.023 9.262 1.155 ;
      RECT 9.13 0.957 9.262 1.023 ;
      RECT 8.822 1.023 8.888 1.155 ;
      RECT 8.756 0.957 8.888 1.023 ;
      RECT 8.448 1.023 8.514 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.04 1.023 7.106 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 1.298 1.045 1.364 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.946 1.045 1.012 1.155 ;
      RECT 0.946 0.979 1.078 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 10.307 0.924 10.373 1.155 ;
      RECT 9.966 1.023 10.032 1.155 ;
      RECT 9.9 0.957 10.032 1.023 ;
      RECT 9.548 1.023 9.614 1.155 ;
      RECT 9.482 0.957 9.614 1.023 ;
      RECT 7.392 1.023 7.458 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.688 1.023 6.754 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 5.632 1.023 5.698 1.155 ;
      RECT 5.566 0.957 5.698 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 10.428 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 10.428 0.462 ;
    RECT 0 0.462 3.85 0.528 ;
    RECT 10.01 0.462 10.428 0.528 ;
    RECT 3.85 0.462 10.01 0.528 ;
    RECT 0 0.528 10.428 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.275 3.85 0.363 ;
    RECT 3.762 0.363 3.85 0.495 ;
    RECT 3.993 0.429 5.082 0.495 ;
    RECT 5.346 0.429 5.852 0.495 ;
    RECT 6.71 0.429 9.339 0.495 ;
    RECT 3.762 0.495 4.059 0.561 ;
    RECT 5.764 0.495 6.094 0.561 ;
    RECT 6.435 0.495 6.798 0.561 ;
    LAYER M2L ;
    RECT 3.762 0.495 6.798 0.561 ;
    VIA 3.96 0.528 V1L2L ;
    VIA 5.874 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.6 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    VIA 6.732 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.762 0.561 3.85 0.825 ;
    RECT 0.055 0.825 3.85 0.913 ;
    RECT 0.055 0.913 0.121 0.99 ;
  END
END LDL_BUF_S_40
#
# 
MACRO LDL_BUF_S_5 FOREIGN C0A07BLDL_BUF_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224818 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.726 ;
      RECT 0.792 0.726 1.617 0.858 ;
      RECT 1.551 0.858 1.617 0.99 ;
      RECT 0.825 0.319 1.419 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.627 0.924 0.693 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.198 0.143 0.275 ;
    RECT 0.077 0.275 0.693 0.341 ;
    RECT 0.627 0.341 0.693 0.495 ;
    RECT 0.627 0.495 1.254 0.561 ;
    RECT 0.627 0.561 0.693 0.748 ;
    RECT 0.429 0.748 0.693 0.814 ;
    RECT 0.429 0.814 0.495 0.825 ;
    RECT 0.077 0.825 0.495 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_BUF_S_5
#
# 
MACRO LDL_BUF_S_6 FOREIGN C0A07BLDL_BUF_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.726 ;
      RECT 0.924 0.726 1.848 0.858 ;
      RECT 1.001 0.275 1.683 0.341 ;
      RECT 1.001 0.176 1.067 0.275 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.969 0.946 2.035 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.242 0.319 0.319 ;
    RECT 0.253 0.319 0.825 0.385 ;
    RECT 0.759 0.385 0.825 0.495 ;
    RECT 0.759 0.495 1.518 0.561 ;
    RECT 0.759 0.561 0.825 0.847 ;
    RECT 0.22 0.847 0.825 0.913 ;
  END
END LDL_BUF_S_6
#
# 
MACRO LDL_BUF_S_8 FOREIGN C0A07BLDL_BUF_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.694 0.033 1.76 0.143 ;
      RECT 1.694 0.143 1.826 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.253 0.033 0.319 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.814 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.726 ;
      RECT 1.166 0.726 2.398 0.858 ;
      RECT 1.199 0.297 2.211 0.363 ;
      RECT 1.199 0.22 1.265 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.068 0.979 2.2 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.694 0.979 1.826 1.045 ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 1.342 0.979 1.474 1.045 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.475 0.946 2.541 1.155 ;
      RECT 1.034 1.045 1.1 1.155 ;
      RECT 0.968 0.979 1.1 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.198 0.495 0.319 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.001 0.385 1.067 0.495 ;
    RECT 1.001 0.495 1.98 0.561 ;
    RECT 1.001 0.561 1.067 0.825 ;
    RECT 0.077 0.825 1.067 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_BUF_S_8
#
# 
MACRO LDL_CFSCOB_2 FOREIGN C0A07BLDL_CFSCOB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 3.74 0.033 3.806 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.165 ;
      RECT 3.344 0.165 3.476 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.133 0.033 1.199 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.198 1.881 0.627 ;
      RECT 1.617 0.627 1.881 0.693 ;
      RECT 0.561 0.297 0.627 0.462 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.914 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.848 0.264 V1L2L ;
    END
  END A
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END CI0
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 2.904 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.231 3.267 0.682 ;
      RECT 3.168 0.682 3.267 0.748 ;
      RECT 2.64 0.165 3.267 0.231 ;
    END
  END CO1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.462 2.013 0.99 ;
      RECT 0.132 0.594 0.495 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 2.046 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.98 0.66 V1L2L ;
    END
  END B
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.488 0.726 4.752 0.858 ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.297 4.686 0.363 ;
      RECT 4.521 0.209 4.587 0.297 ;
      RECT 4.026 0.143 4.587 0.209 ;
    END
  END CO0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.092 1.045 4.158 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.674 1.045 3.74 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 2.464 1.045 2.53 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 0.781 0.924 0.847 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 0.33 0.528 ;
    RECT 0.814 0.462 4.884 0.528 ;
    RECT 0.33 0.462 0.814 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.891 0.165 ;
    RECT 0.957 0.132 1.023 0.924 ;
    RECT 0.231 0.165 0.297 0.264 ;
    RECT 0.825 0.165 0.891 0.693 ;
    RECT 2.145 0.176 2.211 0.297 ;
    RECT 1.287 0.198 1.375 0.924 ;
    RECT 1.639 0.22 1.705 0.363 ;
    RECT 3.564 0.275 4.301 0.319 ;
    RECT 2.145 0.297 2.948 0.363 ;
    RECT 4.389 0.308 4.455 0.583 ;
    RECT 3.498 0.319 4.301 0.341 ;
    RECT 3.069 0.33 3.135 0.55 ;
    RECT 3.498 0.341 3.63 0.385 ;
    RECT 4.235 0.341 4.301 0.418 ;
    RECT 1.441 0.363 1.705 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 4.488 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.441 0.429 1.507 0.825 ;
    RECT 2.277 0.462 2.343 0.693 ;
    RECT 3.333 0.495 3.762 0.561 ;
    RECT 3.003 0.55 3.135 0.616 ;
    RECT 3.333 0.561 3.399 0.825 ;
    RECT 4.334 0.583 4.455 0.649 ;
    RECT 0.627 0.693 0.891 0.759 ;
    RECT 2.145 0.693 2.937 0.759 ;
    RECT 0.627 0.759 0.693 0.924 ;
    RECT 2.871 0.759 2.937 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.441 0.825 1.881 0.891 ;
    RECT 2.321 0.825 2.772 0.891 ;
    RECT 2.871 0.825 3.399 0.891 ;
    RECT 3.498 0.825 4.29 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 2.706 0.891 2.772 0.957 ;
    RECT 2.321 0.891 2.387 0.968 ;
    RECT 4.224 0.891 4.29 0.957 ;
    RECT 4.763 0.924 4.829 0.957 ;
    RECT 2.706 0.957 3.476 1.023 ;
    RECT 4.224 0.957 4.829 1.023 ;
    RECT 4.763 1.023 4.829 1.056 ;
  END
END LDL_CFSCOB_2
#
# 
MACRO LDL_CFSCOB_4 FOREIGN C0A07BLDL_CFSCOB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/15" ;
  SIZE 7.788 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.788 0.033 ;
      RECT 7.667 0.033 7.733 0.264 ;
      RECT 7.282 0.033 7.348 0.165 ;
      RECT 7.282 0.165 7.414 0.231 ;
      RECT 6.963 0.033 7.029 0.264 ;
      RECT 5.929 0.033 5.995 0.198 ;
      RECT 5.896 0.198 5.995 0.264 ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.247 0.033 5.313 0.264 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.509 0.033 3.575 0.176 ;
      RECT 3.476 0.176 3.575 0.242 ;
      RECT 3.157 0.033 3.223 0.176 ;
      RECT 3.157 0.176 3.256 0.242 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 1.793 0.033 1.859 0.242 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.788 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CI1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END CI1
  PIN CO1
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.137 0.693 ;
      RECT 4.686 0.693 5.137 0.759 ;
      RECT 4.257 0.363 5.137 0.429 ;
      RECT 5.049 0.198 5.137 0.363 ;
      RECT 4.719 0.264 4.785 0.363 ;
      RECT 3.828 0.297 4.323 0.363 ;
    END
  END CO1
  PIN CO0
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.429 7.491 0.693 ;
      RECT 7.106 0.693 7.59 0.759 ;
      RECT 7.106 0.66 7.172 0.693 ;
      RECT 6.666 0.363 7.491 0.429 ;
      RECT 7.425 0.297 7.59 0.363 ;
      RECT 7.139 0.264 7.205 0.363 ;
      RECT 6.248 0.297 6.732 0.363 ;
    END
  END CO0
  PIN CI0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.528 6.435 0.594 ;
      RECT 6.237 0.462 6.567 0.528 ;
      RECT 6.501 0.528 6.567 0.726 ;
      RECT 6.237 0.528 6.303 0.726 ;
    END
  END CI0
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.561 2.739 0.726 ;
      RECT 2.673 0.495 2.893 0.561 ;
      RECT 0.297 0.33 0.363 0.726 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.429 0.693 ;
      RECT 0.363 0.693 0.429 0.759 ;
      RECT 0.363 0.759 2.607 0.825 ;
      RECT 2.541 0.693 2.607 0.759 ;
      RECT 2.541 0.627 2.772 0.693 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 0.33 0.66 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.627 2.365 0.693 ;
      RECT 2.101 0.693 2.167 0.858 ;
      RECT 0.561 0.33 0.627 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.244 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.788 1.221 ;
      RECT 5.544 1.045 5.61 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.422 1.023 4.488 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.3 0.979 3.432 1.045 ;
      RECT 2.937 0.924 3.003 1.155 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.09 0.957 2.222 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 6.666 1.045 6.732 1.155 ;
      RECT 6.6 0.979 6.732 1.045 ;
      RECT 6.248 1.045 6.314 1.155 ;
      RECT 6.248 0.979 6.38 1.045 ;
      RECT 5.896 1.045 5.962 1.155 ;
      RECT 5.896 0.979 6.028 1.045 ;
      RECT 4.004 1.045 4.07 1.155 ;
      RECT 4.004 0.979 4.136 1.045 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.788 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.788 0.528 ;
    RECT 0 0.528 7.788 1.221 ;
    LAYER M1L ;
    RECT 2.123 0.099 2.541 0.165 ;
    RECT 4.389 0.132 4.455 0.165 ;
    RECT 6.809 0.132 6.875 0.165 ;
    RECT 0.374 0.165 0.825 0.231 ;
    RECT 2.123 0.165 2.189 0.286 ;
    RECT 2.475 0.165 2.541 0.363 ;
    RECT 3.652 0.165 4.455 0.231 ;
    RECT 6.072 0.165 6.875 0.231 ;
    RECT 2.981 0.176 3.047 0.319 ;
    RECT 2.827 0.198 2.893 0.363 ;
    RECT 0.913 0.22 0.979 0.297 ;
    RECT 0.759 0.231 0.825 0.495 ;
    RECT 4.389 0.231 4.455 0.264 ;
    RECT 3.652 0.231 3.718 0.319 ;
    RECT 6.809 0.231 6.875 0.264 ;
    RECT 6.072 0.231 6.138 0.341 ;
    RECT 1.617 0.264 1.683 0.341 ;
    RECT 1.969 0.264 2.035 0.341 ;
    RECT 2.299 0.264 2.365 0.495 ;
    RECT 5.401 0.264 5.467 0.341 ;
    RECT 0.913 0.297 1.551 0.363 ;
    RECT 2.981 0.319 3.718 0.385 ;
    RECT 1.617 0.341 2.035 0.407 ;
    RECT 5.401 0.341 6.138 0.407 ;
    RECT 1.485 0.363 1.551 0.693 ;
    RECT 2.475 0.363 2.893 0.429 ;
    RECT 1.617 0.407 1.683 0.726 ;
    RECT 0.759 0.495 1.386 0.561 ;
    RECT 1.782 0.495 2.53 0.561 ;
    RECT 3.003 0.495 3.52 0.561 ;
    RECT 4.257 0.495 4.95 0.561 ;
    RECT 5.247 0.495 5.962 0.561 ;
    RECT 6.732 0.495 7.326 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 2.937 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 2.464 0.561 2.53 0.825 ;
    RECT 3.003 0.561 3.069 0.759 ;
    RECT 4.257 0.561 4.323 0.726 ;
    RECT 5.247 0.561 5.313 0.858 ;
    RECT 6.963 0.561 7.029 0.858 ;
    LAYER M2L ;
    RECT 2.871 0.561 2.937 0.627 ;
    RECT 2.871 0.627 5.511 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.913 0.693 1.551 0.759 ;
    LAYER M2L ;
    RECT 5.445 0.693 5.511 0.759 ;
    LAYER M1L ;
    RECT 1.617 0.726 2.035 0.792 ;
    RECT 5.401 0.748 5.467 0.825 ;
    RECT 0.913 0.759 0.979 0.836 ;
    RECT 1.221 0.759 1.287 0.99 ;
    RECT 2.904 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 2.673 0.759 5.346 0.825 ;
    RECT 5.445 0.759 7.062 0.825 ;
    VIA 5.28 0.792 V1L2L ;
    VIA 6.996 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.969 0.792 2.035 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.55 0.825 0.825 0.891 ;
    RECT 2.266 0.825 2.75 0.891 ;
    RECT 3.157 0.825 4.642 0.891 ;
    RECT 5.401 0.825 6.897 0.891 ;
    LAYER M2L ;
    RECT 2.673 0.825 2.739 0.891 ;
    LAYER M1L ;
    RECT 7.667 0.858 7.733 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.55 0.891 0.616 0.924 ;
    RECT 4.576 0.891 4.642 0.957 ;
    RECT 3.157 0.891 3.223 0.99 ;
    RECT 6.831 0.891 6.897 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.739 0.957 ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.957 0.858 1.023 ;
    RECT 4.576 0.957 5.346 1.023 ;
    RECT 6.831 0.957 7.733 1.023 ;
    RECT 0.407 1.023 0.792 1.089 ;
  END
END LDL_CFSCOB_4
#
# 
MACRO LDL_CKGTNLTP_16 FOREIGN C0A07BLDL_CKGTNLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.9 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 0.033 9.592 0.143 ;
      RECT 9.526 0.143 9.658 0.209 ;
      RECT 0 -0.033 9.9 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.9 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
      VIA 9.636 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 9.449 0.33 9.559 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 9.57 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 9.504 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 9.636 0.759 9.867 0.825 ;
      RECT 9.779 0.825 9.867 0.99 ;
      RECT 9.779 0.132 9.867 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 9.526 1.045 9.592 1.155 ;
      RECT 0 1.155 9.9 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 9.526 0.979 9.658 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 9.9 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
      VIA 9.636 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.9 0.528 ;
    RECT 0 0.528 9.9 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 9.317 0.132 9.427 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 9.317 0.264 9.383 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 9.647 0.462 9.713 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 9.317 0.627 9.713 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 9.361 0.693 9.427 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDL_CKGTNLTP_16
#
# 
MACRO LDL_CKGTNLTP_2 FOREIGN C0A07BLDL_CKGTNLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 0.033 3.916 0.143 ;
      RECT 3.85 0.143 3.982 0.209 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.487 0.033 3.553 0.396 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.33 3.883 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.528 ;
      LAYER M2L ;
      RECT 1.848 0.363 3.894 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 3.828 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.154 3.399 0.902 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.759 4.191 0.825 ;
      RECT 4.103 0.825 4.191 0.99 ;
      RECT 4.103 0.132 4.191 0.759 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.487 0.792 3.553 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.85 0.979 3.982 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 3.641 0.132 3.751 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.958 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.892 0.209 1.958 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 3.641 0.264 3.707 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.255 0.297 2.695 0.363 ;
    RECT 2.761 0.297 3.245 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.629 0.363 2.695 0.495 ;
    RECT 2.255 0.363 2.321 0.858 ;
    RECT 3.179 0.363 3.245 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.497 0.462 2.563 0.627 ;
    RECT 3.003 0.462 3.069 0.627 ;
    RECT 3.971 0.462 4.037 0.627 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.629 0.495 2.827 0.561 ;
    RECT 2.497 0.627 3.069 0.693 ;
    RECT 3.641 0.627 4.037 0.693 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.641 0.693 3.707 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.728 0.825 3.245 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.353 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.563 1.045 ;
    RECT 1.221 1.045 2.563 1.089 ;
  END
END LDL_CKGTNLTP_2
#
# 
MACRO LDL_CKGTNLTP_4 FOREIGN C0A07BLDL_CKGTNLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.257 0.033 4.323 0.396 ;
      RECT 3.905 0.033 3.971 0.264 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.33 4.675 0.528 ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 4.686 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 4.62 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.627 4.147 0.693 ;
      RECT 4.059 0.693 4.147 0.924 ;
      RECT 3.729 0.693 3.795 0.924 ;
      RECT 4.059 0.429 4.147 0.627 ;
      RECT 3.729 0.363 4.147 0.429 ;
      RECT 4.059 0.154 4.147 0.363 ;
      RECT 3.729 0.154 3.795 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.759 4.983 0.825 ;
      RECT 4.895 0.825 4.983 0.99 ;
      RECT 4.895 0.132 4.983 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 3.905 0.792 3.971 1.155 ;
      RECT 3.553 0.924 3.619 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.642 0.979 4.774 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 4.433 0.132 4.543 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 4.433 0.264 4.499 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 4.763 0.462 4.829 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.894 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 4.433 0.627 4.829 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 4.433 0.693 4.499 1.012 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDL_CKGTNLTP_4
#
# 
MACRO LDL_CKGTNLTP_8 FOREIGN C0A07BLDL_CKGTNLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 0.033 6.424 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.017 0.033 6.083 0.396 ;
      RECT 5.665 0.033 5.731 0.264 ;
      RECT 5.313 0.033 5.379 0.264 ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 6.281 0.33 6.391 0.528 ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.363 6.402 0.429 ;
      VIA 1.914 0.396 V1L2L ;
      VIA 6.336 0.396 V1L2L ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.627 5.907 0.693 ;
      RECT 5.819 0.693 5.907 0.924 ;
      RECT 5.489 0.693 5.555 0.924 ;
      RECT 5.115 0.693 5.203 0.924 ;
      RECT 4.785 0.693 4.851 0.924 ;
      RECT 5.819 0.429 5.907 0.627 ;
      RECT 4.785 0.363 5.907 0.429 ;
      RECT 5.819 0.154 5.907 0.363 ;
      RECT 5.489 0.154 5.555 0.363 ;
      RECT 5.115 0.154 5.203 0.363 ;
      RECT 4.785 0.154 4.851 0.363 ;
    END
  END Q
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.759 6.699 0.825 ;
      RECT 6.611 0.825 6.699 0.99 ;
      RECT 6.611 0.132 6.699 0.759 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.665 0.792 5.731 1.155 ;
      RECT 5.313 0.792 5.379 1.155 ;
      RECT 4.961 0.792 5.027 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.017 0.792 6.083 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.358 0.979 6.49 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 6.149 0.132 6.259 0.264 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 6.149 0.264 6.215 0.627 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 6.479 0.462 6.545 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.214 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 6.149 0.627 6.545 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 6.193 0.693 6.259 1.012 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDL_CKGTNLTP_8
#
# 
MACRO LDL_CKGTNLT_16 FOREIGN C0A07BLDL_CKGTNLT_16_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.396 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.734 0.143 8.866 0.209 ;
      RECT 8.382 0.033 8.448 0.143 ;
      RECT 8.382 0.143 8.514 0.209 ;
      RECT 8.03 0.033 8.096 0.143 ;
      RECT 8.03 0.143 8.162 0.209 ;
      RECT 7.678 0.033 7.744 0.143 ;
      RECT 7.678 0.143 7.81 0.209 ;
      RECT 7.326 0.033 7.392 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 6.974 0.033 7.04 0.143 ;
      RECT 6.974 0.143 7.106 0.209 ;
      RECT 6.622 0.033 6.688 0.143 ;
      RECT 6.622 0.143 6.754 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.58 0 V1L2L ;
      VIA 8.976 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 6.457 0.627 9.053 0.737 ;
      RECT 8.943 0.737 9.053 0.924 ;
      RECT 8.569 0.737 8.679 0.924 ;
      RECT 8.217 0.737 8.327 0.924 ;
      RECT 7.865 0.737 7.975 0.924 ;
      RECT 7.513 0.737 7.623 0.924 ;
      RECT 7.161 0.737 7.271 0.924 ;
      RECT 6.809 0.737 6.919 0.924 ;
      RECT 6.457 0.737 6.567 0.946 ;
      RECT 8.943 0.429 9.053 0.627 ;
      RECT 6.435 0.319 9.053 0.429 ;
      RECT 8.063 0.429 8.173 0.627 ;
      RECT 7.271 0.429 7.381 0.627 ;
      RECT 6.435 0.132 6.545 0.319 ;
      RECT 8.943 0.154 9.053 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.98 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.415 0.924 8.481 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.711 0.924 7.777 1.155 ;
      RECT 7.359 0.924 7.425 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 5.819 1.023 5.885 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 4.477 1.023 4.543 1.155 ;
      RECT 4.444 0.957 4.576 1.023 ;
      RECT 3.817 1.023 3.883 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 9.119 0.792 9.185 1.155 ;
      RECT 8.767 0.924 8.833 1.155 ;
      RECT 6.655 0.924 6.721 1.155 ;
      RECT 6.303 0.924 6.369 1.155 ;
      RECT 5.159 1.023 5.225 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 3.157 1.023 3.223 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.58 1.188 V1L2L ;
      VIA 8.976 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 0 0.528 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 2.321 0.132 2.387 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.143 6.303 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 6.215 0.231 6.303 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.321 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 4.246 0.363 4.796 0.429 ;
    RECT 4.928 0.363 5.456 0.429 ;
    RECT 5.588 0.363 6.149 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.321 0.363 2.387 0.902 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 4.246 0.429 4.312 0.495 ;
    RECT 4.73 0.429 4.796 0.495 ;
    RECT 4.928 0.429 4.994 0.495 ;
    RECT 5.39 0.429 5.456 0.495 ;
    RECT 5.588 0.429 5.654 0.495 ;
    RECT 6.083 0.429 6.149 0.594 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.123 0.462 2.189 0.891 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.378 0.495 4.642 0.561 ;
    RECT 5.06 0.495 5.324 0.561 ;
    RECT 5.72 0.495 5.984 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 4.73 0.495 4.994 0.561 ;
    RECT 5.39 0.495 5.654 0.561 ;
    RECT 6.215 0.495 7.172 0.561 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.378 0.561 4.444 0.627 ;
    RECT 4.576 0.561 4.642 0.627 ;
    RECT 5.06 0.561 5.126 0.627 ;
    RECT 5.258 0.561 5.324 0.627 ;
    RECT 5.72 0.561 5.786 0.627 ;
    RECT 6.215 0.561 6.303 0.759 ;
    RECT 2.585 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.444 0.693 ;
    RECT 4.576 0.627 5.126 0.693 ;
    RECT 5.258 0.627 5.786 0.693 ;
    RECT 2.585 0.693 2.651 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.816 0.759 6.303 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.386 0.891 ;
    RECT 2.816 0.847 2.904 1.034 ;
    RECT 3.476 0.847 3.564 1.034 ;
    RECT 4.136 0.847 4.224 1.034 ;
    RECT 4.818 0.847 4.906 1.034 ;
    RECT 5.478 0.847 5.566 1.034 ;
    RECT 6.138 0.847 6.226 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.189 0.913 ;
    RECT 1.32 0.913 2.189 0.957 ;
    RECT 0.451 0.979 1.254 1.023 ;
    RECT 0.451 1.023 2.651 1.045 ;
    RECT 1.188 1.045 2.651 1.089 ;
  END
END LDL_CKGTNLT_16
#
# 
MACRO LDL_CKGTNLT_2 FOREIGN C0A07BLDL_CKGTNLT_2_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.396 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.627 3.432 0.693 ;
      RECT 3.267 0.693 3.333 0.891 ;
      RECT 3.168 0.891 3.333 0.957 ;
      RECT 3.267 0.561 3.333 0.627 ;
      RECT 3.267 0.495 3.432 0.561 ;
      RECT 3.267 0.154 3.333 0.495 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.211 0.132 2.277 0.297 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 1.463 0.143 1.914 0.209 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 1.848 0.209 1.914 0.242 ;
    RECT 1.463 0.209 1.529 0.33 ;
    RECT 2.717 0.22 2.783 0.297 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.211 0.297 2.651 0.363 ;
    RECT 2.717 0.297 3.201 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.585 0.363 2.651 0.495 ;
    RECT 2.321 0.363 2.387 0.748 ;
    RECT 3.135 0.363 3.201 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.145 0.462 2.211 0.605 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 2.959 0.462 3.025 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.585 0.495 2.783 0.561 ;
    RECT 2.079 0.605 2.211 0.671 ;
    RECT 2.453 0.627 3.025 0.693 ;
    RECT 2.079 0.671 2.145 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.211 0.748 2.387 0.814 ;
    RECT 2.684 0.759 3.201 0.825 ;
    RECT 2.211 0.814 2.277 0.88 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.145 0.913 ;
    RECT 1.353 0.913 2.145 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDL_CKGTNLT_2
#
# 
MACRO LDL_CKGTNLT_4 FOREIGN C0A07BLDL_CKGTNLT_4_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.323 0.033 4.389 0.396 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.98 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.627 4.213 0.693 ;
      RECT 4.125 0.693 4.213 0.924 ;
      RECT 3.795 0.693 3.861 0.924 ;
      RECT 4.125 0.429 4.213 0.627 ;
      RECT 3.795 0.363 4.213 0.429 ;
      RECT 4.125 0.154 4.213 0.363 ;
      RECT 3.795 0.154 3.861 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.024 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 4.323 0.792 4.389 1.155 ;
      RECT 3.971 0.792 4.037 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.881 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.53 0.165 3.509 0.231 ;
    RECT 1.815 0.198 1.881 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 2.167 0.198 2.233 0.297 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 3.443 0.231 3.509 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.167 0.297 3.377 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.816 0.363 2.882 0.495 ;
    RECT 3.311 0.363 3.377 0.594 ;
    RECT 2.321 0.363 2.387 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.189 0.462 2.255 0.627 ;
    RECT 2.453 0.462 2.519 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.948 0.495 3.212 0.561 ;
    RECT 2.618 0.495 2.882 0.561 ;
    RECT 3.443 0.495 3.96 0.561 ;
    RECT 2.948 0.561 3.014 0.627 ;
    RECT 3.443 0.561 3.509 0.759 ;
    RECT 2.035 0.627 2.255 0.693 ;
    RECT 2.453 0.627 3.014 0.693 ;
    RECT 2.035 0.693 2.101 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.825 0.715 1.562 0.781 ;
    RECT 2.717 0.759 3.509 0.825 ;
    RECT 2.167 0.792 2.387 0.858 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.717 0.825 2.783 1.034 ;
    RECT 3.399 0.825 3.465 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 2.167 0.858 2.233 0.924 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.101 0.913 ;
    RECT 1.353 0.913 2.101 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.519 1.045 ;
    RECT 1.221 1.045 2.519 1.089 ;
  END
END LDL_CKGTNLT_4
#
# 
MACRO LDL_CKGTNLT_8 FOREIGN C0A07BLDL_CKGTNLT_8_R2 0 0 ;
##MACROVERSION "2.0 2009/02/05" ;
  SIZE 6.204 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.204 0.033 ;
      RECT 6.083 0.033 6.149 0.396 ;
      RECT 5.731 0.033 5.797 0.264 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.204 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 2.002 0.429 ;
      RECT 1.749 0.429 1.815 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.627 5.973 0.693 ;
      RECT 5.885 0.693 5.973 0.924 ;
      RECT 5.555 0.693 5.621 0.924 ;
      RECT 5.181 0.693 5.269 0.924 ;
      RECT 4.851 0.693 4.917 0.924 ;
      RECT 5.885 0.429 5.973 0.627 ;
      RECT 4.851 0.363 5.973 0.429 ;
      RECT 5.885 0.154 5.973 0.363 ;
      RECT 5.555 0.154 5.621 0.363 ;
      RECT 5.181 0.154 5.269 0.363 ;
      RECT 4.851 0.154 4.917 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.759 1.947 0.825 ;
      RECT 1.881 0.561 1.947 0.759 ;
      RECT 1.881 0.495 2.046 0.561 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.204 1.221 ;
      RECT 5.379 0.792 5.445 1.155 ;
      RECT 5.027 0.792 5.093 1.155 ;
      RECT 3.817 0.924 3.883 1.155 ;
      RECT 6.083 0.792 6.149 1.155 ;
      RECT 5.731 0.792 5.797 1.155 ;
      RECT 4.675 0.924 4.741 1.155 ;
      RECT 3.157 0.924 3.223 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.204 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.204 0.528 ;
    RECT 0 0.528 6.204 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.463 0.132 1.903 0.198 ;
    RECT 1.122 0.143 1.254 0.209 ;
    RECT 2.64 0.165 4.609 0.231 ;
    RECT 1.837 0.198 1.903 0.264 ;
    RECT 1.463 0.198 1.529 0.33 ;
    RECT 0.451 0.198 0.517 0.979 ;
    RECT 1.155 0.209 1.221 0.462 ;
    RECT 4.543 0.231 4.609 0.495 ;
    RECT 0.605 0.286 1.067 0.352 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 2.156 0.297 2.794 0.363 ;
    RECT 1.287 0.308 1.353 0.715 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 1.001 0.352 1.067 0.616 ;
    RECT 0.605 0.352 0.671 0.847 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.926 0.363 3.454 0.429 ;
    RECT 3.586 0.363 4.114 0.429 ;
    RECT 2.728 0.363 2.794 0.495 ;
    RECT 2.365 0.363 2.431 0.759 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.926 0.429 2.992 0.495 ;
    RECT 3.388 0.429 3.454 0.495 ;
    RECT 3.586 0.429 3.652 0.495 ;
    RECT 4.048 0.429 4.114 0.495 ;
    RECT 0.825 0.462 0.891 0.715 ;
    RECT 2.233 0.462 2.299 0.627 ;
    RECT 4.411 0.462 4.477 0.627 ;
    RECT 1.452 0.495 1.683 0.561 ;
    RECT 2.728 0.495 2.992 0.561 ;
    RECT 3.388 0.495 3.652 0.561 ;
    RECT 4.048 0.495 4.312 0.561 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 3.058 0.495 3.322 0.561 ;
    RECT 3.718 0.495 3.982 0.561 ;
    RECT 4.543 0.495 5.28 0.561 ;
    RECT 2.596 0.561 2.662 0.627 ;
    RECT 3.058 0.561 3.124 0.627 ;
    RECT 3.256 0.561 3.322 0.627 ;
    RECT 3.718 0.561 3.784 0.627 ;
    RECT 3.916 0.561 3.982 0.627 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 2.057 0.627 2.299 0.693 ;
    RECT 2.596 0.627 3.124 0.693 ;
    RECT 3.256 0.627 3.784 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 2.057 0.693 2.123 0.891 ;
    RECT 2.596 0.693 2.662 1.023 ;
    RECT 0.825 0.715 1.54 0.781 ;
    RECT 2.189 0.759 2.431 0.825 ;
    RECT 2.827 0.759 4.609 0.825 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.189 0.825 2.255 0.924 ;
    RECT 2.827 0.825 2.893 1.034 ;
    RECT 3.487 0.825 3.553 1.034 ;
    RECT 4.147 0.825 4.213 1.034 ;
    RECT 0.605 0.847 1.419 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.605 0.891 2.123 0.913 ;
    RECT 1.353 0.913 2.123 0.957 ;
    RECT 0.451 0.979 1.287 1.023 ;
    RECT 0.451 1.023 2.662 1.045 ;
    RECT 1.221 1.045 2.662 1.089 ;
  END
END LDL_CKGTNLT_8
#
# 
MACRO LDL_CKGTPLS_1 FOREIGN C0A07BLDL_CKGTPLS_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.42 0.165 2.552 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.693 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.726 ;
      RECT 3.157 0.726 3.267 0.858 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.629 0.594 ;
      RECT 2.541 0.462 2.629 0.528 ;
      RECT 2.409 0.462 2.475 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.013 0.726 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.2 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.761 0.132 2.871 0.264 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.353 0.165 1.419 0.407 ;
    RECT 2.629 0.176 2.695 0.297 ;
    RECT 1.111 0.231 1.254 0.297 ;
    RECT 1.485 0.231 1.991 0.297 ;
    RECT 0.033 0.264 0.099 0.682 ;
    RECT 0.429 0.264 0.495 0.297 ;
    RECT 2.2 0.264 2.266 0.297 ;
    RECT 2.761 0.264 2.827 0.671 ;
    RECT 2.057 0.264 2.123 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.111 0.297 1.177 0.693 ;
    RECT 1.485 0.297 1.551 0.506 ;
    RECT 1.925 0.297 1.991 0.594 ;
    RECT 2.2 0.297 2.695 0.363 ;
    RECT 2.893 0.33 3.003 0.462 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.617 0.363 1.837 0.429 ;
    LAYER M2L ;
    RECT 1.65 0.363 3.036 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.276 0.407 1.419 0.473 ;
    RECT 1.771 0.429 1.837 0.506 ;
    RECT 1.617 0.429 1.683 0.693 ;
    RECT 2.893 0.462 2.959 0.594 ;
    RECT 2.057 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.528 ;
    RECT 3.025 0.528 3.135 0.594 ;
    RECT 2.145 0.528 2.211 0.825 ;
    RECT 1.837 0.594 1.991 0.66 ;
    RECT 3.025 0.594 3.091 0.825 ;
    RECT 1.837 0.66 1.903 0.858 ;
    RECT 0.561 0.671 1.012 0.737 ;
    RECT 2.354 0.671 2.882 0.737 ;
    RECT 0.033 0.682 0.363 0.748 ;
    RECT 1.111 0.693 1.683 0.759 ;
    RECT 0.561 0.737 0.627 0.858 ;
    RECT 0.297 0.748 0.363 0.858 ;
    RECT 0.033 0.748 0.121 1.012 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.66 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.748 0.825 1.474 0.891 ;
    RECT 2.145 0.825 3.091 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.902 0.957 1.628 1.023 ;
  END
END LDL_CKGTPLS_1
#
# 
MACRO LDL_CKGTPLS_12 FOREIGN C0A07BLDL_CKGTPLS_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.984 0.033 6.05 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.566 0.165 5.698 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.214 0.165 5.346 0.231 ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.862 0.165 4.994 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 4.862 0.726 6.402 0.825 ;
      RECT 4.51 0.825 6.402 0.858 ;
      RECT 4.51 0.858 4.928 0.891 ;
      RECT 4.686 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.552 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.838 0.143 3.311 0.209 ;
    RECT 1.661 0.165 1.727 0.473 ;
    RECT 2.486 0.165 2.552 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.209 3.311 0.275 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 2.343 0.264 2.409 0.671 ;
    RECT 3.245 0.275 4.422 0.341 ;
    RECT 2.662 0.275 3.179 0.341 ;
    RECT 1.276 0.297 1.43 0.363 ;
    RECT 3.113 0.341 3.179 0.407 ;
    RECT 1.364 0.363 1.43 0.671 ;
    RECT 3.113 0.407 3.751 0.473 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.54 0.473 1.727 0.539 ;
    RECT 3.685 0.473 3.751 0.693 ;
    RECT 2.486 0.495 3.014 0.561 ;
    RECT 4.719 0.495 6.006 0.561 ;
    RECT 1.969 0.506 2.035 0.671 ;
    RECT 3.113 0.539 3.586 0.605 ;
    RECT 4.719 0.561 4.785 0.693 ;
    RECT 3.113 0.605 3.179 0.671 ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.737 ;
    RECT 2.343 0.671 3.179 0.737 ;
    RECT 3.245 0.693 4.785 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 2.343 0.737 2.409 0.836 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.41 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.311 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDL_CKGTPLS_12
#
# 
MACRO LDL_CKGTPLS_16 FOREIGN C0A07BLDL_CKGTPLS_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.033 6.534 0.165 ;
      RECT 6.402 0.165 6.534 0.231 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.82 0.033 6.886 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.05 0.165 6.182 0.231 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.698 0.165 5.83 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.346 0.165 5.478 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.675 0.033 4.741 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.198 4.587 0.462 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 6.743 0.363 6.831 0.726 ;
      RECT 4.994 0.726 7.062 0.825 ;
      RECT 4.466 0.825 7.062 0.858 ;
      RECT 4.466 0.858 5.06 0.891 ;
      RECT 4.818 0.297 6.831 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.323 0.924 4.389 1.155 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.116 1.023 6.182 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.764 1.023 5.83 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.695 0.924 2.761 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 1.661 0.165 1.727 0.495 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.792 ;
    RECT 2.838 0.165 3.311 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.245 0.231 3.311 0.297 ;
    RECT 2.343 0.264 2.409 0.792 ;
    RECT 2.167 0.286 2.233 1.023 ;
    RECT 3.245 0.297 4.422 0.363 ;
    RECT 2.662 0.297 3.179 0.363 ;
    RECT 1.276 0.319 1.43 0.385 ;
    RECT 3.113 0.363 3.179 0.825 ;
    RECT 1.364 0.385 1.43 0.627 ;
    RECT 0.561 0.462 0.627 0.671 ;
    RECT 1.969 0.462 2.035 0.627 ;
    RECT 1.54 0.495 1.727 0.561 ;
    RECT 2.497 0.495 3.014 0.561 ;
    RECT 3.333 0.495 3.696 0.561 ;
    RECT 4.818 0.495 6.578 0.561 ;
    RECT 3.333 0.561 3.399 0.726 ;
    RECT 4.818 0.561 4.884 0.693 ;
    RECT 1.364 0.627 2.035 0.671 ;
    LAYER M2L ;
    RECT 2.31 0.627 3.432 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 3.366 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.671 1.144 0.737 ;
    RECT 1.298 0.671 2.035 0.693 ;
    RECT 1.298 0.693 1.43 0.737 ;
    RECT 3.619 0.693 4.884 0.759 ;
    RECT 0.561 0.737 0.627 0.957 ;
    RECT 3.619 0.759 3.685 0.825 ;
    RECT 1.1 0.803 1.782 0.847 ;
    RECT 3.795 0.825 4.246 0.891 ;
    RECT 2.838 0.825 3.685 0.891 ;
    RECT 1.034 0.847 1.782 0.869 ;
    RECT 1.034 0.869 1.166 0.913 ;
    RECT 3.795 0.891 3.861 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 1.474 0.935 1.606 1.001 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 3.41 0.957 3.861 1.023 ;
    RECT 1.474 1.001 1.54 1.023 ;
    RECT 0.891 1.023 1.54 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDL_CKGTPLS_16
#
# 
MACRO LDL_CKGTPLS_2 FOREIGN C0A07BLDL_CKGTPLS_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.528 ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.396 ;
      RECT 0.165 0.396 0.363 0.462 ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.297 0.297 0.363 0.396 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.231 3.399 0.792 ;
      RECT 3.245 0.792 3.399 0.858 ;
      RECT 3.245 0.858 3.311 0.924 ;
      RECT 3.212 0.165 3.399 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.421 0.924 3.487 1.155 ;
      RECT 2.057 0.726 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 1.914 0.528 2.486 0.594 ;
    RECT 0 0.528 1.914 0.594 ;
    RECT 2.486 0.528 3.564 0.594 ;
    RECT 0 0.594 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 2.222 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.827 0.132 2.893 0.825 ;
    RECT 0.374 0.165 0.517 0.231 ;
    RECT 0.825 0.165 0.891 0.297 ;
    RECT 1.375 0.165 1.441 0.407 ;
    RECT 2.651 0.176 2.717 0.297 ;
    RECT 0.429 0.231 0.517 0.297 ;
    RECT 1.133 0.231 1.276 0.297 ;
    RECT 1.507 0.231 2.013 0.297 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 2.222 0.264 2.288 0.297 ;
    RECT 2.079 0.264 2.145 0.462 ;
    RECT 0.429 0.297 0.891 0.363 ;
    RECT 1.133 0.297 1.199 0.693 ;
    RECT 1.507 0.297 1.573 0.506 ;
    RECT 1.947 0.297 2.013 0.594 ;
    RECT 2.222 0.297 2.717 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 1.639 0.363 1.859 0.429 ;
    RECT 2.959 0.363 3.102 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 3.102 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.298 0.407 1.441 0.473 ;
    RECT 1.793 0.429 1.859 0.506 ;
    RECT 1.639 0.429 1.705 0.693 ;
    RECT 2.959 0.429 3.025 0.726 ;
    RECT 2.079 0.462 2.277 0.528 ;
    RECT 3.091 0.495 3.234 0.561 ;
    RECT 2.211 0.528 2.277 0.957 ;
    RECT 2.365 0.55 2.431 0.825 ;
    RECT 3.091 0.561 3.157 0.957 ;
    RECT 0.297 0.594 0.363 0.759 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.859 0.594 2.013 0.66 ;
    RECT 1.859 0.66 1.925 0.858 ;
    RECT 0.561 0.693 1.034 0.759 ;
    RECT 1.133 0.693 1.705 0.759 ;
    RECT 0.033 0.759 0.363 0.825 ;
    RECT 0.033 0.825 0.121 1.012 ;
    RECT 0.77 0.825 1.496 0.891 ;
    RECT 2.365 0.825 2.893 0.891 ;
    RECT 0.385 0.924 0.495 1.056 ;
    RECT 0.924 0.957 1.65 1.023 ;
    RECT 2.211 0.957 3.157 1.023 ;
  END
END LDL_CKGTPLS_2
#
# 
MACRO LDL_CKGTPLS_3 FOREIGN C0A07BLDL_CKGTPLS_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.828 0.033 3.894 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.341 3.927 0.825 ;
      RECT 3.586 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.586 0.275 4.059 0.341 ;
      RECT 3.971 0.198 4.059 0.275 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.605 3.267 0.99 ;
      RECT 3.333 0.605 3.399 0.726 ;
      RECT 3.201 0.539 3.399 0.605 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.377 0.924 3.443 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.365 0.924 2.431 1.155 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 2.618 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 1.749 0.165 1.815 0.407 ;
    RECT 2.552 0.165 2.618 0.55 ;
    RECT 0.429 0.165 0.495 0.924 ;
    RECT 3.289 0.198 3.355 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 1.254 0.231 1.386 0.297 ;
    RECT 2.717 0.242 2.783 0.407 ;
    RECT 2.156 0.253 2.288 0.319 ;
    RECT 2.365 0.275 2.431 0.759 ;
    RECT 2.882 0.275 3.355 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 1.023 ;
    RECT 1.254 0.297 1.32 0.539 ;
    RECT 2.222 0.319 2.288 0.671 ;
    RECT 1.518 0.407 1.815 0.473 ;
    RECT 2.717 0.407 3.531 0.473 ;
    RECT 3.465 0.473 3.531 0.495 ;
    RECT 2.805 0.473 2.871 0.726 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.254 0.539 2.112 0.605 ;
    RECT 2.97 0.539 3.135 0.605 ;
    RECT 2.552 0.55 2.717 0.616 ;
    RECT 1.254 0.605 1.32 0.671 ;
    RECT 3.069 0.605 3.135 1.023 ;
    RECT 2.651 0.616 2.717 0.682 ;
    RECT 1.254 0.671 1.408 0.737 ;
    RECT 1.738 0.671 2.288 0.737 ;
    RECT 2.805 0.726 3.003 0.858 ;
    RECT 2.189 0.737 2.255 0.946 ;
    RECT 2.365 0.759 2.607 0.825 ;
    RECT 1.122 0.814 1.771 0.847 ;
    RECT 2.541 0.825 2.607 1.023 ;
    RECT 1.056 0.847 1.771 0.88 ;
    RECT 2.937 0.858 3.003 0.924 ;
    RECT 1.056 0.88 1.188 0.913 ;
    RECT 1.705 0.88 1.771 0.946 ;
    RECT 0.913 0.924 0.979 1.012 ;
    RECT 1.496 0.957 1.628 1.012 ;
    RECT 0.913 1.012 1.628 1.023 ;
    RECT 0.055 1.023 0.627 1.089 ;
    RECT 0.913 1.023 1.562 1.078 ;
    RECT 2.541 1.023 3.135 1.089 ;
  END
END LDL_CKGTPLS_3
#
# 
MACRO LDL_CKGTPLS_4 FOREIGN C0A07BLDL_CKGTPLS_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.575 0.033 3.641 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.171336 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.542 0.726 4.026 0.858 ;
      RECT 3.718 0.297 4.191 0.363 ;
      RECT 4.103 0.198 4.191 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.432 0.132 3.498 0.165 ;
    RECT 1.661 0.165 1.727 0.407 ;
    RECT 2.497 0.165 2.563 0.495 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.86 0.165 3.498 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.089 0.297 ;
    RECT 1.254 0.231 1.408 0.297 ;
    RECT 2.134 0.253 2.266 0.319 ;
    RECT 2.343 0.275 2.409 0.671 ;
    RECT 1.023 0.297 1.089 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 1.342 0.297 1.408 0.539 ;
    RECT 2.662 0.297 3.531 0.363 ;
    RECT 2.178 0.319 2.266 1.023 ;
    RECT 3.465 0.363 3.531 0.495 ;
    RECT 2.959 0.363 3.025 0.759 ;
    RECT 1.518 0.407 1.727 0.473 ;
    RECT 3.091 0.462 3.157 0.924 ;
    RECT 2.497 0.495 2.86 0.561 ;
    RECT 3.465 0.495 3.762 0.561 ;
    RECT 1.342 0.539 2.068 0.605 ;
    RECT 1.342 0.605 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.343 0.671 2.585 0.737 ;
    RECT 2.519 0.737 2.585 0.924 ;
    RECT 2.86 0.759 3.025 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 2.519 0.924 3.157 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.266 1.089 ;
  END
END LDL_CKGTPLS_4
#
# 
MACRO LDL_CKGTPLS_6 FOREIGN C0A07BLDL_CKGTPLS_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.532 0.033 4.598 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.816 0.143 2.948 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253374 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.147 0.726 4.95 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.29 0.297 5.115 0.363 ;
      RECT 5.027 0.198 5.115 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.605 3.795 0.726 ;
      RECT 3.322 0.539 3.795 0.605 ;
      LAYER M2L ;
      RECT 3.564 0.627 3.96 0.693 ;
      VIA 3.762 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.497 0.924 2.563 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.541 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 3.553 0.143 4.026 0.209 ;
    RECT 2.475 0.165 2.541 0.407 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 3.553 0.209 3.619 0.275 ;
    RECT 0.561 0.231 1.155 0.297 ;
    RECT 2.134 0.242 2.233 0.308 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.321 0.275 2.387 0.539 ;
    RECT 2.64 0.275 3.619 0.341 ;
    RECT 3.718 0.275 4.07 0.341 ;
    RECT 1.089 0.297 1.155 0.704 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 2.167 0.308 2.233 1.023 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 4.004 0.341 4.07 0.495 ;
    RECT 2.475 0.407 3.927 0.473 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 3.861 0.473 3.927 0.594 ;
    RECT 4.004 0.495 4.686 0.561 ;
    RECT 2.321 0.539 2.948 0.605 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.342 0.583 2.068 0.649 ;
    RECT 2.321 0.605 2.387 0.858 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.816 0.693 3.619 0.759 ;
    RECT 3.553 0.759 3.619 0.825 ;
    RECT 1.122 0.825 1.782 0.869 ;
    RECT 2.64 0.825 3.454 0.891 ;
    RECT 3.553 0.825 4.07 0.891 ;
    RECT 1.056 0.869 1.782 0.891 ;
    RECT 1.056 0.891 1.188 0.935 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDL_CKGTPLS_6
#
# 
MACRO LDL_CKGTPLS_8 FOREIGN C0A07BLDL_CKGTPLS_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.016 0.165 5.148 0.231 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.927 0.594 ;
      LAYER M2L ;
      RECT 3.465 0.495 3.927 0.561 ;
      VIA 3.828 0.528 V1L2L ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.99 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.726 ;
      RECT 4.169 0.726 5.412 0.858 ;
      RECT 4.169 0.858 4.235 0.99 ;
      RECT 4.488 0.297 5.379 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 2.563 0.165 ;
    RECT 0.033 0.132 0.319 0.198 ;
    RECT 2.497 0.165 2.563 0.319 ;
    RECT 1.661 0.165 1.727 0.451 ;
    RECT 0.407 0.165 0.473 0.858 ;
    RECT 2.838 0.165 3.696 0.231 ;
    RECT 0.253 0.198 0.319 0.264 ;
    RECT 0.033 0.198 0.099 0.957 ;
    RECT 0.561 0.231 1.133 0.297 ;
    RECT 3.63 0.231 3.696 0.319 ;
    RECT 2.167 0.264 2.233 1.023 ;
    RECT 1.254 0.275 1.408 0.341 ;
    RECT 2.343 0.275 2.409 0.495 ;
    RECT 1.067 0.297 1.133 0.726 ;
    RECT 0.561 0.297 0.627 0.957 ;
    RECT 3.366 0.297 3.553 0.363 ;
    RECT 2.497 0.319 3.146 0.385 ;
    RECT 3.63 0.319 4.07 0.385 ;
    RECT 1.342 0.341 1.408 0.583 ;
    RECT 3.487 0.363 3.553 0.693 ;
    RECT 3.08 0.385 3.146 0.495 ;
    RECT 1.518 0.451 1.727 0.517 ;
    RECT 2.343 0.495 2.97 0.561 ;
    RECT 3.08 0.495 3.388 0.561 ;
    RECT 4.026 0.495 5.126 0.561 ;
    RECT 1.969 0.506 2.035 0.583 ;
    RECT 2.343 0.561 2.409 0.836 ;
    RECT 4.026 0.561 4.092 0.693 ;
    RECT 1.342 0.583 2.035 0.649 ;
    RECT 1.342 0.649 1.408 0.671 ;
    RECT 1.276 0.671 1.408 0.737 ;
    RECT 2.838 0.693 4.092 0.759 ;
    RECT 1.122 0.825 1.782 0.891 ;
    RECT 2.662 0.825 3.894 0.891 ;
    RECT 1.056 0.891 1.188 0.957 ;
    RECT 0.891 0.924 0.957 1.023 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 0.891 1.023 1.562 1.089 ;
    RECT 1.716 1.023 2.233 1.089 ;
  END
END LDL_CKGTPLS_8
#
# 
MACRO LDL_CKGTPLTP_16 FOREIGN C0A07BLDL_CKGTPLTP_16_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 0.033 6.93 0.143 ;
      RECT 6.864 0.143 6.996 0.209 ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 5.291 0.374 5.379 0.726 ;
      RECT 3.784 0.726 6.358 0.858 ;
      RECT 3.784 0.858 3.872 0.99 ;
      RECT 5.687 0.374 5.775 0.726 ;
      RECT 3.938 0.286 5.83 0.374 ;
      RECT 4.763 0.374 4.851 0.726 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.44 6.831 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 6.864 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 6.798 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 7.117 0.726 7.227 0.99 ;
      RECT 7.161 0.396 7.227 0.726 ;
      RECT 7.117 0.132 7.227 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.864 1.045 6.93 1.155 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.864 0.979 6.996 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 6.699 0.132 6.765 0.275 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 6.567 0.275 6.996 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 6.93 0.341 6.996 0.462 ;
    RECT 6.567 0.341 6.633 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.331 0.363 1.397 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 6.93 0.462 7.04 0.594 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 1.551 0.528 1.661 0.66 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 1.595 0.66 1.661 1.023 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.265 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 6.567 0.924 6.765 0.99 ;
    RECT 6.699 0.99 6.765 1.056 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDL_CKGTPLTP_16
#
# 
MACRO LDL_CKGTPLTP_2 FOREIGN C0A07BLDL_CKGTPLTP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.44 3.531 0.858 ;
      RECT 1.749 0.462 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.564 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.498 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.726 3.927 0.99 ;
      RECT 3.861 0.396 3.927 0.726 ;
      RECT 3.817 0.132 3.927 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.564 1.045 3.63 1.155 ;
      RECT 3.564 0.979 3.696 1.045 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 3.399 0.132 3.465 0.275 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 3.311 0.275 3.696 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 3.63 0.341 3.696 0.462 ;
    RECT 3.311 0.341 3.377 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 3.63 0.462 3.74 0.594 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 3.311 0.924 3.465 0.99 ;
    RECT 3.399 0.99 3.465 1.056 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDL_CKGTPLTP_2
#
# 
MACRO LDL_CKGTPLTP_4 FOREIGN C0A07BLDL_CKGTPLTP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.242 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.047 0.363 3.465 0.429 ;
      RECT 3.333 0.429 3.399 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.399 0.198 3.465 0.363 ;
      RECT 3.047 0.198 3.135 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.44 3.927 0.858 ;
      RECT 1.749 0.528 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 3.96 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 3.894 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.213 0.726 4.323 0.99 ;
      RECT 4.257 0.396 4.323 0.726 ;
      RECT 4.213 0.132 4.323 0.396 ;
    END
  END SOSV
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.045 4.026 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.96 0.979 4.092 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 3.795 0.132 3.861 0.275 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.518 0.165 1.958 0.209 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 1.452 0.209 1.958 0.231 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 3.707 0.275 4.092 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.76 0.297 2.211 0.341 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.211 0.363 ;
    RECT 4.026 0.341 4.092 0.462 ;
    RECT 3.707 0.341 3.773 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.826 0.407 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 2.893 0.363 2.959 0.495 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.463 0.407 1.529 0.891 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 4.026 0.462 4.136 0.594 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 2.893 0.495 3.124 0.561 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 2.893 0.561 2.959 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 3.707 0.924 3.861 0.99 ;
    RECT 3.795 0.99 3.861 1.056 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDL_CKGTPLTP_4
#
# 
MACRO LDL_CKGTPLTP_8 FOREIGN C0A07BLDL_CKGTPLTP_8_R2 0 0 ;
##MACROVERSION "2.0 2008/11/26" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.148 0.143 5.28 0.209 ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.363 4.433 0.429 ;
      RECT 3.993 0.429 4.081 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 4.367 0.264 4.433 0.363 ;
      RECT 3.993 0.264 4.081 0.363 ;
      RECT 3.663 0.264 3.729 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.44 5.115 0.858 ;
      RECT 1.749 0.484 1.837 0.858 ;
      LAYER M2L ;
      RECT 1.716 0.759 5.148 0.825 ;
      VIA 1.782 0.792 V1L2L ;
      VIA 5.082 0.792 V1L2L ;
    END
  END EN
  PIN SOSV
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.401 0.726 5.511 0.99 ;
      RECT 5.445 0.396 5.511 0.726 ;
      RECT 5.401 0.132 5.511 0.396 ;
    END
  END SOSV
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.891 2.112 0.957 ;
      RECT 2.013 0.66 2.079 0.891 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.148 0.979 5.28 1.045 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 4.719 0.924 4.785 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 4.983 0.132 5.049 0.275 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 0.451 0.143 1.276 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.451 0.209 0.517 1.023 ;
    RECT 1.452 0.231 1.584 0.275 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 4.851 0.275 5.28 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.65 0.297 2.255 0.341 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.319 1.067 0.385 ;
    RECT 1.254 0.341 2.255 0.363 ;
    RECT 5.214 0.341 5.28 0.462 ;
    RECT 4.851 0.341 4.917 0.924 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.254 0.363 1.716 0.407 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 1.001 0.385 1.067 0.594 ;
    RECT 0.583 0.385 0.649 0.891 ;
    RECT 1.331 0.407 1.397 0.891 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 5.214 0.462 5.324 0.594 ;
    RECT 3.355 0.473 3.421 0.495 ;
    RECT 3.355 0.495 3.861 0.561 ;
    RECT 1.551 0.506 1.661 0.638 ;
    RECT 1.199 0.528 1.265 0.759 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 3.355 0.561 3.421 0.847 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 1.595 0.638 1.661 1.023 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.265 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.496 0.957 ;
    RECT 4.851 0.924 5.049 0.99 ;
    RECT 4.983 0.99 5.049 1.056 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDL_CKGTPLTP_8
#
# 
MACRO LDL_CKGTPLT_1 FOREIGN C0A07BLDL_CKGTPLT_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.068 0.165 2.2 0.231 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.060984 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
      RECT 3.025 0.726 3.135 0.858 ;
      RECT 3.025 0.858 3.091 0.924 ;
      RECT 3.025 0.198 3.135 0.33 ;
      RECT 3.025 0.132 3.091 0.198 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.66 1.947 0.858 ;
      RECT 1.815 0.594 1.947 0.66 ;
      RECT 1.815 0.462 1.881 0.594 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.287 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.936 0.132 2.002 0.165 ;
    RECT 1.353 0.132 1.419 0.297 ;
    RECT 2.299 0.132 2.365 0.451 ;
    RECT 1.496 0.165 2.002 0.231 ;
    RECT 1.221 0.165 1.287 0.484 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.319 ;
    RECT 0.583 0.231 0.748 0.297 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 0.583 0.297 0.649 0.44 ;
    RECT 1.353 0.297 2.211 0.363 ;
    RECT 2.475 0.319 2.959 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.484 ;
    RECT 1.507 0.363 1.573 0.891 ;
    RECT 1.045 0.374 1.111 0.44 ;
    RECT 2.893 0.385 2.959 0.759 ;
    RECT 0.583 0.44 1.111 0.506 ;
    RECT 2.299 0.451 2.64 0.517 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 2.299 0.517 2.365 0.88 ;
    RECT 2.717 0.55 2.783 0.627 ;
    RECT 1.639 0.572 1.705 1.023 ;
    RECT 1.254 0.583 1.386 0.649 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 1.254 0.649 1.32 0.759 ;
    RECT 0.869 0.66 0.935 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 1.056 0.759 1.32 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.748 0.957 ;
    RECT 0.869 0.891 1.573 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDL_CKGTPLT_1
#
# 
MACRO LDL_CKGTPLT_12 FOREIGN C0A07BLDL_CKGTPLT_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.379 0.033 5.445 0.264 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.795 0.726 5.698 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.795 0.297 5.302 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 5.797 0.924 5.863 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.233 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.167 0.363 2.233 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.451 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.904 0.451 3.707 0.495 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 2.904 0.495 4.598 0.517 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.641 0.517 4.598 0.561 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.583 3.432 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.432 0.649 ;
    RECT 2.497 0.649 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDL_CKGTPLT_12
#
# 
MACRO LDL_CKGTPLT_16 FOREIGN C0A07BLDL_CKGTPLT_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.522 0.033 5.588 0.143 ;
      RECT 5.522 0.143 5.654 0.209 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.795 0.033 3.861 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.374 4.851 0.726 ;
      RECT 3.795 0.726 6.358 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.938 0.286 5.83 0.374 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 6.435 0.924 6.501 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.05 0.957 6.182 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.275 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 3.047 0.275 3.498 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 2.519 0.297 2.97 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.904 0.363 2.97 0.407 ;
    RECT 2.904 0.407 3.707 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.641 0.473 3.707 0.495 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.641 0.495 4.598 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 3.113 0.539 3.432 0.605 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.641 0.561 3.707 0.759 ;
    RECT 3.113 0.605 3.179 0.627 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.707 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDL_CKGTPLT_16
#
# 
MACRO LDL_CKGTPLT_2 FOREIGN C0A07BLDL_CKGTPLT_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.772 0.165 2.904 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.396 3.135 0.792 ;
      RECT 3.003 0.792 3.135 0.858 ;
      RECT 3.003 0.858 3.069 0.924 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.198 3.069 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.649 2.079 0.858 ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 1.936 0.583 2.079 0.649 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.827 0.924 2.893 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.221 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.429 ;
    RECT 1.287 0.154 1.353 0.297 ;
    RECT 1.43 0.165 1.958 0.231 ;
    RECT 1.155 0.165 1.221 0.451 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.431 0.176 2.497 0.297 ;
    RECT 0.583 0.242 1.067 0.308 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.287 0.297 2.211 0.363 ;
    RECT 2.431 0.297 2.915 0.363 ;
    RECT 1.001 0.308 1.067 0.55 ;
    RECT 0.583 0.308 0.671 0.88 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.506 ;
    RECT 1.463 0.363 1.529 0.847 ;
    RECT 2.849 0.363 2.915 0.759 ;
    RECT 2.277 0.429 2.596 0.495 ;
    RECT 1.155 0.451 1.298 0.517 ;
    RECT 2.277 0.495 2.343 0.792 ;
    RECT 2.673 0.55 2.739 0.627 ;
    RECT 1.595 0.55 1.661 1.023 ;
    RECT 0.803 0.616 0.869 0.891 ;
    RECT 2.42 0.627 2.739 0.693 ;
    RECT 1.056 0.649 1.342 0.715 ;
    RECT 2.42 0.693 2.486 1.023 ;
    RECT 1.056 0.715 1.122 0.759 ;
    RECT 0.99 0.759 1.122 0.825 ;
    RECT 2.607 0.759 2.915 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.792 2.343 0.924 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.607 0.825 2.673 1.034 ;
    RECT 1.21 0.847 1.529 0.891 ;
    RECT 0.583 0.88 0.704 0.946 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 1.529 0.913 ;
    RECT 0.803 0.913 1.276 0.957 ;
    RECT 0.451 1.023 2.486 1.089 ;
  END
END LDL_CKGTPLT_2
#
# 
MACRO LDL_CKGTPLT_20 FOREIGN C0A07BLDL_CKGTPLT_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.346 0.033 5.412 0.143 ;
      RECT 5.346 0.143 5.478 0.209 ;
      RECT 4.994 0.033 5.06 0.143 ;
      RECT 4.994 0.143 5.126 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.816024 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.385 5.511 0.726 ;
      RECT 3.795 0.726 7.128 0.858 ;
      RECT 3.795 0.858 3.861 0.99 ;
      RECT 3.762 0.363 5.511 0.385 ;
      RECT 3.762 0.275 6.006 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 6.05 0.957 6.182 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.698 0.957 5.83 1.023 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      RECT 6.754 1.023 6.82 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.223 0.924 3.289 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.343 0.132 2.409 0.495 ;
    RECT 2.662 0.143 3.113 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 3.047 0.209 3.113 0.297 ;
    RECT 2.519 0.242 2.585 0.308 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.277 0.363 ;
    RECT 3.047 0.297 3.498 0.363 ;
    RECT 2.519 0.308 2.937 0.374 ;
    RECT 3.597 0.33 3.663 0.495 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.211 0.363 2.277 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    LAYER M2L ;
    RECT 2.838 0.363 3.696 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.374 2.937 0.462 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 2.343 0.495 2.805 0.561 ;
    RECT 3.113 0.495 3.41 0.561 ;
    RECT 3.597 0.495 5.346 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.561 1.364 0.627 ;
    RECT 2.343 0.561 2.409 0.858 ;
    RECT 3.113 0.561 3.179 0.627 ;
    RECT 3.597 0.561 3.663 0.759 ;
    RECT 1.232 0.627 1.298 0.759 ;
    RECT 2.497 0.627 3.179 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.662 0.759 3.663 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDL_CKGTPLT_20
#
# 
MACRO LDL_CKGTPLT_3 FOREIGN C0A07BLDL_CKGTPLT_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.267 0.033 3.333 0.308 ;
      RECT 2.112 0.033 2.178 0.231 ;
      RECT 2.112 0.231 2.244 0.297 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.069 0.693 3.531 0.759 ;
      RECT 3.443 0.759 3.531 0.858 ;
      RECT 3.069 0.759 3.157 0.858 ;
      RECT 3.069 0.407 3.531 0.473 ;
      RECT 3.443 0.198 3.531 0.407 ;
      RECT 3.069 0.198 3.157 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.528 1.947 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.101 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.267 0.858 3.333 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.265 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.518 0.132 1.584 0.165 ;
    RECT 1.98 0.132 2.046 0.165 ;
    RECT 1.331 0.154 1.397 0.297 ;
    RECT 1.518 0.165 2.046 0.231 ;
    RECT 1.199 0.165 1.265 0.44 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.519 0.176 2.585 0.319 ;
    RECT 2.343 0.198 2.409 0.473 ;
    RECT 0.583 0.253 0.726 0.319 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.331 0.297 1.595 0.363 ;
    RECT 0.583 0.319 0.649 0.44 ;
    RECT 2.519 0.319 3.003 0.385 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 1.529 0.363 2.277 0.429 ;
    RECT 1.023 0.374 1.089 0.44 ;
    RECT 2.937 0.385 3.003 0.759 ;
    RECT 2.211 0.429 2.277 0.594 ;
    RECT 1.529 0.429 1.595 0.891 ;
    RECT 0.583 0.44 1.089 0.506 ;
    RECT 1.199 0.44 1.386 0.506 ;
    RECT 2.343 0.473 2.684 0.539 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.661 0.528 1.727 1.023 ;
    RECT 2.343 0.539 2.409 0.88 ;
    RECT 2.761 0.55 2.827 0.627 ;
    RECT 1.254 0.605 1.386 0.671 ;
    RECT 2.497 0.627 2.827 0.693 ;
    RECT 0.847 0.66 0.913 0.891 ;
    RECT 1.254 0.671 1.32 0.759 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 1.034 0.759 1.32 0.825 ;
    RECT 2.695 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.32 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.695 0.825 2.761 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.847 0.891 1.595 0.957 ;
    RECT 0.451 1.023 2.563 1.089 ;
  END
END LDL_CKGTPLT_3
#
# 
MACRO LDL_CKGTPLT_4 FOREIGN C0A07BLDL_CKGTPLT_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.308 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.816 0.165 2.948 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.473 3.267 0.693 ;
      RECT 3.047 0.693 3.465 0.759 ;
      RECT 3.399 0.759 3.465 0.858 ;
      RECT 3.047 0.759 3.135 0.858 ;
      RECT 3.047 0.407 3.465 0.473 ;
      RECT 3.399 0.198 3.465 0.407 ;
      RECT 3.047 0.198 3.135 0.407 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.969 0.462 2.079 0.858 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.223 0.858 3.289 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.892 0.132 1.958 0.165 ;
    RECT 2.277 0.132 2.343 0.495 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.475 0.176 2.541 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.211 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.145 0.363 2.211 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.893 0.363 2.959 0.759 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 2.717 0.462 2.783 0.627 ;
    RECT 2.277 0.495 2.618 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.595 0.528 1.661 1.023 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.277 0.561 2.343 0.781 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.453 0.627 2.783 0.693 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.453 0.693 2.519 1.023 ;
    RECT 0.99 0.759 1.298 0.825 ;
    RECT 2.651 0.759 2.959 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.2 0.781 2.343 0.847 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.651 0.825 2.717 1.034 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.519 1.089 ;
  END
END LDL_CKGTPLT_4
#
# 
MACRO LDL_CKGTPLT_6 FOREIGN C0A07BLDL_CKGTPLT_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 3.982 0.143 4.114 0.209 ;
      RECT 3.63 0.033 3.696 0.143 ;
      RECT 3.63 0.143 3.762 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267894 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.341 4.059 0.726 ;
      RECT 3.432 0.726 4.356 0.858 ;
      RECT 3.465 0.275 4.29 0.341 ;
      RECT 3.465 0.198 3.531 0.275 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.583 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.297 ;
    RECT 3.267 0.22 3.333 0.297 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.893 0.297 3.333 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.429 ;
    RECT 2.75 0.429 3.333 0.495 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.267 0.495 3.894 0.561 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 3.267 0.561 3.333 0.847 ;
    RECT 2.343 0.583 2.816 0.649 ;
    RECT 2.959 0.583 3.168 0.649 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.649 2.409 0.858 ;
    RECT 2.959 0.649 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.333 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDL_CKGTPLT_6
#
# 
MACRO LDL_CKGTPLT_8 FOREIGN C0A07BLDL_CKGTPLT_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 3.487 0.033 3.553 0.264 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.334444 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.726 ;
      RECT 3.487 0.726 4.642 0.858 ;
      RECT 3.487 0.858 3.553 0.99 ;
      RECT 3.63 0.297 4.466 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.837 0.858 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.66 2.079 0.858 ;
      RECT 1.947 0.594 2.079 0.66 ;
      RECT 1.947 0.462 2.013 0.594 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.86 0.979 2.992 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.276 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 2.343 0.132 2.409 0.539 ;
    RECT 2.508 0.143 2.959 0.209 ;
    RECT 1.452 0.165 1.958 0.231 ;
    RECT 0.451 0.165 0.517 1.023 ;
    RECT 2.893 0.209 2.959 0.275 ;
    RECT 0.583 0.275 0.726 0.341 ;
    RECT 2.893 0.275 3.366 0.341 ;
    RECT 0.055 0.297 0.385 0.363 ;
    RECT 1.254 0.297 2.255 0.363 ;
    RECT 2.684 0.297 2.816 0.363 ;
    RECT 0.583 0.341 0.649 0.44 ;
    RECT 0.297 0.363 0.385 0.825 ;
    RECT 2.189 0.363 2.255 0.594 ;
    RECT 1.463 0.363 1.529 0.891 ;
    RECT 2.75 0.363 2.816 0.407 ;
    RECT 2.75 0.407 3.421 0.473 ;
    RECT 0.583 0.44 1.067 0.506 ;
    RECT 1.595 0.462 1.661 1.023 ;
    RECT 3.355 0.473 3.421 0.847 ;
    RECT 1.001 0.506 1.067 0.594 ;
    RECT 0.583 0.506 0.649 0.891 ;
    RECT 1.232 0.539 1.364 0.605 ;
    RECT 2.343 0.539 2.816 0.605 ;
    RECT 2.959 0.539 3.168 0.605 ;
    RECT 1.232 0.605 1.298 0.759 ;
    RECT 2.343 0.605 2.409 0.858 ;
    RECT 2.959 0.605 3.025 0.715 ;
    RECT 0.825 0.66 0.891 0.891 ;
    RECT 2.519 0.715 3.025 0.781 ;
    RECT 0.99 0.759 1.298 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.781 2.585 1.023 ;
    RECT 0.055 0.825 0.385 0.891 ;
    RECT 2.684 0.847 3.421 0.913 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.583 0.891 0.726 0.957 ;
    RECT 0.825 0.891 1.529 0.957 ;
    RECT 0.451 1.023 2.585 1.089 ;
  END
END LDL_CKGTPLT_8
#
# 
MACRO LDL_CKGTPL_12 FOREIGN C0A07BLDL_CKGTPL_12_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.806 0.033 3.872 0.143 ;
      RECT 3.74 0.143 3.872 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.496584 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 3.564 0.726 5.478 0.858 ;
      RECT 3.564 0.297 5.247 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 4.466 0.979 4.598 1.045 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 4.818 0.979 4.95 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 2.145 0.198 2.211 0.495 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    LAYER M2L ;
    RECT 1.518 0.231 2.244 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.398 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 4.928 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.431 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.431 0.891 2.497 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDL_CKGTPL_12
#
# 
MACRO LDL_CKGTPL_16 FOREIGN C0A07BLDL_CKGTPL_16_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.544 0.143 5.676 0.209 ;
      RECT 5.258 0.033 5.324 0.143 ;
      RECT 5.192 0.143 5.324 0.209 ;
      RECT 4.906 0.033 4.972 0.143 ;
      RECT 4.84 0.143 4.972 0.209 ;
      RECT 4.488 0.033 4.554 0.143 ;
      RECT 4.488 0.143 4.62 0.209 ;
      RECT 4.136 0.033 4.202 0.143 ;
      RECT 4.136 0.143 4.268 0.209 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.683 0.033 1.749 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.33 0.924 0.462 ;
      RECT 0.792 0.462 1.056 0.594 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66792 ;
    PORT
      LAYER M1L ;
      RECT 5.423 0.363 5.511 0.726 ;
      RECT 3.564 0.726 6.248 0.858 ;
      RECT 3.597 0.297 5.819 0.363 ;
      RECT 5.753 0.22 5.819 0.297 ;
      RECT 3.597 0.198 3.663 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.258 1.023 5.324 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 4.554 1.023 4.62 1.155 ;
      RECT 4.488 0.957 4.62 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      RECT 5.984 1.023 6.05 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 4.202 1.023 4.268 1.155 ;
      RECT 4.136 0.957 4.268 1.023 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.827 0.143 3.3 0.209 ;
    RECT 0.418 0.165 1.617 0.231 ;
    RECT 3.399 0.198 3.465 0.275 ;
    RECT 2.827 0.209 2.893 0.275 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.418 0.231 0.484 0.363 ;
    RECT 1.551 0.231 1.617 0.407 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 2.376 0.275 2.893 0.341 ;
    RECT 2.992 0.275 3.465 0.341 ;
    RECT 1.067 0.297 1.287 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 3.399 0.341 3.465 0.495 ;
    RECT 0.297 0.363 0.484 0.429 ;
    RECT 1.221 0.363 1.287 0.627 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.386 0.407 1.617 0.473 ;
    RECT 0.297 0.429 0.363 0.693 ;
    RECT 1.749 0.462 1.815 0.627 ;
    RECT 0.462 0.495 0.682 0.561 ;
    RECT 2.145 0.495 2.706 0.561 ;
    RECT 2.97 0.495 3.256 0.561 ;
    RECT 3.399 0.495 5.324 0.561 ;
    RECT 0.616 0.561 0.682 0.671 ;
    RECT 2.97 0.561 3.036 0.693 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 1.221 0.627 1.815 0.693 ;
    RECT 0.484 0.66 0.55 0.693 ;
    RECT 0.616 0.671 1.045 0.737 ;
    RECT 0.297 0.693 0.55 0.759 ;
    RECT 1.221 0.693 1.287 0.715 ;
    RECT 2.013 0.693 3.036 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.616 0.737 0.682 0.825 ;
    RECT 1.584 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.946 ;
    RECT 1.353 0.77 1.485 0.836 ;
    RECT 0.781 0.803 1.045 0.847 ;
    RECT 0.033 0.825 0.682 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.409 0.825 3.465 0.891 ;
    RECT 1.353 0.836 1.419 0.847 ;
    RECT 0.781 0.847 1.419 0.869 ;
    RECT 0.979 0.869 1.419 0.913 ;
    RECT 0.781 0.869 0.847 0.946 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDL_CKGTPL_16
#
# 
MACRO LDL_CKGTPL_2 FOREIGN C0A07BLDL_CKGTPL_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.705 0.033 1.771 0.264 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.374 3.267 0.693 ;
      RECT 2.97 0.693 3.267 0.759 ;
      RECT 2.805 0.308 3.267 0.374 ;
      RECT 3.179 0.198 3.267 0.308 ;
      RECT 2.805 0.198 2.871 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.726 ;
      RECT 0.693 0.33 0.891 0.396 ;
      RECT 0.825 0.396 0.891 0.594 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.429 0.132 0.495 0.231 ;
    RECT 1.881 0.132 1.947 0.429 ;
    RECT 2.035 0.132 2.101 0.297 ;
    RECT 1.353 0.165 1.419 0.517 ;
    RECT 2.651 0.176 2.717 0.495 ;
    RECT 0.429 0.231 0.594 0.297 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.508 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.253 1.243 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 0.429 0.297 0.495 0.77 ;
    RECT 2.376 0.297 2.442 0.44 ;
    RECT 2.035 0.297 2.266 0.363 ;
    RECT 1.177 0.319 1.243 0.627 ;
    RECT 2.2 0.363 2.266 0.693 ;
    RECT 1.562 0.429 1.947 0.495 ;
    RECT 1.023 0.44 1.089 0.759 ;
    RECT 2.332 0.44 2.442 0.572 ;
    RECT 2.519 0.44 2.585 0.693 ;
    RECT 1.881 0.495 1.947 1.056 ;
    RECT 2.651 0.495 3.102 0.561 ;
    RECT 2.651 0.561 2.717 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.177 0.627 1.815 0.693 ;
    RECT 1.749 0.693 1.815 0.77 ;
    RECT 1.177 0.693 1.243 0.825 ;
    RECT 2.2 0.693 2.585 0.759 ;
    RECT 0.924 0.759 1.089 0.825 ;
    RECT 1.353 0.759 1.606 0.825 ;
    RECT 2.2 0.759 2.266 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.539 0.902 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.737 0.825 0.847 1.056 ;
    RECT 1.353 0.825 1.419 0.891 ;
    RECT 2.035 0.825 2.266 0.891 ;
    RECT 2.574 0.825 2.717 0.891 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.419 0.957 ;
    RECT 2.035 0.891 2.101 0.968 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
  END
END LDL_CKGTPL_2
#
# 
MACRO LDL_CKGTPL_20 FOREIGN C0A07BLDL_CKGTPL_20_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.523 0.033 6.589 0.242 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      RECT 6.094 0.033 6.16 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 5.742 0.033 5.808 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.038 0.033 5.104 0.143 ;
      RECT 5.038 0.143 5.17 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.334 0.143 4.466 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.96 0.143 4.092 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.528 ;
      RECT 0.638 0.528 0.759 0.594 ;
      RECT 0.693 0.319 0.891 0.385 ;
      RECT 0.825 0.385 0.891 0.462 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.823284 ;
    PORT
      LAYER M1L ;
      RECT 5.269 0.374 5.379 0.726 ;
      RECT 3.41 0.726 6.105 0.847 ;
      RECT 3.41 0.847 6.798 0.858 ;
      RECT 6.039 0.858 6.798 0.913 ;
      RECT 3.443 0.308 6.435 0.374 ;
      RECT 6.369 0.374 6.435 0.407 ;
      RECT 6.369 0.407 6.765 0.473 ;
      RECT 6.699 0.198 6.765 0.407 ;
      RECT 5.951 0.242 6.017 0.308 ;
      RECT 5.599 0.242 5.665 0.308 ;
      RECT 5.247 0.242 5.313 0.308 ;
      RECT 4.895 0.242 4.961 0.308 ;
      RECT 4.543 0.242 4.609 0.308 ;
      RECT 4.191 0.242 4.257 0.308 ;
      RECT 3.795 0.242 3.861 0.308 ;
      RECT 6.347 0.198 6.435 0.308 ;
      RECT 3.443 0.22 3.509 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.556 1.045 6.622 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 6.16 1.045 6.226 1.155 ;
      RECT 6.094 0.979 6.226 1.045 ;
      RECT 5.456 1.045 5.522 1.155 ;
      RECT 5.39 0.979 5.522 1.045 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 2.948 1.045 3.014 1.155 ;
      RECT 2.882 0.979 3.014 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 6.875 0.924 6.941 1.155 ;
      RECT 5.808 1.045 5.874 1.155 ;
      RECT 5.742 0.979 5.874 1.045 ;
      RECT 5.104 1.045 5.17 1.155 ;
      RECT 5.038 0.979 5.17 1.045 ;
      RECT 4.752 1.045 4.818 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 6.49 0.979 6.622 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.996 0.462 ;
    RECT 0 0.462 3.454 0.528 ;
    RECT 6.358 0.462 6.996 0.528 ;
    RECT 3.454 0.462 6.358 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.551 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 2.739 0.143 3.19 0.209 ;
    RECT 1.485 0.165 1.551 0.363 ;
    RECT 0.473 0.165 0.539 0.66 ;
    RECT 2.739 0.209 2.805 0.275 ;
    RECT 1.991 0.22 2.057 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.726 ;
    RECT 2.354 0.275 2.805 0.341 ;
    RECT 2.882 0.275 3.333 0.341 ;
    RECT 1.078 0.297 1.221 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 2.882 0.341 2.948 0.385 ;
    RECT 3.245 0.341 3.333 0.451 ;
    RECT 1.32 0.363 1.65 0.429 ;
    RECT 1.155 0.363 1.221 0.495 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.407 2.409 0.473 ;
    RECT 3.245 0.451 5.17 0.539 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.727 0.462 1.793 0.495 ;
    RECT 2.343 0.473 2.409 0.495 ;
    RECT 1.001 0.484 1.067 0.561 ;
    RECT 1.155 0.495 1.793 0.561 ;
    RECT 2.343 0.495 2.706 0.561 ;
    RECT 2.86 0.495 3.146 0.561 ;
    RECT 5.104 0.539 5.17 0.583 ;
    RECT 3.245 0.539 3.311 0.825 ;
    RECT 0.858 0.561 1.067 0.627 ;
    RECT 1.727 0.561 1.793 0.594 ;
    RECT 1.155 0.561 1.221 0.814 ;
    RECT 2.86 0.561 2.926 0.693 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 0.858 0.627 0.924 0.66 ;
    RECT 0.627 0.66 0.924 0.726 ;
    RECT 1.331 0.66 1.452 0.726 ;
    RECT 0.429 0.66 0.539 0.792 ;
    RECT 1.551 0.66 1.617 0.726 ;
    RECT 1.991 0.693 2.926 0.759 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 1.023 0.726 1.089 0.792 ;
    RECT 1.331 0.726 1.419 0.891 ;
    RECT 1.551 0.726 1.925 0.792 ;
    RECT 1.991 0.759 2.057 0.836 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    RECT 0.99 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.781 0.792 1.089 0.858 ;
    RECT 1.804 0.792 1.87 0.957 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.354 0.825 3.311 0.891 ;
    RECT 0.781 0.858 0.847 0.968 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.276 0.891 1.419 0.957 ;
    RECT 0.935 0.924 1.155 0.99 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.804 0.957 1.936 1.023 ;
    RECT 1.089 0.99 1.155 1.023 ;
    RECT 0.935 0.99 1.001 1.056 ;
    RECT 1.089 1.023 1.551 1.089 ;
  END
END LDL_CKGTPL_20
#
# 
MACRO LDL_CKGTPL_3 FOREIGN C0A07BLDL_CKGTPL_3_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.242 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.146652 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.374 3.135 0.726 ;
      RECT 2.75 0.726 3.234 0.858 ;
      RECT 2.783 0.308 3.201 0.374 ;
      RECT 3.135 0.242 3.201 0.308 ;
      RECT 2.783 0.242 2.849 0.308 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.649 0.66 0.759 0.726 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 2.222 1.045 2.288 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.187 2.211 0.363 ;
    RECT 1.991 0.187 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.541 0.264 2.651 0.396 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.616 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 2.585 0.396 2.651 0.495 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.627 ;
    RECT 2.453 0.484 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.155 0.616 1.793 0.682 ;
    RECT 0.924 0.627 1.089 0.693 ;
    RECT 1.727 0.682 1.793 0.77 ;
    RECT 1.155 0.682 1.221 0.814 ;
    RECT 0.924 0.693 0.99 0.759 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 0.924 0.759 1.056 0.825 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.99 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.056 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.99 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 1.243 0.891 1.397 0.957 ;
    RECT 0.935 0.891 1.133 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.386 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 0.957 1.001 1.023 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDL_CKGTPL_3
#
# 
MACRO LDL_CKGTPL_4 FOREIGN C0A07BLDL_CKGTPL_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.165 ;
      RECT 2.926 0.165 3.058 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.693 ;
      RECT 3.201 0.759 3.267 0.858 ;
      RECT 2.75 0.693 3.267 0.759 ;
      RECT 2.75 0.319 3.267 0.385 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END EN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.661 0.924 1.727 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.815 0.132 1.925 0.264 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.451 0.165 0.517 0.902 ;
    RECT 2.145 0.176 2.211 0.363 ;
    RECT 1.991 0.176 2.057 0.693 ;
    RECT 1.353 0.231 1.518 0.297 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.244 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.253 1.221 0.319 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.859 0.264 1.925 0.429 ;
    RECT 2.585 0.264 2.651 0.495 ;
    RECT 1.353 0.297 1.419 0.517 ;
    RECT 1.155 0.319 1.221 0.627 ;
    RECT 2.145 0.363 2.321 0.429 ;
    RECT 1.518 0.429 1.925 0.495 ;
    RECT 2.255 0.429 2.321 0.594 ;
    RECT 1.023 0.44 1.089 0.858 ;
    RECT 2.453 0.473 2.519 0.693 ;
    RECT 1.859 0.495 1.925 0.924 ;
    RECT 2.585 0.495 3.102 0.561 ;
    RECT 2.585 0.561 2.651 0.825 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 1.727 0.594 1.793 0.627 ;
    RECT 1.155 0.627 1.793 0.693 ;
    RECT 1.727 0.693 1.793 0.77 ;
    RECT 1.155 0.693 1.221 0.814 ;
    RECT 1.991 0.693 2.519 0.759 ;
    RECT 1.331 0.759 1.606 0.825 ;
    RECT 1.991 0.759 2.057 0.979 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.814 0.847 0.88 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.331 0.825 1.397 0.891 ;
    RECT 2.354 0.825 2.651 0.891 ;
    RECT 0.759 0.88 0.847 1.056 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.243 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 1.419 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 1.32 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.924 1.001 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 1.815 0.924 1.925 1.056 ;
    RECT 0.935 1.023 1.551 1.089 ;
  END
END LDL_CKGTPL_4
#
# 
MACRO LDL_CKGTPL_6 FOREIGN C0A07BLDL_CKGTPL_6_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.652 0.165 3.784 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.258698 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.124 0.726 3.982 0.858 ;
      RECT 3.124 0.297 3.982 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.552 0.132 2.618 0.165 ;
    RECT 1.353 0.165 1.419 0.231 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.552 0.165 3.025 0.231 ;
    RECT 2.409 0.198 2.475 0.363 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 1.353 0.231 1.584 0.297 ;
    RECT 2.959 0.231 3.025 0.495 ;
    LAYER M2L ;
    RECT 1.386 0.231 2.508 0.297 ;
    VIA 1.518 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.429 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 1.353 0.297 1.419 0.484 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.343 0.363 2.893 0.429 ;
    RECT 1.54 0.429 1.947 0.495 ;
    RECT 2.343 0.429 2.409 0.594 ;
    RECT 2.827 0.429 2.893 0.594 ;
    RECT 1.067 0.44 1.133 0.528 ;
    RECT 0.341 0.462 0.407 0.55 ;
    RECT 1.881 0.495 1.947 0.924 ;
    RECT 2.53 0.495 2.662 0.561 ;
    RECT 2.959 0.495 3.762 0.561 ;
    RECT 0.957 0.528 1.133 0.594 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 2.53 0.561 2.596 0.693 ;
    RECT 2.959 0.561 3.025 0.825 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.616 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 1.749 0.66 1.815 0.814 ;
    RECT 2.013 0.693 2.596 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 2.013 0.759 2.079 0.968 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.376 0.825 3.025 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDL_CKGTPL_6
#
# 
MACRO LDL_CKGTPL_8 FOREIGN C0A07BLDL_CKGTPL_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.421 0.033 3.487 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.33 0.891 0.528 ;
    END
  END EN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.325248 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.385 4.323 0.726 ;
      RECT 3.168 0.726 4.422 0.858 ;
      RECT 3.586 0.319 4.422 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.343 0.924 2.409 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.837 0.132 1.947 0.264 ;
    RECT 2.695 0.143 3.146 0.209 ;
    RECT 1.353 0.165 1.419 0.363 ;
    RECT 0.473 0.165 0.539 0.726 ;
    RECT 2.695 0.209 2.761 0.297 ;
    RECT 2.013 0.22 2.079 0.693 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.881 0.264 1.947 0.759 ;
    RECT 1.1 0.275 1.287 0.341 ;
    RECT 2.838 0.275 3.069 0.341 ;
    RECT 2.31 0.297 2.761 0.363 ;
    RECT 2.145 0.33 2.211 0.495 ;
    RECT 1.221 0.341 1.287 0.594 ;
    RECT 2.838 0.341 2.904 0.385 ;
    RECT 3.003 0.341 3.069 0.495 ;
    RECT 1.353 0.363 1.65 0.429 ;
    LAYER M2L ;
    RECT 1.518 0.363 2.244 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.429 1.419 0.495 ;
    RECT 0.341 0.462 0.407 0.572 ;
    RECT 1.749 0.462 1.815 0.594 ;
    RECT 2.827 0.484 2.893 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 2.145 0.495 2.662 0.561 ;
    RECT 3.003 0.495 4.092 0.561 ;
    RECT 0.957 0.561 1.023 0.66 ;
    RECT 3.003 0.561 3.069 0.825 ;
    RECT 0.297 0.572 0.407 0.638 ;
    RECT 1.221 0.594 1.815 0.66 ;
    RECT 0.297 0.638 0.363 0.825 ;
    RECT 0.627 0.66 1.023 0.726 ;
    RECT 1.221 0.66 1.287 0.715 ;
    RECT 2.013 0.693 2.893 0.759 ;
    RECT 1.144 0.715 1.287 0.781 ;
    RECT 0.627 0.726 0.693 0.858 ;
    RECT 0.429 0.726 0.539 0.858 ;
    RECT 1.562 0.759 1.947 0.825 ;
    RECT 2.013 0.759 2.079 0.891 ;
    LAYER M2L ;
    RECT 0.264 0.759 0.726 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.77 1.419 0.847 ;
    RECT 0.781 0.792 1.045 0.847 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.881 0.825 1.947 0.924 ;
    RECT 2.486 0.825 3.069 0.891 ;
    RECT 0.781 0.847 1.419 0.858 ;
    RECT 0.979 0.858 1.419 0.913 ;
    RECT 0.781 0.858 0.847 0.946 ;
    RECT 0.429 0.858 0.495 0.924 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 1.507 0.924 1.573 1.023 ;
    RECT 1.837 0.924 1.947 1.056 ;
    RECT 0.924 0.979 1.056 1.023 ;
    RECT 0.924 1.023 1.573 1.045 ;
    RECT 0.99 1.045 1.573 1.089 ;
  END
END LDL_CKGTPL_8
#
# 
MACRO LDL_CLHL FOREIGN C0A07BLDL_CLHL_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.132 0.231 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDL_CLHL
#
# 
MACRO LDL_CLHLRE FOREIGN C0A07BLDL_CLHLRET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN L
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.462 ;
    END
  END L
  PIN H
    DIRECTION OUTPUT ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END H
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_CLHLRE
#
# Copy from LDL_BUF_8
MACRO LDL_CTS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_CTS
#
# Copy from LDL_BUF_8
MACRO LDL_CTSRS
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 0.792 0.726 2.112 0.858 ;
      RECT 0.825 0.319 2.079 0.385 ;
      RECT 0.825 0.198 0.891 0.319 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.693 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 0.627 0.495 1.848 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 0.055 0.825 0.693 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_CTSRS
#
# 
MACRO LDL_DEL_R16H_2 FOREIGN C0A07BLDL_DEL_R16H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.629 0.033 2.695 0.264 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.441 0.033 1.507 0.396 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.66 ;
      RECT 2.453 0.66 2.607 0.726 ;
      RECT 2.453 0.726 2.519 0.924 ;
      RECT 2.453 0.33 2.607 0.396 ;
      RECT 2.453 0.132 2.519 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.629 0.792 2.695 1.155 ;
      RECT 2.277 0.792 2.343 1.155 ;
      RECT 1.441 0.792 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.33 ;
    RECT 1.111 0.132 1.177 0.33 ;
    RECT 1.771 0.132 1.837 0.33 ;
    RECT 1.947 0.132 2.013 0.33 ;
    RECT 2.101 0.132 2.167 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.375 0.396 ;
    RECT 1.771 0.33 2.013 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 2.101 0.363 2.365 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.309 0.396 1.375 0.495 ;
    RECT 1.947 0.396 2.013 0.495 ;
    RECT 2.299 0.429 2.365 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.243 0.561 ;
    RECT 1.309 0.495 1.848 0.561 ;
    RECT 1.947 0.495 2.2 0.561 ;
    RECT 2.299 0.495 2.442 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 1.177 0.561 1.243 0.594 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.309 0.561 1.375 0.693 ;
    RECT 1.947 0.561 2.013 0.66 ;
    RECT 2.299 0.561 2.365 0.627 ;
    RECT 2.101 0.627 2.365 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.66 1.001 0.693 ;
    RECT 1.771 0.66 2.013 0.726 ;
    RECT 0.935 0.693 1.375 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 1.771 0.726 1.837 0.924 ;
    RECT 1.947 0.726 2.013 0.924 ;
    RECT 0.935 0.759 1.001 0.924 ;
    RECT 1.111 0.759 1.177 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDL_DEL_R16H_2
#
# 
MACRO LDL_DEL_R16_1 FOREIGN C0A07BLDL_DEL_R16_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
      RECT 2.629 0.858 2.739 0.99 ;
      RECT 2.629 0.198 2.739 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 2.431 0.924 2.497 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 2.233 0.132 2.299 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 2.233 0.363 2.541 0.429 ;
    RECT 2.475 0.429 2.541 0.759 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.332 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.233 0.759 2.541 0.825 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.233 0.825 2.299 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
  END
END LDL_DEL_R16_1
#
# 
MACRO LDL_DEL_R32_1 FOREIGN C0A07BLDL_DEL_R32_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.005 0.858 5.115 0.99 ;
      RECT 5.005 0.198 5.115 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 4.785 0.924 4.851 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 4.389 0.132 4.455 0.495 ;
    RECT 4.587 0.132 4.653 0.363 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.509 0.165 3.993 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.509 0.231 3.575 0.396 ;
    RECT 3.927 0.231 3.993 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 4.587 0.363 4.895 0.429 ;
    RECT 4.829 0.429 4.895 0.693 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.828 0.561 ;
    RECT 3.927 0.495 4.29 0.561 ;
    RECT 4.389 0.495 4.708 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.927 0.561 3.993 0.957 ;
    RECT 4.389 0.561 4.455 1.056 ;
    RECT 4.587 0.693 4.895 0.759 ;
    RECT 4.587 0.759 4.653 1.056 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 2.211 0.858 2.277 0.957 ;
    RECT 3.509 0.858 3.575 0.957 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.509 0.957 3.993 1.023 ;
  END
END LDL_DEL_R32_1
#
# 
MACRO LDL_DEL_R4H_2 FOREIGN C0A07BLDL_DEL_R4H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.308 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.627 1.452 0.693 ;
      RECT 1.287 0.693 1.353 0.924 ;
      RECT 1.386 0.429 1.452 0.627 ;
      RECT 1.287 0.363 1.452 0.429 ;
      RECT 1.287 0.132 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.463 0.792 1.529 1.155 ;
      RECT 1.111 0.792 1.177 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.605 0.132 0.671 0.33 ;
    RECT 0.781 0.132 0.847 0.33 ;
    RECT 0.935 0.132 1.001 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.605 0.33 0.847 0.396 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.935 0.363 1.199 0.429 ;
    RECT 0.781 0.396 0.847 0.495 ;
    RECT 1.133 0.429 1.199 0.495 ;
    RECT 0.407 0.495 0.682 0.561 ;
    RECT 0.781 0.495 1.034 0.561 ;
    RECT 1.133 0.495 1.276 0.561 ;
    RECT 0.407 0.561 0.473 0.847 ;
    RECT 0.781 0.561 0.847 0.66 ;
    RECT 1.133 0.561 1.199 0.627 ;
    RECT 0.935 0.627 1.199 0.693 ;
    RECT 0.605 0.66 0.847 0.726 ;
    RECT 0.935 0.693 1.001 0.924 ;
    RECT 0.605 0.726 0.671 0.924 ;
    RECT 0.781 0.726 0.847 0.924 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 0.055 0.913 0.121 1.056 ;
  END
END LDL_DEL_R4H_2
#
# 
MACRO LDL_DEL_R4_1 FOREIGN C0A07BLDL_DEL_R4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.33 0.781 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.858 ;
      RECT 1.441 0.858 1.551 0.99 ;
      RECT 1.441 0.198 1.551 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.243 0.924 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 1.045 0.132 1.111 0.363 ;
    RECT 0.616 0.143 0.891 0.209 ;
    RECT 0.825 0.209 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.045 0.363 1.353 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 0.429 0.495 0.726 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.979 ;
    RECT 1.045 0.759 1.353 0.825 ;
    RECT 1.045 0.825 1.111 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.616 0.979 0.891 1.045 ;
  END
END LDL_DEL_R4_1
#
# 
MACRO LDL_DEL_R64_1 FOREIGN C0A07BLDL_DEL_R64_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 7.843 0.033 7.909 0.264 ;
      RECT 6.545 0.033 6.611 0.264 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.33 8.151 0.858 ;
      RECT 8.041 0.858 8.151 0.99 ;
      RECT 8.041 0.198 8.151 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 6.523 0.704 6.589 1.155 ;
      RECT 6.523 0.638 6.644 0.704 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 7.843 0.924 7.909 1.155 ;
      RECT 4.015 0.924 4.081 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 1.507 0.924 1.573 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 0 0.528 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.572 0.165 0.869 0.231 ;
    RECT 0.957 0.165 1.441 0.231 ;
    RECT 1.826 0.165 2.123 0.231 ;
    RECT 2.211 0.165 2.695 0.231 ;
    RECT 3.08 0.165 3.377 0.231 ;
    RECT 3.465 0.165 3.949 0.231 ;
    RECT 4.334 0.165 4.631 0.231 ;
    RECT 4.719 0.165 5.203 0.231 ;
    RECT 5.588 0.165 5.885 0.231 ;
    RECT 5.973 0.165 6.457 0.231 ;
    RECT 6.864 0.165 7.161 0.231 ;
    RECT 7.26 0.165 7.777 0.231 ;
    RECT 0.803 0.231 0.869 0.495 ;
    RECT 0.957 0.231 1.023 0.396 ;
    RECT 1.375 0.231 1.441 0.495 ;
    RECT 2.057 0.231 2.123 0.495 ;
    RECT 2.211 0.231 2.277 0.396 ;
    RECT 2.629 0.231 2.695 0.495 ;
    RECT 3.311 0.231 3.377 0.495 ;
    RECT 3.465 0.231 3.531 0.396 ;
    RECT 3.883 0.231 3.949 0.495 ;
    RECT 4.565 0.231 4.631 0.495 ;
    RECT 4.719 0.231 4.785 0.396 ;
    RECT 5.137 0.231 5.203 0.495 ;
    RECT 5.819 0.231 5.885 0.495 ;
    RECT 5.973 0.231 6.039 0.396 ;
    RECT 6.391 0.231 6.457 0.495 ;
    RECT 7.095 0.231 7.161 0.495 ;
    RECT 7.711 0.231 7.777 0.462 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 7.711 0.462 7.975 0.528 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.803 0.495 1.276 0.561 ;
    RECT 1.375 0.495 1.958 0.561 ;
    RECT 2.057 0.495 2.53 0.561 ;
    RECT 2.629 0.495 3.212 0.561 ;
    RECT 3.311 0.495 3.784 0.561 ;
    RECT 3.883 0.495 4.466 0.561 ;
    RECT 4.565 0.495 5.038 0.561 ;
    RECT 5.137 0.495 5.72 0.561 ;
    RECT 5.819 0.495 6.292 0.561 ;
    RECT 6.391 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.612 0.561 ;
    RECT 7.909 0.528 7.975 0.594 ;
    RECT 7.711 0.528 7.777 0.957 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.803 0.561 0.869 0.957 ;
    RECT 1.375 0.561 1.441 0.957 ;
    RECT 2.057 0.561 2.123 0.957 ;
    RECT 2.629 0.561 2.695 0.957 ;
    RECT 3.311 0.561 3.377 0.957 ;
    RECT 3.883 0.561 3.949 0.957 ;
    RECT 4.565 0.561 4.631 0.957 ;
    RECT 5.137 0.561 5.203 0.957 ;
    RECT 5.819 0.561 5.885 0.957 ;
    RECT 6.391 0.561 6.457 0.957 ;
    RECT 7.095 0.561 7.161 0.957 ;
    RECT 0.957 0.792 1.023 0.957 ;
    RECT 2.211 0.792 2.277 0.957 ;
    RECT 3.465 0.792 3.531 0.957 ;
    RECT 4.719 0.792 4.785 0.957 ;
    RECT 5.973 0.792 6.039 0.957 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.572 0.957 0.869 1.023 ;
    RECT 0.957 0.957 1.441 1.023 ;
    RECT 1.826 0.957 2.123 1.023 ;
    RECT 2.211 0.957 2.695 1.023 ;
    RECT 3.08 0.957 3.377 1.023 ;
    RECT 3.465 0.957 3.949 1.023 ;
    RECT 4.334 0.957 4.631 1.023 ;
    RECT 4.719 0.957 5.203 1.023 ;
    RECT 5.588 0.957 5.885 1.023 ;
    RECT 5.973 0.957 6.457 1.023 ;
    RECT 6.886 0.957 7.161 1.023 ;
    RECT 7.26 0.957 7.777 1.023 ;
  END
END LDL_DEL_R64_1
#
# 
MACRO LDL_DEL_R8H_2 FOREIGN C0A07BLDL_DEL_R8H_2_R2 0 0 ;
##MACROVERSION "2.0 2009/05/20" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 1.375 0.033 1.441 0.396 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.275 0.759 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.551 0.627 1.716 0.693 ;
      RECT 1.551 0.693 1.617 0.924 ;
      RECT 1.617 0.396 1.683 0.627 ;
      RECT 1.551 0.33 1.683 0.396 ;
      RECT 1.551 0.132 1.617 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.727 0.792 1.793 1.155 ;
      RECT 1.375 0.792 1.441 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 0.825 0.132 0.891 0.341 ;
    RECT 1.001 0.132 1.067 0.341 ;
    RECT 1.177 0.132 1.243 0.341 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.649 0.341 0.891 0.407 ;
    RECT 1.001 0.341 1.309 0.407 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.825 0.407 0.891 0.495 ;
    RECT 1.243 0.407 1.309 0.495 ;
    RECT 0.429 0.495 0.704 0.561 ;
    RECT 0.825 0.495 1.144 0.561 ;
    RECT 1.243 0.495 1.518 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.627 ;
    RECT 1.243 0.561 1.309 0.627 ;
    RECT 0.649 0.627 0.891 0.693 ;
    RECT 1.001 0.627 1.309 0.693 ;
    RECT 0.649 0.693 0.715 0.924 ;
    RECT 0.825 0.693 0.891 0.924 ;
    RECT 1.001 0.693 1.067 0.924 ;
    RECT 1.177 0.693 1.243 0.924 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.012 ;
  END
END LDL_DEL_R8H_2
#
# 
MACRO LDL_DEL_R8_1 FOREIGN C0A07BLDL_DEL_R8_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.342 0.165 1.628 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.418 1.815 0.858 ;
      RECT 1.705 0.858 1.815 0.99 ;
      RECT 1.705 0.286 1.815 0.418 ;
      RECT 1.749 0.198 1.815 0.286 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.441 0.924 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.979 0.132 1.045 0.297 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.077 0.297 0.495 0.363 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 1.485 0.363 1.551 0.759 ;
    RECT 0.429 0.495 0.66 0.561 ;
    RECT 0.825 0.495 1.276 0.561 ;
    RECT 0.429 0.561 0.495 0.847 ;
    RECT 0.825 0.561 0.891 0.957 ;
    RECT 0.979 0.759 1.551 0.825 ;
    RECT 0.979 0.825 1.045 1.056 ;
    RECT 0.077 0.847 0.495 0.913 ;
    RECT 0.077 0.913 0.143 1.056 ;
    RECT 0.594 0.957 0.891 1.023 ;
  END
END LDL_DEL_R8_1
#
# 
MACRO LDL_DLY1_2 FOREIGN C0A07BLDL_DLY1_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.848 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.749 0.704 1.815 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.474 0.297 2.409 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.474 0.363 1.54 0.495 ;
    RECT 2.299 0.363 2.409 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.617 0.495 2.134 0.561 ;
    RECT 1.276 0.495 1.54 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.683 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDL_DLY1_2
#
# 
MACRO LDL_DLY1_2RE FOREIGN C0A07BLDL_DLY1_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 1.925 0.462 2.211 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.211 0.528 ;
    RECT 1.727 0.528 1.991 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
  END
END LDL_DLY1_2RE
#
# 
MACRO LDL_DLY2_2 FOREIGN C0A07BLDL_DLY2_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.716 0.165 1.98 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.881 0.66 1.947 1.155 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.606 0.297 2.673 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.606 0.363 1.672 0.495 ;
    RECT 2.563 0.363 2.673 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.749 0.495 2.266 0.561 ;
    RECT 1.408 0.495 1.672 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.749 0.561 1.815 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.815 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDL_DLY2_2
#
# 
MACRO LDL_DLY2_2RE FOREIGN C0A07BLDL_DLY2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.907 0.187 ;
      RECT 5.764 0.187 5.907 0.253 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.495 0.451 0.561 ;
      RECT 0.264 0.561 0.374 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.61 0.319 5.907 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.489 0.462 5.775 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.775 0.528 ;
    RECT 5.291 0.528 5.555 0.561 ;
    RECT 5.709 0.528 5.775 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
  END
END LDL_DLY2_2RE
#
# 
MACRO LDL_DLY3_2 FOREIGN C0A07BLDL_DLY3_2_R2 0 0 ;
##MACROVERSION "2.0 2009/08/24" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.848 0.165 2.112 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.715 ;
      RECT 0.297 0.429 0.363 0.627 ;
      RECT 0.297 0.363 0.528 0.429 ;
      RECT 0.407 0.154 0.495 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.848 0.869 1.914 1.155 ;
      RECT 1.848 0.803 2.112 0.869 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.143 0.143 0.385 ;
    RECT 1.034 0.297 1.166 0.363 ;
    RECT 1.562 0.297 2.937 0.363 ;
    RECT 1.034 0.363 1.1 0.495 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 2.827 0.363 2.937 0.935 ;
    RECT 0.033 0.385 0.099 0.825 ;
    RECT 0.462 0.495 1.1 0.561 ;
    RECT 1.705 0.495 2.398 0.561 ;
    RECT 1.364 0.495 1.628 0.561 ;
    RECT 1.034 0.561 1.1 0.693 ;
    RECT 1.705 0.561 1.771 0.825 ;
    RECT 1.034 0.693 1.166 0.759 ;
    RECT 0.033 0.825 1.771 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
  END
END LDL_DLY3_2
#
# 
MACRO LDL_DLY3_2RE FOREIGN C0A07BLDL_DLY3_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
      RECT 9.361 0.033 9.471 0.187 ;
      RECT 9.328 0.187 9.471 0.253 ;
      RECT 8.987 0.033 9.053 0.396 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 7.799 0.033 7.865 0.396 ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 6.611 0.033 6.677 0.396 ;
      RECT 5.962 0.033 6.028 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.423 0.033 5.489 0.396 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.235 0.033 4.301 0.396 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.047 0.033 3.113 0.396 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.859 0.033 1.925 0.396 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 6.336 0 V1L2L ;
      VIA 6.864 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 8.052 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 9.405 0.385 9.471 0.759 ;
      RECT 9.207 0.759 9.471 0.825 ;
      RECT 9.207 0.825 9.273 1.034 ;
      RECT 9.174 0.319 9.471 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.561 0.374 0.726 ;
      RECT 0.264 0.495 0.451 0.561 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 9.383 0.924 9.449 1.155 ;
      RECT 9.009 0.814 9.075 1.155 ;
      RECT 8.371 0.792 8.437 1.155 ;
      RECT 7.821 0.792 7.887 1.155 ;
      RECT 7.183 0.792 7.249 1.155 ;
      RECT 6.633 0.792 6.699 1.155 ;
      RECT 5.995 0.792 6.061 1.155 ;
      RECT 5.445 0.814 5.511 1.155 ;
      RECT 4.807 0.792 4.873 1.155 ;
      RECT 4.257 0.792 4.323 1.155 ;
      RECT 3.619 0.792 3.685 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.336 1.188 V1L2L ;
      VIA 6.864 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 8.052 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.154 0.517 0.363 ;
    RECT 1.067 0.154 1.133 0.363 ;
    RECT 1.639 0.154 1.705 0.363 ;
    RECT 2.255 0.154 2.321 0.363 ;
    RECT 2.827 0.154 2.893 0.363 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 4.015 0.154 4.081 0.363 ;
    RECT 4.631 0.154 4.697 0.363 ;
    RECT 5.203 0.154 5.269 0.363 ;
    RECT 5.819 0.154 5.885 0.363 ;
    RECT 6.391 0.154 6.457 0.363 ;
    RECT 7.007 0.154 7.073 0.363 ;
    RECT 7.579 0.154 7.645 0.363 ;
    RECT 8.195 0.154 8.261 0.363 ;
    RECT 8.767 0.154 8.833 0.363 ;
    RECT 0.451 0.363 0.627 0.429 ;
    RECT 1.067 0.363 1.221 0.429 ;
    RECT 1.639 0.363 1.793 0.429 ;
    RECT 2.255 0.363 2.409 0.429 ;
    RECT 2.827 0.363 2.981 0.429 ;
    RECT 3.443 0.363 3.597 0.429 ;
    RECT 4.015 0.363 4.169 0.429 ;
    RECT 4.631 0.363 4.785 0.429 ;
    RECT 5.203 0.363 5.357 0.429 ;
    RECT 5.819 0.363 5.973 0.429 ;
    RECT 6.391 0.363 6.545 0.429 ;
    RECT 7.007 0.363 7.161 0.429 ;
    RECT 7.579 0.363 7.733 0.429 ;
    RECT 8.195 0.363 8.36 0.429 ;
    RECT 8.767 0.363 8.921 0.429 ;
    RECT 0.561 0.429 0.627 0.495 ;
    RECT 1.155 0.429 1.221 0.495 ;
    RECT 1.727 0.429 1.793 0.495 ;
    RECT 2.343 0.429 2.409 0.495 ;
    RECT 2.915 0.429 2.981 0.495 ;
    RECT 3.531 0.429 3.597 0.495 ;
    RECT 4.103 0.429 4.169 0.495 ;
    RECT 4.719 0.429 4.785 0.495 ;
    RECT 5.291 0.429 5.357 0.495 ;
    RECT 5.907 0.429 5.973 0.495 ;
    RECT 6.479 0.429 6.545 0.495 ;
    RECT 7.095 0.429 7.161 0.495 ;
    RECT 7.667 0.429 7.733 0.495 ;
    RECT 8.294 0.429 8.36 0.495 ;
    RECT 8.855 0.429 8.921 0.495 ;
    RECT 9.053 0.462 9.339 0.495 ;
    RECT 0.561 0.495 1.056 0.561 ;
    RECT 1.155 0.495 1.628 0.561 ;
    RECT 1.727 0.495 2.244 0.561 ;
    RECT 2.343 0.495 2.816 0.561 ;
    RECT 2.915 0.495 3.432 0.561 ;
    RECT 3.531 0.495 4.004 0.561 ;
    RECT 4.103 0.495 4.62 0.561 ;
    RECT 4.719 0.495 5.192 0.561 ;
    RECT 5.291 0.495 5.808 0.561 ;
    RECT 5.907 0.495 6.38 0.561 ;
    RECT 6.479 0.495 6.996 0.561 ;
    RECT 7.095 0.495 7.568 0.561 ;
    RECT 7.667 0.495 8.195 0.561 ;
    RECT 8.294 0.495 8.756 0.561 ;
    RECT 8.855 0.495 9.339 0.528 ;
    RECT 8.855 0.528 9.119 0.561 ;
    RECT 9.273 0.528 9.339 0.594 ;
    RECT 0.561 0.561 0.627 0.627 ;
    RECT 1.155 0.561 1.221 0.627 ;
    RECT 1.727 0.561 1.793 0.627 ;
    RECT 2.343 0.561 2.409 0.627 ;
    RECT 2.915 0.561 2.981 0.627 ;
    RECT 3.531 0.561 3.597 0.627 ;
    RECT 4.103 0.561 4.169 0.627 ;
    RECT 4.719 0.561 4.785 0.627 ;
    RECT 5.291 0.561 5.357 0.627 ;
    RECT 5.907 0.561 5.973 0.627 ;
    RECT 6.479 0.561 6.545 0.627 ;
    RECT 7.095 0.561 7.161 0.627 ;
    RECT 7.667 0.561 7.733 0.627 ;
    RECT 8.294 0.561 8.36 0.627 ;
    RECT 8.855 0.561 8.921 0.627 ;
    RECT 0.451 0.627 0.627 0.693 ;
    RECT 1.067 0.627 1.221 0.693 ;
    RECT 1.639 0.627 1.793 0.693 ;
    RECT 2.255 0.627 2.409 0.693 ;
    RECT 2.827 0.627 2.981 0.693 ;
    RECT 3.443 0.627 3.597 0.693 ;
    RECT 4.015 0.627 4.169 0.693 ;
    RECT 4.631 0.627 4.785 0.693 ;
    RECT 5.203 0.627 5.357 0.693 ;
    RECT 5.819 0.627 5.973 0.693 ;
    RECT 6.391 0.627 6.545 0.693 ;
    RECT 7.007 0.627 7.161 0.693 ;
    RECT 7.579 0.627 7.733 0.693 ;
    RECT 8.195 0.627 8.36 0.693 ;
    RECT 8.767 0.627 8.921 0.693 ;
    RECT 0.451 0.693 0.517 0.902 ;
    RECT 1.067 0.693 1.133 0.902 ;
    RECT 1.639 0.693 1.705 0.902 ;
    RECT 2.255 0.693 2.321 0.902 ;
    RECT 2.827 0.693 2.893 0.902 ;
    RECT 3.443 0.693 3.509 0.902 ;
    RECT 4.015 0.693 4.081 0.902 ;
    RECT 4.631 0.693 4.697 0.902 ;
    RECT 5.203 0.693 5.269 0.902 ;
    RECT 5.819 0.693 5.885 0.902 ;
    RECT 6.391 0.693 6.457 0.902 ;
    RECT 7.007 0.693 7.073 0.902 ;
    RECT 7.579 0.693 7.645 0.902 ;
    RECT 8.195 0.693 8.261 0.902 ;
    RECT 8.767 0.693 8.833 0.902 ;
  END
END LDL_DLY3_2RE
#
# 
MACRO LDL_EN2_0P5 FOREIGN C0A07BLDL_EN2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.462 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.132 1.155 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.429 1.155 0.924 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.056 ;
    RECT 0.506 1.023 0.946 1.089 ;
  END
END LDL_EN2_0P5
#
# 
MACRO LDL_EN2_1 FOREIGN C0A07BLDL_EN2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.441 0.033 1.507 0.264 ;
      RECT 0.253 0.033 0.319 0.176 ;
      RECT 0.198 0.176 0.319 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.726 0.935 0.858 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.165 0.528 0.231 0.792 ;
      RECT 0.165 0.462 0.286 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.441 0.902 1.507 1.155 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 0.935 0.165 ;
    RECT 1.221 0.132 1.331 0.264 ;
    RECT 0.869 0.165 0.935 0.198 ;
    RECT 0.385 0.165 0.451 0.319 ;
    RECT 0.869 0.198 1.155 0.264 ;
    RECT 1.089 0.264 1.155 0.792 ;
    RECT 1.221 0.264 1.287 0.88 ;
    RECT 0.517 0.286 0.583 0.77 ;
    RECT 0.033 0.319 0.451 0.385 ;
    RECT 0.825 0.363 0.891 0.528 ;
    RECT 0.385 0.385 0.451 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    LAYER M2L ;
    RECT 0.792 0.495 1.32 0.561 ;
    VIA 0.858 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.528 0.99 0.594 ;
    RECT 0.473 0.77 0.583 0.792 ;
    RECT 0.473 0.792 0.759 0.858 ;
    RECT 0.473 0.858 0.539 0.902 ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.221 0.88 1.331 1.012 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 0.55 1.023 1.078 1.089 ;
  END
END LDL_EN2_1
#
# 
MACRO LDL_EN2_2 FOREIGN C0A07BLDL_EN2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.429 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 2.079 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 0.957 0.462 1.155 0.594 ;
      RECT 0.957 0.594 1.023 0.649 ;
      LAYER M2L ;
      RECT 0.99 0.495 2.046 0.561 ;
      VIA 1.056 0.528 V1L2L ;
      VIA 1.98 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.957 ;
      RECT 1.617 0.957 1.76 1.023 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.76 0.231 ;
      RECT 1.353 0.099 1.683 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.253 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.749 0.297 1.914 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 1.749 0.363 1.815 0.825 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.759 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.22 0.759 0.473 0.825 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 1.749 0.825 1.914 0.891 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDL_EN2_2
#
# 
MACRO LDL_EN2_2RE FOREIGN C0A07BLDL_EN2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 0.924 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.33 0.528 V1L2L ;
      VIA 0.858 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.419 0.792 1.485 1.155 ;
      RECT 0.209 0.825 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.891 0.132 0.957 0.33 ;
    RECT 1.067 0.132 1.133 0.176 ;
    RECT 1.276 0.132 1.342 0.176 ;
    RECT 0.418 0.165 0.77 0.231 ;
    RECT 1.067 0.176 1.342 0.264 ;
    RECT 1.221 0.264 1.287 0.825 ;
    RECT 0.033 0.275 0.143 0.33 ;
    RECT 0.033 0.33 0.715 0.396 ;
    RECT 0.891 0.33 1.155 0.396 ;
    RECT 0.649 0.396 0.715 0.594 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.089 0.396 1.155 0.693 ;
    RECT 0.451 0.462 0.55 0.528 ;
    RECT 1.947 0.462 2.211 0.495 ;
    RECT 1.716 0.495 2.211 0.528 ;
    LAYER M2L ;
    RECT 1.056 0.495 1.98 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    VIA 1.914 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.528 0.517 0.693 ;
    RECT 1.716 0.528 2.013 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 0.858 0.693 1.155 0.759 ;
    RECT 0.451 0.693 0.748 0.759 ;
    RECT 0.682 0.759 0.748 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.418 0.825 0.55 0.891 ;
    RECT 0.682 0.825 1.342 0.891 ;
    RECT 0.484 0.891 0.55 0.957 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDL_EN2_2RE
#
# 
MACRO LDL_EN2_3 FOREIGN C0A07BLDL_EN2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.871 0.605 ;
      RECT 2.805 0.33 2.871 0.495 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.43 0.462 1.617 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.495 2.838 0.561 ;
      VIA 1.518 0.528 V1L2L ;
      VIA 2.772 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.638 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.572 2.431 0.638 ;
      RECT 2.145 0.638 2.211 0.792 ;
      RECT 2.145 0.792 2.255 0.858 ;
      RECT 2.189 0.858 2.255 0.924 ;
      RECT 2.365 0.231 2.431 0.572 ;
      RECT 1.254 0.165 2.431 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.805 0.198 ;
    RECT 2.739 0.198 2.805 0.264 ;
    RECT 2.497 0.198 2.563 0.759 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.716 0.297 2.288 0.363 ;
    RECT 0.726 0.297 1.562 0.363 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.396 ;
    RECT 1.716 0.363 1.782 0.759 ;
    RECT 0.847 0.363 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.782 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 2.497 0.759 2.805 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.739 0.825 2.805 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDL_EN2_3
#
# 
MACRO LDL_EN2_4 FOREIGN C0A07BLDL_EN2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.198 ;
      RECT 3.223 0.198 3.322 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.561 3.399 0.726 ;
      RECT 3.333 0.495 3.663 0.561 ;
      RECT 3.597 0.561 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.495 ;
      RECT 1.881 0.462 2.475 0.594 ;
      RECT 2.409 0.33 2.475 0.462 ;
      LAYER M2L ;
      RECT 1.98 0.495 3.498 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 3.432 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 3.135 0.66 ;
      RECT 2.805 0.66 2.871 0.825 ;
      RECT 1.98 0.825 2.871 0.891 ;
      RECT 3.069 0.231 3.135 0.594 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.201 0.341 3.498 0.407 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 3.201 0.407 3.267 0.825 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.716 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.058 0.825 3.498 0.891 ;
    RECT 1.65 0.869 1.716 0.957 ;
    RECT 1.65 0.957 2.992 1.023 ;
  END
END LDL_EN2_4
#
# 
MACRO LDL_EN2_6 FOREIGN C0A07BLDL_EN2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.818 0.462 5.148 0.594 ;
      RECT 2.64 0.473 3.3 0.583 ;
      LAYER M2L ;
      RECT 2.904 0.495 5.082 0.561 ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 4.884 0.528 V1L2L ;
      VIA 5.016 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.847 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 2.937 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.913 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.41 0.297 4.323 0.363 ;
    RECT 4.521 0.297 5.06 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.41 0.363 3.476 0.715 ;
    RECT 4.521 0.363 4.587 0.528 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 4.609 0.594 4.675 0.748 ;
    RECT 2.244 0.715 3.476 0.781 ;
    RECT 4.609 0.748 5.06 0.836 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDL_EN2_6
#
# 
MACRO LDL_EN2_8 FOREIGN C0A07BLDL_EN2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.462 6.732 0.594 ;
      RECT 3.465 0.462 4.191 0.594 ;
      LAYER M2L ;
      RECT 3.828 0.495 6.534 0.561 ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.026 0.528 V1L2L ;
      VIA 6.336 0.528 V1L2L ;
      VIA 6.468 0.528 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.666952 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.94 0.825 ;
      RECT 3.388 0.825 5.94 0.858 ;
      RECT 3.388 0.858 4.73 0.891 ;
      RECT 5.841 0.231 5.907 0.726 ;
      RECT 3.014 0.165 6.006 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.871 0.924 2.937 1.155 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 4.488 0.297 5.775 0.363 ;
    RECT 0.198 0.319 1.386 0.385 ;
    RECT 1.606 0.319 4.4 0.385 ;
    RECT 5.995 0.319 6.754 0.385 ;
    RECT 5.709 0.363 5.775 0.44 ;
    RECT 4.488 0.363 4.554 0.693 ;
    RECT 1.32 0.385 1.386 0.495 ;
    RECT 4.334 0.385 4.4 0.44 ;
    RECT 2.167 0.385 2.233 0.759 ;
    RECT 5.995 0.385 6.061 0.528 ;
    RECT 1.32 0.495 2.068 0.561 ;
    RECT 2.332 0.495 3.267 0.561 ;
    RECT 5.995 0.528 6.105 0.594 ;
    RECT 1.32 0.561 1.386 0.825 ;
    RECT 3.201 0.561 3.267 0.693 ;
    RECT 6.039 0.594 6.105 0.759 ;
    RECT 3.201 0.693 4.554 0.759 ;
    RECT 1.606 0.759 3.102 0.825 ;
    RECT 6.039 0.759 6.754 0.825 ;
    RECT 0.198 0.825 1.386 0.891 ;
    RECT 3.036 0.825 3.102 0.957 ;
    RECT 3.036 0.957 5.456 1.023 ;
  END
END LDL_EN2_8
#
# 
MACRO LDL_EN2_S_0P5 FOREIGN C0A07BLDL_EN2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.814 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.572 1.155 1.023 ;
      RECT 0.506 1.023 1.155 1.089 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.891 0.726 ;
      RECT 0.781 0.726 0.891 0.924 ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 1.089 0.099 1.419 0.165 ;
    RECT 0.033 0.132 0.121 0.319 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 0.759 0.132 0.847 0.528 ;
    RECT 1.089 0.165 1.155 0.363 ;
    RECT 1.353 0.165 1.419 0.924 ;
    RECT 0.033 0.319 0.363 0.385 ;
    RECT 0.946 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.484 ;
    RECT 0.033 0.385 0.099 0.902 ;
    RECT 0.759 0.528 1.023 0.594 ;
    RECT 0.957 0.594 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.276 0.924 1.419 1.056 ;
  END
END LDL_EN2_S_0P5
#
# 
MACRO LDL_EN2_S_1 FOREIGN C0A07BLDL_EN2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.187 1.221 0.957 ;
      RECT 1.155 0.957 1.32 1.023 ;
      RECT 0.561 0.297 0.627 0.594 ;
      RECT 0.561 0.231 0.726 0.297 ;
      LAYER M2L ;
      RECT 0.594 0.231 1.254 0.297 ;
      VIA 0.66 0.264 V1L2L ;
      VIA 1.188 0.264 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.109868 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.891 ;
      RECT 0.429 0.891 0.726 0.957 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.067 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.001 0.165 1.067 1.023 ;
    RECT 0.869 0.264 0.935 0.748 ;
    RECT 1.331 0.264 1.397 0.616 ;
    RECT 0.297 0.462 0.363 0.858 ;
    RECT 0.737 0.462 0.803 0.715 ;
    RECT 1.287 0.616 1.397 0.858 ;
    RECT 0.66 0.715 0.803 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 1.32 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.957 0.352 1.023 ;
    RECT 0.286 1.023 1.067 1.089 ;
  END
END LDL_EN2_S_1
#
# 
MACRO LDL_EN2_S_2 FOREIGN C0A07BLDL_EN2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.462 ;
      RECT 2.013 0.462 2.211 0.594 ;
      RECT 1.353 0.33 1.419 0.495 ;
      RECT 1.144 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.363 2.112 0.429 ;
      VIA 1.386 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.759 ;
      RECT 1.353 0.759 1.683 0.825 ;
      RECT 1.617 0.825 1.683 0.935 ;
      RECT 1.617 0.935 1.76 1.001 ;
      RECT 1.353 0.825 1.419 0.891 ;
      RECT 0.924 0.891 1.419 0.957 ;
      RECT 1.617 0.165 1.727 0.264 ;
      RECT 1.353 0.099 1.727 0.165 ;
      RECT 0.924 0.165 1.419 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.165 2.134 0.231 ;
    RECT 1.793 0.231 1.859 0.759 ;
    RECT 0.22 0.297 0.473 0.363 ;
    RECT 0.572 0.297 1.232 0.363 ;
    RECT 1.485 0.308 1.551 0.627 ;
    RECT 0.407 0.363 0.473 0.495 ;
    RECT 0.693 0.363 0.759 0.803 ;
    RECT 0.825 0.462 0.891 0.759 ;
    RECT 0.407 0.495 0.594 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 1.221 0.627 1.551 0.693 ;
    RECT 1.221 0.693 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 1.793 0.759 1.925 0.825 ;
    RECT 0.572 0.803 0.759 0.869 ;
    RECT 0.22 0.825 0.473 0.891 ;
    RECT 1.859 0.825 1.925 0.869 ;
    RECT 0.693 0.869 0.759 1.023 ;
    RECT 1.859 0.869 2.134 0.935 ;
    RECT 1.485 0.924 1.551 1.023 ;
    RECT 0.693 1.023 1.551 1.089 ;
  END
END LDL_EN2_S_2
#
# 
MACRO LDL_EN2_S_3 FOREIGN C0A07BLDL_EN2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.462 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.43 0.495 1.683 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.584 0.363 2.772 0.429 ;
      VIA 1.65 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.286528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.627 1.947 0.891 ;
      RECT 1.43 0.891 1.947 0.957 ;
      RECT 1.881 0.561 2.431 0.627 ;
      RECT 2.189 0.627 2.277 0.88 ;
      RECT 2.365 0.231 2.431 0.561 ;
      RECT 1.606 0.165 2.431 0.231 ;
      RECT 1.32 0.099 1.672 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.739 0.924 2.805 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.099 2.805 0.165 ;
    RECT 2.739 0.165 2.805 0.264 ;
    RECT 2.497 0.165 2.563 0.825 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.264 1.529 0.341 ;
    RECT 0.055 0.297 0.506 0.363 ;
    RECT 1.749 0.297 2.288 0.363 ;
    RECT 0.726 0.341 1.529 0.407 ;
    RECT 0.44 0.363 0.506 0.495 ;
    RECT 2.222 0.363 2.288 0.429 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.32 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.254 0.561 1.32 0.759 ;
    RECT 1.254 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.497 0.825 2.662 0.891 ;
    RECT 2.365 0.858 2.431 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.924 2.079 1.023 ;
    RECT 1.111 1.023 2.431 1.089 ;
  END
END LDL_EN2_S_3
#
# 
MACRO LDL_EN2_S_4 FOREIGN C0A07BLDL_EN2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.43 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.166496 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.33 3.795 0.462 ;
      RECT 3.597 0.462 3.795 0.528 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 2.343 0.33 2.409 0.495 ;
      RECT 1.881 0.495 2.409 0.561 ;
      LAYER M2L ;
      RECT 2.31 0.363 3.828 0.429 ;
      VIA 2.376 0.396 V1L2L ;
      VIA 3.762 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 1.606 0.935 3.135 1.001 ;
      RECT 1.606 1.001 1.672 1.034 ;
      RECT 2.332 0.165 3.135 0.231 ;
      RECT 2.046 0.099 2.398 0.165 ;
      RECT 1.606 0.165 2.112 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 1.463 1.012 1.529 1.155 ;
      RECT 1.43 0.946 1.529 1.012 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.597 0.22 3.663 0.297 ;
    RECT 2.189 0.264 2.255 0.363 ;
    RECT 2.475 0.297 2.959 0.363 ;
    RECT 3.201 0.297 3.663 0.363 ;
    RECT 0.198 0.319 0.792 0.385 ;
    RECT 0.902 0.319 1.936 0.363 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.475 0.363 2.541 0.671 ;
    RECT 0.902 0.363 2.255 0.385 ;
    RECT 3.201 0.363 3.267 0.825 ;
    RECT 0.726 0.385 0.792 0.495 ;
    RECT 1.87 0.385 2.255 0.429 ;
    RECT 1.287 0.385 1.353 0.803 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 1.452 0.495 1.595 0.561 ;
    RECT 0.726 0.561 0.792 0.825 ;
    RECT 1.529 0.561 1.595 0.671 ;
    RECT 1.529 0.671 2.541 0.737 ;
    RECT 2.926 0.77 2.992 0.803 ;
    RECT 0.902 0.803 2.992 0.869 ;
    RECT 0.198 0.825 0.792 0.891 ;
    RECT 3.201 0.825 3.718 0.891 ;
  END
END LDL_EN2_S_4
#
# 
MACRO LDL_EN2_S_6 FOREIGN C0A07BLDL_EN2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.906 0.165 5.038 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.241032 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.33 4.983 0.462 ;
      RECT 4.785 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.616 ;
      RECT 3.399 0.33 3.465 0.473 ;
      RECT 2.673 0.473 3.465 0.583 ;
      LAYER M2L ;
      RECT 3.366 0.363 5.016 0.429 ;
      VIA 3.432 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521268 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.488 0.847 ;
      RECT 2.64 0.847 4.488 0.858 ;
      RECT 2.64 0.858 3.762 0.913 ;
      RECT 4.389 0.418 4.455 0.726 ;
      RECT 4.389 0.286 4.499 0.418 ;
      RECT 4.389 0.231 4.455 0.286 ;
      RECT 2.321 0.209 4.455 0.231 ;
      RECT 2.937 0.165 4.455 0.209 ;
      RECT 2.321 0.231 3.003 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.111 0.924 1.177 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 5.115 0.264 5.181 0.836 ;
    RECT 3.553 0.297 4.323 0.363 ;
    RECT 4.587 0.297 4.829 0.363 ;
    RECT 0.198 0.319 1.034 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.553 0.363 3.619 0.715 ;
    RECT 4.587 0.363 4.653 0.836 ;
    RECT 0.968 0.385 1.034 0.495 ;
    RECT 1.683 0.407 1.749 0.759 ;
    RECT 0.968 0.495 1.584 0.561 ;
    RECT 1.848 0.495 2.31 0.561 ;
    RECT 0.968 0.561 1.034 0.825 ;
    RECT 2.244 0.561 2.31 0.715 ;
    RECT 2.244 0.715 3.619 0.781 ;
    RECT 1.254 0.759 2.167 0.825 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 2.101 0.825 2.167 0.979 ;
    RECT 4.587 0.836 5.181 0.902 ;
    RECT 4.763 0.902 4.829 0.968 ;
    RECT 5.115 0.902 5.181 0.968 ;
    RECT 2.101 0.979 4.356 1.045 ;
  END
END LDL_EN2_S_6
#
# 
MACRO LDL_EN3_0P5 FOREIGN C0A07BLDL_EN3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.561 0.572 0.627 0.638 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.649 1.815 0.858 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.617 0.429 1.683 0.583 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.418 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.286 2.123 0.418 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.397 0.165 ;
    RECT 0.539 0.165 0.605 0.286 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 0.055 0.22 0.121 1.023 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.495 ;
    RECT 1.881 0.264 1.947 0.396 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.187 0.286 0.605 0.352 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    RECT 1.749 0.33 1.815 0.396 ;
    RECT 0.187 0.352 0.253 0.847 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.848 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.396 1.947 0.462 ;
    RECT 1.881 0.462 1.947 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.187 0.847 0.638 0.913 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.606 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDL_EN3_0P5
#
# 
MACRO LDL_EN3_1 FOREIGN C0A07BLDL_EN3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.286 2.211 0.88 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.495 0.891 0.561 ;
      RECT 0.825 0.462 0.891 0.495 ;
      LAYER M2L ;
      RECT 0.264 0.627 0.792 0.693 ;
      VIA 0.726 0.66 V1L2L ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.693 0.99 0.759 ;
      RECT 0.924 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.858 0.759 0.99 0.825 ;
      RECT 0.231 0.462 0.297 0.858 ;
      LAYER M2L ;
      RECT 0.198 0.759 0.99 0.825 ;
      VIA 0.264 0.792 V1L2L ;
      VIA 0.924 0.792 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.099 1.815 0.143 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.495 0.132 0.561 0.198 ;
    RECT 0.627 0.143 1.815 0.165 ;
    RECT 0.627 0.165 0.946 0.209 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 0.99 ;
    RECT 0.429 0.198 0.561 0.264 ;
    RECT 0.627 0.209 0.693 0.33 ;
    RECT 1.254 0.231 1.419 0.319 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.386 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 1.045 0.264 1.155 0.363 ;
    RECT 0.429 0.264 0.495 0.957 ;
    RECT 2.277 0.264 2.387 0.396 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.331 0.319 1.419 0.407 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 0.561 0.33 0.693 0.396 ;
    RECT 0.99 0.363 1.155 0.429 ;
    LAYER M2L ;
    RECT 0.99 0.363 2.376 0.429 ;
    VIA 1.056 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.825 ;
    RECT 2.277 0.396 2.343 0.979 ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 1.221 0.462 1.287 0.495 ;
    RECT 0.99 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.056 0.759 1.254 0.847 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.825 0.726 0.891 ;
    RECT 1.056 0.847 1.144 0.924 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.66 0.891 0.946 0.957 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.429 0.957 0.594 1.023 ;
    RECT 1.474 0.979 2.343 1.045 ;
    RECT 0.528 1.023 1.375 1.089 ;
  END
END LDL_EN3_1
#
# 
MACRO LDL_EN3_2 FOREIGN C0A07BLDL_EN3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.131648 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.429 ;
      RECT 1.903 0.429 2.343 0.462 ;
      RECT 1.903 0.462 2.387 0.473 ;
      RECT 1.617 0.473 2.387 0.495 ;
      RECT 2.277 0.495 2.387 0.594 ;
      RECT 1.617 0.495 1.969 0.539 ;
      RECT 1.617 0.539 1.683 0.66 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 3.773 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.792 ;
      RECT 4.213 0.792 4.323 0.924 ;
      RECT 3.773 0.561 3.839 0.924 ;
      RECT 3.773 0.924 3.883 1.023 ;
      RECT 3.465 1.023 3.883 1.089 ;
      RECT 3.465 0.308 3.531 1.023 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.792 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 1.727 0.165 ;
    RECT 2.266 0.099 2.618 0.143 ;
    RECT 3.003 0.099 3.707 0.143 ;
    RECT 1.166 0.132 1.232 0.165 ;
    RECT 1.848 0.132 1.914 0.165 ;
    RECT 2.266 0.143 3.707 0.165 ;
    RECT 0.55 0.165 1.232 0.231 ;
    RECT 1.661 0.165 1.727 0.242 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 2.552 0.165 3.069 0.209 ;
    RECT 1.848 0.165 2.332 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.209 3.069 1.023 ;
    RECT 0.55 0.231 0.616 0.495 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.924 0.297 1.419 0.363 ;
    RECT 1.771 0.297 2.156 0.341 ;
    RECT 3.135 0.297 3.201 0.924 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 1.485 0.308 1.551 0.341 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 0.165 0.319 0.33 0.385 ;
    RECT 2.409 0.33 2.574 0.396 ;
    RECT 1.485 0.341 2.156 0.363 ;
    RECT 1.485 0.363 1.837 0.407 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 0.165 0.385 0.231 0.759 ;
    RECT 2.508 0.396 2.574 0.594 ;
    RECT 1.485 0.407 1.551 0.429 ;
    RECT 0.957 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.297 0.495 0.616 0.561 ;
    RECT 0.957 0.495 1.023 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.297 0.561 0.363 0.605 ;
    RECT 0.55 0.561 0.616 0.726 ;
    RECT 1.144 0.561 1.386 0.627 ;
    RECT 2.475 0.594 2.574 0.66 ;
    RECT 1.815 0.605 2.178 0.693 ;
    RECT 1.199 0.627 1.287 0.726 ;
    RECT 3.905 0.627 4.092 0.715 ;
    LAYER M2L ;
    RECT 0.132 0.627 1.056 0.693 ;
    RECT 1.188 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.66 2.541 0.759 ;
    RECT 3.905 0.715 3.993 0.792 ;
    RECT 0.55 0.726 0.66 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 0.165 0.759 0.33 0.825 ;
    RECT 1.452 0.759 2.156 0.825 ;
    RECT 2.31 0.759 2.541 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 0.594 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.924 ;
    RECT 0.55 0.825 1.243 0.891 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.848 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.924 3.355 0.99 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.289 0.99 3.355 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDL_EN3_2
#
# 
MACRO LDL_EN3_3 FOREIGN C0A07BLDL_EN3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.1 0.495 1.287 0.561 ;
      RECT 1.221 0.561 1.287 0.594 ;
      RECT 1.221 0.33 1.287 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.561 5.533 0.726 ;
      RECT 5.445 0.495 5.61 0.561 ;
      RECT 4.224 0.462 4.29 0.495 ;
      RECT 4.224 0.495 4.587 0.561 ;
      LAYER M2L ;
      RECT 4.224 0.495 5.61 0.561 ;
      VIA 4.29 0.528 V1L2L ;
      VIA 5.544 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.627 ;
      RECT 2.145 0.627 3.102 0.693 ;
      RECT 3.036 0.605 3.102 0.627 ;
      RECT 3.036 0.539 3.344 0.605 ;
      LAYER M2L ;
      RECT 2.112 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.825 ;
      RECT 5.313 0.825 5.456 0.891 ;
      RECT 5.049 0.319 5.456 0.385 ;
      RECT 5.049 0.385 5.115 0.825 ;
      RECT 4.576 0.825 5.115 0.891 ;
      RECT 5.049 0.297 5.115 0.319 ;
      RECT 4.576 0.231 5.115 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.926 0.099 5.247 0.165 ;
    RECT 1.089 0.132 1.683 0.22 ;
    RECT 1.793 0.143 2.244 0.209 ;
    RECT 2.343 0.165 2.816 0.231 ;
    RECT 5.181 0.165 5.247 0.176 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.926 0.165 2.992 0.297 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 5.181 0.176 5.599 0.242 ;
    RECT 1.793 0.209 1.859 0.363 ;
    RECT 1.617 0.22 1.683 0.264 ;
    RECT 1.089 0.22 1.155 0.341 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 5.533 0.242 5.599 0.308 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.432 0.264 3.52 0.341 ;
    RECT 3.795 0.264 3.861 0.902 ;
    RECT 0.055 0.286 0.121 0.363 ;
    RECT 0.407 0.286 0.473 0.363 ;
    RECT 1.408 0.297 1.54 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 2.508 0.297 2.992 0.363 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 0.726 0.341 1.155 0.407 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.055 0.363 0.473 0.429 ;
    RECT 1.474 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.4 0.363 4.884 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.554 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.488 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.407 0.792 0.495 ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 0.297 0.429 0.363 0.825 ;
    RECT 4.785 0.429 4.851 0.726 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 0.462 0.495 0.792 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 3.927 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.561 0.792 0.693 ;
    RECT 5.181 0.594 5.247 0.979 ;
    RECT 1.386 0.627 2.002 0.693 ;
    RECT 4.312 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.518 0.693 ;
    RECT 4.752 0.627 5.28 0.693 ;
    VIA 1.452 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.726 0.693 1.155 0.759 ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.312 0.693 4.378 0.759 ;
    RECT 1.089 0.759 1.155 0.957 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 3.036 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.378 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 3.498 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 1.408 0.825 1.859 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 1.793 0.891 1.859 0.979 ;
    RECT 5.533 0.902 5.599 0.979 ;
    RECT 1.089 0.957 1.716 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 1.793 0.979 2.244 1.023 ;
    RECT 5.181 0.979 5.599 1.045 ;
    RECT 1.65 1.023 1.716 1.056 ;
    RECT 1.793 1.023 4.015 1.045 ;
    RECT 2.178 1.045 4.015 1.089 ;
  END
END LDL_EN3_3
#
# 
MACRO LDL_EN3_4 FOREIGN C0A07BLDL_EN3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.949 0.473 4.488 0.594 ;
      RECT 3.465 0.462 4.488 0.473 ;
      RECT 3.465 0.473 3.531 0.627 ;
      RECT 2.673 0.627 3.531 0.693 ;
      RECT 2.673 0.462 2.739 0.627 ;
      RECT 3.465 0.407 4.059 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.485 0.33 1.551 0.462 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.141328 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.726 ;
      RECT 7.161 0.462 7.436 0.594 ;
      RECT 5.577 0.396 5.643 0.726 ;
      LAYER M2L ;
      RECT 5.544 0.627 7.26 0.693 ;
      VIA 5.61 0.66 V1L2L ;
      VIA 7.194 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424952 ;
    PORT
      LAYER M1L ;
      RECT 7.513 0.858 7.623 0.957 ;
      RECT 6.765 0.957 7.623 1.023 ;
      RECT 6.765 0.891 6.831 0.957 ;
      RECT 5.962 0.825 6.831 0.891 ;
      RECT 7.557 0.451 7.623 0.858 ;
      RECT 7.513 0.385 7.623 0.451 ;
      RECT 7.513 0.253 7.623 0.319 ;
      RECT 6.765 0.319 7.623 0.385 ;
      RECT 6.765 0.385 6.831 0.462 ;
      RECT 6.765 0.297 6.831 0.319 ;
      RECT 5.962 0.231 6.831 0.297 ;
      RECT 7.557 0.132 7.623 0.253 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.698 0.528 6.974 0.572 ;
    RECT 0 0.528 5.698 0.572 ;
    RECT 6.974 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.335 0.099 6.996 0.143 ;
    RECT 1.287 0.11 1.837 0.165 ;
    RECT 2.365 0.143 3.124 0.209 ;
    RECT 3.201 0.143 7.458 0.165 ;
    RECT 1.287 0.165 2.266 0.176 ;
    RECT 3.201 0.165 5.401 0.209 ;
    RECT 6.93 0.165 7.458 0.209 ;
    RECT 1.771 0.176 2.266 0.231 ;
    RECT 1.287 0.176 1.353 0.297 ;
    RECT 2.365 0.209 2.453 0.33 ;
    RECT 3.036 0.209 3.124 0.363 ;
    RECT 3.201 0.209 3.267 0.286 ;
    RECT 5.335 0.209 5.401 0.957 ;
    RECT 5.61 0.231 5.852 0.297 ;
    RECT 2.519 0.275 2.937 0.341 ;
    RECT 3.333 0.275 3.872 0.341 ;
    RECT 1.639 0.286 1.705 0.33 ;
    RECT 0.231 0.297 0.682 0.363 ;
    RECT 0.88 0.297 1.353 0.363 ;
    RECT 4.136 0.297 4.653 0.363 ;
    RECT 5.786 0.297 5.852 0.539 ;
    RECT 5.115 0.308 5.181 0.792 ;
    RECT 1.639 0.33 2.453 0.418 ;
    RECT 4.785 0.33 4.851 0.891 ;
    RECT 2.871 0.341 2.937 0.495 ;
    RECT 3.333 0.341 3.399 0.495 ;
    RECT 2.519 0.341 2.585 0.825 ;
    RECT 0.231 0.363 0.297 0.825 ;
    RECT 0.88 0.363 0.946 0.495 ;
    RECT 3.036 0.363 3.168 0.429 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 6.138 0.363 6.666 0.429 ;
    LAYER M2L ;
    RECT 3.036 0.363 6.27 0.429 ;
    VIA 4.818 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 6.6 0.429 6.666 0.627 ;
    RECT 0.396 0.495 0.946 0.561 ;
    RECT 2.871 0.495 3.399 0.561 ;
    RECT 1.936 0.517 2.409 0.583 ;
    RECT 3.63 0.539 3.784 0.605 ;
    RECT 5.786 0.539 6.468 0.605 ;
    RECT 0.88 0.561 0.946 0.759 ;
    RECT 2.343 0.583 2.409 0.726 ;
    RECT 1.683 0.594 1.749 0.715 ;
    RECT 3.696 0.605 3.784 0.627 ;
    RECT 5.786 0.605 5.852 0.825 ;
    RECT 3.696 0.627 3.872 0.693 ;
    RECT 6.6 0.627 6.985 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.782 0.693 ;
    RECT 2.31 0.627 5.214 0.693 ;
    VIA 0.264 0.66 V1L2L ;
    VIA 5.148 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 1.716 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.919 0.693 6.985 0.825 ;
    RECT 1.683 0.715 2.255 0.781 ;
    RECT 7.359 0.748 7.425 0.825 ;
    RECT 0.88 0.759 1.386 0.825 ;
    RECT 2.904 0.759 3.872 0.825 ;
    RECT 4.136 0.759 4.653 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 4.29 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 0.825 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 1.32 0.825 1.386 0.847 ;
    RECT 2.189 0.825 2.97 0.891 ;
    RECT 5.61 0.825 5.852 0.891 ;
    RECT 6.919 0.825 7.425 0.891 ;
    RECT 1.32 0.847 2.09 0.913 ;
    RECT 3.168 0.891 4.851 0.957 ;
    RECT 5.335 0.957 6.666 1.023 ;
    RECT 1.782 0.979 2.981 1.023 ;
    RECT 1.782 1.023 5.401 1.045 ;
    RECT 2.915 1.045 5.401 1.089 ;
  END
END LDL_EN3_4
#
# 
MACRO LDL_EN3_6 FOREIGN C0A07BLDL_EN3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.473 5.456 0.594 ;
      RECT 3.564 0.462 5.456 0.473 ;
      RECT 3.564 0.473 4.092 0.594 ;
      RECT 3.982 0.407 5.126 0.462 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.452 0.462 1.98 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.616 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.424468 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.957 ;
      RECT 8.349 0.957 9.207 1.023 ;
      RECT 8.349 0.891 8.415 0.957 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.023 6.49 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.363 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 1.991 0.165 2.376 0.231 ;
    RECT 6.16 0.165 6.303 0.231 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.825 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 2.31 0.231 2.376 0.275 ;
    RECT 1.991 0.231 2.057 0.297 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 6.237 0.231 6.303 0.363 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 5.17 0.275 5.643 0.341 ;
    RECT 0.198 0.297 1.221 0.363 ;
    RECT 1.287 0.297 2.057 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 2.145 0.33 2.211 0.407 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 5.577 0.341 5.643 0.374 ;
    RECT 1.155 0.363 1.221 0.462 ;
    RECT 0.198 0.363 0.264 0.825 ;
    RECT 1.287 0.363 1.353 0.572 ;
    RECT 6.237 0.363 6.633 0.429 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 1.122 0.363 2.244 0.429 ;
    RECT 5.577 0.363 7.59 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.524 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.429 6.303 0.693 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.577 0.44 5.643 0.759 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 0.374 0.495 0.814 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 5.885 0.506 6.171 0.572 ;
    RECT 2.607 0.539 3.003 0.605 ;
    RECT 4.488 0.539 4.895 0.605 ;
    RECT 7.249 0.539 8.03 0.605 ;
    RECT 0.748 0.561 0.814 0.572 ;
    RECT 0.748 0.572 1.353 0.638 ;
    RECT 4.202 0.572 4.268 0.627 ;
    RECT 5.885 0.572 5.951 0.891 ;
    RECT 2.937 0.605 3.003 0.627 ;
    RECT 4.488 0.605 4.554 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 2.937 0.627 3.3 0.693 ;
    RECT 4.202 0.627 4.554 0.693 ;
    LAYER M2L ;
    RECT 3.168 0.627 6.336 0.693 ;
    VIA 3.234 0.66 V1L2L ;
    VIA 4.356 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.638 1.353 0.825 ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.16 0.693 6.666 0.759 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 2.904 0.759 3.168 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.643 0.825 ;
    LAYER M2L ;
    RECT 3.036 0.759 5.214 0.825 ;
    VIA 3.102 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.045 0.891 ;
    RECT 1.287 0.825 2.97 0.891 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 6.138 0.825 6.831 0.891 ;
    RECT 4.29 0.891 5.951 0.957 ;
    RECT 6.765 0.891 6.831 0.957 ;
    RECT 6.138 0.891 6.204 1.023 ;
    RECT 2.31 0.957 4.026 1.023 ;
    RECT 6.765 0.957 8.228 1.023 ;
    RECT 3.96 1.023 6.204 1.089 ;
  END
END LDL_EN3_6
#
# 
MACRO LDL_EO2_0P5 FOREIGN C0A07BLDL_EO2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.66 ;
      RECT 0.561 0.66 0.847 0.726 ;
      RECT 0.781 0.726 0.847 0.924 ;
      RECT 0.693 0.594 0.759 0.66 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.792 0.363 0.858 ;
      RECT 0.297 0.594 0.363 0.792 ;
      RECT 0.165 0.594 0.231 0.792 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.231 0.924 0.33 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.33 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.484 ;
    RECT 0.033 0.396 0.099 0.924 ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDL_EO2_0P5
#
# 
MACRO LDL_EO2_1 FOREIGN C0A07BLDL_EO2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098252 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.528 ;
      RECT 0.429 0.528 0.693 0.594 ;
      RECT 0.627 0.594 0.693 0.748 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.638 ;
      RECT 0.165 0.33 0.231 0.495 ;
      RECT 0.033 0.561 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.737 1.155 0.891 ;
      RECT 0.396 0.891 1.188 0.957 ;
      RECT 0.396 0.957 0.462 1.023 ;
      RECT 0.33 1.023 0.462 1.089 ;
      RECT 0.759 0.462 0.825 0.891 ;
      RECT 0.693 0.396 0.825 0.462 ;
      RECT 0.693 0.33 0.759 0.396 ;
      RECT 1.089 0.671 1.221 0.737 ;
      RECT 1.155 0.165 1.221 0.671 ;
      RECT 1.155 0.099 1.298 0.165 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.099 1.089 0.165 ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 1.023 0.165 1.089 0.594 ;
    RECT 0.297 0.231 0.363 0.759 ;
    RECT 0.891 0.264 0.957 0.748 ;
    RECT 1.287 0.286 1.353 1.023 ;
    RECT 0.253 0.759 0.55 0.825 ;
    RECT 0.253 0.825 0.319 0.924 ;
    RECT 0.572 1.023 1.353 1.089 ;
  END
END LDL_EO2_1
#
# 
MACRO LDL_EO2_2 FOREIGN C0A07BLDL_EO2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.605 2.079 0.99 ;
      RECT 1.881 0.539 2.079 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19602 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.231 1.683 0.803 ;
      RECT 1.287 0.803 1.716 0.869 ;
      RECT 1.628 0.869 1.716 0.946 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.902 0.165 1.738 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.21 0.363 ;
    RECT 1.749 0.297 1.892 0.363 ;
    RECT 1.43 0.308 1.529 0.374 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.749 0.363 1.815 0.671 ;
    RECT 1.463 0.374 1.529 0.671 ;
    RECT 1.089 0.462 1.287 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    LAYER M2L ;
    RECT 1.122 0.495 1.848 0.561 ;
    VIA 1.188 0.528 V1L2L ;
    VIA 1.782 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.749 0.671 1.859 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 1.793 0.737 1.859 0.836 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDL_EO2_2
#
# 
MACRO LDL_EO2_2RE FOREIGN C0A07BLDL_EO2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.881 0.033 1.947 0.396 ;
      RECT 1.661 0.033 1.727 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.473 1.188 0.561 ;
      RECT 0.924 0.561 0.99 0.594 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.495 1.188 0.561 ;
      VIA 0.198 0.528 V1L2L ;
      VIA 0.99 0.528 V1L2L ;
      VIA 1.122 0.528 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.858 ;
      RECT 0.297 0.495 0.44 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 2.046 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.924 1.485 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.418 0.132 0.484 0.165 ;
    RECT 0.418 0.165 0.759 0.231 ;
    RECT 0.858 0.187 1.001 0.253 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.935 0.253 1.001 0.33 ;
    RECT 0.033 0.297 0.627 0.363 ;
    RECT 0.693 0.33 0.847 0.396 ;
    RECT 0.935 0.33 1.595 0.396 ;
    RECT 0.561 0.363 0.627 0.462 ;
    RECT 0.033 0.363 0.099 0.803 ;
    RECT 0.781 0.396 0.847 0.693 ;
    RECT 1.529 0.396 1.595 0.495 ;
    RECT 0.561 0.462 0.715 0.528 ;
    RECT 1.331 0.462 1.43 0.528 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.529 0.495 2.211 0.528 ;
    RECT 0.649 0.528 0.715 0.594 ;
    RECT 1.331 0.528 1.397 0.627 ;
    RECT 1.529 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.529 0.561 1.595 0.759 ;
    RECT 1.1 0.627 1.397 0.693 ;
    RECT 0.451 0.693 1.166 0.759 ;
    RECT 0.451 0.759 0.517 0.968 ;
    RECT 1.232 0.759 1.595 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.616 0.825 0.748 0.891 ;
    RECT 0.858 0.825 1.298 0.891 ;
    RECT 0.682 0.891 0.748 0.957 ;
    RECT 0.682 0.957 1.342 1.023 ;
    RECT 1.276 1.023 1.342 1.056 ;
  END
END LDL_EO2_2RE
#
# 
MACRO LDL_EO2_3 FOREIGN C0A07BLDL_EO2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.55 ;
      RECT 2.805 0.55 3.003 0.638 ;
      RECT 2.937 0.638 3.003 0.858 ;
      RECT 2.805 0.462 2.871 0.55 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.260392 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.726 ;
      RECT 1.837 0.726 2.508 0.858 ;
      RECT 1.837 0.858 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.276 0.165 2.475 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.165 2.816 0.231 ;
    RECT 2.673 0.231 2.739 0.825 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.705 0.319 2.288 0.385 ;
    RECT 0.726 0.319 1.584 0.385 ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.705 0.385 1.771 0.759 ;
    RECT 0.847 0.385 0.913 0.759 ;
    RECT 1.408 0.473 1.606 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 2.772 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 2.706 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.771 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDL_EO2_3
#
# 
MACRO LDL_EO2_4 FOREIGN C0A07BLDL_EO2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.462 3.663 0.572 ;
      RECT 3.597 0.572 3.663 0.726 ;
      RECT 3.465 0.572 3.531 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3267 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.825 ;
      RECT 1.98 0.825 3.168 0.858 ;
      RECT 1.98 0.858 2.618 0.891 ;
      RECT 3.069 0.231 3.135 0.726 ;
      RECT 1.606 0.165 3.135 0.231 ;
      RECT 1.606 0.132 1.672 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.398 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.498 0.363 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.398 0.363 2.464 0.495 ;
    RECT 3.201 0.363 3.498 0.385 ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.201 0.385 3.399 0.429 ;
    RECT 3.201 0.429 3.267 0.561 ;
    RECT 1.881 0.462 2.211 0.594 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 2.332 0.495 2.464 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 3.3 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.112 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 2.332 0.561 2.398 0.671 ;
    RECT 3.201 0.561 3.333 0.627 ;
    RECT 3.267 0.627 3.333 0.825 ;
    RECT 1.463 0.671 2.398 0.737 ;
    RECT 0.902 0.803 1.727 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.267 0.825 3.498 0.891 ;
    RECT 1.661 0.869 1.727 0.957 ;
    RECT 1.661 0.957 2.992 1.023 ;
  END
END LDL_EO2_4
#
# 
MACRO LDL_EO2_6 FOREIGN C0A07BLDL_EO2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.239096 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.148 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492228 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.726 4.488 0.825 ;
      RECT 2.64 0.825 4.488 0.858 ;
      RECT 2.64 0.858 3.674 0.891 ;
      RECT 4.389 0.231 4.455 0.726 ;
      RECT 3.201 0.165 4.532 0.209 ;
      RECT 2.321 0.209 4.532 0.231 ;
      RECT 2.321 0.231 3.267 0.275 ;
      RECT 2.321 0.132 2.387 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 4.961 0.242 5.027 0.319 ;
    RECT 3.399 0.297 4.323 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.521 0.319 5.027 0.385 ;
    RECT 1.254 0.341 3.3 0.407 ;
    RECT 4.257 0.363 4.323 0.44 ;
    RECT 3.399 0.363 3.465 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.521 0.385 4.587 0.528 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 2.673 0.473 3.267 0.583 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 1.804 0.495 2.442 0.561 ;
    LAYER M2L ;
    RECT 2.904 0.495 4.62 0.561 ;
    VIA 2.97 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 4.554 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.521 0.528 4.675 0.594 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.376 0.561 2.442 0.693 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 2.376 0.693 3.465 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 0.957 ;
    RECT 4.609 0.825 5.06 0.891 ;
    RECT 2.112 0.957 4.356 1.023 ;
  END
END LDL_EO2_6
#
# 
MACRO LDL_EO2_8 FOREIGN C0A07BLDL_EO2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.313632 ;
    PORT
      LAYER M1L ;
      RECT 6.468 0.462 6.864 0.594 ;
      RECT 6.501 0.594 6.567 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.66066 ;
    PORT
      LAYER M1L ;
      RECT 4.752 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.862 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 0 0.528 6.996 1.221 ;
    LAYER M1L ;
    RECT 6.237 0.297 6.754 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.62 0.319 5.83 0.385 ;
    RECT 6.237 0.363 6.303 0.825 ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 4.62 0.385 4.686 0.693 ;
    RECT 3.465 0.473 4.521 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    LAYER M2L ;
    RECT 4.224 0.495 6.336 0.561 ;
    VIA 4.29 0.528 V1L2L ;
    VIA 4.422 0.528 V1L2L ;
    VIA 6.27 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.686 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.237 0.825 6.754 0.891 ;
    RECT 3.069 0.957 5.478 1.023 ;
  END
END LDL_EO2_8
#
# 
MACRO LDL_EO2_S_0P5 FOREIGN C0A07BLDL_EO2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.561 ;
      RECT 0.561 0.561 0.891 0.627 ;
      RECT 0.825 0.627 0.891 0.792 ;
      RECT 0.781 0.792 0.891 0.924 ;
      RECT 0.561 0.132 0.671 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.198 1.287 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.165 0.726 0.363 0.792 ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.231 0.979 0.297 1.155 ;
      RECT 0.231 0.913 0.33 0.979 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.792 ;
    RECT 1.089 0.132 1.155 0.924 ;
    RECT 0.77 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.484 ;
    RECT 0.033 0.363 0.099 0.902 ;
    RECT 0.726 0.363 1.023 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 0.858 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.429 1.023 0.924 ;
    RECT 0.429 0.792 0.671 0.858 ;
    RECT 0.605 0.858 0.671 0.924 ;
    RECT 0.429 0.858 0.495 0.946 ;
    RECT 0.033 0.902 0.143 1.034 ;
    RECT 1.089 0.924 1.199 1.023 ;
    RECT 0.506 1.023 1.199 1.089 ;
  END
END LDL_EO2_S_0P5
#
# 
MACRO LDL_EO2_S_1 FOREIGN C0A07BLDL_EO2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11374 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.825 ;
      RECT 0.429 0.825 0.726 0.891 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.594 1.353 0.858 ;
      RECT 1.287 0.858 1.452 0.99 ;
      RECT 0.693 0.594 0.803 0.726 ;
      RECT 0.737 0.462 0.803 0.594 ;
      RECT 0.297 0.396 0.363 0.781 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.386 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 0.726 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.507 0.165 ;
    RECT 0.253 0.132 0.363 0.231 ;
    RECT 0.561 0.165 0.627 0.594 ;
    RECT 1.441 0.165 1.507 0.759 ;
    RECT 0.198 0.231 0.363 0.297 ;
    RECT 1.056 0.231 1.221 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.188 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.122 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.264 0.935 0.704 ;
    RECT 0.198 0.297 0.264 0.33 ;
    RECT 1.155 0.297 1.221 0.957 ;
    RECT 1.023 0.638 1.089 0.704 ;
    RECT 0.869 0.704 1.089 0.77 ;
    RECT 0.253 0.924 0.319 0.957 ;
    RECT 0.253 0.957 1.221 1.023 ;
    RECT 0.253 1.023 0.319 1.056 ;
  END
END LDL_EO2_S_1
#
# 
MACRO LDL_EO2_S_2 FOREIGN C0A07BLDL_EO2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.083248 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.98 0.462 2.244 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22506 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.165 1.705 0.803 ;
      RECT 1.287 0.803 1.705 0.869 ;
      RECT 1.287 0.869 1.353 0.891 ;
      RECT 0.902 0.891 1.353 0.957 ;
      RECT 0.968 0.099 1.705 0.165 ;
      RECT 1.254 0.165 1.386 0.209 ;
      RECT 0.902 0.165 1.034 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 1.815 0.242 1.881 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 0.198 0.297 0.451 0.363 ;
    RECT 0.55 0.297 1.023 0.33 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 1.463 0.308 1.529 0.671 ;
    RECT 1.287 0.33 1.353 0.462 ;
    RECT 0.55 0.33 1.177 0.363 ;
    RECT 0.385 0.363 0.451 0.495 ;
    RECT 0.957 0.363 1.177 0.396 ;
    RECT 0.671 0.363 0.737 0.803 ;
    RECT 1.815 0.363 1.881 1.012 ;
    LAYER M2L ;
    RECT 1.254 0.363 1.914 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 1.848 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.462 1.353 0.594 ;
    RECT 0.803 0.462 0.869 0.759 ;
    RECT 0.385 0.495 0.572 0.561 ;
    RECT 0.385 0.561 0.451 0.825 ;
    RECT 1.144 0.671 1.529 0.737 ;
    RECT 1.144 0.737 1.21 0.759 ;
    RECT 0.803 0.759 1.21 0.825 ;
    RECT 0.55 0.803 0.737 0.869 ;
    RECT 0.198 0.825 0.451 0.891 ;
    RECT 0.671 0.869 0.737 1.023 ;
    RECT 1.43 0.979 1.562 1.023 ;
    RECT 0.671 1.023 1.562 1.045 ;
    RECT 0.671 1.045 1.496 1.089 ;
  END
END LDL_EO2_S_2
#
# 
MACRO LDL_EO2_S_3 FOREIGN C0A07BLDL_EO2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 3.003 0.572 ;
      RECT 2.937 0.572 3.003 0.858 ;
      RECT 2.805 0.572 2.871 0.638 ;
      RECT 2.673 0.572 2.739 0.638 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.29524 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.231 2.475 0.693 ;
      RECT 1.881 0.693 2.475 0.759 ;
      RECT 1.881 0.759 1.947 0.891 ;
      RECT 1.452 0.891 1.947 0.957 ;
      RECT 1.628 0.165 2.475 0.231 ;
      RECT 1.32 0.099 1.694 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.717 0.924 2.783 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.541 0.165 2.816 0.231 ;
    RECT 2.541 0.231 2.607 0.924 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.485 0.264 1.551 0.341 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.749 0.319 2.288 0.385 ;
    RECT 1.617 0.33 1.683 0.473 ;
    RECT 0.726 0.341 1.551 0.407 ;
    LAYER M2L ;
    RECT 1.584 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.385 0.506 0.495 ;
    RECT 1.749 0.385 1.815 0.759 ;
    RECT 0.847 0.407 0.913 0.759 ;
    RECT 1.408 0.473 1.683 0.583 ;
    RECT 0.44 0.495 0.748 0.561 ;
    RECT 1.012 0.495 1.309 0.561 ;
    RECT 0.44 0.561 0.506 0.825 ;
    RECT 1.243 0.561 1.309 0.759 ;
    RECT 1.243 0.759 1.815 0.825 ;
    RECT 0.726 0.759 1.177 0.825 ;
    RECT 0.055 0.825 0.506 0.891 ;
    RECT 1.111 0.825 1.177 1.023 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.013 0.935 2.464 1.001 ;
    RECT 2.013 1.001 2.079 1.023 ;
    RECT 1.111 1.023 2.079 1.089 ;
  END
END LDL_EO2_S_3
#
# 
MACRO LDL_EO2_S_4 FOREIGN C0A07BLDL_EO2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.63 0.033 3.696 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.223 0.033 3.289 0.264 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.375 0.176 1.529 0.242 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.297 0.572 0.363 0.726 ;
      RECT 0.165 0.572 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.795 0.572 ;
      RECT 3.729 0.572 3.795 0.858 ;
      RECT 3.597 0.572 3.663 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.405108 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.759 3.135 0.858 ;
      RECT 2.673 0.693 3.135 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 1.628 0.825 2.739 0.891 ;
      RECT 3.069 0.231 3.135 0.693 ;
      RECT 1.628 0.165 3.135 0.231 ;
      RECT 1.628 0.132 1.694 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.795 0.242 3.861 0.319 ;
    RECT 0.198 0.297 0.693 0.363 ;
    RECT 2.541 0.297 2.959 0.363 ;
    RECT 0.902 0.319 2.288 0.385 ;
    RECT 3.333 0.319 3.861 0.385 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 0.627 0.363 0.693 0.495 ;
    RECT 2.893 0.363 2.959 0.44 ;
    RECT 2.541 0.363 2.607 0.671 ;
    LAYER M2L ;
    RECT 2.376 0.363 3.432 0.429 ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.111 0.385 1.177 0.803 ;
    RECT 3.333 0.385 3.399 0.825 ;
    RECT 0.627 0.495 1.012 0.561 ;
    RECT 1.881 0.495 2.475 0.561 ;
    RECT 1.276 0.495 1.529 0.561 ;
    RECT 0.627 0.561 0.693 0.825 ;
    RECT 1.463 0.561 1.529 0.671 ;
    RECT 1.463 0.671 2.607 0.737 ;
    RECT 0.902 0.803 1.496 0.869 ;
    RECT 0.198 0.825 0.693 0.891 ;
    RECT 3.333 0.825 3.498 0.891 ;
    RECT 1.43 0.869 1.496 0.957 ;
    RECT 1.43 0.957 2.992 1.023 ;
  END
END LDL_EO2_S_4
#
# 
MACRO LDL_EO2_S_6 FOREIGN C0A07BLDL_EO2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.214 0.033 5.28 0.165 ;
      RECT 5.148 0.165 5.28 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 2.167 0.033 2.233 0.198 ;
      RECT 2.134 0.198 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.249744 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.528 5.247 0.99 ;
      RECT 5.049 0.462 5.247 0.528 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.585156 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.726 4.62 0.825 ;
      RECT 3.366 0.825 4.62 0.858 ;
      RECT 3.366 0.858 3.806 0.891 ;
      RECT 2.31 0.891 3.432 0.957 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.488 0.462 4.587 0.528 ;
      RECT 4.488 0.231 4.554 0.462 ;
      RECT 3.223 0.165 4.554 0.209 ;
      RECT 2.343 0.209 4.554 0.231 ;
      RECT 2.343 0.231 3.289 0.275 ;
      RECT 2.343 0.132 2.409 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0 0.528 5.544 1.221 ;
    LAYER M1L ;
    RECT 5.379 0.22 5.445 0.319 ;
    RECT 4.62 0.242 4.708 0.319 ;
    RECT 3.498 0.297 4.345 0.363 ;
    RECT 0.198 0.319 1.089 0.385 ;
    RECT 4.62 0.319 5.445 0.385 ;
    RECT 1.254 0.341 3.322 0.407 ;
    RECT 4.279 0.363 4.345 0.44 ;
    RECT 3.498 0.363 3.564 0.693 ;
    RECT 1.023 0.385 1.089 0.495 ;
    RECT 4.719 0.385 4.785 0.825 ;
    RECT 1.639 0.407 1.705 0.759 ;
    RECT 1.023 0.495 1.54 0.561 ;
    RECT 2.75 0.495 3.3 0.561 ;
    RECT 1.804 0.495 2.464 0.561 ;
    RECT 1.023 0.561 1.089 0.825 ;
    RECT 2.75 0.561 2.816 0.627 ;
    RECT 2.398 0.561 2.464 0.759 ;
    RECT 2.75 0.627 3.102 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 4.818 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.19 0.693 3.564 0.759 ;
    RECT 1.254 0.759 2.178 0.825 ;
    RECT 2.398 0.759 3.256 0.825 ;
    RECT 0.198 0.825 1.089 0.891 ;
    RECT 2.112 0.825 2.178 1.023 ;
    RECT 4.719 0.825 5.082 0.891 ;
    RECT 3.542 0.957 4.378 1.023 ;
    RECT 2.112 1.023 3.608 1.089 ;
  END
END LDL_EO2_S_6
#
# 
MACRO LDL_EO2_S_8 FOREIGN C0A07BLDL_EO2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.512 0.033 6.578 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.864 0.033 6.93 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.485 0.033 1.551 0.264 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.323312 ;
    PORT
      LAYER M1L ;
      RECT 6.336 0.462 6.864 0.594 ;
      RECT 6.765 0.594 6.831 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.707124 ;
    PORT
      LAYER M1L ;
      RECT 4.807 0.726 6.072 0.825 ;
      RECT 3.41 0.825 6.072 0.858 ;
      RECT 3.41 0.858 4.873 0.891 ;
      RECT 5.973 0.231 6.039 0.726 ;
      RECT 3.036 0.165 6.039 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.541 0.924 2.607 1.155 ;
      RECT 2.189 0.924 2.255 1.155 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.485 0.924 1.551 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 7.007 0.198 7.073 0.297 ;
    RECT 4.675 0.297 5.83 0.363 ;
    RECT 6.171 0.297 7.073 0.363 ;
    RECT 0.22 0.319 1.408 0.385 ;
    RECT 1.628 0.319 4.422 0.385 ;
    RECT 4.521 0.33 4.587 0.473 ;
    RECT 4.675 0.363 4.741 0.693 ;
    RECT 6.171 0.363 6.237 0.825 ;
    LAYER M2L ;
    RECT 4.488 0.363 6.27 0.429 ;
    VIA 4.554 0.396 V1L2L ;
    VIA 6.204 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.342 0.385 1.408 0.495 ;
    RECT 2.343 0.385 2.409 0.759 ;
    RECT 3.465 0.473 4.587 0.583 ;
    RECT 1.342 0.495 2.244 0.561 ;
    RECT 2.519 0.495 3.3 0.561 ;
    RECT 1.342 0.561 1.408 0.825 ;
    RECT 3.234 0.561 3.3 0.693 ;
    RECT 3.234 0.693 4.741 0.759 ;
    RECT 1.628 0.759 3.135 0.825 ;
    RECT 0.22 0.825 1.408 0.891 ;
    RECT 3.069 0.825 3.135 0.957 ;
    RECT 6.171 0.825 6.402 0.891 ;
    RECT 3.069 0.957 5.83 1.023 ;
  END
END LDL_EO2_S_8
#
# 
MACRO LDL_EO3_0P5 FOREIGN C0A07BLDL_EO3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.165 2.607 0.858 ;
      RECT 1.914 0.099 2.607 0.165 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.396 2.079 0.902 ;
      RECT 2.013 0.902 2.123 1.034 ;
      RECT 2.013 0.264 2.123 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0.418 0.528 1.507 0.572 ;
    RECT 0 0.528 0.418 0.572 ;
    RECT 1.507 0.528 2.772 0.572 ;
    RECT 0 0.572 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.858 ;
    RECT 0.561 0.165 0.627 0.902 ;
    RECT 1.463 0.165 1.628 0.231 ;
    RECT 1.463 0.231 1.529 0.891 ;
    RECT 0.737 0.264 0.847 0.484 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 1.881 0.264 1.947 1.023 ;
    RECT 2.233 0.264 2.299 0.594 ;
    RECT 2.387 0.264 2.453 1.056 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.935 0.33 1.001 1.023 ;
    RECT 1.155 0.33 1.221 0.66 ;
    LAYER M2L ;
    RECT 0.726 0.363 1.98 0.429 ;
    VIA 0.792 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.396 0.495 1.023 ;
    RECT 0.759 0.594 0.825 0.924 ;
    RECT 2.189 0.594 2.299 0.726 ;
    LAYER M2L ;
    RECT 0.726 0.627 2.31 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.188 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.122 0.66 1.221 0.726 ;
    RECT 2.233 0.726 2.299 1.034 ;
    RECT 1.122 0.803 1.254 0.869 ;
    RECT 0.055 0.858 0.121 1.023 ;
    RECT 1.188 0.869 1.254 1.023 ;
    RECT 1.463 0.891 1.628 0.957 ;
    RECT 0.055 1.023 1.001 1.089 ;
    RECT 1.188 1.023 1.947 1.089 ;
  END
END LDL_EO3_0P5
#
# 
MACRO LDL_EO3_1 FOREIGN C0A07BLDL_EO3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.308 2.211 0.88 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.627 1.419 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 0.968 0.693 1.034 0.726 ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.253 0.594 0.363 0.66 ;
      RECT 0.253 0.462 0.319 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.122 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.056 0.66 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.815 0.165 ;
    RECT 2.013 0.099 2.827 0.165 ;
    RECT 0.462 0.165 0.759 0.231 ;
    RECT 0.825 0.165 0.935 0.242 ;
    RECT 1.705 0.165 1.815 0.242 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 2.761 0.165 2.827 1.012 ;
    RECT 0.693 0.231 0.759 0.495 ;
    RECT 1.023 0.231 1.232 0.297 ;
    RECT 2.277 0.231 2.442 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.442 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.242 0.891 0.825 ;
    RECT 1.749 0.242 1.815 0.847 ;
    RECT 1.485 0.253 1.628 0.319 ;
    RECT 0.099 0.264 0.165 0.858 ;
    RECT 1.331 0.264 1.419 0.363 ;
    RECT 1.881 0.286 1.947 0.858 ;
    RECT 1.023 0.297 1.111 0.396 ;
    RECT 2.277 0.297 2.343 0.979 ;
    RECT 1.485 0.319 1.551 0.858 ;
    RECT 1.21 0.363 1.419 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.386 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.418 1.683 0.748 ;
    RECT 0.957 0.462 1.023 0.495 ;
    RECT 0.594 0.495 0.759 0.561 ;
    RECT 0.957 0.495 1.287 0.561 ;
    LAYER M2L ;
    RECT 0.066 0.495 1.716 0.561 ;
    VIA 1.122 0.528 V1L2L ;
    VIA 0.132 0.528 V1L2L ;
    VIA 1.65 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.561 0.66 0.957 ;
    RECT 2.409 0.726 2.475 1.056 ;
    RECT 1.122 0.759 1.287 0.803 ;
    LAYER M2L ;
    RECT 1.122 0.759 2.508 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.056 0.803 1.287 0.869 ;
    RECT 0.781 0.825 0.946 0.891 ;
    RECT 1.672 0.847 1.815 0.913 ;
    RECT 0.462 0.957 1.386 1.023 ;
    RECT 1.496 0.979 2.343 1.045 ;
  END
END LDL_EO3_1
#
# 
MACRO LDL_EO3_2 FOREIGN C0A07BLDL_EO3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2057 ;
    PORT
      LAYER M1L ;
      RECT 3.817 0.495 4.323 0.561 ;
      RECT 4.257 0.561 4.323 0.858 ;
      RECT 4.213 0.858 4.323 0.99 ;
      RECT 3.817 0.561 3.883 1.001 ;
      RECT 3.465 1.001 3.883 1.067 ;
      RECT 3.465 0.264 3.531 1.001 ;
      RECT 4.257 0.209 4.323 0.495 ;
      RECT 4.158 0.165 4.323 0.209 ;
      RECT 3.817 0.099 4.323 0.165 ;
      RECT 3.817 0.165 3.883 0.242 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.594 ;
      RECT 1.617 0.451 2.343 0.517 ;
      RECT 2.277 0.33 2.343 0.451 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
      LAYER M2L ;
      RECT 3.3 0.495 3.696 0.561 ;
      VIA 3.366 0.528 V1L2L ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 2.255 0.099 3.707 0.165 ;
    RECT 1.694 0.132 1.76 0.165 ;
    RECT 1.826 0.132 1.892 0.165 ;
    RECT 0.924 0.165 1.76 0.231 ;
    RECT 2.552 0.165 2.684 0.209 ;
    RECT 1.826 0.165 2.321 0.231 ;
    RECT 3.641 0.165 3.707 0.242 ;
    RECT 3.003 0.165 3.069 1.023 ;
    RECT 1.353 0.231 1.419 0.33 ;
    RECT 3.135 0.231 3.388 0.297 ;
    RECT 3.96 0.231 4.092 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 4.092 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 4.026 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.264 2.475 0.33 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 0.561 0.297 1.232 0.363 ;
    RECT 1.485 0.297 2.134 0.363 ;
    RECT 3.322 0.297 3.388 0.33 ;
    RECT 3.135 0.297 3.201 0.957 ;
    RECT 3.96 0.297 4.026 0.363 ;
    RECT 2.805 0.308 2.871 0.77 ;
    RECT 2.409 0.33 2.508 0.396 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.561 0.363 0.649 0.825 ;
    RECT 1.485 0.363 1.551 0.429 ;
    RECT 3.597 0.363 4.026 0.429 ;
    RECT 2.442 0.396 2.508 0.759 ;
    RECT 0.759 0.429 1.551 0.495 ;
    RECT 3.597 0.429 3.663 0.77 ;
    RECT 0.759 0.495 0.825 0.726 ;
    RECT 1.485 0.495 1.551 0.759 ;
    RECT 0.99 0.561 1.353 0.627 ;
    RECT 1.815 0.605 2.134 0.693 ;
    RECT 1.287 0.627 1.353 0.726 ;
    RECT 3.949 0.627 4.158 0.715 ;
    LAYER M2L ;
    RECT 0.396 0.627 0.858 0.693 ;
    RECT 1.254 0.627 2.904 0.693 ;
    RECT 3.102 0.627 4.092 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.32 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.949 0.715 4.037 0.759 ;
    RECT 1.089 0.726 1.155 0.825 ;
    RECT 2.607 0.726 2.695 0.891 ;
    RECT 1.485 0.759 2.134 0.825 ;
    RECT 2.31 0.759 2.508 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    RECT 2.574 0.759 3.696 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.77 3.707 0.902 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.561 0.825 1.243 0.891 ;
    RECT 1.485 0.825 1.551 0.858 ;
    RECT 3.993 0.858 4.103 1.056 ;
    RECT 1.826 0.891 2.695 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 4.092 0.957 ;
    VIA 4.026 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.957 3.388 1.023 ;
    RECT 0.924 0.957 1.76 1.023 ;
    RECT 3.322 1.023 3.388 1.056 ;
    RECT 1.694 1.023 3.069 1.089 ;
  END
END LDL_EO3_2
#
# 
MACRO LDL_EO3_3 FOREIGN C0A07BLDL_EO3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.462 5.533 0.781 ;
      RECT 4.268 0.495 4.752 0.561 ;
      LAYER M2L ;
      RECT 4.62 0.495 5.544 0.561 ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.478 0.528 V1L2L ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.18392 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.627 3.025 0.693 ;
      RECT 2.145 0.693 2.211 0.726 ;
      RECT 2.959 0.506 3.025 0.627 ;
      RECT 2.145 0.462 2.211 0.627 ;
      LAYER M2L ;
      RECT 2.145 0.627 2.508 0.693 ;
      VIA 2.244 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.233772 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.891 ;
      RECT 5.313 0.891 5.456 0.957 ;
      RECT 5.016 0.297 5.456 0.363 ;
      RECT 5.016 0.363 5.082 0.825 ;
      RECT 4.576 0.825 5.082 0.891 ;
      RECT 4.576 0.231 5.082 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.312 0.528 5.192 0.572 ;
    RECT 0 0.528 4.312 0.572 ;
    RECT 5.192 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.221 0.099 1.683 0.165 ;
    RECT 2.893 0.099 5.214 0.143 ;
    RECT 2.343 0.121 2.783 0.187 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.893 0.143 5.599 0.165 ;
    RECT 1.617 0.165 1.683 0.264 ;
    RECT 1.221 0.165 1.287 0.297 ;
    RECT 1.793 0.165 2.244 0.231 ;
    RECT 5.148 0.165 5.599 0.209 ;
    RECT 3.245 0.165 3.311 0.242 ;
    RECT 2.893 0.165 2.959 0.363 ;
    RECT 3.949 0.165 4.015 0.957 ;
    RECT 2.717 0.187 2.783 0.264 ;
    RECT 2.343 0.187 2.409 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 1.793 0.231 1.859 0.363 ;
    RECT 4.092 0.231 4.378 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.441 0.264 1.507 0.363 ;
    RECT 3.069 0.264 3.135 0.341 ;
    RECT 3.421 0.264 3.487 0.341 ;
    RECT 3.795 0.264 3.861 0.858 ;
    RECT 0.407 0.286 0.495 0.825 ;
    RECT 2.541 0.286 2.607 0.363 ;
    RECT 0.726 0.297 1.287 0.363 ;
    RECT 1.936 0.297 2.409 0.363 ;
    RECT 4.092 0.297 4.158 0.759 ;
    RECT 3.597 0.319 3.663 0.891 ;
    RECT 3.069 0.341 3.52 0.407 ;
    RECT 0.726 0.363 0.792 0.759 ;
    RECT 1.441 0.363 1.859 0.429 ;
    RECT 1.936 0.363 2.002 0.627 ;
    RECT 4.29 0.363 4.917 0.429 ;
    RECT 2.541 0.363 2.959 0.429 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.422 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.356 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.407 3.52 0.759 ;
    RECT 4.851 0.429 4.917 0.726 ;
    RECT 0.957 0.462 1.023 0.627 ;
    RECT 1.441 0.495 1.837 0.561 ;
    RECT 2.376 0.495 2.838 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 1.056 0.561 ;
    RECT 1.65 0.495 3.927 0.561 ;
    VIA 0.462 0.528 V1L2L ;
    VIA 0.99 0.528 V1L2L ;
    VIA 1.716 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    VIA 3.828 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.181 0.594 5.247 1.023 ;
    RECT 0.957 0.627 2.002 0.693 ;
    RECT 4.389 0.627 4.642 0.693 ;
    LAYER M2L ;
    RECT 4.818 0.627 5.28 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.936 0.693 2.002 0.825 ;
    RECT 4.389 0.693 4.455 0.759 ;
    RECT 0.726 0.759 1.716 0.825 ;
    RECT 2.365 0.759 2.816 0.825 ;
    RECT 2.97 0.759 3.52 0.825 ;
    RECT 4.092 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 1.65 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.584 0.825 1.716 0.869 ;
    RECT 1.936 0.825 2.431 0.891 ;
    RECT 0.033 0.891 0.121 0.968 ;
    RECT 2.508 0.891 3.663 0.957 ;
    RECT 5.555 0.924 5.621 1.023 ;
    RECT 1.408 0.957 2.244 1.023 ;
    RECT 3.949 0.957 4.884 1.023 ;
    RECT 2.178 1.023 4.015 1.089 ;
    RECT 5.181 1.023 5.621 1.089 ;
  END
END LDL_EO3_3
#
# 
MACRO LDL_EO3_4 FOREIGN C0A07BLDL_EO3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.363 0.572 ;
      RECT 0.165 0.572 0.231 0.726 ;
      RECT 0.297 0.572 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.243936 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.495 4.191 0.594 ;
      RECT 3.498 0.429 4.323 0.495 ;
      RECT 4.257 0.495 4.323 0.594 ;
      RECT 3.498 0.495 3.564 0.55 ;
      RECT 2.673 0.55 3.564 0.616 ;
      RECT 2.673 0.44 2.739 0.55 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.572 7.095 0.726 ;
      RECT 7.029 0.462 7.227 0.572 ;
      RECT 7.161 0.572 7.227 0.726 ;
      RECT 5.841 0.561 5.907 0.726 ;
      RECT 5.643 0.495 5.907 0.561 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.128 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 7.062 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 7.557 0.363 7.623 0.957 ;
      RECT 6.633 0.957 7.623 1.023 ;
      RECT 6.633 0.891 6.699 0.957 ;
      RECT 6.16 0.825 6.699 0.891 ;
      RECT 6.765 0.297 7.623 0.363 ;
      RECT 6.765 0.363 6.831 0.462 ;
      RECT 5.984 0.231 6.831 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 5.896 0.528 6.952 0.572 ;
    RECT 0 0.528 5.896 0.572 ;
    RECT 6.952 0.528 7.656 0.572 ;
    RECT 0 0.572 7.656 1.221 ;
    LAYER M1L ;
    RECT 5.313 0.099 6.974 0.143 ;
    RECT 1.628 0.143 3.135 0.209 ;
    RECT 5.313 0.143 7.414 0.165 ;
    RECT 6.908 0.165 7.414 0.209 ;
    RECT 3.223 0.165 5.379 0.231 ;
    RECT 3.069 0.209 3.135 0.286 ;
    RECT 2.409 0.209 2.475 0.462 ;
    RECT 5.445 0.231 5.72 0.297 ;
    RECT 3.223 0.231 3.289 0.308 ;
    RECT 5.313 0.231 5.379 0.825 ;
    RECT 2.541 0.275 2.959 0.341 ;
    RECT 0.902 0.297 2.288 0.363 ;
    RECT 3.366 0.297 3.872 0.363 ;
    RECT 4.092 0.297 4.587 0.363 ;
    RECT 5.104 0.297 5.247 0.363 ;
    RECT 5.445 0.297 5.511 0.825 ;
    RECT 0.198 0.319 0.759 0.385 ;
    RECT 4.653 0.33 4.719 0.891 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 2.541 0.341 2.607 0.759 ;
    RECT 0.902 0.363 0.968 0.759 ;
    RECT 3.366 0.363 3.432 0.418 ;
    RECT 4.521 0.363 4.587 0.759 ;
    RECT 5.181 0.363 5.247 0.693 ;
    RECT 5.61 0.363 6.644 0.429 ;
    LAYER M2L ;
    RECT 2.376 0.363 5.742 0.429 ;
    VIA 4.686 0.396 V1L2L ;
    VIA 5.676 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.385 0.759 0.825 ;
    RECT 2.893 0.418 3.432 0.484 ;
    RECT 1.485 0.429 2.343 0.495 ;
    RECT 6.578 0.429 6.644 0.66 ;
    RECT 1.056 0.495 1.551 0.561 ;
    RECT 2.277 0.495 2.343 0.759 ;
    RECT 5.995 0.539 6.446 0.605 ;
    RECT 1.892 0.561 2.211 0.627 ;
    RECT 1.056 0.561 1.122 0.627 ;
    RECT 3.696 0.561 3.894 0.627 ;
    RECT 4.785 0.594 4.851 0.693 ;
    RECT 5.995 0.605 6.061 0.825 ;
    RECT 2.145 0.627 2.211 0.726 ;
    RECT 1.056 0.627 1.188 0.693 ;
    RECT 3.63 0.627 3.762 0.693 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.188 0.693 ;
    RECT 2.112 0.627 4.884 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.122 0.66 V1L2L ;
    VIA 4.818 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.696 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.578 0.66 6.963 0.726 ;
    RECT 4.785 0.693 5.247 0.759 ;
    RECT 6.897 0.726 6.963 0.825 ;
    RECT 7.293 0.748 7.359 0.825 ;
    RECT 0.902 0.759 2.046 0.825 ;
    RECT 2.277 0.759 3.696 0.825 ;
    RECT 3.828 0.759 4.587 0.825 ;
    LAYER M2L ;
    RECT 1.914 0.759 3.96 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.894 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 1.98 0.825 2.112 0.891 ;
    RECT 5.445 0.825 6.061 0.891 ;
    RECT 4.796 0.825 5.379 0.891 ;
    RECT 6.897 0.825 7.359 0.891 ;
    RECT 3.366 0.891 4.719 0.957 ;
    RECT 5.313 0.891 5.379 0.957 ;
    RECT 4.796 0.891 4.862 1.023 ;
    RECT 5.313 0.957 6.468 1.023 ;
    RECT 1.804 0.979 3.168 1.023 ;
    RECT 1.804 1.023 4.862 1.045 ;
    RECT 3.102 1.045 4.862 1.089 ;
  END
END LDL_EO3_4
#
# 
MACRO LDL_EO3_6 FOREIGN C0A07BLDL_EO3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 9.372 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.372 0.033 ;
      RECT 6.391 0.033 6.457 0.242 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 9.372 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.344608 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.407 ;
      RECT 3.85 0.407 5.115 0.462 ;
      RECT 3.564 0.462 5.115 0.473 ;
      RECT 5.049 0.473 5.115 0.517 ;
      RECT 5.049 0.517 5.764 0.605 ;
      RECT 3.564 0.473 3.96 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.528 8.811 0.726 ;
      RECT 8.745 0.462 8.943 0.528 ;
      RECT 8.877 0.528 8.943 0.594 ;
      RECT 6.897 0.594 6.963 0.726 ;
      RECT 6.897 0.462 7.128 0.594 ;
      LAYER M2L ;
      RECT 6.864 0.627 8.844 0.693 ;
      VIA 6.93 0.66 V1L2L ;
      VIA 8.778 0.66 V1L2L ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.432696 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.979 ;
      RECT 8.349 0.979 9.207 1.045 ;
      RECT 8.349 0.891 8.415 0.979 ;
      RECT 7.568 0.825 8.415 0.891 ;
      RECT 8.481 0.297 9.207 0.363 ;
      RECT 8.481 0.363 8.547 0.396 ;
      RECT 8.349 0.396 8.547 0.462 ;
      RECT 8.349 0.297 8.415 0.396 ;
      RECT 7.568 0.231 8.415 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.372 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.372 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.372 0.528 ;
    RECT 7.304 0.528 8.536 0.572 ;
    RECT 0 0.528 7.304 0.572 ;
    RECT 8.536 0.528 9.372 0.572 ;
    RECT 0 0.572 9.372 1.221 ;
    LAYER M1L ;
    RECT 6.765 0.099 8.558 0.165 ;
    RECT 6.567 0.132 6.633 0.341 ;
    RECT 9.262 0.132 9.328 0.165 ;
    RECT 2.486 0.143 4.026 0.209 ;
    RECT 4.29 0.143 5.808 0.209 ;
    RECT 6.182 0.143 6.325 0.209 ;
    RECT 8.492 0.165 9.328 0.231 ;
    RECT 6.765 0.165 6.831 0.847 ;
    RECT 3.267 0.209 3.333 0.33 ;
    RECT 5.742 0.209 5.808 0.231 ;
    RECT 6.237 0.209 6.325 0.341 ;
    RECT 5.742 0.231 5.874 0.297 ;
    RECT 7.018 0.231 7.315 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.643 0.297 ;
    RECT 5.742 0.231 6.864 0.297 ;
    VIA 5.808 0.264 V1L2L ;
    VIA 6.798 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.275 3.146 0.341 ;
    RECT 3.399 0.275 4.95 0.341 ;
    RECT 0.198 0.297 1.155 0.363 ;
    RECT 7.249 0.297 7.315 0.539 ;
    LAYER M2L ;
    RECT 5.577 0.297 5.643 0.363 ;
    LAYER M1L ;
    RECT 5.203 0.308 5.269 0.374 ;
    RECT 5.555 0.308 5.621 0.374 ;
    RECT 5.951 0.308 6.017 0.374 ;
    RECT 7.392 0.319 7.458 0.363 ;
    RECT 6.105 0.33 6.171 0.506 ;
    RECT 1.221 0.341 1.287 0.759 ;
    RECT 3.399 0.341 3.465 0.44 ;
    RECT 6.237 0.341 6.633 0.407 ;
    RECT 1.089 0.363 1.155 0.825 ;
    RECT 7.392 0.363 8.228 0.429 ;
    LAYER M2L ;
    RECT 5.577 0.363 7.524 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 7.458 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.374 6.017 0.44 ;
    RECT 2.145 0.407 3.168 0.44 ;
    RECT 6.237 0.407 6.325 0.715 ;
    RECT 8.162 0.429 8.228 0.66 ;
    RECT 2.145 0.44 3.465 0.473 ;
    RECT 5.874 0.44 5.94 0.759 ;
    RECT 2.145 0.473 2.211 0.495 ;
    RECT 3.102 0.473 3.465 0.506 ;
    RECT 1.386 0.495 2.211 0.561 ;
    RECT 3.399 0.506 3.465 0.759 ;
    RECT 6.006 0.506 6.171 0.572 ;
    RECT 2.497 0.539 3.003 0.605 ;
    RECT 4.246 0.539 4.598 0.605 ;
    RECT 7.249 0.539 7.986 0.605 ;
    RECT 1.386 0.561 1.452 0.627 ;
    RECT 6.006 0.572 6.072 0.891 ;
    RECT 2.937 0.605 3.003 0.726 ;
    RECT 4.246 0.605 4.312 0.627 ;
    RECT 7.249 0.605 7.315 0.825 ;
    RECT 1.386 0.627 1.518 0.693 ;
    RECT 4.07 0.627 4.312 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    RECT 2.904 0.627 6.336 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.97 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    VIA 6.27 0.66 V1L2L ;
    LAYER M1L ;
    RECT 8.162 0.66 8.591 0.726 ;
    RECT 6.6 0.682 6.666 0.715 ;
    RECT 6.182 0.715 6.666 0.781 ;
    RECT 8.525 0.726 8.591 0.825 ;
    RECT 1.221 0.759 2.178 0.825 ;
    RECT 3.399 0.759 4.95 0.825 ;
    RECT 5.082 0.759 5.94 0.825 ;
    LAYER M2L ;
    RECT 2.046 0.759 5.214 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 5.148 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 1.155 0.891 ;
    RECT 2.112 0.825 2.178 0.979 ;
    RECT 7.018 0.825 7.315 0.891 ;
    RECT 8.525 0.825 8.976 0.891 ;
    RECT 2.31 0.825 3.157 0.891 ;
    RECT 6.138 0.847 6.831 0.913 ;
    RECT 4.29 0.891 6.072 0.957 ;
    RECT 3.091 0.891 3.157 0.979 ;
    RECT 6.743 0.913 6.831 0.957 ;
    RECT 6.138 0.913 6.204 1.023 ;
    RECT 6.743 0.957 8.228 1.023 ;
    RECT 2.112 0.979 2.97 1.045 ;
    RECT 3.091 0.979 4.026 1.023 ;
    RECT 3.091 1.023 6.204 1.045 ;
    RECT 3.96 1.045 6.204 1.089 ;
  END
END LDL_EO3_6
#
# 
MACRO LDL_FDNQ_1 FOREIGN C0A07BLDL_FDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.264 3.531 0.858 ;
      RECT 3.421 0.858 3.531 0.99 ;
      RECT 3.421 0.132 3.531 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.561 3.267 0.99 ;
      RECT 3.124 0.495 3.267 0.561 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.651 0.946 2.717 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.473 0.132 0.539 0.858 ;
    RECT 2.035 0.132 2.145 0.264 ;
    RECT 0.781 0.165 1.232 0.231 ;
    RECT 2.805 0.165 2.948 0.231 ;
    RECT 1.397 0.187 1.463 0.275 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.793 0.198 1.859 0.902 ;
    RECT 2.211 0.198 2.277 0.528 ;
    RECT 3.201 0.198 3.267 0.363 ;
    RECT 1.166 0.231 1.232 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.805 0.231 2.893 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.31 0.297 ;
    RECT 2.409 0.231 3.3 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.264 2.145 0.627 ;
    RECT 3.047 0.264 3.113 0.352 ;
    RECT 1.397 0.275 1.727 0.341 ;
    RECT 2.519 0.297 2.893 0.363 ;
    LAYER M2L ;
    RECT 2.409 0.297 2.475 0.363 ;
    LAYER M1L ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 1.661 0.341 1.727 0.781 ;
    RECT 2.959 0.352 3.113 0.418 ;
    RECT 2.519 0.363 2.585 0.528 ;
    RECT 2.827 0.363 2.893 0.924 ;
    RECT 3.201 0.363 3.399 0.429 ;
    LAYER M2L ;
    RECT 2.046 0.363 2.475 0.429 ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.166 0.418 1.529 0.484 ;
    RECT 1.947 0.418 2.013 0.759 ;
    RECT 2.959 0.418 3.025 0.66 ;
    RECT 0.913 0.429 1.023 0.495 ;
    RECT 3.333 0.429 3.399 0.594 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 0.913 0.495 0.979 0.627 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.561 1.298 0.627 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 1.155 0.627 1.221 0.781 ;
    RECT 2.079 0.627 2.761 0.693 ;
    RECT 2.959 0.66 3.091 0.726 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 2.695 0.693 2.761 0.77 ;
    RECT 2.497 0.693 2.563 1.023 ;
    RECT 3.003 0.726 3.091 0.858 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 1.947 0.759 2.431 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.234 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.781 1.727 0.847 ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 1.947 0.825 2.013 0.858 ;
    RECT 2.365 0.825 2.431 0.902 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 2.827 0.924 2.937 1.056 ;
    RECT 2.233 0.946 2.299 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.233 1.023 2.563 1.089 ;
  END
END LDL_FDNQ_1
#
# 
MACRO LDL_FDNQ_2 FOREIGN C0A07BLDL_FDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.65 0.033 1.716 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.003 0.946 3.069 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.156 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.209 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 0.473 0.176 0.539 0.858 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.759 ;
    RECT 2.376 0.231 2.508 0.275 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.838 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.408 0.275 1.661 0.341 ;
    RECT 1.76 0.275 2.508 0.297 ;
    RECT 1.76 0.297 2.442 0.341 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.099 0.33 0.165 0.396 ;
    RECT 0.605 0.33 0.671 1.023 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.418 ;
    RECT 2.145 0.341 2.211 0.847 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 1.595 0.418 1.837 0.484 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 1.463 0.484 1.529 0.594 ;
    RECT 1.771 0.484 1.837 0.715 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.155 0.594 1.221 0.715 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.089 0.693 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 1.023 0.693 1.089 0.858 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 1.155 0.715 1.837 0.781 ;
    RECT 0.781 0.759 0.913 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 3.432 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 3.366 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.264 0.858 ;
    RECT 0.847 0.825 0.913 0.902 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 1.76 0.847 2.398 0.891 ;
    RECT 1.76 0.891 2.464 0.913 ;
    RECT 2.332 0.913 2.464 0.957 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 2.134 0.979 2.266 1.023 ;
    RECT 0.605 1.023 1.056 1.089 ;
    RECT 2.134 1.023 2.915 1.089 ;
  END
END LDL_FDNQ_2
#
# 
MACRO LDL_FDNQ_4 FOREIGN C0A07BLDL_FDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.242 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.429 4.983 0.726 ;
      RECT 4.675 0.726 5.148 0.858 ;
      RECT 4.675 0.858 4.741 0.957 ;
      RECT 4.587 0.957 4.741 1.023 ;
      RECT 4.653 0.363 4.983 0.429 ;
      RECT 4.917 0.297 5.082 0.363 ;
      RECT 4.653 0.231 4.741 0.363 ;
      RECT 4.598 0.165 4.741 0.231 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.99 4.873 1.155 ;
      RECT 4.807 0.924 4.917 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.695 0.132 2.761 0.363 ;
    RECT 4.015 0.132 4.081 0.671 ;
    RECT 3.047 0.132 3.465 0.198 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.297 0.264 ;
    RECT 1.155 0.198 1.221 0.462 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.871 0.198 2.937 0.418 ;
    RECT 3.531 0.198 3.597 0.528 ;
    RECT 3.047 0.198 3.113 0.264 ;
    RECT 3.399 0.198 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.231 3.63 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.188 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.231 0.264 0.341 0.33 ;
    RECT 4.235 0.264 4.323 0.792 ;
    RECT 3.19 0.275 3.333 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.275 0.33 0.341 0.726 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.815 0.363 1.881 0.55 ;
    RECT 2.343 0.363 2.761 0.429 ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.729 0.396 3.795 0.671 ;
    RECT 2.871 0.418 3.003 0.484 ;
    RECT 3.102 0.418 3.201 0.484 ;
    RECT 2.695 0.429 2.761 0.737 ;
    RECT 0.099 0.462 0.209 0.594 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.937 0.484 3.003 0.55 ;
    RECT 3.135 0.484 3.201 0.726 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.543 0.495 4.818 0.561 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.649 ;
    RECT 1.947 0.561 2.013 0.649 ;
    RECT 4.543 0.561 4.609 0.825 ;
    RECT 0.099 0.594 0.165 0.792 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.597 0.594 3.663 0.759 ;
    RECT 1.441 0.627 1.584 0.693 ;
    LAYER M2L ;
    RECT 0.066 0.627 4.356 0.693 ;
    VIA 0.132 0.66 V1L2L ;
    VIA 1.518 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.649 2.013 0.715 ;
    RECT 3.729 0.671 4.081 0.737 ;
    RECT 1.947 0.715 2.013 0.836 ;
    RECT 0.231 0.726 0.341 0.792 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 2.31 0.737 2.761 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 3.531 0.759 3.663 0.825 ;
    RECT 0.231 0.792 0.297 0.858 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.695 0.803 2.761 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.695 0.825 3.333 0.891 ;
    RECT 3.531 0.825 3.597 0.924 ;
    RECT 4.389 0.825 4.609 0.891 ;
    RECT 3.927 0.858 3.993 1.023 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.389 0.891 4.455 1.023 ;
    RECT 3.014 0.957 3.465 1.023 ;
    RECT 3.399 1.023 4.455 1.089 ;
  END
END LDL_FDNQ_4
#
# 
MACRO LDL_FDNQ_HD_1 FOREIGN C0A07BLDL_FDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.209 2.607 0.726 ;
      RECT 2.42 0.143 2.607 0.209 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.264 2.871 0.726 ;
      RECT 2.761 0.726 2.871 0.858 ;
      RECT 2.761 0.132 2.871 0.264 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.585 0.924 2.651 1.155 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.299 0.297 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.396 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.387 0.308 2.475 0.88 ;
    RECT 2.673 0.33 2.739 0.66 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 2.013 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    LAYER M2L ;
    RECT 1.914 0.363 2.772 0.429 ;
    VIA 1.98 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.033 0.396 0.165 0.462 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.462 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDNQ_HD_1
#
# 
MACRO LDL_FDNQ_HD_2 FOREIGN C0A07BLDL_FDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 2.772 0.726 3.036 0.858 ;
      RECT 2.805 0.297 3.003 0.363 ;
      RECT 2.805 0.198 2.871 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.013 0.946 2.079 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.739 0.165 ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.233 0.165 2.299 0.297 ;
    RECT 2.673 0.165 2.739 0.495 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.409 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.913 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.838 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDNQ_HD_2
#
# 
MACRO LDL_FDNQ_HD_4 FOREIGN C0A07BLDL_FDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.033 3.025 0.242 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.253 0.033 0.319 0.198 ;
      RECT 0.253 0.198 0.374 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.297 0.33 0.44 0.396 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.429 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.805 0.363 3.135 0.429 ;
      RECT 3.069 0.297 3.234 0.363 ;
      RECT 2.805 0.231 2.893 0.363 ;
      RECT 2.75 0.165 2.893 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.253 0.924 0.352 0.99 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.198 ;
    RECT 1.617 0.132 1.683 0.605 ;
    RECT 2.211 0.143 2.607 0.209 ;
    RECT 1.749 0.176 1.815 0.506 ;
    RECT 0.055 0.198 0.165 0.264 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 0.693 0.198 1.056 0.264 ;
    RECT 1.353 0.198 1.419 0.649 ;
    RECT 2.211 0.209 2.299 0.297 ;
    RECT 2.541 0.209 2.607 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.848 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 1.782 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.099 0.264 0.165 0.363 ;
    RECT 0.99 0.264 1.056 0.297 ;
    RECT 0.693 0.264 0.759 0.759 ;
    RECT 0.99 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 2.541 0.297 2.739 0.363 ;
    RECT 2.365 0.308 2.475 0.88 ;
    RECT 0.033 0.363 0.165 0.429 ;
    RECT 1.221 0.363 1.287 0.55 ;
    RECT 2.673 0.363 2.739 0.495 ;
    RECT 1.925 0.363 1.991 0.506 ;
    RECT 2.233 0.363 2.299 0.836 ;
    RECT 1.485 0.374 1.551 0.737 ;
    RECT 0.825 0.418 0.891 0.627 ;
    RECT 0.033 0.429 0.099 0.924 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 2.101 0.462 2.167 0.605 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 2.673 0.495 2.97 0.561 ;
    RECT 0.165 0.528 0.231 0.792 ;
    RECT 1.089 0.561 1.155 0.649 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 1.617 0.605 2.167 0.671 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.089 0.649 1.419 0.715 ;
    RECT 1.881 0.671 1.947 1.023 ;
    RECT 0.957 0.693 1.023 0.858 ;
    RECT 1.353 0.715 1.419 0.902 ;
    RECT 1.485 0.737 1.815 0.803 ;
    RECT 0.693 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 2.508 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 0.198 0.792 V1L2L ;
    VIA 2.442 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.275 0.858 ;
    RECT 1.485 0.803 1.551 0.858 ;
    RECT 1.749 0.803 1.815 0.88 ;
    RECT 2.189 0.836 2.299 0.99 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.561 0.957 0.968 1.023 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDNQ_HD_4
#
# 
MACRO LDL_FDNRBQ_1 FOREIGN C0A07BLDL_FDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.253 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.792 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.286 3.729 0.726 ;
      RECT 2.013 0.396 2.123 0.627 ;
      RECT 1.958 0.627 2.123 0.693 ;
      RECT 0.429 0.462 0.495 0.858 ;
      LAYER M2L ;
      RECT 0.396 0.627 3.762 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.608 0.979 3.74 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 3.377 0.165 ;
    RECT 3.509 0.11 3.905 0.176 ;
    RECT 0.957 0.165 1.023 0.33 ;
    RECT 2.849 0.165 2.915 0.594 ;
    RECT 3.311 0.165 3.377 0.715 ;
    RECT 3.509 0.176 3.575 0.616 ;
    RECT 3.839 0.176 3.905 0.682 ;
    RECT 1.331 0.231 2.255 0.297 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 1.111 0.264 1.199 0.33 ;
    RECT 2.717 0.264 2.783 0.924 ;
    RECT 0.561 0.264 0.627 1.023 ;
    RECT 2.321 0.286 2.387 0.352 ;
    RECT 2.981 0.286 3.047 0.363 ;
    RECT 2.189 0.297 2.255 0.495 ;
    RECT 1.331 0.297 1.397 0.792 ;
    RECT 0.055 0.319 0.363 0.385 ;
    RECT 1.111 0.33 1.243 0.396 ;
    RECT 0.693 0.33 1.023 0.396 ;
    RECT 3.993 0.33 4.103 0.594 ;
    RECT 2.321 0.352 2.651 0.418 ;
    RECT 1.496 0.363 1.65 0.429 ;
    RECT 2.981 0.363 3.223 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    RECT 3.036 0.363 4.092 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.385 0.363 0.924 ;
    RECT 1.155 0.396 1.243 0.528 ;
    RECT 0.693 0.396 0.759 0.891 ;
    RECT 2.585 0.418 2.651 0.891 ;
    RECT 1.496 0.429 1.584 0.792 ;
    RECT 3.157 0.429 3.223 1.056 ;
    RECT 2.189 0.495 2.486 0.561 ;
    RECT 1.716 0.495 1.859 0.561 ;
    RECT 2.189 0.561 2.255 0.759 ;
    RECT 1.793 0.561 1.859 0.891 ;
    RECT 3.025 0.594 3.091 1.023 ;
    RECT 3.839 0.682 3.982 0.748 ;
    RECT 1.078 0.693 1.243 0.759 ;
    RECT 3.311 0.715 3.52 0.781 ;
    RECT 1.661 0.726 1.727 0.891 ;
    RECT 1.177 0.759 1.243 0.891 ;
    RECT 2.112 0.759 2.255 0.825 ;
    RECT 2.321 0.814 2.387 0.891 ;
    RECT 3.465 0.847 3.905 0.913 ;
    RECT 1.177 0.891 1.727 0.957 ;
    RECT 1.793 0.891 2.651 0.957 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 3.465 0.913 3.531 1.056 ;
    RECT 3.839 0.913 3.905 1.056 ;
    RECT 0.033 0.924 0.363 0.99 ;
    RECT 0.033 0.99 0.121 1.056 ;
    RECT 0.561 1.023 3.091 1.089 ;
  END
END LDL_FDNRBQ_1
#
# 
MACRO LDL_FDNRBQ_2 FOREIGN C0A07BLDL_FDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.159 0.033 5.225 0.264 ;
      RECT 4.807 0.033 4.873 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.583 0.033 0.649 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.419 0.594 ;
      RECT 1.221 0.594 1.287 0.792 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.551 0.561 ;
      VIA 1.32 0.528 V1L2L ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.396 4.983 0.726 ;
      RECT 4.884 0.726 5.148 0.858 ;
      RECT 4.917 0.33 5.049 0.396 ;
      RECT 4.983 0.198 5.049 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 4.345 0.627 4.488 0.693 ;
      RECT 4.345 0.451 4.433 0.627 ;
      RECT 2.409 0.627 2.618 0.693 ;
      RECT 2.409 0.462 2.475 0.627 ;
      RECT 0.693 0.594 0.759 0.99 ;
      LAYER M2L ;
      RECT 0.66 0.627 4.488 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.508 0.66 V1L2L ;
      VIA 4.422 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.924 4.499 1.155 ;
      RECT 3.366 1.001 3.432 1.155 ;
      RECT 3.3 0.935 3.432 1.001 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.807 0.924 4.873 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.165 ;
    RECT 1.309 0.099 2.475 0.165 ;
    RECT 2.673 0.132 2.739 0.297 ;
    RECT 4.631 0.132 4.697 0.759 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.055 0.165 0.121 0.286 ;
    RECT 1.309 0.165 1.375 0.297 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 3.124 0.165 3.575 0.231 ;
    RECT 3.696 0.165 4.103 0.231 ;
    RECT 0.913 0.198 0.979 1.023 ;
    RECT 0.44 0.231 0.506 0.429 ;
    RECT 1.683 0.231 2.343 0.297 ;
    RECT 3.509 0.231 3.575 0.297 ;
    RECT 3.124 0.231 3.19 0.649 ;
    RECT 4.037 0.231 4.103 0.286 ;
    RECT 0.759 0.242 0.825 0.429 ;
    RECT 1.463 0.264 1.529 0.33 ;
    RECT 4.037 0.286 4.565 0.352 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.045 0.297 1.375 0.363 ;
    RECT 2.409 0.297 2.607 0.363 ;
    RECT 2.673 0.297 3.003 0.363 ;
    RECT 2.277 0.297 2.343 0.759 ;
    RECT 1.683 0.297 1.749 0.792 ;
    RECT 3.509 0.297 3.971 0.363 ;
    RECT 1.463 0.33 1.617 0.396 ;
    RECT 3.333 0.33 3.399 0.495 ;
    RECT 4.499 0.352 4.565 0.418 ;
    RECT 4.037 0.352 4.103 0.891 ;
    RECT 0.297 0.363 0.363 0.924 ;
    RECT 1.848 0.363 2.013 0.429 ;
    RECT 2.541 0.363 2.607 0.462 ;
    RECT 1.045 0.363 1.111 0.891 ;
    RECT 2.937 0.363 3.003 0.891 ;
    RECT 3.905 0.363 3.971 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.98 0.429 ;
    RECT 2.508 0.363 3.432 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.396 1.617 0.561 ;
    RECT 0.44 0.429 0.825 0.495 ;
    RECT 1.848 0.429 1.936 0.792 ;
    RECT 2.739 0.462 2.805 0.759 ;
    RECT 3.773 0.462 3.839 0.627 ;
    RECT 4.169 0.462 4.235 0.759 ;
    RECT 2.068 0.495 2.211 0.561 ;
    RECT 3.333 0.495 3.674 0.561 ;
    RECT 2.145 0.561 2.211 0.891 ;
    RECT 3.355 0.627 3.839 0.693 ;
    RECT 3.124 0.649 3.256 0.715 ;
    RECT 1.43 0.693 1.595 0.759 ;
    RECT 3.355 0.693 3.421 0.803 ;
    RECT 2.013 0.704 2.079 0.891 ;
    RECT 1.529 0.759 1.595 0.891 ;
    RECT 2.277 0.759 2.805 0.825 ;
    RECT 4.169 0.759 4.697 0.825 ;
    RECT 3.113 0.803 3.421 0.869 ;
    RECT 4.631 0.825 4.697 1.056 ;
    RECT 3.113 0.869 3.179 1.023 ;
    RECT 1.529 0.891 2.079 0.957 ;
    RECT 1.045 0.891 1.408 0.957 ;
    RECT 2.145 0.891 3.003 0.957 ;
    RECT 3.696 0.891 4.103 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 3.509 0.924 3.575 1.023 ;
    RECT 4.257 0.924 4.323 1.023 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 0.913 1.023 3.179 1.089 ;
    RECT 3.509 1.023 4.323 1.089 ;
  END
END LDL_FDNRBQ_2
#
# 
MACRO LDL_FDNRBQ_4 FOREIGN C0A07BLDL_FDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.511 0.033 5.577 0.352 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.583 0.033 0.649 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 5.379 0.264 5.445 0.451 ;
      RECT 5.379 0.451 5.544 0.517 ;
      RECT 2.937 0.264 3.003 0.594 ;
      RECT 0.891 0.33 0.957 0.495 ;
      RECT 0.528 0.495 0.957 0.561 ;
      RECT 0.825 0.561 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.858 0.363 5.478 0.429 ;
      VIA 0.924 0.396 V1L2L ;
      VIA 2.97 0.396 V1L2L ;
      VIA 5.412 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.94 0.726 6.6 0.858 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.792 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.751 1.023 3.817 1.155 ;
      RECT 3.751 0.957 3.894 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.99 5.973 1.155 ;
      RECT 5.907 0.924 6.028 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 1.573 0.528 2.332 0.561 ;
    RECT 0 0.528 1.573 0.561 ;
    RECT 2.332 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.44 0.143 ;
    RECT 1.529 0.099 3.135 0.165 ;
    RECT 4.191 0.099 4.378 0.165 ;
    RECT 4.488 0.099 4.972 0.165 ;
    RECT 0.055 0.143 0.506 0.165 ;
    RECT 0.374 0.165 0.506 0.209 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.529 0.165 1.595 0.297 ;
    RECT 3.069 0.165 3.135 0.33 ;
    RECT 4.191 0.165 4.257 0.33 ;
    RECT 4.488 0.165 4.554 0.297 ;
    RECT 4.906 0.165 4.972 0.319 ;
    RECT 3.223 0.198 3.289 0.297 ;
    RECT 1.089 0.198 1.155 0.825 ;
    RECT 0.44 0.209 0.506 0.363 ;
    RECT 1.683 0.231 2.827 0.297 ;
    LAYER M2L ;
    RECT 3.036 0.231 4.29 0.297 ;
    VIA 3.102 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.286 0.825 0.363 ;
    RECT 4.323 0.286 4.389 0.473 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.595 0.363 ;
    RECT 2.145 0.297 2.211 0.374 ;
    RECT 1.683 0.297 1.749 0.495 ;
    RECT 2.761 0.297 2.827 0.693 ;
    RECT 2.321 0.297 2.387 0.792 ;
    RECT 3.223 0.297 3.465 0.363 ;
    RECT 3.586 0.297 4.081 0.363 ;
    RECT 4.488 0.297 4.62 0.363 ;
    RECT 4.741 0.308 4.807 0.473 ;
    RECT 5.687 0.308 5.753 0.374 ;
    RECT 4.906 0.319 5.181 0.385 ;
    RECT 0.297 0.363 0.363 0.759 ;
    RECT 0.44 0.363 0.825 0.429 ;
    RECT 1.892 0.363 2.079 0.429 ;
    RECT 1.221 0.363 1.287 0.506 ;
    RECT 1.529 0.363 1.595 0.891 ;
    RECT 3.399 0.363 3.465 0.495 ;
    RECT 4.015 0.363 4.081 0.473 ;
    RECT 5.687 0.374 5.797 0.44 ;
    RECT 5.115 0.385 5.181 0.715 ;
    RECT 2.013 0.429 2.079 0.495 ;
    RECT 5.731 0.44 5.797 0.583 ;
    RECT 3.201 0.462 3.267 0.693 ;
    RECT 4.015 0.473 5.049 0.539 ;
    RECT 2.013 0.495 2.112 0.561 ;
    RECT 1.683 0.495 1.947 0.561 ;
    RECT 2.552 0.495 2.695 0.561 ;
    RECT 3.399 0.495 3.916 0.561 ;
    RECT 5.247 0.506 5.313 0.583 ;
    RECT 4.015 0.539 4.081 0.671 ;
    RECT 4.983 0.539 5.049 0.759 ;
    RECT 2.046 0.561 2.112 0.759 ;
    RECT 1.881 0.561 1.947 0.792 ;
    RECT 2.629 0.561 2.695 0.825 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 5.247 0.583 5.797 0.649 ;
    RECT 4.191 0.605 4.884 0.671 ;
    RECT 5.731 0.649 5.797 0.924 ;
    RECT 1.705 0.66 1.771 0.891 ;
    RECT 2.475 0.66 2.541 0.891 ;
    RECT 4.191 0.671 4.257 0.803 ;
    RECT 3.586 0.671 4.081 0.737 ;
    RECT 2.761 0.693 3.267 0.759 ;
    RECT 5.115 0.715 5.643 0.781 ;
    RECT 0.297 0.759 0.726 0.825 ;
    RECT 2.046 0.759 2.2 0.825 ;
    RECT 4.708 0.759 5.049 0.825 ;
    LAYER M2L ;
    RECT 0.594 0.759 2.178 0.825 ;
    VIA 0.66 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 5.577 0.781 5.643 0.858 ;
    RECT 5.115 0.781 5.181 0.891 ;
    RECT 4.543 0.792 4.609 0.891 ;
    RECT 3.619 0.803 4.257 0.869 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 2.629 0.825 3.465 0.891 ;
    RECT 0.88 0.825 1.155 0.891 ;
    RECT 3.619 0.869 3.685 1.023 ;
    RECT 1.705 0.891 2.541 0.957 ;
    RECT 1.298 0.891 1.595 0.957 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 4.543 0.891 5.181 0.957 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 5.335 0.924 5.401 1.023 ;
    RECT 5.687 0.924 5.797 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
    RECT 5.687 0.99 5.753 1.056 ;
    RECT 1.089 1.023 3.685 1.089 ;
    RECT 4.323 1.023 5.401 1.089 ;
  END
END LDL_FDNRBQ_4
#
# 
MACRO LDL_FDNRBQ_HD_1 FOREIGN C0A07BLDL_FDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.924 ;
      RECT 3.289 0.924 3.399 1.056 ;
      RECT 3.289 0.132 3.399 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.561 3.135 0.858 ;
      RECT 2.992 0.495 3.135 0.561 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.19 0.165 ;
    RECT 1.837 0.132 1.903 0.561 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.124 0.165 3.19 0.341 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 2.827 0.319 2.97 0.385 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.124 0.341 3.267 0.407 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.693 ;
    RECT 2.827 0.385 2.893 0.825 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 3.201 0.407 3.267 0.594 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 2.101 0.528 2.607 0.561 ;
    RECT 1.837 0.561 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 1.837 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 2.101 0.627 2.167 1.023 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 1.705 0.693 2.035 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.969 0.759 2.035 0.88 ;
    RECT 1.705 0.759 1.771 0.891 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 2.827 0.825 2.959 0.891 ;
    RECT 2.541 0.825 2.607 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.871 0.891 2.959 1.056 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 1.837 0.924 1.903 1.023 ;
    RECT 2.464 0.957 2.607 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDL_FDNRBQ_HD_1
#
# 
MACRO LDL_FDNRBQ_HD_2 FOREIGN C0A07BLDL_FDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.531 0.033 3.597 0.297 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.429 3.531 0.66 ;
      RECT 3.333 0.66 3.531 0.726 ;
      RECT 3.333 0.726 3.399 0.858 ;
      RECT 3.333 0.363 3.531 0.429 ;
      RECT 3.333 0.198 3.399 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.531 0.924 3.597 1.155 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.673 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.627 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 2.673 0.165 2.739 0.396 ;
    RECT 1.991 0.176 2.079 0.462 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.86 0.308 2.948 0.693 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 2.167 0.396 2.739 0.462 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.673 0.462 2.739 0.759 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 2.101 0.528 2.607 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 0.627 ;
    RECT 2.541 0.594 2.607 0.66 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 1.837 0.627 2.167 0.693 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 2.101 0.693 2.167 1.023 ;
    RECT 2.86 0.693 3.003 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.937 0.759 3.003 0.99 ;
    RECT 2.541 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 3.036 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDL_FDNRBQ_HD_2
#
# 
MACRO LDL_FDNRBQ_HD_4 FOREIGN C0A07BLDL_FDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.487 0.033 3.553 0.242 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.297 0.033 0.363 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.462 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.726 ;
      RECT 3.278 0.726 3.828 0.858 ;
      RECT 3.333 0.363 3.663 0.429 ;
      RECT 3.597 0.297 3.762 0.363 ;
      RECT 3.333 0.209 3.421 0.363 ;
      RECT 3.278 0.143 3.421 0.209 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.693 2.475 0.759 ;
      RECT 2.233 0.759 2.475 0.825 ;
      RECT 2.233 0.693 2.299 0.759 ;
      RECT 1.309 0.759 1.452 0.825 ;
      RECT 1.309 0.517 1.375 0.759 ;
      RECT 1.21 0.451 1.375 0.517 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.99 3.553 1.155 ;
      RECT 3.487 0.924 3.597 0.99 ;
      RECT 2.673 0.924 2.739 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.034 0.099 1.639 0.165 ;
    RECT 2.706 0.099 3.135 0.165 ;
    RECT 1.837 0.132 1.903 0.528 ;
    RECT 1.573 0.165 1.639 0.792 ;
    RECT 2.706 0.165 2.772 0.275 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 1.991 0.176 2.079 0.429 ;
    RECT 0.561 0.198 0.649 0.506 ;
    RECT 0.165 0.198 0.231 0.264 ;
    RECT 0.715 0.198 0.781 0.231 ;
    RECT 0.715 0.231 1.507 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 2.112 0.297 ;
    VIA 0.198 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.264 0.231 0.33 ;
    RECT 2.167 0.275 2.772 0.341 ;
    RECT 1.441 0.297 1.507 0.594 ;
    RECT 0.715 0.297 0.781 0.638 ;
    RECT 3.069 0.297 3.267 0.363 ;
    RECT 2.915 0.308 2.981 0.891 ;
    RECT 0.077 0.33 0.143 1.023 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 2.706 0.341 2.772 0.759 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 0.847 0.374 0.968 0.44 ;
    RECT 1.705 0.374 1.771 0.759 ;
    RECT 0.847 0.44 0.913 0.594 ;
    RECT 0.209 0.462 0.275 0.693 ;
    RECT 2.563 0.462 2.629 0.528 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 1.837 0.528 2.629 0.594 ;
    RECT 0.847 0.594 1.023 0.66 ;
    RECT 2.101 0.594 2.167 1.023 ;
    RECT 1.177 0.616 1.243 0.924 ;
    RECT 0.638 0.638 0.781 0.704 ;
    RECT 0.957 0.66 1.023 0.792 ;
    RECT 0.209 0.693 0.363 0.759 ;
    RECT 0.638 0.704 0.704 0.792 ;
    RECT 0.297 0.759 0.363 0.858 ;
    RECT 1.705 0.759 2.035 0.825 ;
    RECT 2.541 0.759 2.772 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.221 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 0.957 0.792 1.056 0.858 ;
    RECT 0.638 0.792 0.759 0.858 ;
    RECT 1.705 0.825 1.771 0.891 ;
    RECT 1.969 0.825 2.035 0.902 ;
    RECT 2.541 0.825 2.607 0.924 ;
    LAYER M2L ;
    RECT 1.155 0.825 1.221 0.891 ;
    LAYER M1L ;
    RECT 0.693 0.858 0.759 0.924 ;
    RECT 1.584 0.891 1.771 0.957 ;
    RECT 2.838 0.891 2.981 0.957 ;
    LAYER M2L ;
    RECT 1.155 0.891 2.97 0.957 ;
    VIA 2.904 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.924 1.243 0.99 ;
    RECT 2.497 0.924 2.607 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.957 0.99 1.023 1.056 ;
    RECT 2.497 0.99 2.563 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
    RECT 1.837 1.023 2.167 1.089 ;
  END
END LDL_FDNRBQ_HD_4
#
# 
MACRO LDL_FDNRBSB_1 FOREIGN C0A07BLDL_FDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.586 0.033 3.652 0.253 ;
      RECT 3.586 0.253 3.718 0.319 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.198 3.465 0.418 ;
      RECT 3.399 0.418 3.575 0.484 ;
      RECT 3.509 0.484 3.575 0.55 ;
      RECT 1.716 0.297 1.782 0.429 ;
      RECT 1.716 0.429 2.013 0.495 ;
      RECT 1.947 0.495 2.013 0.594 ;
      RECT 1.65 0.231 1.782 0.297 ;
      LAYER M2L ;
      RECT 1.65 0.231 3.498 0.297 ;
      VIA 1.716 0.264 V1L2L ;
      VIA 3.432 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.099 0.792 ;
      RECT 0.033 0.44 0.187 0.506 ;
      RECT 0.099 0.374 0.187 0.44 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.528 ;
      RECT 4.213 0.528 4.323 0.594 ;
      RECT 4.213 0.594 4.279 0.671 ;
      RECT 4.114 0.671 4.279 0.737 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.792 ;
      RECT 4.477 0.792 4.587 0.924 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.63 0.627 3.773 0.693 ;
      RECT 3.707 0.418 3.773 0.627 ;
      RECT 2.145 0.495 2.211 0.748 ;
      RECT 2.112 0.429 2.211 0.495 ;
      LAYER M2L ;
      RECT 2.112 0.627 3.762 0.693 ;
      VIA 2.178 0.66 V1L2L ;
      VIA 3.696 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.356 1.045 4.422 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 0.594 1.045 0.66 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 3.619 0.946 3.685 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0.902 0.528 3.08 0.572 ;
    RECT 0.902 0.572 2.244 0.594 ;
    RECT 3.08 0.528 4.62 0.572 ;
    RECT 0 0.528 0.902 0.594 ;
    RECT 2.244 0.572 4.62 0.594 ;
    RECT 0 0.594 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.099 1.914 0.165 ;
    RECT 2.211 0.099 2.849 0.165 ;
    RECT 0.209 0.132 0.319 0.264 ;
    RECT 1.848 0.165 1.914 0.297 ;
    RECT 2.211 0.165 2.277 0.297 ;
    RECT 0.385 0.165 0.451 0.352 ;
    RECT 0.737 0.165 0.803 0.561 ;
    RECT 1.023 0.231 1.463 0.297 ;
    RECT 3.993 0.242 4.059 0.462 ;
    RECT 2.86 0.253 3.311 0.319 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 0.253 0.264 0.319 0.583 ;
    RECT 2.343 0.264 2.409 0.616 ;
    RECT 2.475 0.264 2.541 0.715 ;
    RECT 1.023 0.297 1.089 0.44 ;
    RECT 1.397 0.297 1.463 0.792 ;
    RECT 1.848 0.297 2.277 0.363 ;
    RECT 2.629 0.297 2.739 0.385 ;
    RECT 3.245 0.319 3.311 0.891 ;
    RECT 1.529 0.352 1.595 0.418 ;
    RECT 1.188 0.363 1.331 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.442 0.429 ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.629 0.385 3.179 0.451 ;
    RECT 1.529 0.418 1.639 0.484 ;
    RECT 1.265 0.429 1.331 0.836 ;
    RECT 3.113 0.451 3.179 0.693 ;
    RECT 2.629 0.451 2.695 0.847 ;
    RECT 3.993 0.462 4.103 0.528 ;
    RECT 4.389 0.462 4.455 0.66 ;
    RECT 1.573 0.484 1.639 0.891 ;
    RECT 3.839 0.528 4.103 0.594 ;
    RECT 2.772 0.539 3.014 0.605 ;
    RECT 0.693 0.561 0.803 0.627 ;
    RECT 1.738 0.561 1.87 0.627 ;
    RECT 0.187 0.583 0.319 0.649 ;
    RECT 3.839 0.594 3.905 0.781 ;
    RECT 2.772 0.605 2.838 0.759 ;
    RECT 0.869 0.627 1.122 0.693 ;
    RECT 0.693 0.627 0.759 0.715 ;
    RECT 1.804 0.627 1.87 0.715 ;
    RECT 0.187 0.649 0.253 0.847 ;
    RECT 4.345 0.66 4.455 0.726 ;
    RECT 3.377 0.682 3.443 0.781 ;
    RECT 0.869 0.693 0.957 0.858 ;
    RECT 3.036 0.693 3.179 0.759 ;
    RECT 0.352 0.715 0.759 0.781 ;
    RECT 1.804 0.715 2.024 0.781 ;
    RECT 2.321 0.715 2.541 0.781 ;
    RECT 4.345 0.726 4.411 0.803 ;
    RECT 3.971 0.748 4.037 0.803 ;
    RECT 2.772 0.759 2.904 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 2.904 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.958 0.781 2.024 0.847 ;
    RECT 2.321 0.781 2.387 0.847 ;
    RECT 3.377 0.781 3.905 0.847 ;
    RECT 1.023 0.792 1.111 0.891 ;
    RECT 1.397 0.792 1.507 0.858 ;
    RECT 3.971 0.803 4.411 0.869 ;
    RECT 0.187 0.847 0.803 0.913 ;
    RECT 1.958 0.847 2.387 0.913 ;
    RECT 2.475 0.847 2.695 0.913 ;
    RECT 3.795 0.847 3.861 1.056 ;
    RECT 1.441 0.858 1.507 1.023 ;
    RECT 3.971 0.869 4.059 0.99 ;
    RECT 1.023 0.891 1.221 0.957 ;
    RECT 1.573 0.891 1.859 0.957 ;
    RECT 2.86 0.891 3.311 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 2.574 0.957 ;
    RECT 3.168 0.891 4.092 0.957 ;
    VIA 2.508 0.924 V1L2L ;
    VIA 3.234 0.924 V1L2L ;
    VIA 1.716 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 4.026 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.913 0.803 1.023 ;
    RECT 2.475 0.913 2.541 0.99 ;
    RECT 3.443 0.946 3.509 1.023 ;
    RECT 1.793 0.957 1.859 1.034 ;
    RECT 2.64 0.979 2.772 1.023 ;
    RECT 0.737 1.023 1.507 1.089 ;
    RECT 2.64 1.023 3.509 1.045 ;
    RECT 2.706 1.045 3.509 1.089 ;
  END
END LDL_FDNRBSB_1
#
# 
MACRO LDL_FDNRBSB_2 FOREIGN C0A07BLDL_FDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.587 0.033 4.653 0.198 ;
      RECT 4.587 0.198 4.686 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 2.387 0.033 2.453 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.517 ;
      RECT 2.156 0.517 2.343 0.583 ;
      RECT 3.729 0.198 3.795 0.374 ;
      RECT 3.729 0.374 4.037 0.44 ;
      RECT 3.971 0.44 4.037 0.528 ;
      LAYER M2L ;
      RECT 2.31 0.231 3.828 0.297 ;
      RECT 2.31 0.297 2.376 0.363 ;
      RECT 2.244 0.363 2.376 0.429 ;
      VIA 3.762 0.264 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.115 0.792 5.247 0.858 ;
      RECT 5.115 0.858 5.181 0.924 ;
      RECT 5.115 0.33 5.247 0.396 ;
      RECT 5.115 0.264 5.181 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.147 0.429 4.213 0.506 ;
      RECT 4.147 0.363 4.323 0.429 ;
      RECT 4.257 0.187 4.323 0.363 ;
      RECT 2.541 0.231 2.607 0.594 ;
      LAYER M2L ;
      RECT 2.508 0.363 4.29 0.429 ;
      VIA 2.574 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.741 0.616 4.851 0.748 ;
      RECT 4.785 0.44 4.851 0.616 ;
      RECT 4.741 0.308 4.851 0.44 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.972 1.045 5.038 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.62 1.045 4.686 1.155 ;
      RECT 4.554 0.979 4.686 1.045 ;
      RECT 4.081 0.946 4.147 1.155 ;
      RECT 1.683 0.946 1.749 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.906 0.979 5.038 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.507 0.099 1.925 0.165 ;
    RECT 0.033 0.132 0.143 0.231 ;
    RECT 0.803 0.132 0.869 0.66 ;
    RECT 4.433 0.132 4.499 0.33 ;
    RECT 3.377 0.154 3.443 0.231 ;
    RECT 0.374 0.165 0.506 0.231 ;
    RECT 0.957 0.165 1.023 0.352 ;
    RECT 1.353 0.165 1.419 0.858 ;
    RECT 1.859 0.165 1.925 0.286 ;
    RECT 1.507 0.165 1.573 0.759 ;
    RECT 2.145 0.165 2.288 0.231 ;
    RECT 2.948 0.165 3.223 0.231 ;
    RECT 0.033 0.231 0.264 0.297 ;
    RECT 0.44 0.231 0.506 0.297 ;
    RECT 1.089 0.231 1.232 0.297 ;
    RECT 2.145 0.231 2.211 0.385 ;
    RECT 3.157 0.231 3.223 0.759 ;
    RECT 3.377 0.231 3.663 0.297 ;
    LAYER M2L ;
    RECT 0.132 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.198 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.264 1.749 0.385 ;
    RECT 0.033 0.297 0.099 0.924 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.089 0.297 1.155 0.891 ;
    RECT 2.717 0.297 2.904 0.363 ;
    RECT 3.597 0.297 3.663 0.627 ;
    RECT 4.433 0.33 4.653 0.396 ;
    RECT 0.627 0.363 0.693 0.957 ;
    RECT 2.717 0.363 2.783 0.759 ;
    RECT 3.003 0.363 3.091 0.726 ;
    RECT 1.683 0.385 2.211 0.451 ;
    RECT 4.587 0.396 4.653 0.825 ;
    RECT 1.221 0.407 1.287 0.748 ;
    RECT 3.399 0.407 3.465 0.627 ;
    RECT 2.849 0.462 2.915 0.891 ;
    RECT 5.049 0.462 5.115 0.528 ;
    RECT 4.323 0.495 4.488 0.561 ;
    LAYER M2L ;
    RECT 0.726 0.495 3.102 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 3.036 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.76 0.517 2.057 0.583 ;
    RECT 4.983 0.528 5.115 0.594 ;
    RECT 4.323 0.561 4.389 0.627 ;
    LAYER M2L ;
    RECT 0.726 0.561 0.792 0.627 ;
    LAYER M1L ;
    RECT 1.991 0.583 2.057 0.759 ;
    RECT 0.957 0.594 1.023 0.66 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.322 0.627 3.498 0.693 ;
    RECT 3.597 0.627 4.389 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 0.792 0.693 ;
    RECT 0.924 0.627 3.498 0.693 ;
    VIA 3.432 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.803 0.66 1.023 0.726 ;
    RECT 3.597 0.693 3.663 0.891 ;
    RECT 0.803 0.726 0.869 0.792 ;
    RECT 1.507 0.759 1.925 0.825 ;
    RECT 1.991 0.759 2.783 0.825 ;
    RECT 3.157 0.759 3.476 0.825 ;
    RECT 3.806 0.759 4.323 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.3 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.859 0.825 1.925 0.99 ;
    RECT 1.507 0.825 1.573 1.023 ;
    RECT 4.257 0.825 4.653 0.847 ;
    RECT 4.257 0.847 5.049 0.913 ;
    RECT 0.957 0.858 1.023 1.023 ;
    RECT 1.089 0.891 1.254 0.957 ;
    RECT 2.024 0.891 2.915 0.957 ;
    RECT 3.168 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 2.178 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.981 0.902 3.047 1.023 ;
    RECT 4.257 0.913 4.323 1.056 ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 3.905 0.924 3.971 1.023 ;
    RECT 0.374 0.957 0.836 1.023 ;
    RECT 0.957 1.023 1.573 1.089 ;
    RECT 2.981 1.023 3.971 1.089 ;
  END
END LDL_FDNRBSB_2
#
# 
MACRO LDL_FDNRBSB_4 FOREIGN C0A07BLDL_FDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.72 0.033 5.786 0.165 ;
      RECT 5.654 0.165 5.786 0.231 ;
      RECT 5.335 0.033 5.401 0.198 ;
      RECT 5.335 0.198 5.434 0.264 ;
      RECT 4.862 0.033 4.928 0.143 ;
      RECT 4.796 0.143 4.928 0.209 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.517 ;
      RECT 2.486 0.517 2.805 0.583 ;
      RECT 4.521 0.198 4.587 0.385 ;
      RECT 4.521 0.385 4.785 0.451 ;
      RECT 4.719 0.451 4.785 0.528 ;
      LAYER M2L ;
      RECT 2.805 0.231 4.62 0.297 ;
      RECT 2.805 0.297 2.871 0.363 ;
      RECT 2.706 0.363 2.871 0.429 ;
      VIA 4.554 0.264 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.895 0.396 4.983 0.528 ;
      RECT 4.895 0.33 5.071 0.396 ;
      RECT 2.937 0.429 3.003 0.594 ;
      RECT 2.937 0.363 3.102 0.429 ;
      LAYER M2L ;
      RECT 2.97 0.363 5.016 0.429 ;
      VIA 3.036 0.396 V1L2L ;
      VIA 4.95 0.396 V1L2L ;
    END
  END SD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.693 ;
      RECT 5.511 0.693 5.962 0.759 ;
      RECT 5.511 0.616 5.577 0.693 ;
      RECT 5.511 0.297 5.962 0.363 ;
      RECT 5.511 0.363 5.577 0.44 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.204 0.726 6.732 0.858 ;
      RECT 6.204 0.858 6.292 0.99 ;
      RECT 6.501 0.363 6.567 0.726 ;
      RECT 6.182 0.297 6.666 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 5.654 1.023 5.72 1.155 ;
      RECT 5.654 0.957 5.786 1.023 ;
      RECT 5.302 1.023 5.368 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.638 0.957 0.77 1.023 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 4.829 0.946 4.895 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.88 0.528 4.334 0.572 ;
    RECT 3.146 0.572 3.63 0.638 ;
    RECT 0 0.528 0.88 0.572 ;
    RECT 4.334 0.528 6.864 0.572 ;
    RECT 0 0.572 3.146 0.638 ;
    RECT 3.63 0.572 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.715 0.099 1.551 0.165 ;
    RECT 2.959 0.132 3.509 0.198 ;
    RECT 5.181 0.132 5.247 0.33 ;
    RECT 3.586 0.143 4.433 0.209 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.451 0.165 0.781 0.231 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.09 0.231 ;
    RECT 2.959 0.198 3.025 0.231 ;
    RECT 3.443 0.198 3.509 0.264 ;
    RECT 3.586 0.209 3.652 0.242 ;
    RECT 4.367 0.209 4.433 0.627 ;
    RECT 2.519 0.22 2.585 0.297 ;
    RECT 0.033 0.231 0.099 0.825 ;
    RECT 0.715 0.231 0.781 0.825 ;
    RECT 2.882 0.231 3.025 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 0.869 0.264 0.935 0.627 ;
    RECT 3.762 0.275 4.301 0.341 ;
    RECT 1.034 0.297 1.221 0.363 ;
    RECT 1.782 0.297 2.585 0.363 ;
    RECT 1.287 0.33 1.353 0.759 ;
    RECT 3.267 0.33 3.333 0.396 ;
    RECT 5.181 0.33 5.445 0.396 ;
    RECT 4.235 0.341 4.301 0.759 ;
    RECT 1.155 0.363 1.221 0.891 ;
    RECT 3.267 0.396 3.366 0.462 ;
    RECT 5.379 0.396 5.445 0.759 ;
    RECT 3.432 0.418 3.498 0.495 ;
    RECT 3.3 0.462 3.366 0.891 ;
    RECT 5.071 0.462 5.137 0.495 ;
    RECT 3.432 0.495 3.828 0.561 ;
    RECT 5.071 0.495 5.302 0.561 ;
    RECT 6.061 0.495 6.402 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.564 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.498 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.793 0.572 ;
    RECT 4.059 0.506 4.125 0.627 ;
    RECT 1.892 0.517 2.365 0.583 ;
    RECT 5.236 0.561 5.302 0.605 ;
    RECT 5.071 0.561 5.137 0.627 ;
    RECT 6.061 0.561 6.127 0.825 ;
    RECT 3.157 0.572 3.223 0.759 ;
    RECT 1.727 0.572 1.793 0.825 ;
    RECT 2.299 0.583 2.365 0.891 ;
    RECT 0.869 0.627 1.056 0.693 ;
    RECT 3.564 0.627 4.125 0.693 ;
    RECT 4.367 0.627 5.137 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 3.696 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.869 0.693 0.935 1.056 ;
    RECT 4.367 0.693 4.433 0.891 ;
    RECT 0.297 0.726 0.363 0.825 ;
    RECT 1.287 0.759 1.584 0.825 ;
    RECT 2.508 0.759 3.223 0.825 ;
    RECT 3.487 0.759 4.301 0.825 ;
    RECT 4.554 0.759 5.445 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.254 0.825 ;
    RECT 1.452 0.759 2.64 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 0.473 0.825 0.781 0.891 ;
    RECT 1.727 0.825 2.233 0.891 ;
    RECT 3.487 0.825 3.553 1.023 ;
    RECT 5.379 0.825 6.127 0.891 ;
    RECT 5.005 0.825 5.071 1.056 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 0.473 0.891 0.539 0.99 ;
    RECT 2.299 0.891 3.366 0.957 ;
    RECT 1.727 0.891 1.793 1.023 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 3.916 0.891 4.433 0.957 ;
    RECT 1.023 0.902 1.089 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 1.023 1.023 1.793 1.089 ;
    RECT 2.167 1.023 3.553 1.089 ;
    RECT 3.619 1.023 4.719 1.089 ;
  END
END LDL_FDNRBSB_4
#
# 
MACRO LDL_FDNRBSB_8 FOREIGN C0A07BLDL_FDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.734 0.033 8.8 0.165 ;
      RECT 8.734 0.165 8.866 0.231 ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 9.119 0.033 9.185 0.264 ;
      RECT 8.382 0.033 8.448 0.165 ;
      RECT 8.382 0.165 8.514 0.231 ;
      RECT 8.03 0.033 8.096 0.165 ;
      RECT 8.03 0.165 8.162 0.231 ;
      RECT 7.711 0.033 7.777 0.264 ;
      RECT 7.326 0.033 7.392 0.165 ;
      RECT 7.326 0.165 7.458 0.231 ;
      RECT 6.974 0.033 7.04 0.165 ;
      RECT 6.974 0.165 7.106 0.231 ;
      RECT 6.688 0.033 6.754 0.165 ;
      RECT 6.622 0.165 6.754 0.231 ;
      RECT 6.303 0.033 6.369 0.264 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 5.005 0.033 5.071 0.242 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.561 ;
      RECT 2.937 0.561 3.135 0.627 ;
      RECT 2.937 0.627 3.003 0.792 ;
      RECT 4.851 0.132 4.917 0.341 ;
      RECT 4.851 0.341 5.038 0.407 ;
      LAYER M2L ;
      RECT 3.135 0.231 4.95 0.297 ;
      RECT 3.135 0.297 3.201 0.363 ;
      RECT 3.036 0.363 3.201 0.429 ;
      VIA 4.884 0.264 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
    END
  END RD
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.495 5.368 0.561 ;
      RECT 5.302 0.561 5.368 0.627 ;
      RECT 5.302 0.627 5.434 0.693 ;
      RECT 3.289 0.429 3.355 0.594 ;
      RECT 3.289 0.363 3.454 0.429 ;
      LAYER M2L ;
      RECT 3.3 0.363 4.191 0.429 ;
      RECT 4.125 0.429 4.191 0.495 ;
      RECT 4.125 0.495 5.016 0.561 ;
      VIA 3.366 0.396 V1L2L ;
      VIA 4.95 0.528 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.726 ;
      RECT 0.429 0.33 0.561 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 6.446 0.693 7.634 0.759 ;
      RECT 6.446 0.297 7.634 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.887 0.726 9.108 0.858 ;
      RECT 7.887 0.858 7.953 0.99 ;
      RECT 7.854 0.297 9.042 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.03 1.023 8.096 1.155 ;
      RECT 8.03 0.957 8.162 1.023 ;
      RECT 7.744 1.023 7.81 1.155 ;
      RECT 7.678 0.957 7.81 1.023 ;
      RECT 7.326 1.023 7.392 1.155 ;
      RECT 7.326 0.957 7.458 1.023 ;
      RECT 6.622 1.023 6.688 1.155 ;
      RECT 6.622 0.957 6.754 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 9.119 0.924 9.185 1.155 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.734 0.957 8.866 1.023 ;
      RECT 8.382 1.023 8.448 1.155 ;
      RECT 8.382 0.957 8.514 1.023 ;
      RECT 6.974 1.023 7.04 1.155 ;
      RECT 6.974 0.957 7.106 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.181 0.946 5.247 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 2.508 0.528 3.982 0.638 ;
    RECT 5.06 0.528 5.764 0.682 ;
    RECT 0 0.528 2.508 0.638 ;
    RECT 3.982 0.528 5.06 0.638 ;
    RECT 0 0.638 5.06 0.682 ;
    RECT 5.764 0.528 9.24 0.682 ;
    RECT 0 0.682 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.551 0.165 ;
    RECT 3.971 0.099 4.411 0.143 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.198 ;
    RECT 3.289 0.132 3.861 0.198 ;
    RECT 3.971 0.143 4.785 0.165 ;
    RECT 5.577 0.143 6.028 0.209 ;
    RECT 0.693 0.165 0.759 0.198 ;
    RECT 1.485 0.165 1.551 0.66 ;
    RECT 1.617 0.165 2.42 0.231 ;
    RECT 4.345 0.165 4.785 0.209 ;
    RECT 3.971 0.165 4.037 0.242 ;
    RECT 0.451 0.198 0.759 0.264 ;
    RECT 3.289 0.198 3.377 0.231 ;
    RECT 3.795 0.198 3.861 0.264 ;
    RECT 4.719 0.209 4.785 0.627 ;
    RECT 5.577 0.209 5.643 0.33 ;
    RECT 2.871 0.22 2.937 0.297 ;
    RECT 3.234 0.231 3.377 0.297 ;
    RECT 1.617 0.231 1.683 0.506 ;
    RECT 4.114 0.253 4.246 0.297 ;
    RECT 0.847 0.264 0.913 0.627 ;
    RECT 1.265 0.264 1.331 0.759 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 5.181 0.264 5.247 0.33 ;
    RECT 6.149 0.264 6.215 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.012 0.297 1.199 0.363 ;
    RECT 1.76 0.297 2.937 0.363 ;
    RECT 4.114 0.297 4.653 0.319 ;
    RECT 4.18 0.319 4.653 0.363 ;
    RECT 3.619 0.33 3.685 0.396 ;
    RECT 5.181 0.33 5.643 0.396 ;
    RECT 5.72 0.341 6.215 0.407 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.133 0.363 1.199 0.759 ;
    RECT 1.76 0.363 1.826 0.396 ;
    RECT 4.587 0.363 4.653 0.759 ;
    RECT 3.619 0.396 3.718 0.462 ;
    RECT 5.72 0.407 5.786 0.825 ;
    RECT 3.784 0.418 3.85 0.495 ;
    RECT 3.652 0.462 3.718 0.891 ;
    RECT 3.784 0.495 4.18 0.561 ;
    RECT 5.94 0.495 7.194 0.561 ;
    RECT 7.755 0.495 8.58 0.561 ;
    LAYER M2L ;
    RECT 1.452 0.495 3.96 0.561 ;
    RECT 5.181 0.495 6.27 0.561 ;
    VIA 1.518 0.528 V1L2L ;
    VIA 3.894 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.506 1.771 0.572 ;
    RECT 4.411 0.506 4.477 0.627 ;
    RECT 1.87 0.517 2.849 0.583 ;
    RECT 7.755 0.561 7.821 0.825 ;
    LAYER M2L ;
    RECT 5.181 0.561 5.247 0.627 ;
    LAYER M1L ;
    RECT 3.509 0.572 3.575 0.759 ;
    RECT 1.705 0.572 1.771 0.825 ;
    RECT 2.783 0.583 2.849 0.891 ;
    RECT 0.847 0.627 1.034 0.693 ;
    RECT 3.916 0.627 4.477 0.693 ;
    RECT 4.719 0.627 5.17 0.693 ;
    LAYER M2L ;
    RECT 0.858 0.627 4.092 0.693 ;
    RECT 4.752 0.627 5.247 0.693 ;
    VIA 4.818 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.924 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.693 0.913 1.056 ;
    RECT 4.719 0.693 4.785 0.891 ;
    RECT 1.056 0.759 1.199 0.825 ;
    RECT 1.265 0.759 1.584 0.825 ;
    RECT 3.102 0.759 3.575 0.825 ;
    RECT 3.839 0.759 4.653 0.825 ;
    RECT 4.906 0.759 5.533 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.188 0.825 ;
    RECT 1.452 0.759 3.234 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.133 0.825 1.199 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 1.705 0.825 2.717 0.891 ;
    RECT 3.839 0.825 3.905 1.023 ;
    RECT 5.467 0.825 7.821 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 1.133 0.891 1.54 0.957 ;
    RECT 0.451 0.891 0.517 0.99 ;
    RECT 2.783 0.891 3.718 0.957 ;
    RECT 1.705 0.891 1.771 1.023 ;
    RECT 2.651 0.891 2.717 1.023 ;
    RECT 4.268 0.891 4.785 0.957 ;
    RECT 5.467 0.891 5.533 1.056 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 3.971 0.924 4.037 1.023 ;
    RECT 5.005 0.924 5.071 1.023 ;
    RECT 1.001 1.023 1.771 1.089 ;
    RECT 2.651 1.023 3.905 1.089 ;
    RECT 3.971 1.023 5.071 1.089 ;
  END
END LDL_FDNRBSB_8
#
# 
MACRO LDL_FDPCBQ_1 FOREIGN C0A07BLDL_FDPCBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.033 3.465 0.264 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.575 0.198 3.663 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.704 2.211 0.858 ;
      RECT 2.101 0.33 2.211 0.704 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 1.166 0.528 2.574 0.616 ;
    RECT 0 0.528 1.166 0.616 ;
    RECT 2.574 0.528 3.696 0.616 ;
    RECT 0 0.616 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.245 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.319 ;
    RECT 1.947 0.143 2.354 0.209 ;
    RECT 1.155 0.165 1.221 0.363 ;
    RECT 1.342 0.165 1.87 0.231 ;
    RECT 2.475 0.165 2.541 0.418 ;
    RECT 3.179 0.165 3.245 0.77 ;
    RECT 0.055 0.176 0.121 0.286 ;
    RECT 0.429 0.176 0.495 1.023 ;
    RECT 0.583 0.198 0.649 0.891 ;
    RECT 1.947 0.209 2.013 0.759 ;
    RECT 1.804 0.231 1.87 0.341 ;
    RECT 2.684 0.231 2.849 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.254 0.297 ;
    VIA 1.188 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.33 ;
    RECT 2.739 0.297 2.849 0.374 ;
    RECT 2.343 0.308 2.409 0.924 ;
    RECT 0.715 0.319 1.045 0.385 ;
    RECT 1.408 0.33 1.474 0.363 ;
    RECT 1.551 0.33 1.617 0.495 ;
    RECT 2.937 0.33 3.069 0.396 ;
    RECT 1.738 0.341 1.87 0.407 ;
    RECT 1.155 0.363 1.474 0.429 ;
    RECT 2.739 0.374 2.805 1.023 ;
    RECT 0.715 0.385 0.781 0.715 ;
    RECT 3.003 0.396 3.069 0.891 ;
    RECT 2.607 0.462 2.673 0.935 ;
    RECT 3.333 0.462 3.399 1.023 ;
    RECT 0.946 0.495 1.617 0.561 ;
    RECT 1.815 0.506 1.881 0.627 ;
    RECT 2.871 0.528 2.937 0.924 ;
    RECT 1.353 0.561 1.419 0.891 ;
    RECT 1.65 0.627 1.881 0.693 ;
    LAYER M2L ;
    RECT 1.716 0.627 2.97 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.682 1.551 0.759 ;
    RECT 0.715 0.715 1.254 0.781 ;
    RECT 1.485 0.759 2.013 0.825 ;
    RECT 1.947 0.825 2.013 0.88 ;
    RECT 0.583 0.891 1.254 0.957 ;
    RECT 1.353 0.891 1.694 0.957 ;
    RECT 3.003 0.891 3.168 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 3.168 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.102 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.924 1.859 1.023 ;
    RECT 2.508 0.935 2.673 1.001 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.231 1.023 1.859 1.089 ;
    RECT 2.739 1.023 3.399 1.089 ;
  END
END LDL_FDPCBQ_1
#
# 
MACRO LDL_FDPCBQ_2 FOREIGN C0A07BLDL_FDPCBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.092 0.165 4.224 0.231 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.1 0.033 1.166 0.187 ;
      RECT 1.1 0.187 1.232 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.924 ;
      RECT 4.301 0.924 4.455 0.99 ;
      RECT 4.301 0.99 4.367 1.056 ;
      RECT 4.301 0.198 4.455 0.264 ;
      RECT 4.301 0.132 4.367 0.198 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.561 ;
      RECT 0.143 0.561 0.693 0.627 ;
      RECT 0.297 0.627 0.363 0.858 ;
      RECT 0.627 0.462 0.693 0.561 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.847 ;
      RECT 2.541 0.847 2.871 0.913 ;
      RECT 2.805 0.913 2.871 0.99 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.726 0.231 1.056 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 0.715 1.045 0.781 1.155 ;
      RECT 0.715 0.979 0.858 1.045 ;
      RECT 1.177 1.045 1.243 1.155 ;
      RECT 1.1 0.979 1.243 1.045 ;
      RECT 0.385 0.924 0.451 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.54 0.528 2.398 0.638 ;
    RECT 0 0.528 1.54 0.638 ;
    RECT 2.398 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.816 0.165 ;
    RECT 2.937 0.099 3.168 0.165 ;
    RECT 1.353 0.132 1.419 0.319 ;
    RECT 3.531 0.132 3.641 0.297 ;
    RECT 3.905 0.132 3.971 0.297 ;
    RECT 1.716 0.143 2.222 0.209 ;
    RECT 2.409 0.165 2.475 0.759 ;
    RECT 2.937 0.165 3.003 1.023 ;
    RECT 0.957 0.198 1.023 0.748 ;
    RECT 2.156 0.209 2.222 0.341 ;
    RECT 3.311 0.22 3.377 0.891 ;
    RECT 3.102 0.231 3.234 0.297 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.63 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.564 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.707 0.264 3.773 0.495 ;
    RECT 2.805 0.286 2.871 0.748 ;
    RECT 0.352 0.297 0.891 0.363 ;
    RECT 3.168 0.297 3.234 0.693 ;
    RECT 3.476 0.297 3.641 0.363 ;
    RECT 3.905 0.297 4.191 0.363 ;
    RECT 1.089 0.319 1.419 0.385 ;
    RECT 1.826 0.33 1.892 0.363 ;
    RECT 1.969 0.33 2.035 0.495 ;
    RECT 2.156 0.341 2.288 0.407 ;
    RECT 1.518 0.363 1.892 0.429 ;
    RECT 0.825 0.363 0.891 0.847 ;
    RECT 4.125 0.363 4.191 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.65 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.385 1.155 0.671 ;
    RECT 3.465 0.462 3.531 0.792 ;
    RECT 1.32 0.495 2.035 0.561 ;
    RECT 3.707 0.495 4.026 0.561 ;
    RECT 2.244 0.506 2.31 0.605 ;
    RECT 1.617 0.561 1.683 0.891 ;
    RECT 3.707 0.561 3.773 0.891 ;
    RECT 2.09 0.605 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.564 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.671 1.551 0.737 ;
    RECT 3.102 0.693 3.234 0.759 ;
    RECT 1.485 0.737 1.551 0.814 ;
    RECT 1.826 0.759 2.475 0.825 ;
    RECT 3.905 0.759 4.191 0.825 ;
    RECT 2.409 0.825 2.475 1.056 ;
    RECT 3.905 0.825 3.971 1.023 ;
    RECT 0.561 0.847 1.375 0.913 ;
    RECT 1.617 0.891 2.112 0.957 ;
    RECT 3.311 0.891 3.773 0.957 ;
    RECT 0.561 0.913 0.627 0.99 ;
    RECT 1.309 0.913 1.375 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.309 1.023 2.277 1.089 ;
    RECT 2.937 1.023 3.971 1.089 ;
  END
END LDL_FDPCBQ_2
#
# 
MACRO LDL_FDPCBQ_3 FOREIGN C0A07BLDL_FDPCBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 3.267 0.033 3.333 0.264 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.165 0.693 0.759 0.759 ;
      RECT 0.693 0.33 0.759 0.693 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.297 0.33 0.495 0.396 ;
      RECT 0.297 0.396 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.363 5.115 0.825 ;
      RECT 4.906 0.825 5.379 0.891 ;
      RECT 5.291 0.891 5.379 0.99 ;
      RECT 4.906 0.297 5.379 0.363 ;
      RECT 5.291 0.198 5.379 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 1.221 1.045 1.287 1.155 ;
      RECT 1.144 0.979 1.287 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.708 1.045 4.774 1.155 ;
      RECT 4.708 0.979 4.84 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.454 0.528 4.554 0.572 ;
    RECT 0 0.528 3.454 0.572 ;
    RECT 4.554 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.099 2.761 0.165 ;
    RECT 3.674 0.099 4.609 0.165 ;
    RECT 1.749 0.132 1.815 0.319 ;
    RECT 3.443 0.154 3.509 0.363 ;
    RECT 2.145 0.165 2.211 0.264 ;
    RECT 2.695 0.165 2.761 0.264 ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 2.871 0.165 3.168 0.231 ;
    RECT 4.543 0.165 4.609 0.297 ;
    RECT 1.001 0.198 1.089 0.363 ;
    RECT 0.825 0.231 0.891 0.847 ;
    RECT 2.871 0.231 2.937 1.023 ;
    RECT 3.63 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.99 0.231 3.762 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.264 1.419 0.363 ;
    RECT 2.299 0.264 2.365 0.363 ;
    RECT 2.475 0.264 2.541 0.495 ;
    RECT 3.795 0.297 3.861 0.924 ;
    RECT 4.543 0.297 4.807 0.363 ;
    RECT 1.551 0.319 1.815 0.385 ;
    RECT 1.001 0.363 1.419 0.429 ;
    RECT 1.914 0.363 2.365 0.429 ;
    RECT 3.267 0.363 3.509 0.429 ;
    RECT 4.741 0.363 4.807 0.781 ;
    RECT 3.971 0.363 4.466 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.046 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.98 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.551 0.385 1.617 0.495 ;
    RECT 2.629 0.396 2.717 0.627 ;
    RECT 1.001 0.429 1.067 0.715 ;
    RECT 3.267 0.429 3.333 0.924 ;
    RECT 4.4 0.429 4.466 0.495 ;
    RECT 3.971 0.429 4.037 1.023 ;
    RECT 4.609 0.462 4.675 0.495 ;
    RECT 1.166 0.495 1.617 0.561 ;
    RECT 1.738 0.495 2.541 0.561 ;
    RECT 4.4 0.495 4.675 0.561 ;
    RECT 4.125 0.528 4.191 0.924 ;
    RECT 1.551 0.561 1.617 0.627 ;
    RECT 2.475 0.561 2.541 0.77 ;
    RECT 4.609 0.561 4.675 0.594 ;
    RECT 1.551 0.627 2.123 0.715 ;
    RECT 2.629 0.627 2.772 0.693 ;
    RECT 3.399 0.627 3.674 0.693 ;
    LAYER M2L ;
    RECT 2.64 0.627 4.224 0.693 ;
    VIA 2.706 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 1.001 0.715 1.452 0.781 ;
    RECT 2.057 0.715 2.123 0.924 ;
    RECT 4.378 0.781 4.807 0.847 ;
    RECT 2.695 0.792 2.761 0.891 ;
    RECT 0.198 0.847 1.617 0.913 ;
    RECT 4.543 0.847 4.609 1.056 ;
    RECT 2.189 0.891 2.761 0.957 ;
    RECT 1.551 0.913 1.617 1.023 ;
    RECT 3.619 0.924 3.685 1.023 ;
    RECT 2.189 0.957 2.255 1.023 ;
    RECT 1.551 1.023 2.255 1.089 ;
    RECT 2.376 1.023 3.465 1.089 ;
    RECT 3.619 1.023 4.037 1.089 ;
  END
END LDL_FDPCBQ_3
#
# 
MACRO LDL_FDPCBQ_4 FOREIGN C0A07BLDL_FDPCBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.033 4.95 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.236 0.033 5.302 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 3.333 0.033 3.399 0.242 ;
      RECT 2.937 0.033 3.003 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.715 ;
      RECT 0.165 0.715 0.759 0.781 ;
      RECT 0.693 0.462 0.759 0.715 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.594 ;
      RECT 0.429 0.33 0.627 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 5.005 0.726 5.544 0.858 ;
      RECT 5.005 0.858 5.093 0.99 ;
      RECT 5.027 0.297 5.478 0.363 ;
      RECT 5.027 0.22 5.093 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 1.287 1.045 1.353 1.155 ;
      RECT 1.21 0.979 1.353 1.045 ;
      RECT 0.924 1.045 0.99 1.155 ;
      RECT 0.858 0.979 0.99 1.045 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.17 1.045 5.236 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.52 0.528 4.62 0.572 ;
    RECT 0 0.528 3.52 0.572 ;
    RECT 4.62 0.528 5.676 0.572 ;
    RECT 0 0.572 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.099 2.827 0.165 ;
    RECT 3.74 0.099 4.697 0.165 ;
    RECT 1.815 0.132 1.881 0.319 ;
    RECT 2.211 0.165 2.277 0.264 ;
    RECT 2.761 0.165 2.827 0.264 ;
    RECT 0.374 0.165 0.957 0.231 ;
    RECT 3.069 0.165 3.234 0.231 ;
    RECT 4.631 0.165 4.697 0.297 ;
    RECT 1.067 0.198 1.155 0.363 ;
    RECT 3.509 0.198 3.575 0.495 ;
    RECT 0.891 0.231 0.957 0.847 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 3.696 0.231 3.927 0.297 ;
    RECT 4.048 0.231 4.499 0.297 ;
    LAYER M2L ;
    RECT 1.056 0.231 3.828 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.264 1.485 0.363 ;
    RECT 2.365 0.264 2.431 0.363 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 3.861 0.297 3.927 0.363 ;
    RECT 4.631 0.297 4.939 0.363 ;
    RECT 4.433 0.297 4.499 0.495 ;
    RECT 1.617 0.319 1.881 0.385 ;
    RECT 1.067 0.363 1.485 0.429 ;
    RECT 1.98 0.363 2.431 0.429 ;
    RECT 2.673 0.363 3.135 0.429 ;
    RECT 3.861 0.363 4.356 0.429 ;
    RECT 4.873 0.363 4.939 0.803 ;
    LAYER M2L ;
    RECT 0.858 0.363 2.112 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.385 1.683 0.495 ;
    RECT 1.067 0.429 1.133 0.693 ;
    RECT 2.673 0.429 2.739 0.627 ;
    RECT 4.29 0.429 4.356 0.803 ;
    RECT 4.741 0.462 4.807 0.495 ;
    RECT 1.232 0.495 1.683 0.561 ;
    RECT 1.804 0.495 2.607 0.561 ;
    RECT 2.838 0.495 3.135 0.561 ;
    RECT 3.509 0.495 4.191 0.561 ;
    RECT 4.433 0.495 4.807 0.561 ;
    RECT 1.617 0.561 1.683 0.649 ;
    RECT 2.541 0.561 2.607 0.748 ;
    RECT 3.509 0.561 3.575 0.572 ;
    RECT 4.125 0.561 4.191 0.66 ;
    RECT 3.069 0.561 3.135 0.825 ;
    RECT 4.741 0.561 4.807 0.594 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 3.333 0.572 3.575 0.638 ;
    RECT 2.673 0.627 3.003 0.693 ;
    RECT 3.641 0.627 3.916 0.693 ;
    RECT 3.333 0.638 3.399 0.825 ;
    RECT 1.617 0.649 2.189 0.715 ;
    RECT 1.067 0.693 1.518 0.759 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 3.641 0.693 3.707 0.759 ;
    RECT 2.123 0.715 2.189 0.924 ;
    RECT 4.565 0.726 4.631 0.803 ;
    RECT 3.465 0.759 3.707 0.825 ;
    RECT 3.828 0.803 4.356 0.869 ;
    RECT 4.565 0.803 4.939 0.869 ;
    RECT 2.761 0.814 2.827 0.891 ;
    RECT 3.465 0.825 3.531 0.99 ;
    RECT 3.069 0.825 3.399 0.891 ;
    RECT 0.198 0.847 1.683 0.913 ;
    RECT 4.631 0.869 4.697 1.056 ;
    RECT 2.255 0.891 2.827 0.957 ;
    LAYER M2L ;
    RECT 2.904 0.891 3.564 0.957 ;
    VIA 2.97 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.255 0.957 2.321 1.023 ;
    RECT 3.652 0.957 4.499 1.023 ;
    RECT 1.617 1.023 2.321 1.089 ;
    RECT 2.442 1.023 3.003 1.089 ;
  END
END LDL_FDPCBQ_4
#
# 
MACRO LDL_FDPCBQ_HD_1 FOREIGN C0A07BLDL_FDPCBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.838 0.033 2.904 0.275 ;
      RECT 2.772 0.275 2.904 0.341 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.198 3.399 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.858 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 2.981 0.264 3.047 0.429 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.673 0.429 3.047 0.495 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.19 0.561 ;
    RECT 2.673 0.495 2.739 0.594 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.792 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 2.805 0.594 2.871 0.979 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.638 0.561 0.825 ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.805 0.979 3.014 1.045 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDL_FDPCBQ_HD_1
#
# 
MACRO LDL_FDPCBQ_HD_2 FOREIGN C0A07BLDL_FDPCBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.198 3.399 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.135 0.924 3.201 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.212 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDL_FDPCBQ_HD_2
#
# 
MACRO LDL_FDPCBQ_HD_3 FOREIGN C0A07BLDL_FDPCBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.729 0.759 3.795 0.99 ;
      RECT 3.278 0.693 3.795 0.759 ;
      RECT 3.729 0.198 3.795 0.297 ;
      RECT 3.278 0.297 3.795 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 0.979 ;
      RECT 1.628 0.979 1.815 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.231 0.121 0.616 0.187 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 1.573 0.143 2.024 0.209 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.231 0.187 0.297 0.33 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    RECT 1.573 0.209 1.683 0.286 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.617 0.286 1.683 0.616 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 1.991 0.308 2.057 0.495 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.473 0.396 ;
    RECT 0.649 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.498 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDL_FDPCBQ_HD_3
#
# 
MACRO LDL_FDPCBQ_HD_4 FOREIGN C0A07BLDL_FDPCBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.168 0.726 3.828 0.858 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.594 1.815 1.023 ;
      RECT 1.628 1.023 1.815 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.276 1.045 1.342 1.155 ;
      RECT 1.21 0.979 1.342 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.099 0.616 0.165 ;
    RECT 1.573 0.099 2.024 0.165 ;
    RECT 2.673 0.099 3.047 0.165 ;
    RECT 0.979 0.132 1.045 0.33 ;
    RECT 0.825 0.132 0.891 0.198 ;
    RECT 2.497 0.132 2.607 0.264 ;
    RECT 0.231 0.165 0.297 0.33 ;
    RECT 1.573 0.165 1.683 0.264 ;
    RECT 2.981 0.165 3.047 0.495 ;
    RECT 2.673 0.165 2.739 0.594 ;
    RECT 0.792 0.198 0.891 0.264 ;
    RECT 1.419 0.198 1.485 0.275 ;
    LAYER M2L ;
    RECT 0.198 0.231 2.64 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.242 2.255 0.308 ;
    RECT 0.407 0.264 0.473 0.33 ;
    RECT 0.649 0.264 0.715 0.33 ;
    RECT 0.792 0.264 0.858 0.583 ;
    RECT 1.617 0.264 1.683 0.616 ;
    RECT 2.541 0.264 2.607 0.891 ;
    RECT 1.111 0.275 1.485 0.341 ;
    RECT 1.991 0.286 2.057 0.495 ;
    RECT 2.343 0.286 2.431 0.792 ;
    RECT 2.145 0.308 2.255 0.374 ;
    RECT 0.407 0.33 0.715 0.396 ;
    RECT 0.935 0.33 1.045 0.484 ;
    RECT 1.111 0.341 1.177 0.484 ;
    RECT 1.419 0.341 1.485 0.715 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.287 0.429 ;
    RECT 1.386 0.363 2.244 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.374 2.211 0.66 ;
    RECT 2.805 0.396 2.915 0.726 ;
    LAYER M2L ;
    RECT 1.221 0.429 1.287 0.495 ;
    LAYER M1L ;
    RECT 1.287 0.44 1.353 0.583 ;
    RECT 1.914 0.495 2.057 0.561 ;
    RECT 2.981 0.495 3.432 0.561 ;
    LAYER M2L ;
    RECT 1.221 0.495 2.046 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.981 0.561 3.047 0.902 ;
    RECT 0.792 0.583 1.353 0.649 ;
    RECT 1.573 0.616 1.683 0.847 ;
    LAYER M2L ;
    RECT 2.31 0.627 2.904 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.649 0.891 1.056 ;
    RECT 2.145 0.66 2.255 0.726 ;
    RECT 1.364 0.715 1.485 0.781 ;
    RECT 0.693 0.726 0.759 0.825 ;
    RECT 2.189 0.726 2.255 0.792 ;
    RECT 2.673 0.726 2.739 1.023 ;
    RECT 1.914 0.759 2.057 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 2.772 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.957 0.77 1.023 0.847 ;
    RECT 0.495 0.825 0.759 0.891 ;
    RECT 1.991 0.825 2.057 0.924 ;
    RECT 0.957 0.847 1.683 0.913 ;
    RECT 2.299 0.891 2.607 0.957 ;
    RECT 0.231 0.924 0.297 1.023 ;
    RECT 1.991 0.924 2.189 0.99 ;
    RECT 0.484 0.957 0.748 1.023 ;
    RECT 2.299 0.957 2.365 1.056 ;
    RECT 2.123 0.99 2.189 1.056 ;
    RECT 0.682 1.023 0.748 1.056 ;
    RECT 0.231 1.023 0.55 1.089 ;
    RECT 2.486 1.023 2.739 1.089 ;
  END
END LDL_FDPCBQ_HD_4
#
# 
MACRO LDL_FDPQB_1 FOREIGN C0A07BLDL_FDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.288 0.033 2.354 0.253 ;
      RECT 2.222 0.253 2.354 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.462 ;
      RECT 2.761 0.462 2.871 0.594 ;
      RECT 2.761 0.594 2.827 0.66 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.231 3.135 0.935 ;
      RECT 2.97 0.935 3.135 1.001 ;
      RECT 2.97 0.165 3.135 0.231 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.275 0.88 0.341 1.155 ;
      RECT 2.255 0.946 2.321 1.155 ;
      RECT 1.441 0.902 1.507 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.079 0.165 ;
    RECT 0.693 0.165 0.759 0.396 ;
    RECT 2.013 0.165 2.079 0.528 ;
    RECT 2.607 0.198 2.673 0.781 ;
    RECT 2.431 0.22 2.519 0.385 ;
    RECT 0.451 0.231 0.594 0.297 ;
    RECT 0.825 0.231 1.551 0.297 ;
    RECT 1.804 0.231 1.947 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 2.706 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.264 1.683 0.726 ;
    RECT 0.451 0.297 0.517 0.759 ;
    RECT 1.485 0.297 1.551 0.594 ;
    RECT 0.825 0.297 0.891 0.737 ;
    RECT 1.881 0.297 1.947 0.627 ;
    RECT 0.033 0.319 0.176 0.385 ;
    RECT 0.033 0.385 0.099 0.759 ;
    RECT 2.189 0.385 2.519 0.451 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 0.605 0.396 0.759 0.462 ;
    RECT 2.189 0.451 2.255 0.528 ;
    RECT 2.453 0.451 2.519 0.924 ;
    RECT 0.605 0.462 0.671 0.594 ;
    RECT 2.937 0.462 3.003 0.759 ;
    RECT 1.1 0.495 1.419 0.561 ;
    RECT 1.353 0.561 1.419 0.726 ;
    RECT 0.605 0.594 0.759 0.66 ;
    RECT 1.881 0.627 2.189 0.693 ;
    RECT 2.321 0.638 2.387 0.759 ;
    RECT 0.693 0.66 0.759 0.891 ;
    RECT 2.123 0.693 2.189 0.759 ;
    RECT 1.155 0.726 1.221 1.023 ;
    RECT 1.353 0.726 1.683 0.792 ;
    RECT 0.825 0.737 0.968 0.803 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.451 0.759 0.594 0.825 ;
    RECT 1.749 0.759 2.057 0.825 ;
    RECT 2.123 0.759 2.387 0.825 ;
    RECT 2.772 0.759 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 1.914 0.825 ;
    RECT 2.244 0.759 2.904 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.31 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.825 2.057 0.902 ;
    RECT 2.123 0.825 2.189 1.023 ;
    RECT 0.693 0.891 1.056 0.957 ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 1.859 0.946 1.925 1.023 ;
    RECT 0.748 1.023 1.221 1.089 ;
    RECT 1.859 1.023 2.189 1.089 ;
  END
END LDL_FDPQB_1
#
# 
MACRO LDL_FDPQB_2 FOREIGN C0A07BLDL_FDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.103 0.033 4.169 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.825 4.026 0.891 ;
      RECT 3.861 0.297 4.026 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.561 2.079 0.858 ;
      RECT 1.914 0.451 2.079 0.561 ;
      RECT 1.914 0.396 1.98 0.451 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.103 0.924 4.169 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.683 0.143 ;
    RECT 0.077 0.099 0.869 0.165 ;
    RECT 1.958 0.099 2.222 0.165 ;
    RECT 2.343 0.099 3.19 0.165 ;
    RECT 3.355 0.099 3.795 0.165 ;
    RECT 1.012 0.143 1.683 0.165 ;
    RECT 1.012 0.165 1.144 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 0.077 0.165 0.143 0.264 ;
    RECT 0.803 0.165 0.869 0.297 ;
    RECT 0.297 0.165 0.363 0.836 ;
    RECT 1.958 0.165 2.024 0.231 ;
    RECT 3.124 0.165 3.19 0.209 ;
    RECT 2.343 0.165 2.409 0.418 ;
    RECT 3.355 0.165 3.421 0.341 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 3.124 0.209 3.256 0.275 ;
    RECT 1.749 0.231 2.024 0.297 ;
    RECT 0.429 0.253 0.66 0.319 ;
    RECT 1.397 0.264 1.463 0.429 ;
    RECT 1.254 0.264 1.32 0.297 ;
    RECT 2.189 0.264 2.255 0.627 ;
    RECT 2.541 0.264 2.607 0.495 ;
    RECT 2.739 0.264 2.805 0.495 ;
    RECT 2.926 0.264 2.992 0.341 ;
    RECT 3.531 0.286 3.597 0.495 ;
    RECT 0.803 0.297 1.32 0.363 ;
    RECT 1.749 0.297 1.815 0.638 ;
    RECT 0.429 0.319 0.495 0.891 ;
    RECT 2.926 0.341 3.421 0.407 ;
    LAYER M2L ;
    RECT 2.508 0.363 3.828 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.429 1.507 0.495 ;
    RECT 1.617 0.462 1.683 0.792 ;
    RECT 0.561 0.495 0.627 0.594 ;
    RECT 1.441 0.495 1.507 0.924 ;
    RECT 2.486 0.495 2.607 0.561 ;
    RECT 2.739 0.495 2.981 0.561 ;
    RECT 3.256 0.495 3.597 0.561 ;
    RECT 2.915 0.561 2.981 0.759 ;
    RECT 3.531 0.561 3.597 0.748 ;
    RECT 1.133 0.572 1.287 0.638 ;
    RECT 2.189 0.627 2.794 0.693 ;
    LAYER M2L ;
    RECT 1.188 0.627 1.848 0.693 ;
    VIA 1.254 0.66 V1L2L ;
    VIA 1.782 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.638 1.287 0.924 ;
    RECT 1.749 0.638 1.892 0.726 ;
    RECT 2.189 0.693 2.255 1.023 ;
    RECT 2.343 0.759 2.981 0.825 ;
    RECT 1.001 0.77 1.067 0.891 ;
    RECT 1.617 0.792 1.947 0.858 ;
    RECT 2.343 0.825 2.409 0.99 ;
    RECT 0.077 0.836 0.363 0.902 ;
    RECT 1.881 0.858 1.947 1.023 ;
    RECT 0.429 0.891 1.067 0.957 ;
    RECT 2.926 0.891 3.3 0.957 ;
    RECT 2.519 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.891 2.442 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 0.99 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.902 0.143 0.99 ;
    RECT 0.297 0.902 0.363 1.023 ;
    RECT 1.617 0.924 1.749 0.99 ;
    RECT 2.739 0.957 2.805 1.023 ;
    RECT 2.519 0.957 2.585 1.034 ;
    RECT 1.617 0.99 1.683 1.023 ;
    RECT 0.297 1.023 1.683 1.089 ;
    RECT 1.881 1.023 2.255 1.089 ;
    RECT 2.739 1.023 3.795 1.089 ;
  END
END LDL_FDPQB_2
#
# 
MACRO LDL_FDPQB_3 FOREIGN C0A07BLDL_FDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 2.211 0.033 2.277 0.198 ;
      RECT 2.211 0.198 2.321 0.264 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.488 0.726 5.049 0.858 ;
      RECT 4.983 0.858 5.049 0.99 ;
      RECT 4.554 0.297 5.082 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.365 0.616 2.475 0.748 ;
      RECT 2.409 0.748 2.475 0.781 ;
      RECT 2.409 0.781 2.508 0.847 ;
      RECT 2.409 0.528 2.475 0.616 ;
      RECT 2.409 0.462 2.519 0.528 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 4.818 1.023 4.884 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 1.496 0.528 2.266 0.594 ;
    RECT 0 0.528 1.496 0.594 ;
    RECT 2.266 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 3.113 0.099 3.905 0.165 ;
    RECT 1.43 0.132 1.496 0.165 ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 2.937 0.132 3.003 0.627 ;
    RECT 2.431 0.154 2.497 0.33 ;
    RECT 1.43 0.165 2.134 0.231 ;
    RECT 3.839 0.165 3.905 0.264 ;
    RECT 3.113 0.165 3.179 0.33 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 0.583 0.264 1.133 0.33 ;
    RECT 3.311 0.264 3.399 0.528 ;
    RECT 3.509 0.264 3.575 0.495 ;
    RECT 3.663 0.264 3.751 0.363 ;
    RECT 4.191 0.286 4.257 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 1.067 0.33 1.133 0.759 ;
    RECT 0.583 0.33 0.649 0.792 ;
    RECT 1.672 0.33 1.738 0.363 ;
    RECT 1.815 0.33 1.881 0.528 ;
    RECT 1.98 0.33 2.112 0.594 ;
    RECT 2.2 0.33 2.684 0.396 ;
    RECT 1.254 0.363 1.738 0.429 ;
    RECT 3.663 0.363 3.861 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.386 0.429 ;
    RECT 1.98 0.363 3.036 0.429 ;
    RECT 3.3 0.363 3.828 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.366 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 1.023 ;
    RECT 2.618 0.396 2.684 0.451 ;
    RECT 2.2 0.396 2.266 0.693 ;
    RECT 3.795 0.429 3.861 1.023 ;
    RECT 2.618 0.451 2.838 0.517 ;
    RECT 0.77 0.495 0.946 0.561 ;
    RECT 3.509 0.495 3.729 0.561 ;
    RECT 3.96 0.495 4.257 0.561 ;
    RECT 4.323 0.495 4.73 0.561 ;
    RECT 1.397 0.528 1.463 0.759 ;
    RECT 1.551 0.528 1.881 0.594 ;
    RECT 0.88 0.561 0.946 0.891 ;
    RECT 3.663 0.561 3.729 0.759 ;
    RECT 4.191 0.561 4.257 0.748 ;
    RECT 4.323 0.561 4.389 1.023 ;
    RECT 1.551 0.594 1.617 0.891 ;
    RECT 2.607 0.627 3.564 0.693 ;
    RECT 1.716 0.693 2.266 0.759 ;
    RECT 2.607 0.693 2.673 0.924 ;
    RECT 1.067 0.759 1.463 0.825 ;
    RECT 2.167 0.759 2.233 0.957 ;
    RECT 2.772 0.759 3.729 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 2.904 0.825 ;
    VIA 1.386 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.825 3.179 0.891 ;
    RECT 1.892 0.858 1.958 0.891 ;
    RECT 0.231 0.858 0.297 1.023 ;
    RECT 0.88 0.891 1.958 0.957 ;
    RECT 3.113 0.891 3.256 0.957 ;
    RECT 2.035 0.924 2.101 1.023 ;
    RECT 2.937 0.924 3.003 1.023 ;
    RECT 3.465 0.924 3.531 1.023 ;
    RECT 2.167 0.957 2.321 1.023 ;
    RECT 0.231 1.023 2.101 1.089 ;
    RECT 2.937 1.023 4.389 1.089 ;
  END
END LDL_FDPQB_3
#
# 
MACRO LDL_FDPQB_4 FOREIGN C0A07BLDL_FDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.125 0.033 4.191 0.264 ;
      RECT 2.717 0.033 2.783 0.264 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.198 2.343 0.528 ;
      RECT 2.233 0.528 2.343 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.726 5.17 0.858 ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 4.664 0.297 5.17 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.906 1.023 4.972 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.893 0.924 2.959 1.155 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 5.269 0.924 5.335 1.155 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 1.441 0.528 1.958 0.638 ;
    RECT 0 0.528 1.441 0.638 ;
    RECT 1.958 0.528 5.412 0.638 ;
    RECT 0 0.638 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.375 0.099 2.013 0.165 ;
    RECT 3.223 0.099 4.015 0.165 ;
    RECT 1.375 0.165 1.441 0.264 ;
    RECT 1.947 0.165 2.013 0.264 ;
    RECT 3.223 0.165 3.289 0.22 ;
    RECT 3.949 0.165 4.015 0.264 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.519 0.198 2.585 0.374 ;
    RECT 2.937 0.198 3.003 0.627 ;
    RECT 3.135 0.22 3.289 0.286 ;
    RECT 1.551 0.264 1.617 0.363 ;
    RECT 1.727 0.264 1.793 0.517 ;
    RECT 3.443 0.264 3.509 0.363 ;
    RECT 3.619 0.264 3.685 0.759 ;
    RECT 3.795 0.264 3.861 0.957 ;
    RECT 4.301 0.286 4.367 0.495 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 0.594 0.297 1.078 0.363 ;
    RECT 0.429 0.363 0.495 0.924 ;
    RECT 0.594 0.363 0.66 0.759 ;
    RECT 1.188 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.178 0.429 ;
    RECT 3.179 0.363 3.509 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.32 0.429 ;
    RECT 2.046 0.363 3.036 0.429 ;
    RECT 3.366 0.363 3.894 0.429 ;
    VIA 0.462 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.374 2.871 0.44 ;
    RECT 1.947 0.429 2.013 0.55 ;
    RECT 2.805 0.44 2.871 0.506 ;
    RECT 2.519 0.44 2.585 0.66 ;
    RECT 4.07 0.495 4.367 0.561 ;
    RECT 4.433 0.495 4.752 0.561 ;
    RECT 0.77 0.517 1.793 0.583 ;
    RECT 3.465 0.528 3.531 0.627 ;
    RECT 4.301 0.561 4.367 0.748 ;
    RECT 4.433 0.561 4.499 0.957 ;
    RECT 1.573 0.583 1.639 1.023 ;
    RECT 2.717 0.627 3.531 0.693 ;
    RECT 1.705 0.66 2.585 0.726 ;
    RECT 2.717 0.693 2.783 0.902 ;
    RECT 1.705 0.726 1.771 0.792 ;
    RECT 2.321 0.726 2.387 0.924 ;
    RECT 0.594 0.759 1.408 0.825 ;
    RECT 3.168 0.759 3.685 0.825 ;
    LAYER M2L ;
    RECT 1.254 0.759 3.3 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.024 0.825 2.09 0.891 ;
    RECT 0.231 0.836 0.297 0.924 ;
    RECT 3.047 0.88 3.113 0.957 ;
    RECT 1.738 0.891 2.09 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.914 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.848 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.902 2.233 1.023 ;
    RECT 0.231 0.924 0.495 0.99 ;
    RECT 3.047 0.957 4.499 1.023 ;
    RECT 1.573 1.023 2.233 1.089 ;
  END
END LDL_FDPQB_4
#
# 
MACRO LDL_FDPQB_HD_1 FOREIGN C0A07BLDL_FDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.915 0.198 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.827 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.761 0.462 2.827 0.594 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDL_FDPQB_HD_1
#
# 
MACRO LDL_FDPQB_HD_2 FOREIGN C0A07BLDL_FDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.157 0.033 3.223 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.167 0.033 2.233 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.176 3.003 0.858 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.563 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.157 0.924 3.223 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.541 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.673 0.33 2.739 0.396 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.772 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.706 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.673 0.396 2.871 0.462 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.431 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.805 0.462 2.871 0.726 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.365 0.517 2.431 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.299 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.233 0.682 2.299 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDL_FDPQB_HD_2
#
# 
MACRO LDL_FDPQB_HD_3 FOREIGN C0A07BLDL_FDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.825 ;
      RECT 2.882 0.825 3.399 0.891 ;
      RECT 3.311 0.891 3.399 0.99 ;
      RECT 2.937 0.297 3.399 0.363 ;
      RECT 3.311 0.198 3.399 0.297 ;
      RECT 2.937 0.264 3.003 0.297 ;
      RECT 2.893 0.132 3.003 0.264 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.871 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.805 0.429 2.871 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.805 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDL_FDPQB_HD_3
#
# 
MACRO LDL_FDPQB_HD_4 FOREIGN C0A07BLDL_FDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 2.145 0.033 2.211 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.429 0.462 ;
      RECT 0.363 0.462 0.429 0.594 ;
      RECT 0.297 0.198 0.363 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.385 3.267 0.726 ;
      RECT 2.882 0.726 3.432 0.858 ;
      RECT 2.915 0.319 3.333 0.385 ;
      RECT 3.267 0.242 3.333 0.319 ;
      RECT 2.915 0.132 2.981 0.319 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.726 2.739 1.023 ;
      RECT 2.541 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.167 0.946 2.233 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 2.013 0.165 ;
    RECT 2.519 0.132 2.607 0.781 ;
    RECT 1.947 0.165 2.013 0.341 ;
    RECT 0.539 0.165 0.605 0.693 ;
    RECT 0.715 0.231 1.463 0.297 ;
    RECT 1.529 0.231 1.639 0.297 ;
    LAYER M2L ;
    RECT 1.914 0.231 2.64 0.297 ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.574 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.242 2.409 0.451 ;
    RECT 1.738 0.253 1.881 0.319 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.397 0.297 1.463 0.594 ;
    RECT 0.715 0.297 0.781 0.737 ;
    RECT 1.529 0.297 1.595 0.704 ;
    RECT 1.815 0.319 1.881 0.616 ;
    RECT 2.706 0.363 2.849 0.429 ;
    LAYER M2L ;
    RECT 1.782 0.363 2.838 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 2.772 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.396 1.727 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.783 0.429 2.849 0.495 ;
    RECT 0.891 0.44 0.957 0.605 ;
    RECT 2.046 0.451 2.409 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.122 0.473 1.309 0.539 ;
    RECT 2.783 0.495 3.102 0.561 ;
    RECT 2.343 0.517 2.409 1.056 ;
    RECT 1.243 0.539 1.309 0.704 ;
    RECT 0.891 0.605 1.177 0.671 ;
    RECT 1.815 0.616 2.277 0.682 ;
    RECT 1.111 0.671 1.177 0.847 ;
    RECT 2.211 0.682 2.277 0.748 ;
    RECT 2.035 0.682 2.101 1.023 ;
    RECT 0.165 0.693 0.649 0.759 ;
    RECT 1.243 0.704 1.595 0.77 ;
    RECT 0.715 0.737 0.88 0.803 ;
    RECT 1.661 0.759 1.969 0.825 ;
    RECT 0.583 0.759 0.649 0.891 ;
    RECT 1.661 0.825 1.727 0.847 ;
    RECT 0.033 0.825 0.517 0.891 ;
    RECT 1.903 0.825 1.969 0.902 ;
    RECT 1.111 0.847 1.727 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.451 0.891 0.517 1.023 ;
    RECT 0.583 0.891 0.99 0.957 ;
    RECT 1.111 0.913 1.177 1.023 ;
    RECT 1.738 0.979 1.87 1.023 ;
    RECT 0.451 1.023 1.177 1.089 ;
    RECT 1.738 1.023 2.101 1.045 ;
    RECT 1.804 1.045 2.101 1.089 ;
  END
END LDL_FDPQB_HD_4
#
# 
MACRO LDL_FDPQ_1 FOREIGN C0A07BLDL_FDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.464 0.033 2.53 0.253 ;
      RECT 2.398 0.253 2.53 0.319 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.264 3.267 0.858 ;
      RECT 3.157 0.858 3.267 0.99 ;
      RECT 3.157 0.99 3.223 1.056 ;
      RECT 3.157 0.132 3.267 0.264 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.385 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.726 3.003 1.023 ;
      RECT 2.805 1.023 3.003 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.431 0.946 2.497 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 0.297 0.88 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.11 0.099 2.266 0.165 ;
    RECT 1.617 0.165 1.683 0.33 ;
    RECT 0.671 0.165 0.737 0.891 ;
    RECT 2.783 0.198 2.871 0.781 ;
    RECT 0.803 0.231 1.375 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 2.904 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.242 2.695 0.385 ;
    RECT 2.002 0.253 2.255 0.319 ;
    RECT 1.441 0.264 1.507 0.495 ;
    RECT 1.793 0.264 1.859 0.693 ;
    RECT 0.495 0.286 0.561 0.748 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 0.803 0.297 0.869 0.737 ;
    RECT 2.189 0.319 2.255 0.627 ;
    RECT 0.033 0.341 0.176 0.407 ;
    RECT 2.321 0.385 2.695 0.451 ;
    RECT 3.069 0.385 3.135 0.726 ;
    RECT 1.925 0.396 1.991 0.495 ;
    RECT 0.033 0.407 0.099 0.891 ;
    RECT 2.321 0.451 2.387 0.528 ;
    RECT 2.629 0.451 2.695 0.924 ;
    RECT 1.133 0.462 1.199 0.77 ;
    RECT 1.441 0.495 1.694 0.561 ;
    RECT 1.925 0.495 2.057 0.561 ;
    RECT 2.497 0.55 2.563 0.627 ;
    RECT 1.441 0.561 1.507 0.77 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 2.189 0.627 2.563 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.168 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.738 0.693 1.892 0.759 ;
    RECT 2.299 0.693 2.365 1.023 ;
    RECT 0.803 0.737 0.946 0.803 ;
    RECT 0.451 0.748 0.561 0.814 ;
    RECT 1.991 0.759 2.233 0.825 ;
    RECT 1.133 0.77 1.507 0.836 ;
    RECT 1.617 0.825 2.057 0.891 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 0.033 0.891 0.198 0.957 ;
    RECT 0.671 0.891 1.056 0.957 ;
    RECT 0.462 0.891 0.594 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.891 0.594 0.957 ;
    VIA 0.528 0.924 V1L2L ;
    VIA 0.132 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.924 2.695 1.056 ;
    RECT 0.528 0.957 0.594 1.023 ;
    RECT 2.002 0.979 2.156 1.023 ;
    RECT 0.528 1.023 1.683 1.089 ;
    RECT 2.002 1.023 2.365 1.045 ;
    RECT 2.09 1.045 2.365 1.089 ;
  END
END LDL_FDPQ_1
#
# 
MACRO LDL_FDPQ_2 FOREIGN C0A07BLDL_FDPQ_2_R3 0 0 ;
##MACROVERSION "3.0 2008/10/08" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.264 3.795 0.825 ;
      RECT 3.729 0.825 3.894 0.891 ;
      RECT 3.729 0.198 3.861 0.264 ;
      RECT 3.795 0.132 3.861 0.198 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.858 ;
      RECT 3.465 0.462 3.575 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.971 0.924 4.037 1.155 ;
      RECT 3.597 0.924 3.663 1.155 ;
      RECT 3.003 0.946 3.069 1.155 ;
      RECT 1.639 0.858 1.705 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.088 0.099 0.671 0.165 ;
    RECT 2.222 0.099 2.673 0.165 ;
    RECT 3.201 0.132 3.267 0.297 ;
    RECT 1.441 0.154 1.507 0.275 ;
    RECT 0.605 0.165 0.671 0.198 ;
    RECT 0.781 0.165 1.166 0.231 ;
    RECT 2.156 0.165 2.288 0.231 ;
    RECT 2.607 0.165 2.673 0.605 ;
    RECT 2.739 0.176 2.805 0.506 ;
    RECT 0.605 0.198 0.715 0.33 ;
    RECT 3.333 0.198 3.399 0.297 ;
    RECT 1.1 0.231 1.166 0.418 ;
    RECT 0.781 0.231 0.847 0.781 ;
    RECT 2.376 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 3.432 0.297 ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.264 0.121 0.363 ;
    RECT 1.441 0.275 1.661 0.341 ;
    RECT 0.473 0.286 0.539 0.858 ;
    RECT 1.804 0.297 2.442 0.363 ;
    RECT 2.915 0.297 3.267 0.363 ;
    RECT 3.333 0.297 3.498 0.363 ;
    RECT 0.605 0.33 0.671 1.001 ;
    RECT 3.861 0.33 3.927 0.594 ;
    RECT 1.595 0.341 1.661 0.429 ;
    RECT 0.055 0.363 0.231 0.429 ;
    RECT 2.145 0.363 2.211 0.759 ;
    RECT 2.915 0.363 2.981 0.506 ;
    RECT 3.201 0.363 3.267 1.056 ;
    RECT 3.333 0.363 3.399 0.924 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.96 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.894 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.1 0.418 1.529 0.484 ;
    RECT 0.165 0.429 0.231 0.759 ;
    RECT 0.913 0.429 0.979 0.627 ;
    RECT 1.595 0.429 1.881 0.495 ;
    RECT 2.31 0.429 2.541 0.495 ;
    RECT 1.463 0.484 1.529 0.55 ;
    RECT 1.815 0.495 1.881 0.594 ;
    RECT 2.475 0.495 2.541 0.759 ;
    RECT 1.584 0.594 1.881 0.66 ;
    RECT 1.155 0.594 1.221 0.671 ;
    RECT 3.861 0.594 3.982 0.66 ;
    RECT 2.607 0.605 3.113 0.671 ;
    RECT 0.913 0.627 1.056 0.693 ;
    LAYER M2L ;
    RECT 0.132 0.627 2.574 0.693 ;
    VIA 2.508 0.66 V1L2L ;
    VIA 0.198 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.584 0.66 1.65 0.671 ;
    RECT 1.155 0.671 1.65 0.737 ;
    RECT 2.849 0.671 3.113 0.693 ;
    RECT 3.047 0.693 3.113 0.77 ;
    RECT 2.849 0.693 2.915 1.023 ;
    RECT 0.055 0.759 0.231 0.825 ;
    RECT 1.837 0.759 2.409 0.825 ;
    RECT 2.475 0.759 2.783 0.825 ;
    RECT 0.781 0.781 0.946 0.847 ;
    RECT 0.055 0.825 0.121 0.924 ;
    RECT 2.343 0.825 2.409 0.891 ;
    RECT 1.837 0.825 1.903 0.924 ;
    RECT 2.717 0.825 2.783 0.902 ;
    RECT 2.343 0.891 2.486 0.957 ;
    RECT 2.189 0.924 2.255 1.023 ;
    RECT 3.333 0.924 3.443 1.056 ;
    RECT 2.585 0.946 2.651 1.023 ;
    RECT 0.605 1.001 1.056 1.067 ;
    RECT 2.189 1.023 2.915 1.089 ;
  END
END LDL_FDPQ_2
#
# 
MACRO LDL_FDPQ_3 FOREIGN C0A07BLDL_FDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.431 0.033 2.497 0.198 ;
      RECT 2.431 0.198 2.541 0.264 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.748 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.159 0.759 5.247 0.858 ;
      RECT 4.785 0.693 5.247 0.759 ;
      RECT 4.785 0.759 4.873 0.858 ;
      RECT 5.181 0.363 5.247 0.693 ;
      RECT 4.774 0.297 5.247 0.363 ;
      RECT 5.159 0.198 5.247 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.858 5.049 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.506 ;
    RECT 0 0.506 1.76 0.528 ;
    RECT 2.486 0.506 5.28 0.528 ;
    RECT 1.76 0.506 2.486 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.099 2.343 0.165 ;
    RECT 3.333 0.099 4.125 0.165 ;
    RECT 2.651 0.154 2.717 0.33 ;
    RECT 1.727 0.165 1.793 0.264 ;
    RECT 2.277 0.165 2.343 0.264 ;
    RECT 3.058 0.165 3.201 0.231 ;
    RECT 4.059 0.165 4.125 0.264 ;
    RECT 3.333 0.165 3.399 0.286 ;
    RECT 0.231 0.22 0.297 0.308 ;
    RECT 3.135 0.231 3.201 0.627 ;
    RECT 0.979 0.264 1.045 0.319 ;
    RECT 1.331 0.264 1.397 0.495 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.057 0.264 2.123 0.495 ;
    RECT 3.553 0.264 3.619 0.363 ;
    RECT 3.729 0.264 3.795 0.495 ;
    RECT 3.883 0.264 3.971 0.363 ;
    RECT 4.411 0.286 4.477 0.495 ;
    RECT 0.231 0.308 0.495 0.374 ;
    RECT 0.561 0.319 1.045 0.407 ;
    RECT 2.189 0.33 2.277 0.506 ;
    RECT 2.409 0.33 2.904 0.396 ;
    RECT 1.518 0.363 1.947 0.429 ;
    RECT 3.432 0.363 3.619 0.451 ;
    RECT 3.883 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.363 1.65 0.429 ;
    RECT 2.178 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.026 0.429 ;
    VIA 1.584 0.396 V1L2L ;
    VIA 2.244 0.396 V1L2L ;
    VIA 3.96 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.374 0.495 0.847 ;
    RECT 2.838 0.396 2.904 0.451 ;
    RECT 2.409 0.396 2.475 0.649 ;
    RECT 0.561 0.407 0.627 0.693 ;
    RECT 4.015 0.429 4.081 1.023 ;
    RECT 2.838 0.451 3.036 0.517 ;
    RECT 0.836 0.495 1.694 0.561 ;
    RECT 1.793 0.495 2.123 0.561 ;
    RECT 3.729 0.495 3.949 0.561 ;
    RECT 4.18 0.495 4.477 0.561 ;
    RECT 4.587 0.495 4.983 0.561 ;
    RECT 2.189 0.506 2.31 0.572 ;
    RECT 1.287 0.561 1.353 0.891 ;
    RECT 1.793 0.561 1.859 0.638 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 4.411 0.561 4.477 0.748 ;
    RECT 4.587 0.561 4.653 1.023 ;
    RECT 2.827 0.627 3.784 0.693 ;
    RECT 1.419 0.638 1.859 0.704 ;
    RECT 1.958 0.649 2.475 0.715 ;
    RECT 0.561 0.693 1.221 0.759 ;
    RECT 2.827 0.693 2.893 0.924 ;
    RECT 1.419 0.704 1.485 0.77 ;
    RECT 1.793 0.704 1.859 0.792 ;
    RECT 2.409 0.715 2.475 0.836 ;
    RECT 1.155 0.759 1.221 0.858 ;
    RECT 3.036 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.168 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.792 2.167 0.858 ;
    RECT 0.231 0.792 0.297 0.891 ;
    RECT 3.333 0.825 3.399 0.891 ;
    RECT 2.277 0.836 2.343 1.023 ;
    RECT 2.409 0.836 2.519 0.968 ;
    RECT 0.429 0.847 1.067 0.891 ;
    RECT 2.101 0.858 2.167 0.924 ;
    RECT 1.287 0.891 1.43 0.957 ;
    RECT 0.231 0.891 1.067 0.913 ;
    RECT 3.333 0.891 3.498 0.957 ;
    RECT 0.231 0.913 0.495 0.957 ;
    RECT 1.001 0.913 1.067 1.023 ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 3.685 0.924 3.751 1.023 ;
    RECT 1.001 1.023 2.343 1.089 ;
    RECT 3.157 1.023 4.653 1.089 ;
  END
END LDL_FDPQ_3
#
# 
MACRO LDL_FDPQ_4 FOREIGN C0A07BLDL_FDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.939 0.033 5.005 0.242 ;
      RECT 4.125 0.033 4.191 0.352 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.145 0.033 2.211 0.264 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.738 0.165 1.87 0.231 ;
      RECT 0.847 0.033 0.913 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.858 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.429 5.115 0.726 ;
      RECT 4.807 0.726 5.28 0.858 ;
      RECT 4.807 0.858 4.873 0.957 ;
      RECT 4.719 0.957 4.873 1.023 ;
      RECT 4.785 0.363 5.115 0.429 ;
      RECT 5.049 0.297 5.214 0.363 ;
      RECT 4.785 0.231 4.873 0.363 ;
      RECT 4.73 0.165 4.873 0.231 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 2.519 0.902 2.585 1.155 ;
      RECT 5.291 0.924 5.357 1.155 ;
      RECT 4.939 0.99 5.005 1.155 ;
      RECT 4.939 0.924 5.049 0.99 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 3.674 0.528 4.246 0.572 ;
    RECT 0 0.528 3.674 0.572 ;
    RECT 4.246 0.528 5.412 0.572 ;
    RECT 0 0.572 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.287 0.132 1.639 0.198 ;
    RECT 2.343 0.132 2.409 0.363 ;
    RECT 2.739 0.132 2.805 0.363 ;
    RECT 3.091 0.132 3.509 0.198 ;
    RECT 3.597 0.165 3.663 0.495 ;
    RECT 0.638 0.187 0.781 0.253 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 1.573 0.198 1.639 0.297 ;
    RECT 1.287 0.198 1.353 0.759 ;
    RECT 1.947 0.198 2.013 0.495 ;
    RECT 2.937 0.198 3.003 0.418 ;
    RECT 3.091 0.198 3.157 0.264 ;
    RECT 3.443 0.198 3.509 0.957 ;
    RECT 4.367 0.231 4.433 0.33 ;
    RECT 1.001 0.242 1.067 0.308 ;
    RECT 0.715 0.253 0.781 0.495 ;
    RECT 0.297 0.264 0.363 0.66 ;
    RECT 3.234 0.275 3.377 0.341 ;
    RECT 1.573 0.297 1.881 0.363 ;
    RECT 0.968 0.308 1.067 0.374 ;
    RECT 0.165 0.33 0.231 0.528 ;
    RECT 1.155 0.33 1.221 0.462 ;
    RECT 1.441 0.33 1.507 0.627 ;
    RECT 4.257 0.33 4.433 0.396 ;
    RECT 3.311 0.341 3.377 0.825 ;
    RECT 1.815 0.363 1.881 0.594 ;
    RECT 2.343 0.363 2.805 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.356 0.429 ;
    VIA 1.188 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.29 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.968 0.374 1.034 0.495 ;
    RECT 3.773 0.385 3.982 0.451 ;
    RECT 4.257 0.396 4.323 0.66 ;
    RECT 2.937 0.418 3.047 0.484 ;
    RECT 3.146 0.418 3.245 0.484 ;
    RECT 2.739 0.429 2.805 0.737 ;
    RECT 3.773 0.451 3.839 0.737 ;
    RECT 1.111 0.462 1.221 0.594 ;
    RECT 2.981 0.484 3.047 0.55 ;
    RECT 3.179 0.484 3.245 0.594 ;
    RECT 0.715 0.495 1.034 0.561 ;
    RECT 1.606 0.495 1.749 0.561 ;
    RECT 1.947 0.495 2.574 0.561 ;
    RECT 4.675 0.495 4.95 0.561 ;
    RECT 0.099 0.528 0.231 0.594 ;
    RECT 0.968 0.561 1.034 0.726 ;
    RECT 0.715 0.561 0.781 0.825 ;
    RECT 1.683 0.561 1.749 0.693 ;
    RECT 1.947 0.561 2.013 0.693 ;
    RECT 4.675 0.561 4.741 0.825 ;
    RECT 0.099 0.594 0.165 0.671 ;
    RECT 1.155 0.594 1.221 0.891 ;
    RECT 3.135 0.594 3.245 0.66 ;
    RECT 3.597 0.594 3.663 0.924 ;
    RECT 1.441 0.627 1.584 0.693 ;
    RECT 2.101 0.627 2.244 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 3.696 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.66 0.363 0.726 ;
    RECT 3.135 0.66 3.201 0.726 ;
    RECT 4.257 0.66 4.433 0.726 ;
    RECT 1.683 0.693 2.013 0.759 ;
    RECT 2.101 0.693 2.167 0.924 ;
    RECT 0.231 0.726 0.297 0.858 ;
    RECT 0.968 0.726 1.067 0.792 ;
    RECT 4.367 0.726 4.433 0.792 ;
    RECT 2.31 0.737 2.805 0.803 ;
    RECT 3.773 0.737 3.982 0.803 ;
    RECT 1.287 0.759 1.452 0.825 ;
    RECT 1.947 0.759 2.013 0.836 ;
    RECT 1.001 0.792 1.067 0.858 ;
    RECT 2.739 0.803 2.805 0.825 ;
    RECT 0.594 0.825 0.781 0.891 ;
    RECT 2.739 0.825 3.377 0.891 ;
    RECT 4.521 0.825 4.741 0.891 ;
    RECT 1.155 0.891 1.562 0.957 ;
    RECT 4.521 0.891 4.587 1.023 ;
    RECT 3.971 0.902 4.037 1.023 ;
    RECT 3.058 0.957 3.509 1.023 ;
    RECT 3.443 1.023 4.587 1.089 ;
  END
END LDL_FDPQ_4
#
# 
MACRO LDL_FDPQ_HD_1 FOREIGN C0A07BLDL_FDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.033 2.706 0.165 ;
      RECT 2.574 0.165 2.706 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.013 0.033 2.079 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.783 0.198 2.871 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.726 2.607 1.023 ;
      RECT 2.409 1.023 2.607 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.517 0.099 1.881 0.165 ;
    RECT 2.387 0.132 2.475 0.781 ;
    RECT 1.815 0.165 1.881 0.341 ;
    RECT 0.517 0.165 0.583 0.693 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    LAYER M2L ;
    RECT 1.782 0.231 2.508 0.297 ;
    VIA 1.848 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.242 2.277 0.451 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.616 ;
    RECT 2.541 0.33 2.607 0.396 ;
    LAYER M2L ;
    RECT 2.178 0.363 2.64 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 2.541 0.396 2.695 0.462 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 1.892 0.451 2.277 0.517 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.629 0.462 2.695 0.594 ;
    RECT 2.211 0.517 2.277 0.924 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.617 0.616 2.123 0.682 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 2.057 0.682 2.123 0.748 ;
    RECT 1.881 0.682 1.947 1.023 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDPQ_HD_1
#
# 
MACRO LDL_FDPQ_HD_2 FOREIGN C0A07BLDL_FDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.97 0.033 3.036 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.198 2.871 0.748 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 2.475 0.165 ;
    RECT 0.561 0.165 0.627 0.462 ;
    RECT 2.409 0.165 2.475 0.748 ;
    RECT 0.693 0.231 1.287 0.297 ;
    RECT 1.353 0.231 1.463 0.297 ;
    RECT 1.573 0.231 1.683 0.297 ;
    RECT 1.859 0.231 2.277 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 1.221 0.297 1.287 0.528 ;
    RECT 0.693 0.297 0.759 0.737 ;
    RECT 1.353 0.297 1.419 0.627 ;
    RECT 1.617 0.297 1.683 0.627 ;
    RECT 1.859 0.297 1.925 0.528 ;
    RECT 2.211 0.297 2.277 0.847 ;
    RECT 2.937 0.33 3.003 0.847 ;
    RECT 1.045 0.396 1.155 0.528 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.869 0.44 0.935 0.605 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 1.089 0.528 1.155 0.627 ;
    RECT 2.079 0.528 2.145 0.627 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 0.869 0.605 1.023 0.671 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 1.617 0.627 2.145 0.693 ;
    RECT 0.957 0.671 1.023 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 0.693 0.737 0.858 0.803 ;
    RECT 0.957 0.759 1.155 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.089 0.825 1.155 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.211 0.847 3.003 0.913 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDPQ_HD_2
#
# 
MACRO LDL_FDPQ_HD_3 FOREIGN C0A07BLDL_FDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.033 3.102 0.165 ;
      RECT 2.97 0.165 3.102 0.231 ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.607 0.033 2.673 0.264 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.693 ;
      RECT 2.805 0.693 3.267 0.759 ;
      RECT 3.179 0.759 3.267 0.858 ;
      RECT 2.805 0.759 2.893 0.858 ;
      RECT 2.794 0.297 3.267 0.363 ;
      RECT 3.179 0.132 3.267 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.858 3.069 1.155 ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.409 0.198 2.475 0.792 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.343 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.277 0.363 2.343 0.759 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.145 0.462 2.211 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.673 0.495 3.102 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.673 0.561 2.739 0.891 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.211 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 2.178 0.759 2.343 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.277 0.825 2.343 0.891 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.277 0.891 2.739 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDPQ_HD_3
#
# 
MACRO LDL_FDPQ_HD_4 FOREIGN C0A07BLDL_FDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 2.926 0.165 3.08 0.231 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.057 0.033 2.123 0.165 ;
      RECT 1.98 0.165 2.123 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.726 ;
      RECT 2.816 0.726 3.3 0.858 ;
      RECT 2.816 0.858 2.882 0.979 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 2.75 0.297 3.234 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.959 0.99 3.025 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.013 0.946 2.079 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.311 0.99 3.377 1.155 ;
      RECT 3.267 0.924 3.377 0.99 ;
      RECT 2.959 0.924 3.069 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.627 ;
    RECT 0.561 0.198 0.627 0.462 ;
    RECT 1.353 0.198 1.419 0.627 ;
    RECT 1.749 0.198 1.815 0.528 ;
    RECT 2.365 0.198 2.475 0.748 ;
    RECT 2.211 0.198 2.299 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 2.508 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    VIA 0.594 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.693 0.264 0.759 0.297 ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.297 1.287 0.363 ;
    RECT 1.925 0.297 2.299 0.363 ;
    RECT 1.221 0.363 1.287 0.528 ;
    RECT 0.693 0.363 0.759 0.759 ;
    RECT 1.925 0.363 1.991 0.528 ;
    RECT 2.233 0.363 2.299 0.957 ;
    RECT 1.485 0.396 1.551 0.759 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 0.825 0.429 0.935 0.495 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.101 0.462 2.167 0.627 ;
    RECT 1.012 0.495 1.155 0.561 ;
    RECT 0.825 0.495 0.891 0.627 ;
    RECT 2.684 0.495 2.97 0.561 ;
    RECT 1.089 0.561 1.155 0.627 ;
    RECT 2.684 0.561 2.75 0.847 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.089 0.627 1.419 0.693 ;
    RECT 0.825 0.627 1.023 0.693 ;
    RECT 1.617 0.627 2.167 0.693 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 1.353 0.693 1.419 0.836 ;
    RECT 0.957 0.693 1.023 0.759 ;
    RECT 1.881 0.693 1.947 1.023 ;
    RECT 2.409 0.748 2.475 0.847 ;
    RECT 0.561 0.759 0.627 0.891 ;
    RECT 0.693 0.759 0.858 0.825 ;
    RECT 0.957 0.759 1.221 0.825 ;
    RECT 1.485 0.759 1.815 0.825 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.749 0.825 1.815 0.902 ;
    RECT 1.155 0.825 1.221 1.023 ;
    RECT 1.485 0.825 1.551 1.023 ;
    RECT 2.585 0.847 2.75 0.913 ;
    RECT 0.561 0.891 0.968 0.957 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 1.023 ;
    RECT 2.585 0.913 2.651 0.957 ;
    RECT 1.617 0.946 1.683 1.023 ;
    RECT 2.178 0.957 2.651 1.023 ;
    RECT 0.429 1.023 1.551 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
  END
END LDL_FDPQ_HD_4
#
# 
MACRO LDL_FDPRBQ_1 FOREIGN C0A07BLDL_FDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.323 0.033 4.389 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.231 3.839 0.297 ;
      RECT 3.729 0.297 3.839 0.594 ;
      RECT 1.903 0.297 1.969 0.473 ;
      RECT 1.903 0.473 2.002 0.539 ;
      RECT 1.903 0.231 2.046 0.297 ;
      RECT 0.429 0.165 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.231 3.696 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
      VIA 3.63 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.66 ;
      RECT 0.528 0.66 0.671 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 4.081 0.781 4.587 0.847 ;
      RECT 4.499 0.847 4.587 1.034 ;
      RECT 4.081 0.847 4.147 0.946 ;
      RECT 4.499 0.198 4.587 0.781 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.751 0.858 3.817 1.155 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 4.246 0.979 4.312 1.155 ;
      RECT 4.246 0.913 4.378 0.979 ;
      RECT 0.055 0.858 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.695 0.528 3.344 0.638 ;
    RECT 0 0.528 2.695 0.638 ;
    RECT 3.344 0.528 4.62 0.638 ;
    RECT 0 0.638 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 2.882 0.165 ;
    RECT 3.058 0.099 4.235 0.165 ;
    RECT 0.561 0.132 0.869 0.198 ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.957 0.165 1.023 0.902 ;
    RECT 3.058 0.165 3.124 0.275 ;
    RECT 3.377 0.165 3.443 0.616 ;
    RECT 4.169 0.165 4.235 0.649 ;
    RECT 0.561 0.198 0.627 0.286 ;
    RECT 0.803 0.198 0.869 0.528 ;
    RECT 1.287 0.231 1.837 0.297 ;
    RECT 1.089 0.264 1.199 0.55 ;
    RECT 2.992 0.275 3.124 0.341 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.771 0.297 1.837 0.605 ;
    RECT 1.287 0.297 1.397 0.77 ;
    RECT 2.486 0.297 2.871 0.363 ;
    RECT 2.123 0.308 2.189 0.429 ;
    RECT 4.037 0.308 4.103 0.649 ;
    RECT 0.297 0.363 0.363 0.847 ;
    RECT 1.507 0.363 1.65 0.429 ;
    RECT 2.805 0.363 2.871 0.407 ;
    RECT 2.519 0.363 2.585 0.924 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.65 0.429 ;
    VIA 1.122 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.407 3.311 0.473 ;
    RECT 3.509 0.418 3.575 0.484 ;
    RECT 1.507 0.429 1.573 0.77 ;
    RECT 2.123 0.429 2.453 0.495 ;
    RECT 3.245 0.473 3.311 0.759 ;
    RECT 3.509 0.484 3.663 0.55 ;
    RECT 2.387 0.495 2.453 0.759 ;
    RECT 0.759 0.528 0.869 0.594 ;
    RECT 3.597 0.55 3.663 0.693 ;
    RECT 0.759 0.594 0.825 0.803 ;
    RECT 1.639 0.594 1.705 0.759 ;
    RECT 1.771 0.605 2.288 0.671 ;
    RECT 2.673 0.605 3.146 0.671 ;
    RECT 3.377 0.616 3.509 0.682 ;
    RECT 3.927 0.649 4.103 0.693 ;
    RECT 4.169 0.649 4.312 0.715 ;
    RECT 1.98 0.671 2.046 0.957 ;
    RECT 2.673 0.671 2.739 0.99 ;
    RECT 3.443 0.682 3.509 0.891 ;
    RECT 3.597 0.693 4.103 0.715 ;
    RECT 1.111 0.704 1.177 1.023 ;
    RECT 3.597 0.715 3.993 0.759 ;
    RECT 1.639 0.759 1.848 0.825 ;
    RECT 2.123 0.759 2.453 0.825 ;
    RECT 3.168 0.759 3.311 0.825 ;
    RECT 3.927 0.759 3.993 0.968 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.31 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.528 0.803 0.825 0.869 ;
    RECT 2.123 0.825 2.189 1.056 ;
    RECT 0.231 0.847 0.363 0.913 ;
    RECT 3.575 0.858 3.641 1.023 ;
    RECT 0.759 0.869 0.825 0.99 ;
    RECT 2.992 0.891 3.509 0.957 ;
    LAYER M2L ;
    RECT 0.726 0.891 2.772 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.913 0.297 0.99 ;
    RECT 1.551 0.924 1.617 1.023 ;
    RECT 2.805 0.946 2.871 1.023 ;
    RECT 1.892 0.957 2.046 1.023 ;
    RECT 1.111 1.023 1.617 1.089 ;
    RECT 2.805 1.023 3.641 1.089 ;
  END
END LDL_FDPRBQ_1
#
# 
MACRO LDL_FDPRBQ_2 FOREIGN C0A07BLDL_FDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.231 4.587 0.297 ;
      RECT 4.521 0.297 4.587 0.528 ;
      RECT 4.521 0.528 4.62 0.594 ;
      RECT 2.101 0.297 2.211 0.594 ;
      RECT 2.101 0.231 2.244 0.297 ;
      RECT 0.429 0.198 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.231 4.488 0.297 ;
      VIA 0.462 0.264 V1L2L ;
      VIA 2.178 0.264 V1L2L ;
      VIA 4.422 0.264 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.649 0.462 0.759 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.66 ;
      RECT 5.247 0.66 5.379 0.726 ;
      RECT 5.247 0.726 5.313 0.858 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.198 5.313 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.071 0.726 5.137 1.155 ;
      RECT 4.697 0.858 4.763 1.155 ;
      RECT 3.124 1.001 3.19 1.155 ;
      RECT 3.058 0.935 3.19 1.001 ;
      RECT 2.706 1.001 2.772 1.155 ;
      RECT 2.706 0.935 2.838 1.001 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.267 0.528 4.246 0.638 ;
    RECT 0 0.528 3.267 0.638 ;
    RECT 4.246 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.979 0.099 3.63 0.165 ;
    RECT 4.147 0.099 4.983 0.165 ;
    RECT 0.561 0.132 0.649 0.297 ;
    RECT 0.077 0.154 0.143 0.297 ;
    RECT 0.979 0.165 1.045 0.792 ;
    RECT 4.147 0.165 4.213 0.253 ;
    RECT 4.917 0.165 4.983 0.495 ;
    RECT 3.41 0.253 4.213 0.319 ;
    RECT 1.133 0.264 1.221 0.726 ;
    RECT 2.365 0.264 2.431 0.33 ;
    RECT 4.719 0.286 4.785 0.671 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 1.32 0.297 2.035 0.363 ;
    RECT 0.561 0.297 0.891 0.363 ;
    RECT 2.882 0.297 3.014 0.363 ;
    RECT 3.344 0.319 3.476 0.385 ;
    RECT 4.147 0.319 4.213 0.891 ;
    RECT 2.365 0.33 2.662 0.396 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 1.969 0.363 2.035 0.737 ;
    RECT 1.353 0.363 1.419 0.792 ;
    RECT 0.825 0.363 0.891 1.023 ;
    RECT 2.882 0.363 2.948 0.451 ;
    RECT 3.762 0.385 4.081 0.451 ;
    RECT 2.596 0.396 2.662 0.495 ;
    RECT 4.279 0.418 4.345 0.671 ;
    RECT 2.882 0.451 3.828 0.517 ;
    RECT 4.015 0.451 4.081 0.759 ;
    RECT 2.299 0.462 2.365 0.737 ;
    RECT 1.529 0.495 1.617 0.792 ;
    RECT 2.431 0.495 2.739 0.561 ;
    RECT 4.917 0.495 5.214 0.561 ;
    RECT 1.837 0.506 1.903 0.891 ;
    RECT 2.882 0.517 2.948 0.649 ;
    RECT 2.431 0.561 2.497 0.891 ;
    RECT 3.113 0.605 3.916 0.671 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.65 0.693 ;
    VIA 1.188 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.563 0.638 2.816 0.704 ;
    RECT 2.882 0.649 3.014 0.715 ;
    RECT 3.113 0.671 3.179 0.803 ;
    RECT 4.279 0.671 4.961 0.737 ;
    RECT 1.705 0.704 1.771 0.891 ;
    RECT 2.75 0.704 2.816 0.803 ;
    RECT 2.563 0.704 2.629 1.023 ;
    RECT 0.484 0.715 0.627 0.781 ;
    RECT 1.969 0.737 2.365 0.803 ;
    RECT 4.895 0.737 4.961 0.968 ;
    RECT 3.762 0.759 4.081 0.825 ;
    RECT 3.344 0.759 3.476 0.825 ;
    RECT 0.561 0.781 0.627 1.023 ;
    RECT 3.597 0.792 3.663 0.891 ;
    RECT 2.75 0.803 3.179 0.869 ;
    RECT 3.41 0.825 3.476 1.023 ;
    RECT 1.1 0.847 1.232 0.891 ;
    RECT 4.367 0.858 4.433 1.023 ;
    RECT 1.1 0.891 1.771 0.913 ;
    RECT 1.837 0.891 2.497 0.957 ;
    RECT 3.597 0.891 4.213 0.957 ;
    RECT 1.166 0.913 1.771 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 0.561 1.023 2.629 1.089 ;
    RECT 3.41 1.023 4.433 1.089 ;
  END
END LDL_FDPRBQ_2
#
# 
MACRO LDL_FDPRBQ_3 FOREIGN C0A07BLDL_FDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.775 0.033 5.841 0.308 ;
      RECT 5.049 0.033 5.115 0.418 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.221 0.033 1.287 0.242 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.462 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.198 4.719 0.495 ;
      RECT 4.653 0.495 4.994 0.561 ;
      RECT 2.607 0.264 2.673 0.638 ;
      RECT 0.627 0.33 0.693 0.726 ;
      LAYER M2L ;
      RECT 0.594 0.363 4.752 0.429 ;
      VIA 0.66 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.473 5.907 0.715 ;
      RECT 5.599 0.715 6.039 0.781 ;
      RECT 5.951 0.781 6.039 0.858 ;
      RECT 5.599 0.781 5.665 0.88 ;
      RECT 5.599 0.407 6.039 0.473 ;
      RECT 5.951 0.198 6.039 0.407 ;
      RECT 5.599 0.198 5.665 0.407 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.775 0.88 5.841 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 0.957 0.858 1.023 1.155 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0.44 0.528 1.023 0.605 ;
    RECT 0 0.528 0.44 0.605 ;
    RECT 1.023 0.528 6.072 0.605 ;
    RECT 0 0.605 6.072 1.221 ;
    LAYER M1L ;
    RECT 1.397 0.099 3.201 0.165 ;
    RECT 3.74 0.099 3.927 0.165 ;
    RECT 0.077 0.11 0.517 0.176 ;
    RECT 4.081 0.121 4.543 0.187 ;
    RECT 3.135 0.165 3.201 0.33 ;
    RECT 1.397 0.165 1.463 0.792 ;
    RECT 3.861 0.165 3.927 0.374 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.451 0.176 0.517 0.264 ;
    RECT 4.081 0.187 4.147 0.374 ;
    RECT 4.477 0.187 4.543 0.627 ;
    RECT 0.957 0.198 1.023 0.33 ;
    RECT 1.815 0.231 2.497 0.297 ;
    LAYER M2L ;
    RECT 3.102 0.231 3.96 0.297 ;
    VIA 3.168 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.22 0.253 0.363 0.319 ;
    RECT 1.573 0.264 1.639 0.627 ;
    RECT 1.815 0.297 1.881 0.363 ;
    RECT 2.431 0.297 2.497 0.737 ;
    RECT 3.3 0.297 3.795 0.363 ;
    RECT 2.937 0.308 3.003 0.495 ;
    RECT 4.257 0.308 4.323 0.473 ;
    RECT 0.297 0.319 0.363 0.627 ;
    RECT 5.214 0.319 5.533 0.385 ;
    RECT 0.759 0.33 1.023 0.396 ;
    RECT 1.815 0.363 1.914 0.429 ;
    RECT 3.729 0.363 3.795 0.473 ;
    RECT 5.467 0.385 5.533 0.891 ;
    RECT 0.759 0.396 0.825 0.693 ;
    RECT 1.848 0.429 1.914 0.759 ;
    RECT 1.991 0.462 2.079 0.792 ;
    RECT 2.783 0.462 2.849 0.55 ;
    RECT 3.729 0.473 4.367 0.539 ;
    RECT 2.937 0.495 3.564 0.561 ;
    RECT 5.115 0.495 5.401 0.561 ;
    RECT 2.222 0.539 2.365 0.605 ;
    RECT 3.729 0.539 3.795 0.693 ;
    RECT 4.301 0.539 4.367 0.759 ;
    RECT 2.739 0.55 2.849 0.616 ;
    RECT 2.937 0.561 3.003 0.891 ;
    RECT 5.335 0.561 5.401 0.616 ;
    RECT 5.115 0.561 5.181 0.627 ;
    RECT 2.299 0.605 2.365 0.891 ;
    RECT 3.861 0.605 4.202 0.693 ;
    RECT 2.739 0.616 2.805 0.737 ;
    RECT 0.297 0.627 0.528 0.693 ;
    RECT 1.573 0.627 1.716 0.693 ;
    RECT 1.089 0.627 1.232 0.693 ;
    RECT 4.477 0.627 5.181 0.693 ;
    LAYER M2L ;
    RECT 0.396 0.627 2.112 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 0.363 0.957 ;
    RECT 0.759 0.693 1.155 0.759 ;
    RECT 3.861 0.693 3.927 0.825 ;
    RECT 3.3 0.693 3.795 0.759 ;
    RECT 4.477 0.693 4.565 0.891 ;
    RECT 2.167 0.704 2.233 0.891 ;
    RECT 2.431 0.737 2.805 0.803 ;
    RECT 1.782 0.759 1.914 0.825 ;
    RECT 0.759 0.759 0.825 0.99 ;
    RECT 1.089 0.759 1.155 1.023 ;
    RECT 4.224 0.759 4.367 0.825 ;
    RECT 4.686 0.759 5.247 0.825 ;
    RECT 1.221 0.792 1.463 0.858 ;
    RECT 3.311 0.825 3.927 0.891 ;
    RECT 5.181 0.825 5.247 0.891 ;
    RECT 1.221 0.858 1.287 0.924 ;
    RECT 1.562 0.891 2.233 0.957 ;
    RECT 2.299 0.891 3.003 0.957 ;
    RECT 3.311 0.891 3.377 1.023 ;
    RECT 5.181 0.891 5.533 0.957 ;
    RECT 4.048 0.891 4.565 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
    RECT 3.828 0.957 3.96 1.023 ;
    RECT 4.774 0.957 4.906 1.023 ;
    RECT 1.089 1.023 3.377 1.089 ;
    RECT 3.894 1.023 4.84 1.089 ;
  END
END LDL_FDPRBQ_3
#
# 
MACRO LDL_FDPRBQ_4 FOREIGN C0A07BLDL_FDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.215 0.033 6.281 0.264 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.511 0.033 5.577 0.308 ;
      RECT 5.137 0.033 5.203 0.352 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 2.629 0.033 2.695 0.352 ;
      RECT 1.155 0.033 1.221 0.275 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.33 4.719 0.451 ;
      RECT 4.653 0.451 5.082 0.517 ;
      RECT 2.409 0.187 2.475 0.616 ;
      RECT 0.561 0.176 0.627 0.396 ;
      RECT 0.495 0.396 0.627 0.462 ;
      RECT 0.495 0.462 0.561 0.726 ;
      LAYER M2L ;
      RECT 0.528 0.231 2.046 0.297 ;
      RECT 1.98 0.297 2.046 0.363 ;
      RECT 1.98 0.363 4.752 0.429 ;
      VIA 0.594 0.264 V1L2L ;
      VIA 2.442 0.396 V1L2L ;
      VIA 4.686 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.627 ;
      RECT 0.627 0.627 0.891 0.693 ;
      RECT 0.627 0.693 0.693 0.792 ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.858 0.627 0.99 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.385 6.171 0.726 ;
      RECT 5.654 0.726 6.204 0.858 ;
      RECT 5.654 0.858 5.72 0.913 ;
      RECT 5.654 0.319 6.171 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 6.215 0.924 6.281 1.155 ;
      RECT 2.629 0.902 2.695 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0.418 0.528 4.774 0.55 ;
    RECT 0.418 0.55 2.86 0.594 ;
    RECT 3.949 0.55 4.774 0.594 ;
    RECT 0.418 0.594 1.54 0.66 ;
    RECT 2.86 0.55 3.949 0.594 ;
    RECT 4.774 0.528 6.336 0.594 ;
    RECT 0 0.528 0.418 0.66 ;
    RECT 1.54 0.594 6.336 0.66 ;
    RECT 0 0.66 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.244 0.165 ;
    RECT 3.729 0.099 4.18 0.165 ;
    RECT 0.055 0.11 0.495 0.176 ;
    RECT 0.979 0.132 1.045 0.627 ;
    RECT 2.178 0.165 2.244 0.231 ;
    RECT 1.353 0.165 1.419 0.891 ;
    RECT 3.729 0.165 3.795 0.33 ;
    RECT 0.055 0.176 0.121 0.264 ;
    RECT 0.429 0.176 0.495 0.264 ;
    RECT 2.805 0.198 2.871 0.495 ;
    RECT 2.178 0.231 2.31 0.297 ;
    LAYER M2L ;
    RECT 2.178 0.231 3.828 0.297 ;
    VIA 2.244 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.671 ;
    RECT 4.092 0.253 4.587 0.319 ;
    RECT 3.927 0.264 3.993 0.385 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 3.168 0.297 3.652 0.363 ;
    RECT 4.521 0.319 4.587 0.803 ;
    RECT 0.297 0.341 0.363 0.957 ;
    RECT 1.507 0.352 1.595 0.627 ;
    RECT 1.749 0.363 2.343 0.429 ;
    RECT 3.586 0.363 3.652 0.473 ;
    RECT 3.927 0.385 4.433 0.451 ;
    RECT 2.277 0.429 2.343 0.737 ;
    RECT 1.749 0.429 1.815 0.858 ;
    RECT 3.927 0.451 3.993 0.473 ;
    RECT 4.367 0.451 4.433 0.759 ;
    RECT 3.586 0.473 3.993 0.539 ;
    RECT 2.046 0.495 2.211 0.583 ;
    RECT 2.541 0.495 2.684 0.561 ;
    RECT 2.805 0.495 3.432 0.561 ;
    RECT 5.511 0.495 5.94 0.561 ;
    RECT 1.881 0.528 1.947 0.66 ;
    RECT 3.586 0.539 3.652 0.671 ;
    RECT 2.541 0.561 2.607 0.737 ;
    RECT 2.805 0.561 2.871 0.627 ;
    RECT 5.511 0.561 5.577 1.023 ;
    RECT 2.145 0.583 2.211 0.77 ;
    RECT 3.729 0.605 4.268 0.671 ;
    RECT 0.979 0.627 1.21 0.693 ;
    RECT 1.507 0.627 1.65 0.693 ;
    RECT 2.706 0.627 2.871 0.693 ;
    LAYER M2L ;
    RECT 0.198 0.627 1.98 0.693 ;
    RECT 2.112 0.627 2.838 0.693 ;
    VIA 1.914 0.66 V1L2L ;
    VIA 2.178 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 2.772 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.881 0.66 1.991 0.726 ;
    RECT 3.729 0.671 3.795 0.825 ;
    RECT 3.168 0.671 3.652 0.737 ;
    RECT 4.774 0.671 5.401 0.737 ;
    RECT 0.979 0.693 1.045 0.759 ;
    RECT 2.805 0.693 2.871 1.056 ;
    RECT 1.925 0.726 1.991 0.891 ;
    RECT 2.937 0.726 3.003 0.825 ;
    RECT 2.277 0.737 2.607 0.803 ;
    RECT 5.335 0.737 5.401 0.88 ;
    RECT 0.759 0.759 1.254 0.825 ;
    RECT 4.29 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 1.122 0.759 3.036 0.825 ;
    VIA 1.188 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.803 2.541 0.99 ;
    RECT 4.521 0.803 5.203 0.869 ;
    RECT 0.759 0.825 0.825 0.946 ;
    RECT 2.937 0.825 3.795 0.891 ;
    RECT 2.079 0.836 2.145 1.023 ;
    RECT 4.521 0.869 4.587 0.891 ;
    RECT 5.137 0.869 5.203 1.023 ;
    RECT 5.302 0.88 5.401 0.946 ;
    RECT 1.155 0.891 1.419 0.957 ;
    RECT 4.114 0.891 4.587 0.957 ;
    RECT 3.927 0.924 3.993 1.023 ;
    RECT 4.906 0.935 5.038 1.001 ;
    RECT 0.198 0.957 0.363 1.023 ;
    RECT 1.496 0.957 1.628 1.023 ;
    RECT 1.155 0.957 1.221 1.034 ;
    RECT 4.906 1.001 4.972 1.023 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.562 1.023 2.145 1.089 ;
    RECT 3.927 1.023 4.972 1.089 ;
    RECT 5.137 1.023 5.577 1.089 ;
  END
END LDL_FDPRBQ_4
#
# 
MACRO LDL_FDPRBQ_HD_1 FOREIGN C0A07BLDL_FDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.495 3.135 0.561 ;
      RECT 3.069 0.561 3.135 0.726 ;
      RECT 3.069 0.33 3.135 0.495 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.957 ;
      RECT 3.234 0.957 3.399 1.023 ;
      RECT 3.234 0.297 3.399 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.607 0.825 ;
      RECT 2.541 0.825 2.607 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.319 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 2.827 0.319 2.97 0.407 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.827 0.407 2.893 0.693 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 3.201 0.462 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 2.827 0.693 2.97 0.759 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDL_FDPRBQ_HD_1
#
# 
MACRO LDL_FDPRBQ_HD_2 FOREIGN C0A07BLDL_FDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.693 ;
      RECT 3.333 0.693 3.531 0.759 ;
      RECT 3.333 0.759 3.399 0.858 ;
      RECT 3.333 0.297 3.531 0.363 ;
      RECT 3.333 0.198 3.399 0.297 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.629 0.825 ;
      RECT 2.563 0.825 2.629 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.531 0.924 3.597 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 2.695 0.198 2.761 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.761 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.695 0.363 2.761 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.541 0.462 2.607 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.201 0.561 3.267 0.957 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.607 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.267 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDL_FDPRBQ_HD_2
#
# 
MACRO LDL_FDPRBQ_HD_3 FOREIGN C0A07BLDL_FDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDL_FDPRBQ_HD_3
#
# 
MACRO LDL_FDPRBQ_HD_4 FOREIGN C0A07BLDL_FDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.454 0.165 3.608 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.321 0.033 2.387 0.165 ;
      RECT 2.244 0.165 2.387 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.803 ;
      RECT 3.333 0.803 3.729 0.869 ;
      RECT 3.663 0.869 3.729 0.946 ;
      RECT 3.333 0.869 3.421 0.957 ;
      RECT 3.278 0.957 3.421 1.023 ;
      RECT 3.278 0.297 3.762 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.759 2.64 0.825 ;
      RECT 2.574 0.825 2.64 0.858 ;
      RECT 1.353 0.561 1.419 0.858 ;
      RECT 1.254 0.495 1.419 0.561 ;
      LAYER M2L ;
      RECT 1.32 0.759 2.442 0.825 ;
      VIA 1.386 0.792 V1L2L ;
      VIA 2.376 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.277 1.012 2.343 1.155 ;
      RECT 2.277 0.946 2.376 1.012 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 1.012 3.553 1.155 ;
      RECT 3.487 0.946 3.597 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.957 0.165 ;
    RECT 1.1 0.099 1.683 0.165 ;
    RECT 1.881 0.132 1.947 0.627 ;
    RECT 0.033 0.165 0.099 0.264 ;
    RECT 1.617 0.165 1.683 0.792 ;
    RECT 2.013 0.198 2.079 0.528 ;
    RECT 2.871 0.198 2.937 0.407 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.143 0.396 ;
    RECT 0.693 0.264 0.759 0.341 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.189 0.297 2.794 0.363 ;
    RECT 0.693 0.341 1.551 0.407 ;
    RECT 2.189 0.363 2.255 0.528 ;
    RECT 2.728 0.363 2.794 0.957 ;
    RECT 0.033 0.396 0.099 0.825 ;
    RECT 1.749 0.396 1.815 0.759 ;
    RECT 1.485 0.407 1.551 0.594 ;
    RECT 0.759 0.407 0.825 0.902 ;
    RECT 2.871 0.407 2.981 0.473 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 2.585 0.462 2.651 0.627 ;
    RECT 2.915 0.473 2.981 0.792 ;
    RECT 3.201 0.495 3.498 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 0.561 0.594 0.627 0.693 ;
    RECT 1.881 0.627 2.651 0.693 ;
    RECT 1.221 0.66 1.287 0.814 ;
    RECT 0.891 0.682 0.957 1.023 ;
    RECT 0.165 0.693 0.627 0.759 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 0.561 0.759 0.627 1.023 ;
    RECT 1.749 0.759 2.079 0.825 ;
    RECT 1.023 0.814 1.287 0.88 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 2.013 0.825 2.079 0.902 ;
    RECT 1.749 0.825 1.815 0.924 ;
    RECT 3.069 0.825 3.267 0.891 ;
    RECT 1.485 0.858 1.551 0.924 ;
    RECT 1.023 0.88 1.089 1.056 ;
    RECT 0.033 0.891 0.121 0.99 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 3.069 0.891 3.135 0.957 ;
    LAYER M2L ;
    RECT 0.396 0.891 1.584 0.957 ;
    VIA 0.462 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.924 1.815 0.99 ;
    RECT 1.881 0.946 1.947 1.023 ;
    RECT 2.486 0.957 3.135 1.023 ;
    RECT 0.561 1.023 0.957 1.089 ;
    RECT 1.881 1.023 2.211 1.089 ;
  END
END LDL_FDPRBQ_HD_4
#
# 
MACRO LDL_FDPRBSB_1 FOREIGN C0A07BLDL_FDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.191 0.033 4.257 0.264 ;
      RECT 3.509 0.033 3.575 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.132 3.729 0.352 ;
      RECT 3.619 0.352 3.729 0.418 ;
      RECT 3.619 0.418 3.685 0.484 ;
      RECT 2.211 0.297 2.277 0.594 ;
      RECT 2.211 0.231 2.376 0.297 ;
      LAYER M2L ;
      RECT 2.244 0.231 3.762 0.297 ;
      VIA 2.31 0.264 V1L2L ;
      VIA 3.696 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.396 4.191 0.77 ;
      RECT 4.015 0.77 4.191 0.858 ;
      RECT 4.015 0.858 4.081 0.913 ;
      RECT 4.015 0.33 4.191 0.396 ;
      RECT 4.015 0.198 4.081 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.374 3.531 0.627 ;
      RECT 3.366 0.627 3.531 0.693 ;
      RECT 2.541 0.594 2.607 0.924 ;
      RECT 2.541 0.924 2.717 0.99 ;
      RECT 2.651 0.99 2.717 1.056 ;
      RECT 2.013 0.33 2.101 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.498 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.432 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.33 4.455 0.858 ;
      RECT 4.345 0.858 4.455 0.99 ;
      RECT 4.345 0.99 4.411 1.056 ;
      RECT 4.345 0.198 4.455 0.33 ;
      RECT 4.345 0.132 4.411 0.198 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.191 0.924 4.257 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 3.509 0.946 3.575 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0.33 0.528 1.078 0.66 ;
    RECT 0 0.528 0.33 0.66 ;
    RECT 1.078 0.528 4.488 0.66 ;
    RECT 0 0.66 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 0.913 0.165 ;
    RECT 0.979 0.099 2.717 0.165 ;
    RECT 2.783 0.099 3.366 0.165 ;
    RECT 3.839 0.132 3.949 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 0.979 0.165 1.045 0.363 ;
    RECT 2.651 0.165 2.717 0.506 ;
    RECT 2.783 0.165 2.849 0.297 ;
    RECT 3.3 0.165 3.366 0.495 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 2.915 0.231 3.058 0.297 ;
    RECT 1.111 0.264 1.177 0.33 ;
    RECT 2.519 0.264 2.585 0.363 ;
    RECT 3.883 0.264 3.949 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.562 0.297 1.837 0.363 ;
    RECT 2.915 0.297 3.003 0.693 ;
    RECT 1.111 0.33 1.287 0.396 ;
    RECT 3.168 0.33 3.234 0.363 ;
    RECT 1.771 0.363 1.837 0.759 ;
    RECT 2.343 0.363 2.585 0.429 ;
    RECT 0.847 0.363 1.045 0.429 ;
    RECT 3.069 0.363 3.234 0.429 ;
    LAYER M2L ;
    RECT 0.66 0.363 3.234 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 0.726 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.396 1.287 1.023 ;
    RECT 4.257 0.407 4.323 0.759 ;
    RECT 2.343 0.429 2.409 0.891 ;
    RECT 0.847 0.429 0.913 0.946 ;
    RECT 3.069 0.429 3.135 0.627 ;
    RECT 1.595 0.462 1.661 0.891 ;
    RECT 3.751 0.484 3.817 0.605 ;
    RECT 3.201 0.495 3.366 0.561 ;
    RECT 3.883 0.495 4.026 0.561 ;
    RECT 3.201 0.561 3.267 0.792 ;
    RECT 3.883 0.561 3.949 0.759 ;
    RECT 1.023 0.594 1.089 0.924 ;
    RECT 3.63 0.605 3.817 0.693 ;
    LAYER M2L ;
    RECT 3.597 0.627 4.389 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.29 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.915 0.693 3.058 0.759 ;
    RECT 2.706 0.693 2.849 0.759 ;
    LAYER M2L ;
    RECT 3.597 0.693 3.663 0.759 ;
    LAYER M1L ;
    RECT 1.43 0.726 1.518 0.891 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 2.915 0.759 3.003 0.858 ;
    RECT 2.783 0.759 2.849 1.023 ;
    RECT 3.41 0.759 3.949 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.772 0.825 ;
    RECT 2.904 0.759 3.663 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.792 3.267 0.891 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 3.685 0.825 3.751 1.056 ;
    LAYER M2L ;
    RECT 2.706 0.825 2.772 0.891 ;
    LAYER M1L ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.386 0.891 1.518 0.957 ;
    RECT 1.595 0.891 2.409 0.957 ;
    RECT 3.102 0.891 3.267 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 2.706 0.891 3.234 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.924 3.399 1.023 ;
    RECT 1.221 1.023 2.464 1.089 ;
    RECT 2.783 1.023 3.399 1.089 ;
  END
END LDL_FDPRBSB_1
#
# 
MACRO LDL_FDPRBSB_2 FOREIGN C0A07BLDL_FDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.033 4.983 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.291 0.033 5.357 0.264 ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 4.059 0.033 4.125 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.191 0.132 4.279 0.341 ;
      RECT 4.147 0.341 4.279 0.407 ;
      RECT 4.147 0.407 4.235 0.506 ;
      RECT 2.585 0.297 2.651 0.594 ;
      RECT 2.508 0.231 2.651 0.297 ;
      LAYER M2L ;
      RECT 2.508 0.231 4.29 0.297 ;
      VIA 2.574 0.264 V1L2L ;
      VIA 4.224 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.693 ;
      RECT 4.708 0.693 4.851 0.759 ;
      RECT 4.741 0.198 4.851 0.264 ;
      RECT 4.741 0.132 4.807 0.198 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.495 0.726 ;
      RECT 0.429 0.594 0.495 0.66 ;
      RECT 0.297 0.396 0.363 0.66 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.374 4.059 0.627 ;
      RECT 3.894 0.627 4.059 0.693 ;
      RECT 3.003 0.594 3.069 0.858 ;
      RECT 3.003 0.858 3.135 0.924 ;
      RECT 3.069 0.924 3.135 1.056 ;
      RECT 2.409 0.462 2.475 0.792 ;
      RECT 1.617 0.462 1.683 0.792 ;
      LAYER M2L ;
      RECT 1.584 0.627 4.026 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 2.442 0.66 V1L2L ;
      VIA 3.036 0.66 V1L2L ;
      VIA 3.96 0.66 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.33 5.115 0.858 ;
      RECT 5.049 0.858 5.159 0.99 ;
      RECT 5.049 0.198 5.159 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.858 4.983 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.565 0.924 4.631 1.155 ;
      RECT 4.411 0.924 4.477 1.155 ;
      RECT 4.059 0.946 4.125 1.155 ;
      RECT 0.594 1.023 0.66 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 5.291 0.858 5.357 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0.33 0.528 1.056 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 1.056 0.528 5.412 0.594 ;
    RECT 0 0.594 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.099 1.067 0.165 ;
    RECT 2.145 0.099 3.091 0.165 ;
    RECT 3.157 0.099 3.663 0.165 ;
    RECT 4.389 0.132 4.499 0.264 ;
    RECT 0.033 0.165 0.286 0.231 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 2.145 0.165 2.211 0.363 ;
    RECT 3.025 0.165 3.091 0.396 ;
    RECT 3.157 0.165 3.223 0.297 ;
    RECT 3.597 0.165 3.663 0.759 ;
    RECT 1.177 0.198 1.243 1.023 ;
    RECT 0.418 0.231 0.759 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.364 0.231 2.046 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 2.343 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.893 0.264 2.959 0.33 ;
    RECT 3.333 0.264 3.399 0.891 ;
    RECT 4.433 0.264 4.499 0.495 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.749 0.297 1.815 0.858 ;
    LAYER M2L ;
    RECT 2.277 0.297 2.343 0.363 ;
    LAYER M1L ;
    RECT 0.825 0.33 0.913 0.946 ;
    RECT 2.717 0.33 2.959 0.396 ;
    RECT 3.465 0.33 3.531 0.66 ;
    RECT 1.309 0.363 1.452 0.429 ;
    RECT 2.046 0.363 2.211 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 2.178 0.429 ;
    RECT 2.277 0.363 3.564 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.717 0.396 2.783 0.891 ;
    RECT 3.025 0.396 3.267 0.462 ;
    RECT 1.309 0.429 1.375 0.638 ;
    RECT 5.181 0.429 5.247 0.759 ;
    RECT 1.881 0.462 1.947 0.891 ;
    RECT 2.849 0.462 2.948 0.528 ;
    RECT 3.201 0.462 3.267 0.594 ;
    RECT 4.301 0.473 4.367 0.605 ;
    RECT 4.433 0.495 4.576 0.561 ;
    RECT 2.145 0.528 2.211 0.759 ;
    RECT 2.849 0.528 2.915 1.023 ;
    RECT 4.433 0.561 4.499 0.759 ;
    RECT 4.18 0.605 4.367 0.693 ;
    LAYER M2L ;
    RECT 4.125 0.627 5.28 0.693 ;
    VIA 4.29 0.66 V1L2L ;
    VIA 5.214 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.135 0.66 3.201 0.726 ;
    LAYER M2L ;
    RECT 4.125 0.693 4.191 0.891 ;
    LAYER M1L ;
    RECT 1.001 0.726 1.089 1.034 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 2.145 0.759 2.31 0.825 ;
    RECT 3.498 0.759 3.663 0.825 ;
    RECT 3.729 0.759 3.795 0.891 ;
    RECT 3.96 0.759 4.499 0.825 ;
    LAYER M2L ;
    RECT 0.99 0.759 3.63 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.792 3.267 1.023 ;
    RECT 0.451 0.825 0.759 0.891 ;
    RECT 4.235 0.825 4.301 1.056 ;
    RECT 0.451 0.891 0.517 0.968 ;
    RECT 0.033 0.891 0.33 0.957 ;
    RECT 1.342 0.891 1.672 0.957 ;
    RECT 1.881 0.891 2.783 0.957 ;
    RECT 3.333 0.891 3.795 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.891 1.518 0.957 ;
    RECT 3.63 0.891 4.191 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.883 0.924 3.949 1.023 ;
    RECT 1.177 1.023 2.915 1.089 ;
    RECT 3.201 1.023 3.949 1.089 ;
  END
END LDL_FDPRBSB_2
#
# 
MACRO LDL_FDPRBSB_2RE FOREIGN C0A07BLDL_FDPRBSB_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.61 0.033 5.676 0.143 ;
      RECT 5.61 0.143 5.742 0.209 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.17 0.033 5.236 0.143 ;
      RECT 5.17 0.143 5.302 0.209 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.598 0.165 4.906 0.231 ;
      RECT 3.949 0.033 4.059 0.165 ;
      RECT 3.949 0.165 4.103 0.231 ;
      RECT 2.805 0.033 2.871 0.308 ;
      RECT 2.772 0.308 2.871 0.374 ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 1.243 0.033 1.309 0.396 ;
      RECT 0.693 0.033 0.759 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.759 ;
      RECT 5.643 0.759 5.907 0.825 ;
      RECT 5.643 0.825 5.709 1.034 ;
      RECT 5.467 0.297 5.907 0.363 ;
      RECT 5.467 0.363 5.533 0.396 ;
      RECT 5.467 0.132 5.533 0.297 ;
      RECT 5.819 0.22 5.907 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.983 0.363 5.379 0.429 ;
      RECT 5.313 0.429 5.379 0.693 ;
      RECT 4.95 0.693 5.379 0.759 ;
      RECT 5.313 0.33 5.379 0.363 ;
      RECT 4.983 0.132 5.049 0.363 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.495 4.158 0.561 ;
      RECT 3.872 0.561 3.938 0.594 ;
      RECT 2.805 0.693 2.871 0.726 ;
      RECT 2.673 0.627 2.871 0.693 ;
      RECT 2.673 0.693 2.739 0.726 ;
      RECT 2.673 0.594 2.739 0.627 ;
      RECT 2.805 0.528 2.871 0.627 ;
      RECT 2.772 0.462 2.871 0.528 ;
      LAYER M2L ;
      RECT 2.64 0.627 3.927 0.693 ;
      RECT 3.861 0.561 3.927 0.627 ;
      RECT 3.861 0.495 4.158 0.561 ;
      VIA 2.706 0.66 V1L2L ;
      VIA 2.838 0.66 V1L2L ;
      VIA 4.092 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.693 1.551 0.726 ;
      RECT 1.353 0.627 1.551 0.693 ;
      RECT 1.353 0.693 1.419 0.726 ;
      RECT 1.353 0.594 1.419 0.627 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.76 0.561 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.584 0.693 ;
      VIA 1.386 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.462 0.231 0.528 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.627 4.884 0.693 ;
      RECT 4.653 0.693 4.719 0.726 ;
      RECT 4.653 0.594 4.719 0.627 ;
      RECT 4.565 0.528 4.719 0.594 ;
      RECT 4.565 0.462 4.631 0.528 ;
      RECT 0.693 0.462 0.759 0.858 ;
      LAYER M2L ;
      RECT 0.66 0.759 4.323 0.825 ;
      RECT 4.257 0.693 4.323 0.759 ;
      RECT 4.257 0.627 4.884 0.693 ;
      VIA 0.726 0.792 V1L2L ;
      VIA 4.686 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.21 1.023 1.276 1.155 ;
      RECT 1.21 0.957 1.518 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 5.819 0.924 5.885 1.155 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.906 1.023 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.231 ;
    RECT 2.079 0.132 2.145 0.33 ;
    RECT 3.41 0.132 3.476 0.165 ;
    RECT 4.257 0.132 4.323 0.297 ;
    RECT 2.409 0.143 2.519 0.297 ;
    RECT 3.267 0.154 3.333 0.319 ;
    RECT 0.44 0.165 0.627 0.231 ;
    RECT 1.584 0.165 1.958 0.231 ;
    RECT 2.937 0.165 3.146 0.231 ;
    RECT 3.41 0.165 3.718 0.231 ;
    RECT 2.607 0.198 2.673 0.462 ;
    RECT 2.255 0.209 2.321 0.297 ;
    RECT 0.561 0.231 0.627 0.715 ;
    RECT 0.825 0.231 1.133 0.297 ;
    RECT 2.937 0.231 3.003 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.231 2.706 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 0.033 0.297 0.495 0.363 ;
    RECT 1.067 0.297 1.133 0.396 ;
    RECT 0.825 0.297 0.891 0.704 ;
    RECT 2.255 0.297 2.519 0.363 ;
    RECT 3.729 0.297 4.851 0.363 ;
    RECT 3.223 0.319 3.366 0.385 ;
    RECT 1.881 0.33 1.947 0.363 ;
    RECT 2.013 0.33 2.145 0.396 ;
    RECT 3.465 0.33 3.531 0.462 ;
    RECT 3.597 0.33 3.663 0.462 ;
    RECT 0.429 0.363 0.495 0.594 ;
    RECT 0.033 0.363 0.099 0.671 ;
    RECT 1.716 0.363 1.947 0.429 ;
    RECT 2.409 0.363 2.519 0.396 ;
    RECT 4.785 0.363 4.851 0.495 ;
    RECT 3.729 0.363 3.795 0.594 ;
    RECT 4.422 0.363 4.488 0.671 ;
    LAYER M2L ;
    RECT 0.396 0.363 3.696 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 1.914 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    VIA 0.462 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.223 0.385 3.289 0.693 ;
    RECT 2.013 0.396 2.079 0.693 ;
    RECT 2.409 0.396 2.475 0.66 ;
    RECT 3.069 0.418 3.157 0.649 ;
    RECT 1.881 0.429 1.947 0.594 ;
    RECT 1.001 0.462 1.067 0.583 ;
    RECT 2.145 0.462 2.211 0.55 ;
    RECT 2.277 0.462 2.343 0.55 ;
    RECT 2.541 0.462 2.673 0.528 ;
    RECT 3.377 0.462 3.663 0.528 ;
    RECT 5.709 0.462 5.775 0.495 ;
    RECT 4.257 0.462 4.323 0.693 ;
    RECT 4.785 0.495 5.192 0.561 ;
    RECT 5.445 0.495 5.775 0.561 ;
    LAYER M2L ;
    RECT 0.528 0.495 3.168 0.561 ;
    VIA 2.178 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 0.594 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.528 2.607 0.594 ;
    RECT 3.377 0.528 3.443 0.594 ;
    RECT 2.145 0.55 2.343 0.616 ;
    RECT 5.709 0.561 5.775 0.594 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 1.001 0.583 1.287 0.649 ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.409 0.66 2.519 0.825 ;
    RECT 0.033 0.671 0.143 0.913 ;
    RECT 4.422 0.671 4.554 0.737 ;
    RECT 1.705 0.693 2.178 0.759 ;
    RECT 3.223 0.693 4.323 0.759 ;
    RECT 0.825 0.704 0.957 0.77 ;
    RECT 0.429 0.715 0.627 0.781 ;
    RECT 3.091 0.748 3.157 0.825 ;
    RECT 1.705 0.759 1.771 0.825 ;
    RECT 4.257 0.759 4.323 0.825 ;
    RECT 0.891 0.77 0.957 0.968 ;
    RECT 0.429 0.781 0.495 0.99 ;
    RECT 1.221 0.825 1.771 0.891 ;
    RECT 1.87 0.825 3.003 0.891 ;
    RECT 3.091 0.825 4.07 0.891 ;
    RECT 4.257 0.825 5.511 0.891 ;
    RECT 2.937 0.891 3.003 0.957 ;
    RECT 2.783 0.891 2.849 1.056 ;
    RECT 3.971 0.891 4.037 1.056 ;
    RECT 1.628 0.957 2.354 1.023 ;
    RECT 2.937 0.957 3.542 1.023 ;
  END
END LDL_FDPRBSB_2RE
#
# 
MACRO LDL_FDPRBSB_4 FOREIGN C0A07BLDL_FDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.697 0.033 4.763 0.253 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 0.704 0.033 0.77 0.187 ;
      RECT 0.704 0.187 0.836 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.198 4.917 0.33 ;
      RECT 4.785 0.33 4.917 0.396 ;
      RECT 4.785 0.396 4.851 0.462 ;
      RECT 3.047 0.231 3.234 0.297 ;
      RECT 3.047 0.297 3.113 0.627 ;
      RECT 2.904 0.627 3.113 0.693 ;
      LAYER M2L ;
      RECT 3.102 0.231 4.95 0.297 ;
      VIA 3.168 0.264 V1L2L ;
      VIA 4.884 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.28 0.726 5.83 0.858 ;
      RECT 5.346 0.297 5.841 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.726 ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.171 0.99 ;
      RECT 6.05 0.297 6.534 0.363 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.627 4.675 0.693 ;
      RECT 4.609 0.374 4.675 0.627 ;
      RECT 3.685 0.616 3.894 0.704 ;
      RECT 3.685 0.704 3.773 0.748 ;
      RECT 2.541 0.66 2.607 0.726 ;
      RECT 2.541 0.594 2.805 0.66 ;
      LAYER M2L ;
      RECT 2.508 0.627 4.554 0.693 ;
      VIA 2.574 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
      VIA 4.488 0.66 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 2.068 1.023 2.134 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.99 6.325 1.155 ;
      RECT 6.259 0.924 6.358 0.99 ;
      RECT 5.907 0.858 5.973 1.155 ;
      RECT 5.181 0.924 5.247 1.155 ;
      RECT 4.697 0.946 4.763 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 2.618 0.528 3.586 0.66 ;
    RECT 0 0.528 2.618 0.66 ;
    RECT 3.586 0.528 6.732 0.66 ;
    RECT 0 0.66 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.099 1.617 0.165 ;
    RECT 2.915 0.099 3.608 0.165 ;
    RECT 3.828 0.099 4.323 0.165 ;
    RECT 5.027 0.132 5.137 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.177 0.286 ;
    RECT 1.551 0.165 1.617 0.891 ;
    RECT 1.683 0.165 2.134 0.231 ;
    RECT 2.915 0.165 2.981 0.429 ;
    RECT 3.762 0.165 3.894 0.231 ;
    RECT 4.257 0.165 4.323 0.627 ;
    RECT 0.561 0.198 0.627 0.319 ;
    RECT 2.607 0.198 2.673 0.297 ;
    RECT 0.033 0.231 0.099 0.891 ;
    RECT 1.683 0.231 1.749 0.759 ;
    RECT 1.287 0.264 1.353 1.056 ;
    RECT 3.399 0.264 3.465 0.847 ;
    RECT 3.971 0.264 4.037 0.297 ;
    RECT 5.071 0.264 5.137 0.495 ;
    RECT 0.957 0.286 1.023 0.858 ;
    RECT 1.826 0.297 2.673 0.363 ;
    RECT 3.542 0.297 4.037 0.363 ;
    RECT 0.561 0.319 0.891 0.385 ;
    RECT 4.125 0.33 4.191 0.495 ;
    RECT 1.419 0.363 1.485 0.726 ;
    RECT 1.826 0.363 1.892 0.396 ;
    RECT 3.971 0.363 4.037 0.396 ;
    RECT 3.542 0.363 3.608 0.847 ;
    LAYER M2L ;
    RECT 0.792 0.363 4.224 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.385 0.891 0.825 ;
    RECT 3.201 0.396 3.267 0.748 ;
    RECT 1.98 0.429 2.981 0.495 ;
    RECT 4.939 0.473 5.005 0.627 ;
    RECT 1.98 0.495 2.046 0.627 ;
    RECT 3.938 0.495 4.191 0.561 ;
    RECT 5.071 0.495 5.467 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    LAYER M2L ;
    RECT 1.254 0.495 3.3 0.561 ;
    VIA 1.32 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.112 0.561 2.409 0.627 ;
    RECT 5.071 0.561 5.137 0.759 ;
    RECT 5.907 0.561 5.973 0.726 ;
    RECT 1.848 0.627 2.046 0.693 ;
    RECT 2.112 0.627 2.178 0.66 ;
    RECT 2.343 0.627 2.409 0.847 ;
    RECT 4.224 0.627 4.323 0.693 ;
    RECT 4.818 0.627 5.005 0.693 ;
    LAYER M2L ;
    RECT 0.924 0.627 1.98 0.693 ;
    RECT 4.785 0.627 6.006 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 1.914 0.66 V1L2L ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.94 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.224 0.693 4.29 0.759 ;
    LAYER M2L ;
    RECT 4.785 0.693 4.851 0.891 ;
    LAYER M1L ;
    RECT 1.089 0.726 1.177 1.056 ;
    RECT 1.683 0.759 2.277 0.825 ;
    RECT 4.158 0.759 4.29 0.825 ;
    RECT 4.554 0.759 5.137 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 4.29 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.782 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.814 4.433 0.891 ;
    RECT 0.561 0.825 0.891 0.891 ;
    RECT 2.211 0.825 2.277 0.946 ;
    RECT 4.873 0.825 4.939 1.056 ;
    RECT 2.343 0.847 3.465 0.913 ;
    RECT 3.542 0.847 4.037 0.891 ;
    RECT 0.033 0.891 0.462 0.957 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 1.452 0.891 1.617 0.957 ;
    RECT 3.542 0.891 4.433 0.913 ;
    LAYER M2L ;
    RECT 0.33 0.891 1.584 0.957 ;
    RECT 4.29 0.891 4.851 0.957 ;
    VIA 0.396 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    VIA 4.356 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.913 4.433 0.957 ;
    RECT 4.521 0.924 4.587 1.023 ;
    RECT 3.762 0.979 3.894 1.023 ;
    RECT 3.762 1.023 4.587 1.045 ;
    RECT 3.828 1.045 4.587 1.089 ;
  END
END LDL_FDPRBSB_4
#
# 
MACRO LDL_FDPSBQ_1 FOREIGN C0A07BLDL_FDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.198 4.851 0.99 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.594 ;
      RECT 0.561 0.594 0.671 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.165 4.587 1.023 ;
      RECT 2.453 1.023 4.587 1.089 ;
      RECT 2.453 0.55 2.519 1.023 ;
      RECT 4.037 0.099 4.587 0.165 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 3.058 0.165 ;
    RECT 3.498 0.099 3.63 0.165 ;
    RECT 0.429 0.165 0.759 0.231 ;
    RECT 1.749 0.165 1.815 0.429 ;
    RECT 0.869 0.165 0.935 0.858 ;
    RECT 3.564 0.165 3.63 0.231 ;
    RECT 0.297 0.198 0.363 0.979 ;
    RECT 3.245 0.198 3.311 0.462 ;
    RECT 0.693 0.231 0.759 0.33 ;
    RECT 0.429 0.231 0.495 0.737 ;
    RECT 2.684 0.231 3.135 0.297 ;
    RECT 3.564 0.231 3.784 0.297 ;
    LAYER M2L ;
    RECT 0.66 0.231 3.762 0.297 ;
    VIA 0.726 0.264 V1L2L ;
    VIA 3.696 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.253 1.364 0.319 ;
    RECT 1.045 0.264 1.111 0.627 ;
    RECT 4.29 0.275 4.455 0.341 ;
    RECT 3.069 0.297 3.135 0.374 ;
    RECT 2.772 0.297 2.838 0.759 ;
    RECT 1.221 0.319 1.287 0.572 ;
    RECT 1.98 0.319 2.255 0.385 ;
    RECT 0.693 0.33 0.803 0.396 ;
    RECT 4.389 0.341 4.455 0.726 ;
    RECT 2.189 0.385 2.695 0.451 ;
    RECT 0.737 0.396 0.803 0.594 ;
    RECT 1.474 0.429 1.815 0.495 ;
    RECT 2.189 0.451 2.255 0.715 ;
    RECT 2.629 0.451 2.695 0.748 ;
    RECT 3.245 0.462 4.323 0.528 ;
    RECT 1.925 0.506 1.991 0.572 ;
    RECT 4.257 0.528 4.323 0.594 ;
    RECT 3.322 0.528 3.388 0.715 ;
    RECT 1.221 0.572 1.991 0.638 ;
    RECT 1.045 0.627 1.155 0.693 ;
    RECT 1.221 0.638 1.287 0.891 ;
    RECT 3.905 0.66 3.971 0.726 ;
    RECT 3.465 0.682 3.531 0.759 ;
    RECT 1.089 0.693 1.155 0.858 ;
    RECT 1.672 0.715 2.255 0.781 ;
    RECT 3.256 0.715 3.388 0.781 ;
    RECT 0.693 0.726 0.759 0.979 ;
    RECT 3.905 0.726 4.455 0.792 ;
    RECT 0.429 0.737 0.572 0.803 ;
    RECT 1.386 0.737 1.573 0.825 ;
    RECT 2.772 0.759 3.124 0.825 ;
    RECT 3.465 0.759 3.762 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.759 1.518 0.825 ;
    RECT 2.838 0.759 3.663 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.726 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.564 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.781 2.255 1.034 ;
    RECT 4.114 0.792 4.18 0.891 ;
    RECT 1.463 0.825 1.573 0.924 ;
    RECT 2.772 0.825 2.838 0.869 ;
    RECT 2.684 0.869 2.838 0.935 ;
    RECT 1.639 0.88 1.705 1.023 ;
    RECT 1.221 0.891 1.364 0.957 ;
    RECT 3.036 0.891 3.762 0.957 ;
    RECT 4.114 0.891 4.246 0.957 ;
    RECT 1.012 0.957 1.144 1.023 ;
    RECT 0.297 0.979 0.759 1.045 ;
    RECT 1.078 1.023 1.705 1.089 ;
  END
END LDL_FDPSBQ_1
#
# 
MACRO LDL_FDPSBQ_2 FOREIGN C0A07BLDL_FDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.401 0.033 5.467 0.264 ;
      RECT 4.257 0.033 4.323 0.209 ;
      RECT 4.257 0.209 4.433 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.858 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.33 0.627 0.66 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.605 4.323 0.759 ;
      RECT 4.257 0.539 4.719 0.605 ;
      RECT 4.653 0.605 4.719 0.726 ;
      RECT 2.739 0.572 2.805 1.056 ;
      LAYER M2L ;
      RECT 2.706 0.627 4.356 0.693 ;
      VIA 2.772 0.66 V1L2L ;
      VIA 4.29 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.045 5.082 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.444 1.045 4.51 1.155 ;
      RECT 4.444 0.979 4.642 1.045 ;
      RECT 5.401 0.924 5.467 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.906 0.979 5.082 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 2.244 0.528 3.476 0.638 ;
    RECT 0 0.528 2.244 0.638 ;
    RECT 3.476 0.528 5.544 0.638 ;
    RECT 0 0.638 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.099 3.344 0.165 ;
    RECT 3.487 0.099 4.191 0.165 ;
    RECT 0.55 0.165 0.957 0.231 ;
    RECT 1.947 0.165 2.013 0.429 ;
    RECT 3.278 0.165 3.344 0.506 ;
    RECT 1.067 0.165 1.133 0.858 ;
    RECT 3.487 0.165 3.553 0.308 ;
    RECT 4.125 0.165 4.191 0.385 ;
    RECT 3.839 0.165 3.905 0.671 ;
    RECT 4.686 0.209 5.115 0.275 ;
    RECT 0.891 0.231 0.957 0.924 ;
    RECT 1.419 0.253 1.562 0.319 ;
    RECT 1.243 0.264 1.309 0.726 ;
    RECT 3.993 0.264 4.059 0.539 ;
    RECT 3.663 0.264 3.729 0.825 ;
    RECT 5.049 0.275 5.115 0.836 ;
    RECT 0.429 0.286 0.495 0.957 ;
    RECT 3.069 0.297 3.135 0.825 ;
    RECT 1.419 0.319 1.485 0.605 ;
    RECT 2.332 0.363 2.651 0.407 ;
    LAYER M2L ;
    RECT 0.858 0.363 4.092 0.429 ;
    VIA 0.924 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.125 0.385 4.983 0.451 ;
    RECT 2.332 0.407 2.981 0.429 ;
    RECT 2.585 0.429 2.981 0.473 ;
    RECT 1.672 0.429 2.013 0.495 ;
    RECT 3.531 0.44 3.597 0.506 ;
    RECT 4.917 0.451 4.983 0.616 ;
    RECT 2.915 0.473 2.981 0.726 ;
    RECT 2.585 0.473 2.651 0.737 ;
    RECT 3.278 0.506 3.597 0.572 ;
    RECT 3.993 0.539 4.158 0.605 ;
    RECT 1.419 0.605 2.222 0.671 ;
    RECT 1.419 0.671 1.485 0.891 ;
    RECT 3.839 0.671 3.993 0.737 ;
    RECT 4.092 0.704 4.158 0.825 ;
    RECT 1.243 0.726 1.353 0.858 ;
    RECT 1.584 0.737 1.771 0.825 ;
    RECT 1.87 0.737 2.651 0.803 ;
    RECT 4.433 0.748 4.499 0.836 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.189 0.803 2.255 0.88 ;
    RECT 2.585 0.803 2.651 0.924 ;
    RECT 1.661 0.825 1.771 0.924 ;
    RECT 3.069 0.825 4.158 0.891 ;
    RECT 4.433 0.836 5.115 0.902 ;
    RECT 4.268 0.869 4.334 0.957 ;
    RECT 1.837 0.88 1.969 0.946 ;
    RECT 1.419 0.891 1.562 0.957 ;
    RECT 4.741 0.902 4.807 1.056 ;
    RECT 0.583 0.924 0.957 0.99 ;
    RECT 1.837 0.946 1.903 1.023 ;
    RECT 0.198 0.957 0.495 1.023 ;
    RECT 1.21 0.957 1.342 1.023 ;
    RECT 3.586 0.957 4.334 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
    RECT 0.198 1.023 0.264 1.056 ;
    RECT 1.276 1.023 1.903 1.089 ;
  END
END LDL_FDPSBQ_2
#
# 
MACRO LDL_FDPSBQ_4 FOREIGN C0A07BLDL_FDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.16 0.033 6.226 0.143 ;
      RECT 6.094 0.143 6.226 0.209 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.479 0.033 6.545 0.264 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.594 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.693 0.396 0.759 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.918 0.726 6.479 0.858 ;
      RECT 5.918 0.297 6.402 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 5.643 0.726 5.709 1.023 ;
      RECT 3.113 1.023 5.709 1.089 ;
      RECT 3.113 0.572 3.179 1.023 ;
      RECT 5.247 0.759 5.412 0.825 ;
      RECT 5.247 0.594 5.313 0.759 ;
      LAYER M2L ;
      RECT 5.148 0.759 5.742 0.825 ;
      VIA 5.346 0.792 V1L2L ;
      VIA 5.676 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 6.479 0.924 6.545 1.155 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      RECT 6.094 0.957 6.226 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.44 ;
    RECT 0 0.44 4.466 0.528 ;
    RECT 5.313 0.44 6.6 0.528 ;
    RECT 2.398 0.528 3.938 0.616 ;
    RECT 4.466 0.44 5.313 0.528 ;
    RECT 0 0.528 2.398 0.616 ;
    RECT 3.938 0.528 6.6 0.616 ;
    RECT 0 0.616 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.099 3.817 0.165 ;
    RECT 3.883 0.099 4.983 0.165 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 1.199 0.165 1.265 0.286 ;
    RECT 2.057 0.165 2.123 0.319 ;
    RECT 3.751 0.165 3.817 0.462 ;
    RECT 3.883 0.165 3.949 0.308 ;
    RECT 4.917 0.165 4.983 0.363 ;
    RECT 4.279 0.165 4.345 0.627 ;
    RECT 5.412 0.165 5.577 0.231 ;
    RECT 0.583 0.198 0.957 0.264 ;
    RECT 2.31 0.231 3.157 0.275 ;
    RECT 4.488 0.231 4.642 0.297 ;
    RECT 5.511 0.231 5.577 0.891 ;
    LAYER M2L ;
    RECT 0.858 0.231 4.62 0.297 ;
    VIA 4.554 0.264 V1L2L ;
    VIA 0.924 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.264 0.957 0.715 ;
    RECT 1.375 0.264 1.441 0.693 ;
    RECT 1.551 0.264 1.617 0.451 ;
    RECT 4.059 0.264 4.125 0.759 ;
    RECT 0.198 0.275 0.429 0.341 ;
    RECT 2.31 0.275 3.278 0.297 ;
    RECT 3.498 0.275 3.685 0.341 ;
    RECT 1.023 0.286 1.265 0.352 ;
    RECT 3.091 0.297 3.278 0.341 ;
    RECT 4.576 0.297 4.642 0.495 ;
    RECT 1.804 0.319 2.123 0.385 ;
    RECT 0.363 0.341 0.429 0.847 ;
    RECT 3.619 0.341 3.685 0.759 ;
    RECT 1.023 0.352 1.089 0.792 ;
    RECT 2.574 0.363 3.025 0.407 ;
    RECT 4.917 0.363 5.445 0.429 ;
    RECT 2.574 0.407 3.553 0.429 ;
    RECT 2.959 0.429 3.553 0.473 ;
    RECT 5.379 0.429 5.445 0.594 ;
    RECT 1.551 0.451 2.508 0.517 ;
    RECT 3.751 0.462 3.993 0.528 ;
    RECT 3.487 0.473 3.553 0.726 ;
    RECT 2.959 0.473 3.025 0.748 ;
    RECT 4.51 0.495 4.642 0.561 ;
    RECT 2.442 0.517 2.508 0.539 ;
    RECT 1.991 0.517 2.057 0.869 ;
    RECT 3.927 0.528 3.993 0.594 ;
    RECT 2.442 0.539 2.574 0.605 ;
    RECT 4.719 0.55 4.785 0.627 ;
    RECT 2.2 0.583 2.376 0.649 ;
    RECT 4.279 0.627 4.785 0.693 ;
    RECT 2.31 0.649 2.376 0.748 ;
    RECT 4.994 0.66 5.17 0.792 ;
    RECT 1.221 0.693 1.892 0.759 ;
    RECT 4.279 0.693 4.345 0.792 ;
    RECT 0.55 0.715 0.957 0.781 ;
    RECT 2.167 0.748 2.233 1.023 ;
    RECT 2.31 0.748 3.025 0.814 ;
    RECT 1.76 0.759 1.892 0.803 ;
    RECT 1.221 0.759 1.287 0.891 ;
    RECT 3.619 0.759 4.125 0.825 ;
    RECT 4.444 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.96 0.759 4.62 0.825 ;
    VIA 4.554 0.792 V1L2L ;
    VIA 4.026 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.77 0.297 0.847 ;
    RECT 5.104 0.792 5.17 0.891 ;
    RECT 2.959 0.814 3.025 0.946 ;
    RECT 2.585 0.814 2.651 0.99 ;
    RECT 3.619 0.825 3.685 0.847 ;
    RECT 0.231 0.847 0.759 0.891 ;
    RECT 3.498 0.847 3.685 0.913 ;
    RECT 1.562 0.869 2.057 0.935 ;
    RECT 1.375 0.88 1.441 1.023 ;
    RECT 0.231 0.891 1.287 0.913 ;
    RECT 3.982 0.891 5.005 0.957 ;
    RECT 5.104 0.891 5.577 0.957 ;
    RECT 0.693 0.913 1.287 0.957 ;
    RECT 1.375 1.023 2.233 1.089 ;
  END
END LDL_FDPSBQ_4
#
# 
MACRO LDL_FDPSBQ_HD_1 FOREIGN C0A07BLDL_FDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.396 3.267 0.924 ;
      RECT 3.157 0.924 3.267 1.056 ;
      RECT 3.157 0.264 3.267 0.396 ;
      RECT 3.201 0.198 3.267 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.594 2.871 0.726 ;
      RECT 2.761 0.462 2.871 0.594 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.199 0.935 1.518 0.957 ;
      RECT 1.199 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 2.948 0.979 3.08 1.045 ;
      RECT 0 1.155 3.3 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 2.607 0.154 2.717 0.286 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 2.607 0.286 2.673 0.297 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.673 0.363 ;
    RECT 2.783 0.297 3.003 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.607 0.363 2.673 0.726 ;
    RECT 2.937 0.363 3.003 0.847 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.475 0.462 2.541 0.539 ;
    RECT 3.069 0.462 3.135 0.858 ;
    RECT 1.837 0.539 2.541 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 2.607 0.726 2.717 0.858 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    RECT 2.574 0.759 3.168 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.783 0.847 3.003 0.913 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.783 0.913 2.849 1.012 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDL_FDPSBQ_HD_1
#
# 
MACRO LDL_FDPSBQ_HD_2 FOREIGN C0A07BLDL_FDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.693 ;
      RECT 3.201 0.693 3.399 0.759 ;
      RECT 3.201 0.759 3.267 0.99 ;
      RECT 3.201 0.297 3.399 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.001 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.421 0.924 3.487 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.234 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.924 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.135 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDL_FDPSBQ_HD_2
#
# 
MACRO LDL_FDPSBQ_HD_4 FOREIGN C0A07BLDL_FDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.322 0.165 3.476 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.66 ;
      RECT 0.297 0.66 0.462 0.726 ;
      RECT 0.297 0.33 0.363 0.462 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.803 ;
      RECT 3.201 0.803 3.597 0.869 ;
      RECT 3.531 0.869 3.597 0.946 ;
      RECT 3.201 0.869 3.289 0.979 ;
      RECT 3.146 0.979 3.289 1.045 ;
      RECT 3.146 0.297 3.63 0.363 ;
    END
  END Q
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.891 2.475 1.056 ;
      RECT 2.288 0.825 2.475 0.891 ;
      RECT 1.386 0.891 1.518 0.935 ;
      RECT 1.232 0.935 1.518 0.957 ;
      RECT 1.232 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 1.386 0.891 2.508 0.957 ;
      VIA 1.452 0.924 V1L2L ;
      VIA 2.442 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 3.355 1.012 3.421 1.155 ;
      RECT 3.355 0.946 3.465 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 1.771 0.165 ;
    RECT 2.013 0.132 2.079 0.308 ;
    RECT 1.837 0.132 1.903 0.539 ;
    RECT 0.033 0.165 0.099 0.242 ;
    RECT 1.705 0.165 1.771 0.506 ;
    RECT 2.783 0.198 2.871 0.792 ;
    RECT 2.629 0.198 2.717 0.297 ;
    RECT 0.462 0.231 0.627 0.297 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.904 0.297 ;
    VIA 0.528 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.242 0.143 0.374 ;
    RECT 0.759 0.264 1.507 0.33 ;
    RECT 1.573 0.264 1.639 0.737 ;
    RECT 0.561 0.297 0.627 0.462 ;
    RECT 2.145 0.297 2.717 0.363 ;
    RECT 1.969 0.308 2.079 0.374 ;
    RECT 1.441 0.33 1.507 0.594 ;
    RECT 0.759 0.33 0.825 0.748 ;
    RECT 2.145 0.363 2.211 0.44 ;
    RECT 2.651 0.363 2.717 0.836 ;
    RECT 0.033 0.374 0.099 0.924 ;
    RECT 1.969 0.374 2.035 0.44 ;
    RECT 0.517 0.462 0.627 0.594 ;
    RECT 0.165 0.462 0.231 0.792 ;
    RECT 1.045 0.462 1.111 0.561 ;
    RECT 2.519 0.462 2.585 0.539 ;
    RECT 3.069 0.495 3.366 0.561 ;
    RECT 1.837 0.539 2.585 0.605 ;
    RECT 1.045 0.561 1.243 0.627 ;
    RECT 3.069 0.561 3.135 0.836 ;
    RECT 0.561 0.594 0.627 0.792 ;
    RECT 1.705 0.605 1.903 0.671 ;
    RECT 1.177 0.627 1.243 0.737 ;
    RECT 2.123 0.671 2.332 0.737 ;
    RECT 1.705 0.671 1.771 0.957 ;
    RECT 0.891 0.726 0.957 0.88 ;
    RECT 1.023 0.726 1.089 1.023 ;
    RECT 1.947 0.726 2.057 0.803 ;
    RECT 1.177 0.737 1.639 0.803 ;
    RECT 2.123 0.737 2.189 0.957 ;
    RECT 0.726 0.748 0.825 0.814 ;
    LAYER M2L ;
    RECT 0.99 0.759 2.046 0.825 ;
    VIA 1.98 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.627 0.858 ;
    RECT 1.177 0.803 1.243 0.836 ;
    RECT 1.573 0.803 1.639 0.836 ;
    RECT 1.87 0.803 2.057 0.891 ;
    RECT 2.937 0.836 3.135 0.902 ;
    RECT 2.607 0.836 2.717 0.924 ;
    RECT 0.561 0.858 0.627 0.88 ;
    RECT 0.561 0.88 0.957 0.946 ;
    RECT 2.937 0.902 3.003 0.924 ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.607 0.924 3.003 0.99 ;
    RECT 2.002 0.957 2.189 1.023 ;
    RECT 1.705 0.957 1.892 1.023 ;
    RECT 0.033 1.023 1.089 1.089 ;
  END
END LDL_FDPSBQ_HD_4
#
# 
MACRO LDL_FDPSB_1 FOREIGN C0A07BLDL_FDPSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.033 3.333 0.396 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.795 0.033 3.861 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.113 0.132 3.201 0.396 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.234 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.168 0.264 V1L2L ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.198 4.059 0.99 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.704 ;
      RECT 3.597 0.704 3.707 0.77 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 3.828 1.045 3.894 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 2.915 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 2.849 0.165 2.915 0.495 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.421 0.264 3.531 0.396 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 3.465 0.396 3.531 0.759 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 3.839 0.462 3.905 0.847 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 2.849 0.495 3.388 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 3.322 0.561 3.388 0.616 ;
    RECT 2.849 0.561 2.915 0.891 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.531 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 3.531 0.847 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 3.443 0.847 3.905 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 3.443 0.913 3.509 0.99 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDL_FDPSB_1
#
# 
MACRO LDL_FDPSB_2 FOREIGN C0A07BLDL_FDPSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.971 0.033 4.037 0.242 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.671 ;
      RECT 3.762 0.671 3.927 0.737 ;
      RECT 3.795 0.319 3.927 0.385 ;
      RECT 3.795 0.242 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.792 ;
      RECT 4.147 0.792 4.323 0.858 ;
      RECT 4.147 0.858 4.213 0.99 ;
      RECT 4.125 0.33 4.323 0.396 ;
      RECT 4.125 0.198 4.213 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.663 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.597 0.165 3.663 0.594 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 4.004 0.495 4.158 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.004 0.561 4.07 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.509 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.443 0.825 4.07 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDL_FDPSB_2
#
# 
MACRO LDL_FDPSB_4 FOREIGN C0A07BLDL_FDPSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.231 3.223 0.297 ;
      RECT 3.157 0.297 3.223 0.594 ;
      RECT 1.771 0.231 1.98 0.297 ;
      RECT 1.771 0.297 1.837 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.231 3.168 0.297 ;
      VIA 1.914 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.396 0.495 0.649 ;
      RECT 0.429 0.33 0.528 0.396 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.385 4.191 0.671 ;
      RECT 3.762 0.671 4.246 0.737 ;
      RECT 3.795 0.319 4.246 0.385 ;
      RECT 3.795 0.187 3.861 0.319 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.385 4.983 0.726 ;
      RECT 4.488 0.726 5.016 0.858 ;
      RECT 4.488 0.858 4.576 0.99 ;
      RECT 4.499 0.319 4.983 0.385 ;
      RECT 4.851 0.22 4.917 0.319 ;
      RECT 4.499 0.198 4.565 0.319 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.267 0.924 3.333 1.155 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.068 0.957 2.2 1.023 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.343 0.165 ;
    RECT 2.42 0.099 3.674 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.277 0.165 2.343 0.495 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.42 0.165 2.486 0.275 ;
    RECT 3.608 0.165 3.674 0.495 ;
    RECT 2.849 0.165 2.915 0.891 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 0.264 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.847 ;
    RECT 3.443 0.264 3.509 0.759 ;
    RECT 2.42 0.275 2.552 0.341 ;
    RECT 2.101 0.286 2.167 0.759 ;
    RECT 0.924 0.297 1.012 0.473 ;
    RECT 1.155 0.308 1.705 0.374 ;
    RECT 1.639 0.374 1.705 0.693 ;
    RECT 1.155 0.374 1.221 0.858 ;
    RECT 1.947 0.462 2.013 0.693 ;
    RECT 2.277 0.495 2.42 0.561 ;
    RECT 2.519 0.495 2.662 0.561 ;
    RECT 3.608 0.495 3.938 0.561 ;
    RECT 4.345 0.495 4.73 0.561 ;
    RECT 2.519 0.561 2.585 0.627 ;
    RECT 4.345 0.561 4.411 0.825 ;
    RECT 1.287 0.605 1.397 0.858 ;
    RECT 2.31 0.627 2.585 0.693 ;
    LAYER M2L ;
    RECT 0.594 0.627 2.442 0.693 ;
    VIA 2.376 0.66 V1L2L ;
    VIA 0.66 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 1.463 0.682 1.529 0.825 ;
    RECT 2.981 0.682 3.047 0.759 ;
    RECT 1.639 0.693 2.013 0.759 ;
    RECT 2.706 0.715 2.772 0.759 ;
    RECT 2.101 0.759 2.772 0.825 ;
    RECT 2.981 0.759 3.564 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.386 0.825 ;
    VIA 1.32 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 1.463 0.825 2.167 0.891 ;
    RECT 3.498 0.825 4.411 0.891 ;
    RECT 0.429 0.847 0.693 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 2.464 0.891 2.915 0.957 ;
    RECT 0.429 0.913 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 2.277 0.924 2.343 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
    RECT 2.277 1.023 3.113 1.089 ;
  END
END LDL_FDPSB_4
#
# 
MACRO LDL_FDP_1 FOREIGN C0A07BLDL_FDP_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.715 ;
      RECT 3.069 0.715 3.179 0.781 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.443 0.198 3.531 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.045 3.366 1.155 ;
      RECT 3.234 0.979 3.366 1.045 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 2.772 0.869 2.838 1.155 ;
      RECT 2.706 0.803 2.838 0.869 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 2.541 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.145 0.165 2.211 0.33 ;
    RECT 2.475 0.165 2.541 0.594 ;
    RECT 2.915 0.176 2.981 0.297 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.528 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 2.607 0.297 2.981 0.363 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.607 0.363 2.673 0.484 ;
    RECT 2.915 0.363 2.981 0.847 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.462 2.849 0.594 ;
    RECT 3.311 0.462 3.377 0.847 ;
    RECT 2.2 0.528 2.343 0.594 ;
    RECT 2.475 0.594 2.849 0.66 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 0.297 0.66 0.363 0.792 ;
    RECT 2.475 0.66 2.541 0.671 ;
    RECT 2.31 0.671 2.541 0.737 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 2.915 0.847 3.377 0.913 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDL_FDP_1
#
# 
MACRO LDL_FDP_2 FOREIGN C0A07BLDL_FDP_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.396 3.399 0.671 ;
      RECT 3.256 0.671 3.399 0.737 ;
      RECT 3.289 0.33 3.399 0.396 ;
      RECT 3.289 0.264 3.355 0.33 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.924 ;
      RECT 3.641 0.924 3.795 0.99 ;
      RECT 3.641 0.99 3.707 1.056 ;
      RECT 3.608 0.297 3.795 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.739 0.836 2.805 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.079 0.165 ;
    RECT 2.145 0.099 3.223 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 2.013 0.165 2.079 0.594 ;
    RECT 0.781 0.165 0.847 0.858 ;
    RECT 2.145 0.165 2.211 0.374 ;
    RECT 3.157 0.165 3.223 0.594 ;
    RECT 2.409 0.165 2.475 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.882 0.253 3.025 0.319 ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 2.277 0.264 2.343 0.495 ;
    RECT 1.155 0.286 1.793 0.352 ;
    RECT 1.881 0.286 1.947 0.781 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.959 0.319 3.025 0.495 ;
    RECT 1.727 0.352 1.793 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.376 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.31 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.531 0.462 3.597 0.803 ;
    RECT 2.2 0.495 2.343 0.561 ;
    RECT 2.596 0.495 3.025 0.561 ;
    RECT 2.959 0.561 3.025 0.803 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.31 0.649 2.475 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.244 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 2.959 0.803 3.597 0.869 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDL_FDP_2
#
# 
MACRO LDL_FDP_2RE FOREIGN C0A07BLDL_FDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.619 0.033 3.685 0.396 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 0.891 0.033 0.957 0.396 ;
      RECT 0.715 0.033 0.781 0.396 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.759 ;
      RECT 4.455 0.759 4.719 0.825 ;
      RECT 4.455 0.825 4.521 1.034 ;
      RECT 4.279 0.297 4.719 0.363 ;
      RECT 4.279 0.363 4.345 0.396 ;
      RECT 4.279 0.132 4.345 0.297 ;
      RECT 4.631 0.22 4.719 0.297 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.795 0.341 4.191 0.407 ;
      RECT 4.125 0.407 4.191 0.671 ;
      RECT 3.762 0.671 4.191 0.737 ;
      RECT 3.795 0.132 3.861 0.341 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.726 0.891 0.858 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.165 0.594 0.363 0.66 ;
      RECT 0.165 0.462 0.231 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.045 4.29 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.079 0.792 2.145 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.067 0.132 1.309 0.198 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 2.431 0.132 2.497 0.165 ;
    RECT 3.443 0.132 3.509 0.297 ;
    RECT 2.607 0.132 2.673 0.198 ;
    RECT 1.606 0.143 1.958 0.209 ;
    RECT 2.211 0.165 2.497 0.275 ;
    RECT 2.816 0.165 3.124 0.231 ;
    RECT 1.067 0.198 1.133 0.396 ;
    RECT 1.243 0.198 1.309 0.396 ;
    RECT 2.607 0.198 2.739 0.264 ;
    RECT 1.837 0.209 1.903 0.374 ;
    RECT 2.816 0.231 2.882 0.297 ;
    RECT 0.033 0.253 0.143 0.297 ;
    RECT 2.673 0.264 2.739 0.693 ;
    RECT 2.211 0.275 2.321 0.363 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.816 0.297 2.948 0.363 ;
    RECT 3.113 0.297 3.542 0.363 ;
    RECT 0.429 0.33 0.627 0.396 ;
    RECT 1.617 0.33 1.683 0.594 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 2.541 0.33 2.607 0.594 ;
    RECT 0.297 0.363 0.363 0.462 ;
    RECT 0.033 0.363 0.099 0.737 ;
    RECT 1.969 0.363 2.409 0.429 ;
    RECT 3.476 0.363 3.542 0.495 ;
    RECT 3.113 0.363 3.179 0.594 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.64 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 0.594 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.396 0.627 0.693 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 1.969 0.429 2.035 0.495 ;
    RECT 2.343 0.429 2.409 0.649 ;
    RECT 0.297 0.462 0.495 0.528 ;
    RECT 1.353 0.462 1.419 0.495 ;
    RECT 2.805 0.462 2.871 0.528 ;
    RECT 2.937 0.462 3.003 0.528 ;
    RECT 4.521 0.462 4.587 0.495 ;
    RECT 3.333 0.462 3.399 0.528 ;
    RECT 1.188 0.495 1.419 0.605 ;
    RECT 2.101 0.495 2.244 0.561 ;
    RECT 1.892 0.495 2.035 0.561 ;
    RECT 3.476 0.495 4.004 0.561 ;
    RECT 4.257 0.495 4.587 0.561 ;
    LAYER M2L ;
    RECT 0.396 0.495 3.036 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 2.838 0.528 V1L2L ;
    VIA 2.97 0.528 V1L2L ;
    VIA 0.462 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.528 0.495 0.594 ;
    RECT 2.805 0.528 3.003 0.594 ;
    RECT 3.245 0.528 3.399 0.594 ;
    RECT 2.101 0.561 2.167 0.627 ;
    RECT 3.476 0.561 3.542 0.693 ;
    RECT 4.521 0.561 4.587 0.594 ;
    RECT 4.257 0.561 4.323 0.825 ;
    RECT 3.245 0.594 3.311 0.693 ;
    RECT 1.749 0.627 2.167 0.693 ;
    RECT 2.233 0.649 2.409 0.715 ;
    RECT 0.429 0.693 0.627 0.759 ;
    RECT 1.386 0.693 1.815 0.759 ;
    RECT 3.41 0.693 3.542 0.759 ;
    RECT 2.574 0.693 3.311 0.759 ;
    RECT 2.233 0.715 2.343 0.825 ;
    RECT 0.033 0.737 0.143 1.001 ;
    RECT 0.429 0.759 0.495 0.968 ;
    RECT 3.245 0.759 3.311 0.825 ;
    RECT 1.21 0.781 1.276 0.825 ;
    RECT 1.067 0.792 1.133 1.023 ;
    RECT 1.21 0.825 1.969 0.891 ;
    RECT 2.233 0.825 2.882 0.891 ;
    RECT 3.014 0.825 3.146 0.891 ;
    RECT 3.245 0.825 4.323 0.891 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 3.08 0.891 3.146 0.957 ;
    RECT 1.562 0.957 1.694 1.023 ;
    RECT 2.398 0.957 3.146 1.023 ;
    RECT 1.067 1.023 1.628 1.089 ;
  END
END LDL_FDP_2RE
#
# 
MACRO LDL_FDP_4 FOREIGN C0A07BLDL_FDP_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.224 0.165 4.356 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.52 0.165 3.652 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.473 0.495 0.726 ;
      RECT 0.429 0.407 0.528 0.473 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.048 0.726 4.62 0.858 ;
      RECT 4.048 0.297 4.587 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 3.795 0.759 ;
      RECT 3.344 0.297 3.795 0.363 ;
      RECT 3.729 0.198 3.795 0.297 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.224 0.957 4.356 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.849 0.924 2.915 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 2.112 0.165 ;
    RECT 2.211 0.099 3.234 0.165 ;
    RECT 0.231 0.132 0.319 0.385 ;
    RECT 0.385 0.132 0.451 0.198 ;
    RECT 0.781 0.165 0.847 0.792 ;
    RECT 2.211 0.165 2.277 0.374 ;
    RECT 3.168 0.165 3.234 0.495 ;
    RECT 2.541 0.165 2.607 0.649 ;
    RECT 0.385 0.198 0.693 0.264 ;
    RECT 0.924 0.231 1.056 0.319 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.627 0.264 0.693 0.825 ;
    RECT 1.155 0.286 1.815 0.352 ;
    RECT 1.881 0.286 2.101 0.352 ;
    RECT 3.025 0.286 3.091 0.495 ;
    RECT 0.924 0.319 1.012 0.462 ;
    RECT 2.409 0.33 2.475 0.495 ;
    RECT 1.749 0.352 1.815 0.594 ;
    RECT 1.155 0.352 1.221 0.858 ;
    RECT 2.035 0.352 2.101 0.418 ;
    RECT 1.881 0.352 1.947 0.781 ;
    LAYER M2L ;
    RECT 0.594 0.363 2.508 0.429 ;
    VIA 0.66 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.31 0.495 2.475 0.561 ;
    RECT 3.168 0.495 3.63 0.561 ;
    RECT 2.706 0.495 3.091 0.561 ;
    RECT 3.861 0.495 4.422 0.561 ;
    RECT 3.025 0.561 3.091 0.825 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 1.331 0.605 1.419 0.858 ;
    RECT 2.398 0.649 2.607 0.715 ;
    RECT 0.297 0.66 0.363 0.792 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.452 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.518 0.781 2.354 0.847 ;
    RECT 0.231 0.792 0.363 0.858 ;
    RECT 0.429 0.825 0.693 0.891 ;
    RECT 3.025 0.825 3.927 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.385 0.924 0.495 0.99 ;
    RECT 0.902 0.957 1.584 1.023 ;
    RECT 0.385 0.99 0.451 1.056 ;
    RECT 1.518 1.023 1.584 1.056 ;
  END
END LDL_FDP_4
#
# 
MACRO LDL_FILL1 FOREIGN C0A07BLDL_FILL1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.132 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.132 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.132 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.132 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.132 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.132 0.528 ;
    RECT 0 0.528 0.132 1.221 ;
  END
END LDL_FILL1
#
# 
MACRO LDL_FILL1024RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 135.168 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL1024RES
#
# 
MACRO LDL_FILL128RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 16.896 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL128RES
#
# 
MACRO LDL_FILL16 FOREIGN C0A07BLDL_FILL16_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
  END
END LDL_FILL16
#
# 
MACRO LDL_FILL16GC1 FOREIGN C0A07BLDL_FILL16GC1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 1.639 0.033 1.705 0.264 ;
      RECT 0.539 0.033 0.605 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.089 0.968 1.155 1.155 ;
      RECT 0.957 0.968 1.023 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0.33 0.528 1.782 0.88 ;
    RECT 0 0.528 0.33 0.88 ;
    RECT 1.782 0.528 2.112 0.88 ;
    RECT 0 0.88 2.112 1.221 ;
  END
END LDL_FILL16GC1
#
# 
MACRO LDL_FILL16GC3 FOREIGN C0A07BLDL_FILL16GC3_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.089 0.033 1.155 0.22 ;
      RECT 0.957 0.033 1.023 0.22 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.507 0.924 1.573 1.155 ;
      RECT 1.639 0.924 1.705 1.155 ;
      RECT 0.539 0.924 0.605 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.308 ;
    RECT 0 0.308 0.33 0.528 ;
    RECT 1.782 0.308 2.112 0.528 ;
    RECT 0.33 0.308 1.782 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
  END
END LDL_FILL16GC3
#
# 
MACRO LDL_FILL16RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL16RES
#
# 
MACRO LDL_FILL18RE FOREIGN C0A07BLDL_FILL18RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDL_FILL18RE
#
# 
MACRO LDL_FILL1RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.132 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL1RES
#
# 
MACRO LDL_FILL2 FOREIGN C0A07BLDL_FILL2_R3 0 0 ;
##MACROVERSION "3.0 2009/04/24" ;
#LDBCLASS PBF STD    ;
  SIZE 0.264 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.264 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.264 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.264 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.264 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.264 0.528 ;
    RECT 0 0.528 0.264 1.221 ;
  END
END LDL_FILL2
#
# 
MACRO LDL_FILL256RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 33.792 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL256RES
#
# 
MACRO LDL_FILL2RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.264 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL2RES
#
# 
MACRO LDL_FILL32 FOREIGN C0A07BLDL_FILL32_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
  END
END LDL_FILL32
#
# 
MACRO LDL_FILL32GC1 FOREIGN C0A07BLDL_FILL32GC1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.597 0.033 3.663 0.264 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 2.585 0.033 2.651 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.429 0.033 0.495 0.264 ;
      RECT 0.561 0.033 0.627 0.264 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 2.145 0.968 2.211 1.155 ;
      RECT 2.013 0.968 2.079 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0.33 0.528 3.894 0.88 ;
    RECT 0 0.528 0.33 0.88 ;
    RECT 3.894 0.528 4.224 0.88 ;
    RECT 0 0.88 4.224 1.221 ;
  END
END LDL_FILL32GC1
#
# 
MACRO LDL_FILL32GC3 FOREIGN C0A07BLDL_FILL32GC3_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 2.013 0.033 2.079 0.22 ;
      RECT 2.145 0.033 2.211 0.22 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 3.751 0.924 3.817 1.155 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 1.771 0.924 1.837 1.155 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.539 0.924 0.605 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.308 ;
    RECT 0 0.308 0.33 0.528 ;
    RECT 3.894 0.308 4.224 0.528 ;
    RECT 0.33 0.308 3.894 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
  END
END LDL_FILL32GC3
#
# 
MACRO LDL_FILL32RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL32RES
#
# 
MACRO LDL_FILL36RE FOREIGN C0A07BLDL_FILL36RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
  END
END LDL_FILL36RE
#
# 
MACRO LDL_FILL4 FOREIGN C0A07BLDL_FILL4_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_FILL4
#
# 
MACRO LDL_FILL4RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL4RES
#
# 
MACRO LDL_FILL512RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 67.584 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL512RES
#
# 
MACRO LDL_FILL64 FOREIGN C0A07BLDL_FILL64_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
  END
END LDL_FILL64
#
# 
MACRO LDL_FILL64GC1 FOREIGN C0A07BLDL_FILL64GC1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 7.733 0.033 7.799 0.264 ;
      RECT 7.865 0.033 7.931 0.264 ;
      RECT 6.545 0.033 6.611 0.264 ;
      RECT 6.699 0.033 6.765 0.264 ;
      RECT 5.489 0.033 5.555 0.264 ;
      RECT 5.335 0.033 5.401 0.264 ;
      RECT 4.257 0.033 4.323 0.264 ;
      RECT 4.103 0.033 4.169 0.264 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.893 0.033 2.959 0.264 ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 0.649 0.033 0.715 0.264 ;
      RECT 0.517 0.033 0.583 0.264 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 5.973 0.968 6.039 1.155 ;
      RECT 6.105 0.968 6.171 1.155 ;
      RECT 2.409 0.968 2.475 1.155 ;
      RECT 2.277 0.968 2.343 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0.33 0.528 8.118 0.88 ;
    RECT 0 0.528 0.33 0.88 ;
    RECT 8.118 0.528 8.448 0.88 ;
    RECT 0 0.88 8.448 1.221 ;
  END
END LDL_FILL64GC1
#
# 
MACRO LDL_FILL64GC3 FOREIGN C0A07BLDL_FILL64GC3_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 6.149 0.033 6.215 0.22 ;
      RECT 6.017 0.033 6.083 0.22 ;
      RECT 2.233 0.033 2.299 0.22 ;
      RECT 2.365 0.033 2.431 0.22 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 6.523 0.924 6.589 1.155 ;
      RECT 4.895 0.924 4.961 1.155 ;
      RECT 3.355 0.924 3.421 1.155 ;
      RECT 2.739 0.924 2.805 1.155 ;
      RECT 1.199 0.924 1.265 1.155 ;
      RECT 7.975 0.924 8.041 1.155 ;
      RECT 7.843 0.924 7.909 1.155 ;
      RECT 7.183 0.924 7.249 1.155 ;
      RECT 6.391 0.924 6.457 1.155 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 5.643 0.924 5.709 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.125 0.924 4.191 1.155 ;
      RECT 4.257 0.924 4.323 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 2.607 0.924 2.673 1.155 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.539 0.924 0.605 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.308 ;
    RECT 0 0.308 0.33 0.528 ;
    RECT 8.118 0.308 8.448 0.528 ;
    RECT 0.33 0.308 8.118 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
  END
END LDL_FILL64GC3
#
# 
MACRO LDL_FILL64RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL64RES
#
# 
MACRO LDL_FILL72RE FOREIGN C0A07BLDL_FILL72RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 9.504 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 9.504 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.504 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 9.504 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.504 0.528 ;
    RECT 0 0.528 9.504 1.221 ;
  END
END LDL_FILL72RE
#
# 
MACRO LDL_FILL8 FOREIGN C0A07BLDL_FILL8_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDL_FILL8
#
# 
MACRO LDL_FILL8GC1 FOREIGN C0A07BLDL_FILL8GC1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
#LDBCLASS PBF STD    ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.825 0.033 0.891 0.264 ;
      RECT 0.473 0.033 0.539 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.693 0.924 0.759 1.155 ;
      RECT 0.121 0.924 0.187 1.155 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 0.473 0.924 0.539 1.155 ;
      RECT 0.275 0.924 0.341 1.155 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDL_FILL8GC1
#
# 
MACRO LDL_FILL8RES FOREIGN NEC_NO_GDSII 0 0 ;
##MACROVERSION "2.0 2008/10/09" ;
#LDBCLASS PBF STD    ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
END LDL_FILL8RES
#
# 
MACRO LDL_FILL9RE FOREIGN C0A07BLDL_FILL9RE_R2 0 0 ;
##MACROVERSION "2.0 2009/04/07" ;
#LDBCLASS PBF GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
    END
    PORT
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_FILL9RE
#
# 
MACRO LDL_FSDNQ_1 FOREIGN C0A07BLDL_FSDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.726 ;
      RECT 2.497 0.462 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.431 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.365 0.165 2.431 0.264 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 3.96 0.209 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 3.894 0.209 4.026 0.275 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.429 ;
    RECT 2.365 0.264 2.475 0.396 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 2.805 0.264 2.871 1.023 ;
    RECT 3.707 0.264 3.773 0.363 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 1.606 0.341 1.672 0.693 ;
    RECT 1.276 0.363 1.342 0.814 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 3.707 0.363 4.037 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.396 2.431 0.726 ;
    RECT 1.925 0.429 2.299 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 3.971 0.429 4.037 0.495 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 2.673 0.462 2.739 0.858 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 2.233 0.495 2.299 0.88 ;
    RECT 3.201 0.495 3.542 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 2.101 0.594 2.167 0.693 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 1.419 0.693 2.167 0.759 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 2.365 0.726 2.475 0.88 ;
    RECT 1.419 0.759 1.485 0.902 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.376 0.759 3.3 0.825 ;
    VIA 2.442 0.792 V1L2L ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.937 0.792 3.003 0.891 ;
    RECT 1.232 0.814 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.937 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDL_FSDNQ_1
#
# 
MACRO LDL_FSDNQ_2 FOREIGN C0A07BLDL_FSDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.3 0.165 3.432 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.485 0.363 ;
      RECT 1.419 0.363 1.485 0.462 ;
      RECT 0.187 0.099 0.627 0.165 ;
      RECT 0.187 0.165 0.253 0.462 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.528 ;
      RECT 0.429 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.157 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
      RECT 5.313 0.297 5.478 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.352 1.023 0.495 1.089 ;
      RECT 0.429 0.693 0.957 0.759 ;
      RECT 0.891 0.495 0.957 0.693 ;
      RECT 0.891 0.429 1.32 0.495 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.187 0.913 0.253 1.155 ;
      RECT 0.187 0.847 0.33 0.913 ;
      RECT 5.555 0.924 5.621 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.158 0.528 4.818 0.594 ;
    RECT 0 0.528 4.158 0.594 ;
    RECT 4.818 0.528 5.676 0.594 ;
    RECT 0 0.594 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.112 0.099 3.201 0.165 ;
    RECT 3.905 0.099 4.873 0.165 ;
    RECT 0.055 0.132 0.121 0.627 ;
    RECT 3.509 0.132 3.575 0.231 ;
    RECT 0.77 0.165 1.683 0.231 ;
    RECT 3.135 0.165 3.201 0.297 ;
    RECT 2.112 0.165 2.178 0.495 ;
    RECT 3.905 0.165 3.971 0.242 ;
    RECT 4.807 0.165 4.873 0.352 ;
    RECT 1.749 0.198 1.815 0.594 ;
    RECT 1.617 0.231 1.683 0.627 ;
    RECT 2.783 0.231 2.97 0.297 ;
    RECT 3.509 0.231 3.663 0.297 ;
    RECT 4.07 0.231 4.719 0.297 ;
    LAYER M2L ;
    RECT 1.716 0.231 2.97 0.297 ;
    VIA 1.782 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.244 0.264 2.695 0.33 ;
    RECT 4.983 0.286 5.049 0.363 ;
    RECT 2.783 0.297 2.849 0.891 ;
    RECT 3.135 0.297 3.289 0.363 ;
    RECT 3.597 0.297 3.663 0.363 ;
    RECT 4.653 0.297 4.719 0.495 ;
    RECT 1.881 0.308 1.947 0.627 ;
    RECT 2.244 0.33 2.31 0.495 ;
    RECT 2.607 0.33 2.695 0.77 ;
    RECT 3.355 0.363 3.498 0.429 ;
    RECT 3.223 0.363 3.289 0.825 ;
    RECT 3.597 0.363 4.587 0.429 ;
    RECT 4.983 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.498 0.429 ;
    VIA 3.432 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.429 3.421 0.649 ;
    RECT 3.597 0.429 3.663 0.693 ;
    RECT 4.521 0.429 4.587 0.759 ;
    RECT 5.181 0.429 5.247 0.649 ;
    RECT 2.475 0.462 2.541 0.627 ;
    RECT 2.915 0.462 2.981 0.825 ;
    RECT 2.244 0.495 2.376 0.561 ;
    RECT 2.046 0.495 2.178 0.561 ;
    RECT 3.729 0.495 4.07 0.561 ;
    RECT 4.653 0.495 5.016 0.561 ;
    RECT 0.297 0.528 0.363 0.627 ;
    RECT 4.345 0.55 4.411 0.627 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 4.807 0.561 4.873 0.891 ;
    RECT 0.055 0.627 0.363 0.693 ;
    RECT 1.023 0.627 1.683 0.693 ;
    RECT 1.881 0.627 2.541 0.693 ;
    RECT 3.861 0.627 4.411 0.693 ;
    RECT 4.95 0.649 5.247 0.715 ;
    RECT 0.055 0.693 0.121 0.946 ;
    RECT 1.617 0.693 1.815 0.759 ;
    RECT 1.023 0.693 1.089 0.825 ;
    RECT 1.881 0.693 1.947 0.924 ;
    RECT 3.861 0.693 3.927 0.99 ;
    RECT 3.476 0.693 3.663 0.759 ;
    RECT 4.95 0.715 5.016 1.023 ;
    RECT 1.749 0.759 1.815 0.858 ;
    RECT 2.057 0.759 2.31 0.825 ;
    RECT 4.521 0.759 4.686 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.244 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.323 0.792 4.389 0.891 ;
    RECT 1.155 0.825 1.606 0.891 ;
    RECT 0.594 0.825 1.089 0.891 ;
    RECT 2.057 0.825 2.123 0.924 ;
    RECT 2.915 0.825 3.795 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 2.706 0.891 2.849 0.957 ;
    RECT 4.323 0.891 4.873 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.96 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.233 0.924 2.299 1.023 ;
    RECT 3.993 0.924 4.059 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.628 0.957 1.76 1.023 ;
    RECT 1.694 1.023 2.299 1.089 ;
    RECT 3.993 1.023 5.016 1.089 ;
  END
END LDL_FSDNQ_2
#
# 
MACRO LDL_FSDNQ_4 FOREIGN C0A07BLDL_FSDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.344 0.033 3.41 0.231 ;
      RECT 3.344 0.231 3.476 0.297 ;
      RECT 2.607 0.033 2.673 0.352 ;
      RECT 2.563 0.352 2.673 0.418 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.003 0.924 3.069 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.55 ;
    RECT 0 0.528 4.752 0.55 ;
    RECT 5.489 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.683 0.143 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.683 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.617 0.165 2.002 0.231 ;
    RECT 2.266 0.165 2.475 0.231 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 3.201 0.198 3.267 0.462 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.826 0.231 1.892 0.847 ;
    RECT 2.409 0.231 2.475 0.352 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.3 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.575 0.264 3.663 0.759 ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.145 0.308 2.211 0.495 ;
    RECT 2.794 0.319 3.003 0.385 ;
    RECT 3.795 0.319 3.861 0.495 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 3.894 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.385 3.003 0.748 ;
    RECT 1.991 0.396 2.079 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 3.201 0.462 3.509 0.528 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.145 0.495 2.838 0.561 ;
    RECT 3.795 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 3.443 0.528 3.509 0.957 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.145 0.561 2.211 0.957 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.869 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 2.31 0.627 2.442 0.693 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 5.676 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.682 2.607 0.748 ;
    RECT 2.354 0.693 2.442 0.88 ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.643 0.693 5.709 0.858 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.541 0.748 3.003 0.814 ;
    RECT 3.575 0.759 3.74 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 2.827 0.814 2.893 0.924 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.861 0.825 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.079 0.913 ;
    RECT 5.379 0.869 5.566 0.891 ;
    RECT 3.861 0.891 3.927 0.957 ;
    RECT 4.796 0.891 4.928 0.957 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 2.013 0.913 2.079 0.99 ;
    RECT 2.145 0.957 2.354 1.023 ;
    RECT 3.168 0.957 3.927 1.023 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDL_FSDNQ_4
#
# 
MACRO LDL_FSDNQ_HD_1 FOREIGN C0A07BLDL_FSDNQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.792 ;
      RECT 3.817 0.792 3.927 0.924 ;
      RECT 3.817 0.132 3.927 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.165 3.663 0.858 ;
      RECT 3.476 0.099 3.663 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 3.267 0.176 3.355 0.363 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 3.729 0.33 3.795 0.726 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.355 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    RECT 3.036 0.363 3.828 0.429 ;
    VIA 2.838 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.981 0.429 3.047 0.528 ;
    RECT 3.289 0.429 3.355 0.902 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 3.157 0.55 3.223 0.627 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDL_FSDNQ_HD_1
#
# 
MACRO LDL_FSDNQ_HD_2 FOREIGN C0A07BLDL_FSDNQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.396 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.858 ;
      RECT 3.861 0.33 4.059 0.396 ;
      RECT 3.861 0.198 3.927 0.33 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.795 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.891 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.729 0.209 3.795 0.495 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.858 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.353 0.506 1.419 0.682 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.759 ;
    RECT 2.673 0.627 3.223 0.693 ;
    RECT 1.221 0.682 1.419 0.748 ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 1.221 0.748 1.287 0.858 ;
    RECT 2.079 0.759 2.244 0.825 ;
    LAYER M2L ;
    RECT 1.188 0.759 3.564 0.825 ;
    VIA 2.178 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.068 0.891 2.475 0.957 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 2.068 0.957 2.134 0.99 ;
    RECT 0.616 0.979 0.748 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 2.618 0.979 3.003 1.045 ;
    RECT 0.616 1.023 1.738 1.045 ;
    RECT 0.682 1.045 1.672 1.089 ;
  END
END LDL_FSDNQ_HD_2
#
# 
MACRO LDL_FSDNQ_HD_4 FOREIGN C0A07BLDL_FSDNQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.015 0.033 4.081 0.264 ;
      RECT 3.113 0.033 3.179 0.165 ;
      RECT 3.036 0.165 3.179 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.429 4.191 0.726 ;
      RECT 3.795 0.726 4.356 0.858 ;
      RECT 3.861 0.385 4.191 0.429 ;
      RECT 4.125 0.319 4.29 0.363 ;
      RECT 3.861 0.363 4.29 0.385 ;
      RECT 3.861 0.231 3.949 0.363 ;
      RECT 3.806 0.165 3.949 0.231 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.683 0.165 ;
    RECT 2.673 0.132 2.739 0.627 ;
    RECT 3.267 0.143 3.696 0.209 ;
    RECT 1.617 0.165 1.683 0.242 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.815 0.165 2.145 0.231 ;
    RECT 2.409 0.198 2.475 0.825 ;
    RECT 2.805 0.198 2.871 0.528 ;
    RECT 3.267 0.209 3.355 0.297 ;
    RECT 3.63 0.209 3.696 0.297 ;
    RECT 2.079 0.231 2.145 0.396 ;
    RECT 1.815 0.231 1.881 0.693 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.286 1.551 0.341 ;
    RECT 2.981 0.297 3.355 0.363 ;
    RECT 3.63 0.297 3.795 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 3.443 0.308 3.531 0.792 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 2.541 0.33 2.607 0.803 ;
    RECT 1.441 0.341 1.672 0.407 ;
    RECT 3.729 0.363 3.795 0.495 ;
    RECT 2.981 0.363 3.047 0.528 ;
    RECT 3.289 0.363 3.355 0.902 ;
    LAYER M2L ;
    RECT 1.452 0.363 2.904 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.838 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.396 2.343 0.462 ;
    RECT 1.441 0.407 1.551 0.418 ;
    RECT 1.485 0.418 1.551 0.847 ;
    RECT 1.947 0.418 2.013 0.528 ;
    RECT 2.277 0.462 2.343 0.594 ;
    RECT 3.157 0.462 3.223 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.617 0.506 1.727 0.737 ;
    RECT 1.947 0.528 2.145 0.594 ;
    RECT 2.079 0.594 2.145 0.726 ;
    RECT 2.673 0.627 3.223 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 3.564 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 2.112 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.815 0.693 1.958 0.759 ;
    RECT 2.937 0.693 3.003 0.979 ;
    RECT 2.541 0.803 2.838 0.869 ;
    RECT 2.101 0.825 2.475 0.891 ;
    RECT 1.408 0.847 1.991 0.913 ;
    RECT 2.101 0.891 2.167 0.99 ;
    RECT 3.245 0.902 3.355 1.034 ;
    RECT 1.925 0.913 1.991 0.99 ;
    RECT 0.616 0.979 1.738 1.045 ;
    RECT 2.618 0.979 3.003 1.045 ;
  END
END LDL_FSDNQ_HD_4
#
# 
MACRO LDL_FSDNRBQ_1 FOREIGN C0A07BLDL_FSDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.198 ;
      RECT 5.654 0.198 5.753 0.264 ;
      RECT 5.159 0.033 5.225 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.297 5.082 0.363 ;
      RECT 5.016 0.363 5.181 0.429 ;
      RECT 4.917 0.231 5.082 0.297 ;
      RECT 3.157 0.297 3.267 0.462 ;
      RECT 3.157 0.462 3.223 0.638 ;
      RECT 3.157 0.231 3.3 0.297 ;
      RECT 1.485 0.198 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.452 0.231 5.082 0.297 ;
      VIA 1.518 0.264 V1L2L ;
      VIA 3.234 0.264 V1L2L ;
      VIA 5.016 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.749 0.649 1.815 0.726 ;
      RECT 1.617 0.583 1.815 0.649 ;
      RECT 1.749 0.462 1.815 0.583 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.528 0.759 0.693 ;
      RECT 0.671 0.693 1.155 0.759 ;
      RECT 1.089 0.759 1.155 0.891 ;
      RECT 1.089 0.891 1.419 0.957 ;
      RECT 1.353 0.594 1.419 0.891 ;
      RECT 0.638 0.462 0.759 0.528 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.396 5.643 0.792 ;
      RECT 5.511 0.792 5.643 0.858 ;
      RECT 5.511 0.858 5.577 0.946 ;
      RECT 5.511 0.33 5.643 0.396 ;
      RECT 5.511 0.264 5.577 0.33 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.115 0.946 5.181 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 4.026 0.528 4.598 0.616 ;
    RECT 0 0.528 4.026 0.616 ;
    RECT 4.598 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 1.881 0.099 4.422 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 5.335 0.132 5.401 0.506 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.881 0.165 1.947 0.242 ;
    RECT 0.726 0.187 1.364 0.253 ;
    RECT 2.409 0.231 3.091 0.297 ;
    RECT 1.617 0.242 1.947 0.308 ;
    RECT 2.167 0.264 2.277 0.396 ;
    RECT 2.013 0.264 2.079 1.023 ;
    RECT 4.378 0.275 4.796 0.341 ;
    RECT 3.399 0.286 3.465 0.352 ;
    RECT 3.025 0.297 3.091 0.737 ;
    RECT 2.409 0.297 2.475 0.77 ;
    RECT 1.617 0.308 1.683 0.374 ;
    RECT 1.881 0.308 1.947 1.023 ;
    RECT 0.429 0.319 1.419 0.385 ;
    RECT 4.73 0.341 4.796 0.638 ;
    RECT 3.399 0.352 3.751 0.418 ;
    RECT 2.563 0.363 2.706 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.706 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.353 0.385 1.419 0.462 ;
    RECT 0.429 0.385 0.495 0.891 ;
    RECT 2.211 0.396 2.277 0.594 ;
    RECT 3.839 0.407 4.653 0.473 ;
    RECT 3.685 0.418 3.751 0.891 ;
    RECT 2.563 0.429 2.651 0.781 ;
    RECT 4.873 0.44 4.939 0.506 ;
    RECT 4.587 0.473 4.653 0.759 ;
    RECT 3.839 0.473 3.905 0.858 ;
    RECT 3.421 0.484 3.531 0.55 ;
    RECT 2.816 0.506 2.959 0.638 ;
    RECT 4.873 0.506 5.401 0.572 ;
    RECT 3.465 0.55 3.531 0.737 ;
    RECT 4.048 0.55 4.499 0.616 ;
    RECT 5.335 0.572 5.401 1.056 ;
    RECT 4.433 0.616 4.499 0.682 ;
    RECT 4.048 0.616 4.114 1.023 ;
    RECT 2.893 0.638 2.959 0.891 ;
    RECT 4.73 0.638 5.247 0.704 ;
    RECT 2.739 0.704 2.805 0.891 ;
    RECT 5.181 0.704 5.247 0.814 ;
    RECT 4.785 0.704 4.851 0.891 ;
    RECT 3.025 0.737 3.531 0.803 ;
    RECT 2.189 0.748 2.255 0.891 ;
    RECT 4.554 0.759 4.686 0.825 ;
    RECT 0.946 0.858 1.012 0.891 ;
    RECT 0.429 0.891 1.012 0.957 ;
    RECT 2.189 0.891 2.805 0.957 ;
    RECT 2.893 0.891 3.751 0.957 ;
    RECT 4.378 0.891 4.851 0.957 ;
    RECT 4.191 0.924 4.257 1.023 ;
    RECT 4.939 0.946 5.005 1.023 ;
    RECT 1.584 0.957 1.716 1.023 ;
    RECT 0.077 1.023 1.298 1.089 ;
    RECT 1.65 1.023 1.947 1.089 ;
    RECT 2.013 1.023 4.114 1.089 ;
    RECT 4.191 1.023 5.005 1.089 ;
  END
END LDL_FSDNRBQ_1
#
# 
MACRO LDL_FSDNRBQ_2 FOREIGN C0A07BLDL_FSDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 1.749 0.033 1.815 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.819 0.594 ;
      RECT 5.61 0.231 5.819 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.742 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.676 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.594 ;
      RECT 0.957 0.594 1.419 0.682 ;
      RECT 1.353 0.682 1.419 0.858 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.33 0.495 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.341 6.435 0.825 ;
      RECT 6.369 0.825 6.534 0.891 ;
      RECT 6.369 0.275 6.534 0.341 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 1.023 ;
      RECT 1.485 1.023 1.628 1.089 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.781 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 5.841 0.858 5.907 1.155 ;
      RECT 1.727 0.814 1.793 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.88 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.947 0.099 4.565 0.165 ;
    RECT 5.423 0.099 6.303 0.143 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.792 0.143 1.496 0.209 ;
    RECT 4.675 0.143 6.303 0.165 ;
    RECT 0.209 0.165 0.693 0.231 ;
    RECT 1.947 0.165 2.013 0.297 ;
    RECT 4.499 0.165 4.565 0.495 ;
    RECT 4.675 0.165 5.489 0.209 ;
    RECT 6.237 0.165 6.303 0.594 ;
    RECT 4.675 0.209 4.741 0.286 ;
    RECT 5.423 0.209 5.489 0.891 ;
    RECT 0.627 0.231 0.693 0.275 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.761 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.33 ;
    RECT 3.729 0.264 3.795 0.363 ;
    RECT 2.365 0.264 2.431 0.462 ;
    RECT 0.627 0.275 1.551 0.341 ;
    RECT 4.851 0.275 5.357 0.341 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 2.761 0.297 2.827 0.77 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 2.541 0.33 2.673 0.396 ;
    RECT 1.485 0.341 1.551 0.462 ;
    RECT 4.29 0.341 4.433 0.407 ;
    RECT 4.851 0.341 4.917 0.627 ;
    RECT 5.291 0.341 5.357 0.66 ;
    RECT 2.915 0.363 3.102 0.429 ;
    RECT 3.729 0.363 4.081 0.429 ;
    RECT 2.233 0.363 2.299 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.102 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.036 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.585 0.396 2.673 0.594 ;
    RECT 4.367 0.407 4.433 0.627 ;
    RECT 5.555 0.418 5.621 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 4.015 0.429 4.081 0.495 ;
    RECT 2.365 0.462 2.497 0.528 ;
    RECT 5.137 0.462 5.203 0.528 ;
    RECT 3.696 0.495 3.916 0.561 ;
    RECT 3.102 0.495 3.289 0.561 ;
    RECT 4.015 0.495 4.268 0.561 ;
    RECT 4.499 0.495 4.708 0.561 ;
    RECT 5.071 0.528 5.203 0.594 ;
    RECT 2.431 0.528 2.497 0.671 ;
    RECT 3.696 0.561 3.762 0.737 ;
    RECT 3.223 0.561 3.289 0.869 ;
    RECT 4.015 0.561 4.081 0.869 ;
    RECT 5.071 0.594 5.137 0.759 ;
    RECT 4.367 0.627 4.917 0.671 ;
    RECT 5.247 0.66 5.357 0.792 ;
    RECT 2.365 0.671 2.497 0.737 ;
    RECT 4.29 0.671 4.917 0.693 ;
    RECT 4.29 0.693 4.433 0.737 ;
    RECT 5.555 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 2.365 0.737 2.431 1.023 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.499 0.759 5.137 0.825 ;
    RECT 6.039 0.759 6.105 0.99 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 1.914 0.825 2.299 0.891 ;
    RECT 4.268 0.825 4.565 0.891 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 3.223 0.869 4.081 0.935 ;
    RECT 0.209 0.891 1.276 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 4.268 0.891 4.334 1.023 ;
    RECT 5.016 0.891 5.489 0.957 ;
    RECT 4.675 0.924 4.741 1.023 ;
    RECT 0.077 1.023 1.386 1.089 ;
    RECT 2.365 1.023 4.334 1.089 ;
    RECT 4.675 1.023 5.687 1.089 ;
  END
END LDL_FSDNRBQ_2
#
# 
MACRO LDL_FSDNRBQ_4 FOREIGN C0A07BLDL_FSDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.815 0.033 1.881 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.534 0.33 6.908 0.462 ;
      RECT 4.059 0.264 4.125 0.594 ;
      RECT 2.123 0.33 2.211 0.495 ;
      RECT 2.046 0.495 2.211 0.561 ;
      LAYER M2L ;
      RECT 2.112 0.363 6.699 0.429 ;
      VIA 2.178 0.396 V1L2L ;
      VIA 4.092 0.396 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.26 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.869 1.683 0.99 ;
      RECT 1.617 0.803 1.815 0.869 ;
      RECT 1.749 0.66 1.815 0.803 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.707 0.484 8.052 0.528 ;
    RECT 2.442 0.528 2.97 0.638 ;
    RECT 2.97 0.484 3.707 0.528 ;
    RECT 0 0.528 2.442 0.638 ;
    RECT 2.97 0.528 8.052 0.638 ;
    RECT 0 0.638 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.52 0.099 4.323 0.165 ;
    RECT 2.937 0.099 3.322 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 1.991 0.132 2.057 0.198 ;
    RECT 2.343 0.132 2.453 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.849 0.825 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.257 0.165 4.323 0.33 ;
    RECT 3.256 0.165 3.322 0.253 ;
    RECT 2.937 0.165 3.003 0.517 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.947 0.198 2.057 0.264 ;
    RECT 5.379 0.198 5.445 0.473 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 4.411 0.22 4.477 0.297 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 0.033 0.231 0.099 0.671 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.046 0.297 ;
    RECT 2.31 0.231 5.478 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.376 0.264 V1L2L ;
    VIA 4.29 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 3.256 0.253 3.993 0.319 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 3.113 0.264 3.179 0.385 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.343 0.297 2.717 0.363 ;
    RECT 4.411 0.297 4.587 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.1 0.319 1.419 0.385 ;
    RECT 3.927 0.319 3.993 0.693 ;
    RECT 5.698 0.341 5.786 0.605 ;
    RECT 6.237 0.341 6.303 0.759 ;
    RECT 1.485 0.363 2.013 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.651 0.363 2.717 0.792 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 5.17 0.363 5.258 0.605 ;
    RECT 1.353 0.385 1.419 0.495 ;
    RECT 3.113 0.385 3.575 0.451 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 3.509 0.451 3.575 0.759 ;
    RECT 3.795 0.462 3.861 0.869 ;
    RECT 5.379 0.473 5.588 0.539 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 4.202 0.495 4.4 0.561 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.937 0.517 3.355 0.583 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.202 0.561 4.268 0.693 ;
    RECT 4.521 0.561 4.587 0.671 ;
    RECT 6.501 0.572 6.567 0.693 ;
    RECT 3.289 0.583 3.355 0.726 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.605 5.786 0.671 ;
    RECT 3.663 0.638 3.729 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 3.08 0.649 3.212 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 0.033 0.671 0.176 0.737 ;
    RECT 4.334 0.671 4.587 0.737 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 3.927 0.693 4.268 0.759 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.146 0.715 3.212 0.891 ;
    RECT 0.033 0.737 0.099 1.023 ;
    RECT 4.334 0.737 4.4 0.869 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.357 0.759 5.918 0.825 ;
    RECT 6.028 0.759 6.303 0.825 ;
    RECT 7.029 0.759 7.095 0.99 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.792 2.717 0.858 ;
    RECT 2.783 0.825 3.047 0.891 ;
    RECT 4.466 0.825 5.423 0.891 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.387 0.858 2.453 0.924 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 3.795 0.869 4.4 0.935 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.146 0.891 3.729 0.957 ;
    RECT 2.783 0.891 2.849 1.023 ;
    RECT 4.466 0.891 4.532 1.023 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.783 1.023 4.532 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDL_FSDNRBQ_4
#
# 
MACRO LDL_FSDNRBQ_HD_1 FOREIGN C0A07BLDL_FSDNRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.165 4.059 0.726 ;
      RECT 3.872 0.099 4.059 0.165 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.836 0.605 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.33 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.198 4.323 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.586 0.825 ;
      RECT 3.52 0.825 3.586 0.88 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.674 0.198 3.762 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.905 0.858 ;
    RECT 3.179 0.297 3.762 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.729 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.597 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 3.795 0.858 3.905 0.924 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.894 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.795 0.924 3.861 0.99 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.465 0.979 3.729 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDL_FSDNRBQ_HD_1
#
# 
MACRO LDL_FSDNRBQ_HD_2 FOREIGN C0A07BLDL_FSDNRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.477 0.033 4.543 0.242 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.539 ;
      RECT 0.693 0.539 0.847 0.605 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.385 4.455 0.803 ;
      RECT 4.257 0.803 4.455 0.869 ;
      RECT 4.257 0.869 4.323 0.99 ;
      RECT 4.257 0.319 4.455 0.385 ;
      RECT 4.257 0.198 4.323 0.319 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.477 0.946 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.861 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.979 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 4.015 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 4.015 0.891 4.081 0.979 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 3.476 0.979 4.081 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDL_FSDNRBQ_HD_2
#
# 
MACRO LDL_FSDNRBQ_HD_4 FOREIGN C0A07BLDL_FSDNRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.176 ;
      RECT 0.99 0.176 1.089 0.242 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.726 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.572 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 1.001 0.528 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.198 4.059 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.279 0.726 4.752 0.858 ;
      RECT 4.279 0.858 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.235 0.297 4.686 0.363 ;
      RECT 4.235 0.22 4.301 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.188 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.608 0.825 ;
      RECT 3.542 0.825 3.608 0.858 ;
      RECT 2.475 0.726 2.541 0.814 ;
      RECT 2.299 0.814 2.541 0.88 ;
      RECT 2.299 0.88 2.365 1.056 ;
      LAYER M2L ;
      RECT 2.442 0.759 3.432 0.825 ;
      VIA 2.508 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.243 0.935 1.309 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.99 4.477 1.155 ;
      RECT 4.411 0.924 4.521 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.099 1.507 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.441 0.165 1.507 0.264 ;
    RECT 1.155 0.165 1.221 0.308 ;
    RECT 2.607 0.165 2.673 0.792 ;
    RECT 3.003 0.176 3.069 0.506 ;
    RECT 1.617 0.198 1.683 0.363 ;
    RECT 3.685 0.198 3.751 0.297 ;
    RECT 0.825 0.209 0.891 0.308 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    VIA 1.65 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.287 0.264 1.353 0.363 ;
    RECT 1.804 0.275 2.101 0.341 ;
    RECT 3.839 0.286 3.927 0.858 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 0.825 0.308 1.221 0.374 ;
    RECT 2.035 0.341 2.101 0.539 ;
    RECT 1.287 0.363 1.683 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.685 0.363 3.751 0.957 ;
    RECT 2.739 0.374 2.805 0.759 ;
    RECT 2.475 0.396 2.541 0.539 ;
    RECT 1.485 0.429 1.551 0.638 ;
    RECT 3.553 0.462 3.619 0.627 ;
    RECT 1.1 0.473 1.232 0.506 ;
    RECT 4.147 0.495 4.422 0.561 ;
    RECT 1.1 0.506 1.419 0.539 ;
    RECT 1.166 0.539 1.419 0.572 ;
    RECT 2.035 0.539 2.541 0.605 ;
    RECT 4.147 0.561 4.213 0.825 ;
    RECT 1.353 0.572 1.419 0.88 ;
    RECT 1.903 0.572 1.969 0.638 ;
    RECT 2.035 0.605 2.101 0.77 ;
    RECT 2.871 0.627 3.619 0.693 ;
    RECT 1.485 0.638 1.969 0.704 ;
    RECT 2.167 0.671 2.31 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 1.485 0.704 1.551 0.979 ;
    RECT 2.167 0.737 2.233 0.979 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.32 0.759 1.881 0.825 ;
    RECT 3.531 0.759 3.96 0.825 ;
    VIA 3.894 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.77 2.101 0.836 ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 2.739 0.825 2.805 0.891 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 3.993 0.825 4.213 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    RECT 3.531 0.825 3.597 0.891 ;
    LAYER M1L ;
    RECT 1.793 0.836 1.859 0.924 ;
    RECT 1.089 0.858 1.155 1.023 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 0.946 0.869 1.012 0.902 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 2.64 0.891 2.805 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.716 0.957 ;
    RECT 1.815 0.891 3.597 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.122 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 0.77 0.979 0.902 1.023 ;
    RECT 1.408 0.979 1.551 1.045 ;
    RECT 1.98 0.979 2.233 1.045 ;
    RECT 0.77 1.023 1.155 1.045 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
    RECT 0.836 1.045 1.155 1.089 ;
  END
END LDL_FSDNRBQ_HD_4
#
# 
MACRO LDL_FSDNRBSB_1 FOREIGN C0A07BLDL_FSDNRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.379 0.033 5.445 0.242 ;
      RECT 4.642 0.033 4.708 0.253 ;
      RECT 4.642 0.253 4.774 0.319 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.21 0.165 1.342 0.231 ;
      RECT 0.726 0.033 0.792 0.187 ;
      RECT 0.726 0.187 0.858 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075988 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.198 5.247 0.308 ;
      RECT 5.181 0.308 5.379 0.374 ;
      RECT 5.313 0.374 5.379 0.528 ;
      RECT 5.236 0.528 5.379 0.594 ;
      RECT 5.236 0.594 5.302 0.671 ;
      RECT 5.17 0.671 5.302 0.737 ;
    END
  END QN
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.455 0.198 4.521 0.418 ;
      RECT 4.455 0.418 4.631 0.484 ;
      RECT 4.565 0.484 4.631 0.55 ;
      RECT 2.904 0.231 3.091 0.297 ;
      RECT 3.025 0.297 3.091 0.594 ;
      LAYER M2L ;
      RECT 2.904 0.231 4.554 0.297 ;
      VIA 2.97 0.264 V1L2L ;
      VIA 4.488 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 0.957 0.495 1.287 0.561 ;
      VIA 1.122 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.33 5.643 0.792 ;
      RECT 5.533 0.792 5.643 0.924 ;
      RECT 5.577 0.924 5.643 0.99 ;
      RECT 5.533 0.198 5.643 0.33 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.671 ;
      RECT 0.693 0.671 1.419 0.737 ;
      RECT 1.353 0.737 1.419 0.99 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.737 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.649 1.551 0.858 ;
      RECT 1.617 0.649 1.683 0.858 ;
      RECT 1.485 0.583 1.683 0.649 ;
      RECT 1.617 0.462 1.683 0.583 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.763 0.418 4.829 0.627 ;
      RECT 4.642 0.627 4.829 0.693 ;
      RECT 3.201 0.33 3.267 0.748 ;
      LAYER M2L ;
      RECT 3.168 0.627 4.818 0.693 ;
      VIA 3.234 0.66 V1L2L ;
      VIA 4.752 0.66 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.045 5.478 1.155 ;
      RECT 5.346 0.979 5.478 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 4.675 0.946 4.741 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.432 0.528 4.136 0.55 ;
    RECT 0 0.528 3.432 0.55 ;
    RECT 4.136 0.528 5.676 0.55 ;
    RECT 0 0.55 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.859 0.099 3.938 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.154 0.495 0.319 ;
    RECT 1.859 0.165 1.925 0.242 ;
    RECT 3.927 0.231 4.367 0.297 ;
    RECT 1.419 0.242 1.925 0.308 ;
    RECT 5.027 0.242 5.093 0.462 ;
    RECT 1.991 0.264 2.079 1.023 ;
    RECT 2.145 0.264 2.211 0.594 ;
    RECT 3.399 0.264 3.465 0.594 ;
    RECT 3.575 0.264 3.641 0.693 ;
    RECT 2.673 0.275 2.739 0.891 ;
    RECT 3.729 0.286 3.795 0.825 ;
    RECT 2.321 0.297 2.475 0.363 ;
    RECT 3.927 0.297 3.993 0.374 ;
    RECT 4.301 0.297 4.367 0.891 ;
    RECT 1.419 0.308 1.485 0.374 ;
    RECT 1.859 0.308 1.925 0.957 ;
    RECT 0.429 0.319 1.353 0.385 ;
    RECT 2.541 0.33 2.607 0.77 ;
    RECT 2.409 0.363 2.475 0.671 ;
    RECT 4.092 0.363 4.235 0.429 ;
    LAYER M2L ;
    RECT 1.254 0.363 2.64 0.429 ;
    RECT 3.696 0.363 4.224 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 2.574 0.396 V1L2L ;
    VIA 3.762 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.385 1.353 0.462 ;
    RECT 0.429 0.385 0.495 0.847 ;
    RECT 4.169 0.429 4.235 0.693 ;
    RECT 2.849 0.462 2.915 0.715 ;
    RECT 4.895 0.462 5.159 0.528 ;
    RECT 5.445 0.462 5.511 0.66 ;
    LAYER M2L ;
    RECT 2.376 0.495 3.498 0.561 ;
    VIA 3.432 0.528 V1L2L ;
    VIA 2.442 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.517 4.07 0.583 ;
    RECT 5.093 0.528 5.159 0.594 ;
    RECT 4.895 0.528 4.961 0.781 ;
    RECT 3.938 0.583 4.026 0.759 ;
    RECT 5.401 0.66 5.511 0.726 ;
    RECT 2.332 0.671 2.475 0.737 ;
    RECT 4.433 0.682 4.499 0.781 ;
    RECT 3.333 0.693 3.641 0.759 ;
    RECT 4.092 0.693 4.235 0.759 ;
    RECT 2.849 0.715 3.124 0.781 ;
    RECT 5.401 0.726 5.467 0.803 ;
    RECT 5.027 0.748 5.093 0.803 ;
    RECT 3.333 0.759 3.399 0.847 ;
    RECT 3.894 0.759 4.026 0.825 ;
    RECT 4.092 0.759 4.158 0.792 ;
    LAYER M2L ;
    RECT 1.98 0.759 4.026 0.825 ;
    VIA 3.96 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.77 2.211 0.891 ;
    RECT 3.058 0.781 3.124 0.847 ;
    RECT 4.433 0.781 4.961 0.847 ;
    RECT 5.027 0.803 5.467 0.869 ;
    RECT 3.465 0.825 3.795 0.891 ;
    RECT 0.429 0.847 1.1 0.913 ;
    RECT 3.058 0.847 3.399 0.913 ;
    RECT 4.851 0.847 4.917 1.056 ;
    RECT 5.027 0.869 5.115 0.99 ;
    RECT 2.145 0.891 2.959 0.957 ;
    RECT 3.465 0.891 3.531 0.99 ;
    RECT 3.916 0.891 4.367 0.957 ;
    LAYER M2L ;
    RECT 2.772 0.891 3.564 0.957 ;
    RECT 4.224 0.891 5.148 0.957 ;
    VIA 2.838 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    VIA 4.29 0.924 V1L2L ;
    VIA 5.082 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.913 3.399 1.034 ;
    RECT 4.499 0.946 4.565 1.023 ;
    RECT 1.562 0.957 1.925 1.023 ;
    RECT 2.893 0.957 2.959 1.034 ;
    RECT 3.696 0.957 3.828 1.023 ;
    RECT 0.077 1.023 1.276 1.089 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.762 1.023 4.565 1.089 ;
  END
END LDL_FSDNRBSB_1
#
# 
MACRO LDL_FSDNRBSB_2 FOREIGN C0A07BLDL_FSDNRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.391 0.033 6.457 0.264 ;
      RECT 6.039 0.033 6.105 0.264 ;
      RECT 5.478 0.033 5.544 0.143 ;
      RECT 5.412 0.143 5.544 0.209 ;
      RECT 3.751 0.033 3.817 0.242 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 1.375 0.033 1.441 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.663 0.33 3.729 0.517 ;
      RECT 3.52 0.517 3.729 0.583 ;
      RECT 5.181 0.198 5.247 0.374 ;
      RECT 5.181 0.374 5.401 0.44 ;
      RECT 5.335 0.44 5.401 0.528 ;
      LAYER M2L ;
      RECT 3.696 0.231 5.28 0.297 ;
      RECT 3.696 0.297 3.762 0.363 ;
      RECT 3.63 0.363 3.762 0.429 ;
      VIA 5.214 0.264 V1L2L ;
      VIA 3.696 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.605 ;
      RECT 0.957 0.605 1.1 0.671 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.396 6.699 0.792 ;
      RECT 6.567 0.792 6.699 0.858 ;
      RECT 6.567 0.858 6.633 0.924 ;
      RECT 6.567 0.33 6.699 0.396 ;
      RECT 6.567 0.264 6.633 0.33 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.275 5.643 0.473 ;
      RECT 5.5 0.473 5.643 0.539 ;
      RECT 3.927 0.209 3.993 0.462 ;
      RECT 3.85 0.462 3.993 0.594 ;
      LAYER M2L ;
      RECT 3.894 0.363 5.676 0.429 ;
      VIA 3.96 0.396 V1L2L ;
      VIA 5.61 0.396 V1L2L ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.198 1.683 0.462 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.325 0.671 ;
      RECT 6.182 0.671 6.325 0.737 ;
      RECT 6.182 0.286 6.248 0.319 ;
      RECT 6.182 0.319 6.325 0.385 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.396 1.551 0.726 ;
      RECT 0.693 0.627 0.858 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.726 0.627 1.584 0.693 ;
      VIA 0.792 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.424 1.045 6.49 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 5.94 0.979 6.072 1.045 ;
      RECT 5.467 0.946 5.533 1.155 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 3.047 0.946 3.113 1.155 ;
      RECT 1.958 0.979 2.024 1.155 ;
      RECT 1.892 0.913 2.024 0.979 ;
      RECT 1.529 0.836 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.858 0.528 1.738 0.638 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.738 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.749 0.099 2.75 0.165 ;
    RECT 2.871 0.099 3.289 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 3.553 0.132 3.619 0.198 ;
    RECT 4.719 0.154 4.785 0.231 ;
    RECT 0.187 0.165 1.287 0.231 ;
    RECT 1.749 0.165 1.815 0.297 ;
    RECT 3.223 0.165 3.289 0.286 ;
    RECT 2.871 0.165 2.937 0.759 ;
    RECT 4.312 0.165 4.587 0.231 ;
    RECT 3.509 0.198 3.619 0.264 ;
    RECT 5.885 0.198 5.951 0.363 ;
    RECT 1.221 0.231 1.287 0.462 ;
    RECT 0.187 0.231 0.253 0.891 ;
    RECT 4.521 0.231 4.587 0.759 ;
    RECT 4.719 0.231 5.027 0.297 ;
    RECT 2.508 0.242 2.607 0.308 ;
    RECT 2.145 0.264 2.211 0.462 ;
    RECT 2.299 0.264 2.409 0.396 ;
    RECT 3.047 0.264 3.113 0.385 ;
    RECT 3.509 0.264 3.575 0.385 ;
    RECT 1.749 0.297 2.079 0.363 ;
    RECT 4.081 0.297 4.268 0.363 ;
    RECT 4.961 0.297 5.027 0.627 ;
    RECT 2.541 0.308 2.607 0.891 ;
    RECT 2.673 0.33 2.739 0.396 ;
    RECT 2.013 0.363 2.079 0.77 ;
    RECT 4.081 0.363 4.147 0.759 ;
    RECT 4.389 0.363 4.455 0.792 ;
    RECT 5.885 0.363 6.083 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 2.772 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 1.254 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.047 0.385 3.575 0.451 ;
    RECT 2.343 0.396 2.409 0.594 ;
    RECT 2.673 0.396 2.783 0.462 ;
    RECT 4.785 0.396 4.851 0.627 ;
    RECT 6.017 0.429 6.083 0.847 ;
    RECT 2.145 0.462 2.277 0.528 ;
    RECT 2.717 0.462 2.783 0.792 ;
    RECT 4.213 0.462 4.279 0.891 ;
    RECT 6.501 0.462 6.567 0.528 ;
    RECT 5.786 0.495 5.918 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 4.884 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.124 0.517 3.421 0.583 ;
    RECT 2.211 0.528 2.277 0.671 ;
    RECT 6.435 0.528 6.567 0.594 ;
    RECT 5.786 0.561 5.852 0.627 ;
    RECT 3.355 0.583 3.421 0.759 ;
    RECT 6.435 0.594 6.501 0.847 ;
    RECT 4.686 0.627 4.851 0.693 ;
    RECT 4.961 0.627 5.852 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.488 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.671 2.277 0.737 ;
    RECT 4.961 0.693 5.027 0.891 ;
    RECT 2.145 0.737 2.211 0.924 ;
    RECT 0.418 0.759 1.078 0.825 ;
    RECT 2.871 0.759 3.289 0.825 ;
    RECT 3.355 0.759 4.147 0.825 ;
    RECT 4.521 0.759 4.84 0.825 ;
    RECT 5.17 0.759 5.731 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.686 0.825 ;
    VIA 3.168 0.792 V1L2L ;
    VIA 4.62 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.749 0.77 2.079 0.836 ;
    RECT 1.177 0.792 1.243 0.891 ;
    RECT 3.223 0.825 3.289 0.99 ;
    RECT 2.871 0.825 2.937 1.023 ;
    RECT 5.665 0.825 5.731 0.847 ;
    RECT 1.749 0.836 1.815 0.902 ;
    RECT 5.665 0.847 6.501 0.913 ;
    RECT 2.299 0.88 2.365 1.023 ;
    RECT 0.187 0.891 1.243 0.957 ;
    RECT 2.541 0.891 2.772 0.957 ;
    RECT 3.432 0.891 4.279 0.957 ;
    RECT 4.532 0.891 5.027 0.957 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.564 0.957 ;
    VIA 2.706 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.902 4.411 1.023 ;
    RECT 5.665 0.913 5.731 1.056 ;
    RECT 5.269 0.924 5.335 1.023 ;
    RECT 0.055 1.023 1.364 1.089 ;
    RECT 2.299 1.023 2.937 1.089 ;
    RECT 4.345 1.023 5.335 1.089 ;
  END
END LDL_FSDNRBSB_2
#
# 
MACRO LDL_FSDNRBSB_4 FOREIGN C0A07BLDL_FSDNRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.108 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.108 0.033 ;
      RECT 8.987 0.033 9.053 0.264 ;
      RECT 8.602 0.033 8.668 0.165 ;
      RECT 8.602 0.165 8.734 0.231 ;
      RECT 8.283 0.033 8.349 0.264 ;
      RECT 7.964 0.033 8.03 0.165 ;
      RECT 7.898 0.165 8.03 0.231 ;
      RECT 6.71 0.033 6.776 0.143 ;
      RECT 6.644 0.143 6.776 0.209 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.356 0.165 4.488 0.231 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.803 0.033 0.869 0.231 ;
      RECT 0.77 0.231 0.869 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 9.108 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
      VIA 5.676 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.732 0 V1L2L ;
      VIA 7.26 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.316 0 V1L2L ;
      VIA 8.844 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.173 0.693 ;
      RECT 7.755 0.693 8.173 0.759 ;
      RECT 7.755 0.616 7.821 0.693 ;
      RECT 7.755 0.297 8.173 0.363 ;
      RECT 7.755 0.363 7.821 0.44 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.644 0.429 ;
      RECT 6.369 0.198 6.435 0.363 ;
      RECT 4.389 0.33 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.356 0.363 6.534 0.429 ;
      VIA 4.422 0.396 V1L2L ;
      VIA 6.468 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.426 0.726 8.976 0.858 ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 8.426 0.297 8.91 0.363 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.675 0.759 4.95 0.825 ;
      RECT 4.675 0.66 4.741 0.759 ;
      RECT 6.336 0.627 7.007 0.693 ;
      RECT 6.941 0.693 7.007 0.858 ;
      LAYER M2L ;
      RECT 4.818 0.759 6.171 0.825 ;
      RECT 6.105 0.693 6.171 0.759 ;
      RECT 6.105 0.627 6.468 0.693 ;
      VIA 6.402 0.66 V1L2L ;
      VIA 4.884 0.792 V1L2L ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.792 1.683 0.99 ;
      RECT 1.617 0.704 1.771 0.792 ;
      RECT 1.683 0.66 1.771 0.704 ;
      RECT 0.297 0.759 0.363 0.891 ;
      RECT 0.198 0.891 0.363 0.957 ;
      RECT 0.297 0.693 0.495 0.759 ;
      RECT 0.429 0.561 0.495 0.693 ;
      RECT 0.429 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.198 0.891 1.716 0.957 ;
      VIA 0.264 0.924 V1L2L ;
      VIA 1.65 0.924 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 9.108 1.221 ;
      RECT 8.602 1.023 8.668 1.155 ;
      RECT 8.602 0.957 8.734 1.023 ;
      RECT 8.316 1.023 8.382 1.155 ;
      RECT 8.25 0.957 8.382 1.023 ;
      RECT 7.546 1.045 7.612 1.155 ;
      RECT 7.546 0.979 7.678 1.045 ;
      RECT 6.655 0.946 6.721 1.155 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 8.987 0.924 9.053 1.155 ;
      RECT 7.898 1.023 7.964 1.155 ;
      RECT 7.898 0.957 8.03 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 9.108 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
      VIA 5.676 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.732 1.188 V1L2L ;
      VIA 7.26 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.316 1.188 V1L2L ;
      VIA 8.844 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.108 0.528 ;
    RECT 4.268 0.528 4.785 0.638 ;
    RECT 6.534 0.528 7.051 0.77 ;
    RECT 0 0.528 4.268 0.638 ;
    RECT 4.785 0.528 6.534 0.638 ;
    RECT 0 0.638 6.534 0.77 ;
    RECT 7.051 0.528 9.108 0.77 ;
    RECT 0 0.77 9.108 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 2.563 0.099 3.014 0.165 ;
    RECT 4.653 0.099 5.335 0.165 ;
    RECT 5.445 0.121 6.237 0.187 ;
    RECT 0.957 0.143 1.892 0.165 ;
    RECT 6.952 0.143 7.48 0.209 ;
    RECT 1.111 0.165 1.892 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 2.563 0.165 2.629 0.264 ;
    RECT 2.926 0.165 3.014 0.759 ;
    RECT 5.269 0.165 5.335 0.242 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 3.333 0.165 3.784 0.231 ;
    RECT 0.473 0.176 0.539 0.363 ;
    RECT 5.445 0.187 5.511 0.264 ;
    RECT 5.951 0.187 6.017 0.264 ;
    RECT 6.171 0.187 6.237 0.495 ;
    RECT 2.013 0.198 2.079 0.297 ;
    RECT 4.213 0.22 4.279 0.297 ;
    RECT 0.033 0.231 0.099 0.737 ;
    RECT 3.333 0.231 3.399 0.825 ;
    RECT 2.409 0.242 2.475 0.528 ;
    RECT 5.06 0.253 5.192 0.319 ;
    RECT 5.588 0.253 5.72 0.319 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 7.15 0.275 7.689 0.341 ;
    RECT 2.013 0.297 2.343 0.363 ;
    RECT 3.476 0.297 4.279 0.363 ;
    RECT 2.783 0.308 2.849 0.891 ;
    RECT 5.126 0.319 5.192 0.891 ;
    RECT 5.588 0.319 5.654 0.759 ;
    RECT 1.353 0.341 1.419 0.759 ;
    RECT 5.302 0.341 5.368 0.495 ;
    RECT 7.623 0.341 7.689 0.825 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.476 0.363 3.542 0.396 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 7.491 0.462 7.557 0.495 ;
    RECT 4.521 0.495 4.95 0.561 ;
    RECT 5.302 0.495 5.478 0.561 ;
    RECT 5.874 0.495 6.05 0.561 ;
    RECT 6.171 0.495 7.557 0.561 ;
    RECT 8.261 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 2.244 0.495 5.478 0.561 ;
    VIA 2.31 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 5.412 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.586 0.517 4.059 0.583 ;
    RECT 2.409 0.528 2.673 0.594 ;
    RECT 4.521 0.561 4.587 0.759 ;
    RECT 5.302 0.561 5.368 0.66 ;
    RECT 5.874 0.561 5.94 0.627 ;
    RECT 7.491 0.561 7.557 0.594 ;
    RECT 6.171 0.561 6.237 0.891 ;
    RECT 8.261 0.561 8.327 0.825 ;
    RECT 3.993 0.583 4.059 0.891 ;
    RECT 2.607 0.594 2.673 0.726 ;
    RECT 2.409 0.594 2.475 0.99 ;
    RECT 5.808 0.627 5.94 0.693 ;
    LAYER M2L ;
    RECT 2.574 0.627 5.94 0.693 ;
    VIA 5.874 0.66 V1L2L ;
    VIA 2.64 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.726 3.267 0.891 ;
    RECT 0.033 0.737 0.176 0.803 ;
    RECT 0.924 0.759 1.419 0.825 ;
    RECT 2.926 0.759 3.058 0.825 ;
    RECT 4.158 0.759 4.587 0.825 ;
    RECT 5.313 0.759 6.05 0.825 ;
    RECT 6.336 0.759 6.853 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.29 0.825 ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.803 0.099 1.023 ;
    RECT 2.013 0.825 2.343 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 5.313 0.825 5.379 1.023 ;
    RECT 7.392 0.825 8.327 0.891 ;
    RECT 6.787 0.825 6.853 0.957 ;
    RECT 0.44 0.858 0.506 0.891 ;
    RECT 2.563 0.858 2.629 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 2.013 0.891 2.079 1.012 ;
    RECT 2.783 0.891 3.267 0.957 ;
    RECT 3.993 0.891 5.192 0.957 ;
    RECT 3.333 0.891 3.399 1.023 ;
    RECT 3.861 0.891 3.927 1.023 ;
    RECT 5.742 0.891 6.237 0.957 ;
    RECT 7.392 0.891 7.458 0.957 ;
    RECT 5.445 0.924 5.511 1.023 ;
    RECT 6.479 0.946 6.545 1.023 ;
    RECT 6.787 0.957 7.458 1.023 ;
    RECT 0.033 1.023 1.551 1.089 ;
    RECT 2.563 1.023 3.399 1.089 ;
    RECT 3.861 1.023 5.379 1.089 ;
    RECT 5.445 1.023 6.545 1.089 ;
  END
END LDL_FSDNRBSB_4
#
# 
MACRO LDL_FSDNRBSB_8 FOREIGN C0A07BLDL_FSDNRBSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 10.956 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 10.956 0.033 ;
      RECT 10.835 0.033 10.901 0.264 ;
      RECT 10.45 0.033 10.516 0.165 ;
      RECT 10.45 0.165 10.582 0.231 ;
      RECT 10.098 0.033 10.164 0.165 ;
      RECT 10.098 0.165 10.23 0.231 ;
      RECT 9.746 0.033 9.812 0.165 ;
      RECT 9.746 0.165 9.878 0.231 ;
      RECT 9.427 0.033 9.493 0.264 ;
      RECT 9.042 0.033 9.108 0.165 ;
      RECT 9.042 0.165 9.174 0.231 ;
      RECT 8.69 0.033 8.756 0.165 ;
      RECT 8.69 0.165 8.822 0.231 ;
      RECT 8.338 0.033 8.404 0.165 ;
      RECT 8.338 0.165 8.47 0.231 ;
      RECT 8.019 0.033 8.085 0.264 ;
      RECT 7.084 0.033 7.15 0.143 ;
      RECT 7.084 0.143 7.216 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.666 0.143 6.798 0.209 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.312 0.165 4.444 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      RECT 1.529 0.033 1.595 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 10.956 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.141 0.363 9.207 0.693 ;
      RECT 8.162 0.693 9.35 0.759 ;
      RECT 8.162 0.297 9.35 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 6.567 0.33 6.633 0.583 ;
      RECT 6.567 0.583 6.71 0.649 ;
      RECT 6.644 0.649 6.71 0.682 ;
      RECT 4.521 0.462 4.587 0.627 ;
      RECT 4.444 0.693 4.51 0.759 ;
      RECT 4.444 0.627 4.587 0.693 ;
      LAYER M2L ;
      RECT 4.488 0.495 5.841 0.561 ;
      RECT 5.775 0.429 5.841 0.495 ;
      RECT 5.775 0.363 6.666 0.429 ;
      VIA 4.554 0.528 V1L2L ;
      VIA 6.6 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.858 ;
      RECT 1.881 0.462 2.035 0.528 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 9.603 0.726 10.824 0.858 ;
      RECT 9.603 0.858 9.669 0.99 ;
      RECT 10.593 0.363 10.659 0.726 ;
      RECT 9.57 0.297 10.758 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
      RECT 0.693 0.528 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.716 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.070664 ;
    PORT
      LAYER M1L ;
      RECT 4.873 0.759 5.214 0.825 ;
      RECT 4.873 0.66 4.939 0.759 ;
      RECT 6.798 0.627 7.216 0.715 ;
      RECT 6.798 0.484 6.864 0.627 ;
      RECT 6.765 0.418 6.864 0.484 ;
      RECT 6.765 0.308 6.831 0.418 ;
      LAYER M2L ;
      RECT 5.082 0.759 6.567 0.825 ;
      RECT 6.501 0.693 6.567 0.759 ;
      RECT 6.501 0.627 6.93 0.693 ;
      VIA 6.864 0.66 V1L2L ;
      VIA 5.148 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 10.956 1.221 ;
      RECT 10.45 1.023 10.516 1.155 ;
      RECT 10.45 0.957 10.582 1.023 ;
      RECT 10.098 1.023 10.164 1.155 ;
      RECT 10.098 0.957 10.23 1.023 ;
      RECT 9.746 1.023 9.812 1.155 ;
      RECT 9.746 0.957 9.878 1.023 ;
      RECT 9.46 1.023 9.526 1.155 ;
      RECT 9.394 0.957 9.526 1.023 ;
      RECT 9.042 1.023 9.108 1.155 ;
      RECT 9.042 0.957 9.174 1.023 ;
      RECT 8.69 1.023 8.756 1.155 ;
      RECT 8.69 0.957 8.822 1.023 ;
      RECT 8.338 1.023 8.404 1.155 ;
      RECT 8.338 0.957 8.47 1.023 ;
      RECT 7.986 1.045 8.052 1.155 ;
      RECT 7.986 0.979 8.118 1.045 ;
      RECT 6.897 0.946 6.963 1.155 ;
      RECT 5.511 0.924 5.577 1.155 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 3.96 0.979 4.092 1.045 ;
      RECT 2.145 0.825 2.211 1.155 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 10.835 0.924 10.901 1.155 ;
      RECT 5.137 0.946 5.203 1.155 ;
      RECT 3.619 0.924 3.685 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 10.956 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 10.956 0.528 ;
    RECT 3.828 0.528 5.126 0.638 ;
    RECT 6.754 0.528 7.502 0.682 ;
    RECT 0 0.528 3.828 0.638 ;
    RECT 5.126 0.528 6.754 0.638 ;
    RECT 0 0.638 6.754 0.682 ;
    RECT 7.502 0.528 10.956 0.682 ;
    RECT 0 0.682 10.956 1.221 ;
    LAYER M1L ;
    RECT 1.683 0.099 1.826 0.165 ;
    RECT 3.674 0.099 4.191 0.165 ;
    RECT 4.917 0.099 5.577 0.165 ;
    RECT 5.665 0.099 6.149 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.897 0.154 6.963 0.286 ;
    RECT 0.748 0.165 1.408 0.231 ;
    RECT 1.683 0.165 1.771 0.363 ;
    RECT 2.618 0.165 2.805 0.231 ;
    RECT 3.212 0.165 3.74 0.231 ;
    RECT 4.125 0.165 4.191 0.297 ;
    RECT 5.511 0.165 5.577 0.264 ;
    RECT 4.917 0.165 4.983 0.297 ;
    RECT 6.083 0.165 6.149 0.198 ;
    RECT 5.665 0.165 5.731 0.264 ;
    RECT 7.458 0.165 7.909 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 1.925 0.176 2.013 0.33 ;
    RECT 2.871 0.198 2.937 0.495 ;
    RECT 6.083 0.198 6.501 0.264 ;
    RECT 4.543 0.22 4.609 0.297 ;
    RECT 0.66 0.231 0.814 0.297 ;
    RECT 2.739 0.231 2.805 0.627 ;
    RECT 3.894 0.231 4.026 0.297 ;
    RECT 5.258 0.231 5.401 0.297 ;
    RECT 5.797 0.231 5.94 0.297 ;
    RECT 7.843 0.231 7.909 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.231 1.782 0.297 ;
    RECT 1.914 0.231 3.762 0.297 ;
    RECT 3.894 0.231 5.94 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 3.96 0.264 V1L2L ;
    VIA 0.726 0.264 V1L2L ;
    VIA 5.874 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.242 2.387 0.627 ;
    RECT 3.014 0.242 3.08 0.297 ;
    RECT 2.475 0.264 2.541 0.396 ;
    RECT 6.435 0.264 6.501 0.715 ;
    RECT 6.897 0.286 7.117 0.319 ;
    RECT 3.014 0.297 3.96 0.363 ;
    RECT 4.125 0.297 4.609 0.363 ;
    RECT 5.335 0.297 5.401 0.858 ;
    RECT 5.797 0.297 5.863 0.891 ;
    LAYER M2L ;
    RECT 3.696 0.297 3.762 0.363 ;
    LAYER M1L ;
    RECT 0.891 0.319 1.419 0.363 ;
    RECT 6.897 0.319 7.766 0.352 ;
    RECT 1.925 0.33 2.255 0.396 ;
    RECT 7.051 0.352 7.766 0.385 ;
    RECT 0.451 0.363 1.419 0.385 ;
    RECT 3.267 0.363 3.333 0.693 ;
    RECT 5.522 0.363 5.687 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.574 0.429 ;
    RECT 3.696 0.363 5.676 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 5.61 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.385 0.957 0.429 ;
    RECT 1.353 0.385 1.419 0.792 ;
    RECT 7.7 0.385 7.766 0.429 ;
    RECT 2.189 0.396 2.255 0.66 ;
    RECT 2.475 0.396 2.651 0.462 ;
    RECT 5.951 0.396 6.017 0.495 ;
    RECT 0.891 0.429 0.957 0.759 ;
    RECT 5.621 0.429 5.687 0.66 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 2.585 0.462 2.651 0.759 ;
    RECT 2.871 0.495 3.014 0.561 ;
    RECT 4.719 0.495 5.236 0.561 ;
    RECT 5.951 0.495 6.237 0.561 ;
    RECT 8.008 0.495 8.932 0.561 ;
    RECT 9.471 0.495 10.45 0.561 ;
    LAYER M2L ;
    RECT 6.006 0.495 6.138 0.561 ;
    RECT 6.369 0.495 8.382 0.561 ;
    VIA 6.072 0.528 V1L2L ;
    VIA 8.118 0.528 V1L2L ;
    VIA 8.316 0.528 V1L2L ;
    VIA 6.468 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.454 0.517 4.114 0.583 ;
    RECT 4.719 0.561 4.785 0.759 ;
    RECT 9.471 0.561 9.537 0.825 ;
    LAYER M2L ;
    RECT 6.006 0.561 6.072 0.627 ;
    RECT 6.369 0.561 6.435 0.627 ;
    LAYER M1L ;
    RECT 4.048 0.583 4.114 0.649 ;
    RECT 6.303 0.594 6.369 0.715 ;
    RECT 2.321 0.627 2.519 0.693 ;
    RECT 2.739 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 2.376 0.627 6.072 0.693 ;
    RECT 6.27 0.627 6.435 0.693 ;
    VIA 6.336 0.66 V1L2L ;
    VIA 2.442 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.048 0.649 4.367 0.715 ;
    RECT 2.013 0.66 2.255 0.726 ;
    RECT 2.453 0.693 2.519 0.781 ;
    RECT 2.321 0.693 2.387 0.946 ;
    RECT 3.135 0.693 3.201 0.891 ;
    RECT 3.267 0.693 3.883 0.759 ;
    RECT 4.301 0.715 4.367 0.891 ;
    RECT 5.962 0.715 6.501 0.781 ;
    RECT 2.013 0.726 2.079 0.957 ;
    RECT 0.891 0.759 1.056 0.825 ;
    RECT 2.585 0.759 2.97 0.825 ;
    RECT 3.817 0.759 3.883 0.847 ;
    RECT 3.267 0.759 3.333 1.023 ;
    RECT 4.62 0.759 4.785 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 4.752 0.825 ;
    VIA 4.686 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.589 0.781 7.161 0.825 ;
    RECT 1.309 0.792 1.419 0.858 ;
    RECT 1.166 0.825 1.232 0.891 ;
    RECT 6.589 0.825 9.537 0.847 ;
    RECT 3.817 0.847 4.235 0.913 ;
    RECT 7.095 0.847 9.537 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 5.335 0.858 5.445 0.924 ;
    RECT 2.475 0.88 2.541 1.023 ;
    RECT 0.418 0.891 1.232 0.957 ;
    RECT 2.64 0.891 3.201 0.957 ;
    RECT 4.301 0.891 5.016 0.957 ;
    RECT 5.797 0.891 6.27 0.957 ;
    RECT 7.095 0.891 7.161 0.99 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.478 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.412 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.169 0.913 4.235 0.99 ;
    RECT 5.379 0.924 5.445 1.056 ;
    RECT 5.665 0.924 5.731 1.023 ;
    RECT 1.892 0.957 2.079 1.023 ;
    RECT 6.369 0.979 6.798 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.475 1.023 3.333 1.089 ;
    RECT 5.665 1.023 6.798 1.045 ;
    RECT 5.665 1.045 6.435 1.089 ;
  END
END LDL_FSDNRBSB_8
#
# 
MACRO LDL_FSDNSB_1 FOREIGN C0A07BLDL_FSDNSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.961 0.033 5.027 0.264 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.66 ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.137 0.792 5.247 0.858 ;
      RECT 5.137 0.858 5.203 0.924 ;
      RECT 5.137 0.33 5.247 0.396 ;
      RECT 5.137 0.198 5.203 0.33 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.198 4.851 0.704 ;
      RECT 4.785 0.704 4.884 0.77 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 1.045 4.994 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      RECT 4.928 0.979 5.06 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 3.036 0.528 4.587 0.572 ;
    RECT 0 0.528 3.036 0.572 ;
    RECT 4.587 0.528 5.28 0.572 ;
    RECT 0 0.572 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 3.85 0.099 4.675 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.609 0.165 4.675 0.462 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.189 0.462 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.849 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.783 0.385 2.849 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 5.027 0.462 5.093 0.528 ;
    RECT 4.477 0.462 4.543 0.759 ;
    RECT 2.651 0.484 2.717 0.825 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 2.475 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.983 0.528 5.093 0.594 ;
    RECT 4.609 0.594 4.675 0.924 ;
    RECT 4.983 0.594 5.049 0.847 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.783 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.543 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.651 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.477 0.825 4.543 1.023 ;
    RECT 4.796 0.847 5.049 0.913 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 4.796 0.913 4.862 1.023 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.1 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
    RECT 4.477 1.023 4.862 1.089 ;
  END
END LDL_FSDNSB_1
#
# 
MACRO LDL_FSDNSB_2 FOREIGN C0A07BLDL_FSDNSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.301 0.297 ;
      RECT 4.235 0.297 4.301 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.906 0.385 4.994 0.693 ;
      RECT 4.851 0.693 4.994 0.759 ;
      RECT 4.862 0.319 4.994 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.396 5.379 0.792 ;
      RECT 5.247 0.792 5.379 0.858 ;
      RECT 5.247 0.858 5.313 0.946 ;
      RECT 5.247 0.33 5.379 0.396 ;
      RECT 5.247 0.264 5.313 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.693 0.462 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.124 0.528 3.828 0.572 ;
    RECT 0 0.528 3.124 0.572 ;
    RECT 3.828 0.528 5.544 0.572 ;
    RECT 0 0.572 5.544 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 0.385 0.132 0.451 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.529 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.363 ;
    RECT 1.529 0.231 1.595 0.33 ;
    RECT 1.793 0.231 1.859 0.924 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.583 ;
    RECT 0.385 0.297 0.99 0.363 ;
    RECT 2.255 0.319 2.871 0.385 ;
    RECT 3.245 0.363 3.432 0.429 ;
    RECT 4.565 0.363 4.664 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.805 0.385 2.871 0.693 ;
    RECT 2.255 0.385 2.321 0.792 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 4.598 0.429 4.664 0.495 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 4.433 0.44 4.499 0.506 ;
    RECT 5.159 0.462 5.225 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.598 0.495 4.796 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 4.367 0.506 4.499 0.572 ;
    RECT 2.453 0.528 2.541 0.858 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 5.115 0.528 5.225 0.594 ;
    RECT 4.598 0.561 4.664 0.693 ;
    RECT 4.367 0.572 4.433 0.759 ;
    RECT 5.115 0.594 5.181 0.825 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.682 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 4.532 0.693 4.664 0.759 ;
    RECT 0.561 0.726 0.627 0.825 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.433 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.924 ;
    RECT 0.561 0.825 0.99 0.891 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 4.367 0.825 5.181 0.891 ;
    RECT 2.079 0.891 2.343 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 1.529 0.924 1.859 0.99 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.924 4.235 1.023 ;
    RECT 2.277 0.957 2.728 1.023 ;
    RECT 0.055 1.023 1.122 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDL_FSDNSB_2
#
# 
MACRO LDL_FSDNSB_4 FOREIGN C0A07BLDL_FSDNSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 5.874 0.033 5.94 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.445 0.033 5.511 0.264 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 4.741 0.033 4.807 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.297 3.003 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 4.257 0.297 4.323 0.594 ;
    END
  END SD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.462 0.759 0.682 ;
      RECT 0.671 0.682 1.375 0.748 ;
      RECT 1.287 0.594 1.375 0.682 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.884 0.693 5.379 0.759 ;
      RECT 4.884 0.297 5.379 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.363 6.039 0.726 ;
      RECT 5.632 0.726 6.204 0.858 ;
      RECT 5.588 0.297 6.138 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.412 0.957 5.544 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.782 1.045 1.848 1.155 ;
      RECT 1.716 0.979 1.848 1.045 ;
      RECT 1.397 0.814 1.463 1.155 ;
      RECT 5.874 1.023 5.94 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.146 0.528 3.85 0.572 ;
    RECT 0 0.528 3.146 0.572 ;
    RECT 3.85 0.528 6.336 0.572 ;
    RECT 0 0.572 6.336 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.419 0.165 ;
    RECT 1.815 0.099 3.674 0.165 ;
    RECT 4.092 0.099 4.653 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 1.353 0.165 1.419 0.33 ;
    RECT 1.518 0.165 1.881 0.231 ;
    RECT 4.587 0.165 4.653 0.495 ;
    RECT 1.815 0.231 1.881 0.847 ;
    RECT 2.101 0.231 2.244 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.244 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.178 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.264 2.013 1.023 ;
    RECT 0.429 0.297 1.023 0.363 ;
    RECT 2.101 0.297 2.167 0.539 ;
    RECT 2.321 0.308 2.871 0.374 ;
    RECT 3.267 0.363 3.41 0.429 ;
    RECT 3.586 0.363 4.103 0.429 ;
    RECT 2.805 0.374 2.871 0.693 ;
    RECT 2.321 0.374 2.387 0.792 ;
    RECT 3.267 0.429 3.333 0.759 ;
    RECT 4.037 0.429 4.103 0.759 ;
    RECT 4.433 0.462 4.499 0.528 ;
    RECT 2.673 0.484 2.739 0.825 ;
    RECT 4.587 0.495 5.148 0.561 ;
    RECT 5.445 0.495 5.874 0.561 ;
    RECT 3.135 0.506 3.201 0.693 ;
    RECT 3.685 0.528 3.751 0.627 ;
    RECT 4.389 0.528 4.499 0.594 ;
    RECT 4.62 0.561 4.686 0.693 ;
    RECT 5.445 0.561 5.511 0.825 ;
    RECT 2.475 0.594 2.563 0.858 ;
    RECT 4.389 0.594 4.455 0.759 ;
    RECT 3.432 0.627 3.751 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.66 2.167 0.891 ;
    RECT 2.805 0.693 3.201 0.759 ;
    RECT 4.554 0.693 4.686 0.759 ;
    RECT 0.429 0.726 0.495 0.825 ;
    RECT 3.267 0.759 3.938 0.825 ;
    RECT 4.037 0.759 4.455 0.825 ;
    LAYER M2L ;
    RECT 0.396 0.759 2.574 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 1.012 0.891 ;
    RECT 2.673 0.825 3.333 0.891 ;
    RECT 4.037 0.825 4.103 0.891 ;
    RECT 4.389 0.825 5.511 0.891 ;
    RECT 1.551 0.847 1.881 0.913 ;
    RECT 2.101 0.891 2.343 0.957 ;
    RECT 3.63 0.891 4.103 0.957 ;
    RECT 1.551 0.913 1.617 0.99 ;
    RECT 3.443 0.924 3.509 1.023 ;
    RECT 4.191 0.946 4.257 1.023 ;
    RECT 2.277 0.957 2.75 1.023 ;
    RECT 0.077 1.023 1.122 1.089 ;
    RECT 1.947 1.023 2.156 1.089 ;
    RECT 2.684 1.023 2.75 1.056 ;
    RECT 3.443 1.023 4.257 1.089 ;
  END
END LDL_FSDNSB_4
#
# 
MACRO LDL_FSDNSB_8 FOREIGN C0A07BLDL_FSDNSB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.184 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.656 0.165 7.788 0.231 ;
      RECT 0 -0.033 8.184 0.033 ;
      RECT 8.063 0.033 8.129 0.264 ;
      RECT 7.37 0.033 7.436 0.165 ;
      RECT 7.304 0.165 7.436 0.231 ;
      RECT 7.018 0.033 7.084 0.165 ;
      RECT 6.952 0.165 7.084 0.231 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.808 0.033 5.874 0.165 ;
      RECT 5.808 0.165 5.94 0.231 ;
      RECT 5.456 0.033 5.522 0.165 ;
      RECT 5.456 0.165 5.588 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.104 0.165 5.236 0.231 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.184 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.297 4.323 0.594 ;
      RECT 2.937 0.231 4.323 0.297 ;
      RECT 2.937 0.297 3.003 0.594 ;
    END
  END SD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.418 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.884 0.726 6.204 0.858 ;
      RECT 4.928 0.297 6.116 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.682 ;
      RECT 0.693 0.682 1.353 0.748 ;
      RECT 1.287 0.594 1.353 0.682 ;
      RECT 0.649 0.462 0.759 0.594 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 7.821 0.363 7.887 0.726 ;
      RECT 6.732 0.726 8.063 0.858 ;
      RECT 6.776 0.297 7.964 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 0 1.155 8.184 1.221 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.456 0.957 5.588 1.023 ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 1.375 0.814 1.441 1.155 ;
      RECT 8.063 0.924 8.129 1.155 ;
      RECT 7.37 1.023 7.436 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 7.018 1.023 7.084 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.578 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 5.17 1.023 5.236 1.155 ;
      RECT 5.104 0.957 5.236 1.023 ;
      RECT 4.796 1.023 4.862 1.155 ;
      RECT 4.73 0.957 4.862 1.023 ;
      RECT 4.334 1.045 4.4 1.155 ;
      RECT 4.334 0.979 4.466 1.045 ;
      RECT 7.656 0.957 7.788 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.184 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.184 0.528 ;
    RECT 3.256 0.528 3.828 0.572 ;
    RECT 0 0.528 3.256 0.572 ;
    RECT 3.828 0.528 8.184 0.572 ;
    RECT 0 0.572 8.184 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 1.793 0.099 3.652 0.165 ;
    RECT 4.07 0.099 4.631 0.165 ;
    RECT 0.077 0.132 0.143 1.023 ;
    RECT 0.407 0.132 0.473 0.297 ;
    RECT 0.924 0.165 0.99 0.297 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 1.496 0.165 1.859 0.231 ;
    RECT 4.565 0.165 4.631 0.495 ;
    RECT 6.413 0.22 6.479 0.495 ;
    RECT 1.496 0.231 1.562 0.264 ;
    RECT 1.793 0.231 1.859 0.858 ;
    RECT 2.299 0.231 2.871 0.297 ;
    RECT 1.925 0.264 2.013 1.023 ;
    RECT 2.079 0.264 2.167 0.539 ;
    RECT 0.407 0.297 0.99 0.363 ;
    RECT 2.805 0.297 2.871 0.693 ;
    RECT 2.299 0.297 2.365 0.792 ;
    RECT 3.245 0.363 3.498 0.429 ;
    RECT 3.564 0.363 4.081 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.363 2.178 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.112 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.432 0.429 3.498 0.462 ;
    RECT 3.245 0.429 3.311 0.759 ;
    RECT 3.564 0.429 3.63 0.462 ;
    RECT 4.015 0.429 4.081 0.759 ;
    RECT 2.673 0.462 2.739 0.825 ;
    RECT 4.411 0.462 4.477 0.759 ;
    RECT 4.565 0.495 5.742 0.561 ;
    RECT 6.413 0.495 7.722 0.561 ;
    RECT 3.113 0.506 3.179 0.693 ;
    RECT 3.663 0.528 3.729 0.627 ;
    RECT 4.565 0.561 4.631 0.891 ;
    RECT 6.413 0.561 6.479 0.946 ;
    RECT 2.453 0.594 2.541 0.858 ;
    RECT 3.432 0.627 3.729 0.693 ;
    LAYER M2L ;
    RECT 1.914 0.627 3.564 0.693 ;
    VIA 1.98 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.079 0.638 2.145 0.891 ;
    RECT 2.805 0.693 3.179 0.759 ;
    RECT 0.561 0.726 0.627 0.891 ;
    RECT 3.245 0.759 3.916 0.825 ;
    RECT 4.015 0.759 4.477 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 2.574 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 2.508 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.792 1.595 0.858 ;
    RECT 2.673 0.825 3.311 0.891 ;
    RECT 4.015 0.825 4.081 0.891 ;
    RECT 1.529 0.858 1.859 0.924 ;
    RECT 0.561 0.891 0.99 0.957 ;
    RECT 2.079 0.891 2.266 0.957 ;
    RECT 3.608 0.891 4.081 0.957 ;
    RECT 3.421 0.924 3.487 1.023 ;
    RECT 4.169 0.946 4.235 1.023 ;
    RECT 2.2 0.957 2.728 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.925 1.023 2.134 1.089 ;
    RECT 2.662 1.023 2.728 1.056 ;
    RECT 3.421 1.023 4.235 1.089 ;
  END
END LDL_FSDNSB_8
#
# 
MACRO LDL_FSDN_1 FOREIGN C0A07BLDL_FSDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.33 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.264 4.587 0.924 ;
      RECT 4.477 0.924 4.587 0.99 ;
      RECT 4.477 0.99 4.543 1.056 ;
      RECT 4.477 0.198 4.587 0.264 ;
      RECT 4.477 0.132 4.543 0.198 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.301 0.858 4.367 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.62 0.627 ;
    RECT 0 0.627 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.264 3.817 0.33 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.531 0.33 3.619 0.594 ;
    RECT 3.751 0.33 4.059 0.396 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.63 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.465 0.451 ;
    RECT 3.993 0.396 4.059 0.825 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.399 0.451 3.465 0.693 ;
    RECT 3.762 0.462 3.883 0.528 ;
    RECT 4.367 0.462 4.455 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.795 0.528 3.883 0.693 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.245 0.561 3.333 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.488 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.399 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDL_FSDN_1
#
# 
MACRO LDL_FSDN_2 FOREIGN C0A07BLDL_FSDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.719 0.033 4.785 0.264 ;
      RECT 4.345 0.033 4.411 0.264 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.198 4.213 0.858 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.609 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.719 0.858 4.785 1.155 ;
      RECT 4.345 0.924 4.411 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 4.884 0.627 ;
    RECT 0 0.627 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.059 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.993 0.363 4.059 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 4.697 0.462 4.785 0.726 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.818 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.752 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.059 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDL_FSDN_2
#
# 
MACRO LDL_FSDN_4 FOREIGN C0A07BLDL_FSDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 4.994 0.165 5.126 0.231 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 2.079 0.033 2.145 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.374 0.693 0.627 0.759 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.103 0.825 4.554 0.891 ;
      RECT 4.103 0.726 4.191 0.825 ;
      RECT 4.103 0.297 4.554 0.363 ;
      RECT 4.103 0.22 4.169 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.752 0.726 5.412 0.858 ;
      RECT 4.796 0.297 5.346 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.33 2.739 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 5.423 0.924 5.489 1.155 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 3.058 0.528 3.586 0.627 ;
    RECT 0 0.528 3.058 0.627 ;
    RECT 3.586 0.528 5.544 0.627 ;
    RECT 0 0.627 5.544 1.221 ;
    LAYER M1L ;
    RECT 2.277 0.099 3.025 0.165 ;
    RECT 3.322 0.143 3.674 0.209 ;
    RECT 1.65 0.165 2.013 0.231 ;
    RECT 2.959 0.165 3.025 0.429 ;
    RECT 2.277 0.165 2.343 0.759 ;
    RECT 3.322 0.209 3.388 0.385 ;
    RECT 3.751 0.22 3.817 0.297 ;
    RECT 0.836 0.231 1.54 0.297 ;
    RECT 1.947 0.231 2.013 0.363 ;
    RECT 1.683 0.231 1.749 0.825 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.409 0.264 2.497 0.77 ;
    RECT 2.805 0.264 2.893 1.023 ;
    RECT 3.751 0.297 4.037 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.815 0.33 1.881 0.726 ;
    RECT 3.586 0.33 3.674 0.594 ;
    RECT 3.179 0.352 3.245 0.429 ;
    RECT 1.452 0.363 1.617 0.429 ;
    RECT 1.947 0.363 2.189 0.429 ;
    RECT 3.971 0.363 4.037 0.495 ;
    LAYER M2L ;
    RECT 1.452 0.363 3.696 0.429 ;
    VIA 1.518 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.322 0.385 3.487 0.451 ;
    RECT 1.551 0.429 1.617 0.726 ;
    RECT 2.123 0.429 2.189 0.594 ;
    RECT 2.959 0.429 3.245 0.495 ;
    RECT 3.421 0.451 3.487 0.693 ;
    RECT 3.795 0.462 3.883 0.693 ;
    RECT 1.298 0.495 1.43 0.561 ;
    RECT 2.959 0.495 3.025 1.023 ;
    RECT 3.971 0.495 4.29 0.561 ;
    RECT 4.587 0.495 5.082 0.561 ;
    RECT 1.342 0.561 1.43 0.726 ;
    RECT 3.267 0.561 3.355 0.825 ;
    RECT 3.971 0.561 4.037 0.825 ;
    RECT 4.587 0.561 4.653 0.726 ;
    RECT 3.091 0.594 3.157 0.891 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.366 0.693 ;
    RECT 3.762 0.627 4.686 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.3 0.66 V1L2L ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.62 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.682 2.057 0.759 ;
    RECT 3.421 0.693 3.883 0.759 ;
    RECT 1.991 0.759 2.343 0.825 ;
    RECT 3.465 0.759 3.531 0.891 ;
    RECT 1.408 0.825 1.749 0.891 ;
    RECT 2.277 0.825 2.343 0.924 ;
    RECT 3.729 0.825 4.037 0.891 ;
    RECT 3.091 0.891 3.234 0.957 ;
    RECT 3.366 0.891 3.531 0.957 ;
    RECT 3.729 0.891 3.817 0.99 ;
    LAYER M2L ;
    RECT 3.102 0.891 3.828 0.957 ;
    VIA 3.168 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.924 3.663 1.023 ;
    RECT 0.638 0.957 1.364 1.023 ;
    RECT 2.486 1.023 2.893 1.089 ;
    RECT 2.959 1.023 3.663 1.089 ;
  END
END LDL_FSDN_4
#
# 
MACRO LDL_FSDN_8 FOREIGN C0A07BLDL_FSDN_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.165 ;
      RECT 6.886 0.165 7.018 0.231 ;
      RECT 6.6 0.033 6.666 0.165 ;
      RECT 6.534 0.165 6.666 0.231 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.182 0.165 6.314 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 5.126 0.033 5.192 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.774 0.033 4.84 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.707 0.033 3.773 0.264 ;
      RECT 2.057 0.033 2.123 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.254 0.165 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.698 0.363 5.786 0.693 ;
      RECT 4.598 0.693 5.786 0.759 ;
      RECT 4.631 0.297 5.786 0.363 ;
      RECT 4.631 0.22 4.697 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.039 0.726 7.26 0.858 ;
      RECT 6.039 0.858 6.105 0.99 ;
      RECT 6.006 0.297 7.194 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.605 2.607 0.858 ;
      RECT 2.541 0.539 2.695 0.605 ;
      RECT 2.607 0.462 2.695 0.539 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.554 1.023 ;
      RECT 4.059 0.924 4.125 1.155 ;
      RECT 3.707 0.924 3.773 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 3.014 0.528 3.542 0.627 ;
    RECT 0 0.528 3.014 0.627 ;
    RECT 3.542 0.528 7.392 0.627 ;
    RECT 0 0.627 7.392 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 3.003 0.165 ;
    RECT 3.564 0.132 3.63 0.165 ;
    RECT 1.617 0.165 1.991 0.231 ;
    RECT 2.937 0.165 3.003 0.429 ;
    RECT 2.233 0.165 2.299 0.77 ;
    RECT 3.278 0.165 3.63 0.231 ;
    RECT 4.235 0.209 4.301 0.825 ;
    RECT 3.883 0.22 3.949 0.297 ;
    RECT 0.847 0.231 1.518 0.297 ;
    RECT 1.925 0.231 1.991 0.363 ;
    RECT 1.617 0.231 1.683 0.693 ;
    RECT 3.278 0.231 3.344 0.385 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 2.387 0.264 2.475 0.77 ;
    RECT 2.783 0.264 2.871 1.023 ;
    RECT 0.847 0.297 0.913 0.374 ;
    RECT 3.883 0.297 4.125 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.749 0.33 1.815 0.825 ;
    RECT 3.575 0.33 3.663 0.594 ;
    RECT 3.135 0.352 3.201 0.429 ;
    RECT 1.32 0.363 1.551 0.429 ;
    RECT 1.925 0.363 2.145 0.429 ;
    RECT 4.059 0.363 4.125 0.759 ;
    LAYER M2L ;
    RECT 1.386 0.363 3.696 0.429 ;
    VIA 1.452 0.396 V1L2L ;
    VIA 2.442 0.396 V1L2L ;
    VIA 3.63 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.278 0.385 3.454 0.451 ;
    RECT 1.485 0.429 1.551 0.594 ;
    RECT 2.079 0.429 2.145 0.594 ;
    RECT 2.937 0.429 3.201 0.495 ;
    RECT 3.388 0.451 3.454 0.693 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 2.937 0.495 3.003 1.023 ;
    RECT 3.729 0.495 3.916 0.561 ;
    RECT 4.389 0.495 5.544 0.561 ;
    RECT 5.863 0.495 6.688 0.561 ;
    RECT 1.353 0.561 1.419 0.594 ;
    RECT 1.155 0.561 1.221 0.825 ;
    RECT 3.245 0.561 3.311 0.671 ;
    RECT 3.729 0.561 3.795 0.693 ;
    RECT 4.389 0.561 4.455 0.726 ;
    RECT 5.863 0.561 5.929 0.825 ;
    RECT 3.069 0.594 3.135 0.924 ;
    LAYER M2L ;
    RECT 3.036 0.627 4.488 0.693 ;
    VIA 4.092 0.66 V1L2L ;
    VIA 4.422 0.66 V1L2L ;
    VIA 3.102 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.671 3.311 0.737 ;
    RECT 1.386 0.693 1.683 0.759 ;
    RECT 3.388 0.693 3.795 0.759 ;
    RECT 3.201 0.737 3.267 0.858 ;
    RECT 3.388 0.759 3.454 0.792 ;
    RECT 3.883 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.892 0.77 2.299 0.858 ;
    RECT 3.355 0.792 3.454 0.858 ;
    RECT 1.155 0.825 1.815 0.891 ;
    RECT 3.883 0.825 3.949 0.99 ;
    RECT 4.235 0.825 5.929 0.891 ;
    RECT 1.892 0.858 1.958 0.902 ;
    RECT 3.355 0.858 3.421 0.924 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 4.235 0.891 4.301 0.99 ;
    RECT 3.531 0.924 3.597 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.749 1.023 2.871 1.089 ;
    RECT 2.937 1.023 3.597 1.089 ;
  END
END LDL_FSDN_8
#
# 
MACRO LDL_FSDPC1BQ_1 FOREIGN C0A07BLDL_FSDPC1BQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 3.157 0.033 3.223 0.308 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 0.825 0.033 0.891 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.814 0.462 ;
      RECT 0.671 0.198 0.759 0.374 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.375 0.429 1.441 0.726 ;
      RECT 1.375 0.363 1.551 0.429 ;
      RECT 1.485 0.297 1.65 0.363 ;
      LAYER M2L ;
      RECT 1.386 0.363 1.782 0.429 ;
      VIA 1.452 0.396 V1L2L ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.341 4.719 0.671 ;
      RECT 4.653 0.671 4.829 0.737 ;
      RECT 4.763 0.737 4.829 0.814 ;
      RECT 4.653 0.275 4.851 0.341 ;
      RECT 4.763 0.198 4.851 0.275 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.693 3.003 0.891 ;
      RECT 2.937 0.627 3.124 0.693 ;
      LAYER M2L ;
      RECT 2.838 0.627 3.234 0.693 ;
      VIA 3.036 0.66 V1L2L ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.587 0.946 4.653 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.574 1.045 2.64 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 4.587 0.88 4.763 0.946 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 3.927 0.099 4.587 0.143 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.65 0.209 ;
    RECT 3.927 0.143 4.664 0.165 ;
    RECT 4.521 0.165 4.664 0.209 ;
    RECT 3.927 0.165 3.993 0.792 ;
    RECT 2.409 0.176 2.475 0.297 ;
    RECT 2.959 0.176 3.025 0.484 ;
    RECT 1.837 0.198 1.903 0.275 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 1.243 0.209 1.309 0.825 ;
    RECT 4.521 0.209 4.587 0.594 ;
    RECT 4.059 0.231 4.224 0.297 ;
    RECT 2.805 0.242 2.871 1.023 ;
    RECT 3.377 0.264 3.465 0.792 ;
    RECT 1.749 0.275 2.343 0.341 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.059 0.297 4.125 1.023 ;
    RECT 3.597 0.308 3.685 0.561 ;
    RECT 3.795 0.308 3.861 0.66 ;
    RECT 4.367 0.308 4.455 0.77 ;
    RECT 2.277 0.341 2.343 0.495 ;
    RECT 1.749 0.341 1.815 0.979 ;
    RECT 2.651 0.363 2.717 0.66 ;
    LAYER M2L ;
    RECT 3.564 0.363 4.488 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.191 0.396 4.279 0.671 ;
    RECT 1.947 0.44 2.167 0.506 ;
    RECT 1.617 0.462 1.683 0.616 ;
    RECT 2.959 0.484 3.289 0.55 ;
    RECT 2.277 0.495 2.486 0.561 ;
    LAYER M2L ;
    RECT 1.584 0.495 4.29 0.561 ;
    VIA 1.65 0.528 V1L2L ;
    VIA 1.98 0.528 V1L2L ;
    VIA 3.432 0.528 V1L2L ;
    VIA 4.224 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.506 2.013 0.66 ;
    RECT 3.223 0.55 3.289 0.891 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.573 0.616 1.683 0.748 ;
    RECT 2.167 0.66 2.717 0.726 ;
    RECT 3.542 0.66 3.861 0.726 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 2.167 0.726 2.233 0.792 ;
    RECT 2.409 0.726 2.475 0.902 ;
    RECT 3.542 0.726 3.608 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 1.881 0.759 2.079 0.825 ;
    RECT 4.191 0.77 4.455 0.836 ;
    RECT 3.883 0.792 3.993 0.924 ;
    RECT 0.44 0.825 0.957 0.891 ;
    RECT 1.056 0.825 1.529 0.891 ;
    RECT 1.881 0.825 1.947 0.902 ;
    RECT 2.013 0.825 2.079 1.056 ;
    RECT 4.191 0.836 4.257 0.902 ;
    RECT 0.891 0.891 0.957 0.979 ;
    RECT 1.463 0.891 1.529 0.99 ;
    RECT 3.102 0.891 3.608 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 3.234 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.924 3.795 1.023 ;
    RECT 0.891 0.979 1.364 1.045 ;
    RECT 1.672 0.979 1.815 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.805 1.023 4.125 1.089 ;
  END
END LDL_FSDPC1BQ_1
#
# 
MACRO LDL_FSDPC1BQ_2 FOREIGN C0A07BLDL_FSDPC1BQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.566 0.033 5.632 0.165 ;
      RECT 5.5 0.165 5.632 0.231 ;
      RECT 3.828 0.033 3.894 0.165 ;
      RECT 3.762 0.165 3.894 0.231 ;
      RECT 3.355 0.033 3.421 0.33 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 0.946 0.033 1.012 0.209 ;
      RECT 0.88 0.209 1.012 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.726 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.363 5.511 0.726 ;
      RECT 5.148 0.726 5.544 0.858 ;
      RECT 5.313 0.297 5.511 0.363 ;
      RECT 5.313 0.165 5.379 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.517 3.399 0.858 ;
      RECT 3.333 0.451 3.663 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.148 0.957 5.28 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0.748 0.528 2.42 0.638 ;
    RECT 0 0.528 0.748 0.638 ;
    RECT 2.42 0.528 5.676 0.638 ;
    RECT 0 0.638 5.676 1.221 ;
    LAYER M1L ;
    RECT 4.521 0.099 4.972 0.143 ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 3.971 0.132 4.037 0.198 ;
    RECT 4.191 0.132 4.279 0.528 ;
    RECT 4.521 0.143 5.214 0.165 ;
    RECT 0.473 0.154 0.539 0.22 ;
    RECT 4.906 0.165 5.214 0.209 ;
    RECT 4.521 0.165 4.587 0.748 ;
    RECT 3.575 0.176 3.641 0.319 ;
    RECT 3.971 0.198 4.125 0.264 ;
    RECT 5.148 0.209 5.214 0.495 ;
    RECT 0.473 0.22 0.627 0.286 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 4.653 0.231 4.818 0.297 ;
    RECT 3.179 0.242 3.245 1.023 ;
    RECT 1.749 0.264 1.815 0.847 ;
    RECT 4.059 0.264 4.125 0.495 ;
    RECT 2.079 0.275 2.64 0.341 ;
    RECT 0.561 0.286 0.627 0.583 ;
    RECT 2.783 0.297 3.091 0.363 ;
    RECT 4.653 0.297 4.719 1.023 ;
    RECT 4.389 0.308 4.455 0.374 ;
    RECT 4.961 0.308 5.049 0.77 ;
    RECT 3.575 0.319 3.894 0.363 ;
    RECT 2.574 0.341 2.64 0.495 ;
    RECT 2.079 0.341 2.145 0.979 ;
    RECT 1.947 0.352 2.013 0.726 ;
    RECT 3.025 0.363 3.091 0.671 ;
    RECT 3.575 0.363 3.96 0.385 ;
    LAYER M2L ;
    RECT 4.158 0.363 5.082 0.429 ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.224 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.345 0.374 4.455 0.44 ;
    RECT 3.828 0.385 3.96 0.429 ;
    RECT 4.785 0.396 4.873 0.671 ;
    RECT 3.828 0.429 3.894 0.891 ;
    RECT 2.277 0.44 2.42 0.506 ;
    RECT 4.345 0.44 4.411 0.627 ;
    RECT 2.574 0.495 2.838 0.561 ;
    RECT 3.96 0.495 4.125 0.561 ;
    RECT 5.148 0.495 5.28 0.561 ;
    LAYER M2L ;
    RECT 1.914 0.495 4.884 0.561 ;
    VIA 1.98 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    VIA 4.026 0.528 V1L2L ;
    VIA 4.818 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.506 2.343 0.693 ;
    RECT 3.96 0.561 4.048 0.792 ;
    RECT 0.561 0.583 1.199 0.649 ;
    RECT 4.136 0.627 4.411 0.693 ;
    RECT 1.133 0.649 1.199 0.847 ;
    RECT 2.486 0.671 3.091 0.737 ;
    RECT 4.136 0.693 4.202 0.891 ;
    RECT 0.077 0.715 1.034 0.781 ;
    RECT 4.477 0.748 4.587 0.88 ;
    RECT 4.785 0.77 5.049 0.836 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.244 0.803 2.805 0.869 ;
    RECT 4.785 0.836 4.851 0.902 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 1.133 0.847 1.936 0.913 ;
    RECT 2.739 0.869 2.805 1.056 ;
    RECT 3.498 0.891 4.202 0.957 ;
    LAYER M2L ;
    RECT 2.706 0.891 3.63 0.957 ;
    VIA 2.772 0.924 V1L2L ;
    VIA 3.564 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.979 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.323 0.924 4.389 1.023 ;
    RECT 0.891 0.979 1.76 1.045 ;
    RECT 2.079 0.979 2.222 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 3.179 1.023 4.719 1.089 ;
  END
END LDL_FSDPC1BQ_2
#
# 
MACRO LDL_FSDPC1BQ_3 FOREIGN C0A07BLDL_FSDPC1BQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.512 0.165 6.644 0.231 ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 4.972 0.033 5.038 0.143 ;
      RECT 4.972 0.143 5.104 0.209 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.872 0.143 4.004 0.209 ;
      RECT 3.476 0.033 3.542 0.143 ;
      RECT 3.476 0.143 3.608 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      RECT 0.935 0.033 1.001 0.209 ;
      RECT 0.858 0.209 1.001 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.451 ;
      RECT 0.693 0.451 0.836 0.517 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 4.488 0.594 ;
      RECT 4.257 0.33 4.323 0.462 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.452 0.594 1.716 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.363 6.567 0.825 ;
      RECT 6.204 0.825 6.831 0.891 ;
      RECT 6.765 0.891 6.831 0.99 ;
      RECT 6.336 0.297 6.787 0.363 ;
      RECT 6.721 0.22 6.787 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.578 1.023 6.644 1.155 ;
      RECT 6.512 0.957 6.644 1.023 ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.16 0.957 6.292 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.764 0.957 5.896 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.224 0.979 4.356 1.045 ;
      RECT 3.872 1.045 3.938 1.155 ;
      RECT 3.872 0.979 4.004 1.045 ;
      RECT 3.476 1.045 3.542 1.155 ;
      RECT 3.476 0.979 3.608 1.045 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.124 0.957 3.256 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.462 ;
    RECT 0 0.462 5.06 0.528 ;
    RECT 5.588 0.462 6.864 0.528 ;
    RECT 2.42 0.528 2.97 0.638 ;
    RECT 5.06 0.462 5.588 0.528 ;
    RECT 0 0.528 2.42 0.638 ;
    RECT 2.97 0.528 6.864 0.638 ;
    RECT 0 0.638 6.864 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.715 ;
    RECT 4.829 0.132 4.895 0.594 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 2.365 0.143 2.662 0.209 ;
    RECT 5.346 0.143 6.226 0.209 ;
    RECT 0.473 0.176 0.539 0.242 ;
    RECT 1.089 0.187 1.155 0.429 ;
    RECT 4.433 0.198 4.499 0.308 ;
    RECT 4.081 0.198 4.147 0.275 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 6.16 0.209 6.226 0.495 ;
    RECT 5.39 0.209 5.456 0.726 ;
    RECT 3.333 0.22 3.399 0.297 ;
    RECT 0.473 0.242 0.627 0.308 ;
    RECT 2.497 0.275 3.19 0.341 ;
    RECT 3.696 0.275 4.147 0.341 ;
    RECT 5.533 0.275 5.72 0.341 ;
    RECT 1.43 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.333 0.297 3.553 0.363 ;
    RECT 0.561 0.308 0.627 0.583 ;
    RECT 4.433 0.308 4.763 0.374 ;
    RECT 5.247 0.308 5.313 0.374 ;
    RECT 5.973 0.308 6.039 0.803 ;
    RECT 5.038 0.33 5.148 0.462 ;
    RECT 3.124 0.341 3.19 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.048 0.341 4.114 0.847 ;
    RECT 5.533 0.341 5.599 0.957 ;
    RECT 1.43 0.363 1.496 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.487 0.363 3.553 0.495 ;
    LAYER M2L ;
    RECT 5.016 0.363 6.072 0.429 ;
    VIA 5.082 0.396 V1L2L ;
    VIA 6.006 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.214 0.374 5.313 0.44 ;
    RECT 4.697 0.374 4.763 0.715 ;
    RECT 5.808 0.407 5.874 0.583 ;
    RECT 1.089 0.429 1.496 0.495 ;
    RECT 3.124 0.429 3.3 0.495 ;
    RECT 5.214 0.44 5.28 0.825 ;
    RECT 2.343 0.451 2.563 0.517 ;
    RECT 5.038 0.462 5.104 0.693 ;
    RECT 6.325 0.462 6.391 0.495 ;
    RECT 2.629 0.473 2.97 0.539 ;
    RECT 3.234 0.495 3.388 0.561 ;
    RECT 3.487 0.495 3.916 0.561 ;
    RECT 6.16 0.495 6.391 0.561 ;
    RECT 2.343 0.517 2.409 0.946 ;
    RECT 2.629 0.539 2.695 0.583 ;
    RECT 3.487 0.561 3.553 0.693 ;
    RECT 6.325 0.561 6.391 0.594 ;
    RECT 0.561 0.583 1.287 0.649 ;
    RECT 2.475 0.583 2.695 0.649 ;
    RECT 5.742 0.583 5.874 0.693 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 4.829 0.594 4.939 0.726 ;
    LAYER M2L ;
    RECT 2.442 0.627 5.874 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    VIA 5.808 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.649 1.287 0.825 ;
    RECT 2.475 0.649 2.541 0.77 ;
    RECT 2.871 0.682 2.937 0.748 ;
    RECT 3.069 0.693 3.553 0.759 ;
    RECT 0.077 0.715 1.122 0.781 ;
    RECT 2.64 0.715 2.761 0.781 ;
    RECT 4.389 0.715 4.763 0.781 ;
    RECT 4.829 0.726 4.895 0.792 ;
    RECT 5.357 0.726 5.456 0.792 ;
    RECT 2.871 0.748 3.003 0.814 ;
    RECT 3.333 0.759 3.399 0.902 ;
    RECT 0.077 0.781 0.143 1.012 ;
    RECT 2.64 0.781 2.706 0.891 ;
    RECT 4.697 0.781 4.763 0.891 ;
    RECT 5.357 0.792 5.423 0.858 ;
    RECT 5.698 0.803 6.039 0.869 ;
    RECT 2.937 0.814 3.003 1.056 ;
    RECT 1.221 0.825 2.277 0.891 ;
    RECT 4.994 0.825 5.28 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.696 0.847 4.488 0.913 ;
    RECT 5.973 0.869 6.039 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.706 0.957 ;
    RECT 4.62 0.891 5.06 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.904 0.891 4.752 0.957 ;
    VIA 2.64 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    VIA 2.244 0.924 V1L2L ;
    VIA 4.686 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.422 0.913 4.488 1.023 ;
    RECT 2.783 0.924 2.849 1.023 ;
    RECT 2.343 0.946 2.453 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.148 0.957 5.599 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.343 1.023 2.849 1.089 ;
    RECT 4.422 1.023 5.214 1.089 ;
  END
END LDL_FSDPC1BQ_3
#
# 
MACRO LDL_FSDPC1BQ_4 FOREIGN C0A07BLDL_FSDPC1BQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 7.139 0.033 7.205 0.264 ;
      RECT 6.754 0.033 6.82 0.165 ;
      RECT 6.754 0.165 6.886 0.231 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.686 0.033 4.752 0.143 ;
      RECT 4.686 0.143 4.818 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.146 0.033 3.212 0.143 ;
      RECT 3.146 0.143 3.278 0.209 ;
      RECT 1.265 0.033 1.331 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.485 0.66 1.683 0.726 ;
      RECT 1.485 0.594 1.551 0.66 ;
    END
  END RS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.33 0.759 0.528 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.587 0.528 ;
      RECT 4.389 0.33 4.455 0.528 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.363 6.963 0.726 ;
      RECT 6.468 0.726 7.128 0.858 ;
      RECT 6.611 0.297 7.062 0.363 ;
      RECT 6.611 0.22 6.677 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.468 1.023 6.534 1.155 ;
      RECT 6.402 0.957 6.534 1.023 ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.82 1.023 6.886 1.155 ;
      RECT 6.754 0.957 6.886 1.023 ;
      RECT 6.072 1.023 6.138 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 3.938 1.045 4.004 1.155 ;
      RECT 3.938 0.979 4.07 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 7.139 0.924 7.205 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.374 ;
    RECT 0 0.374 5.17 0.528 ;
    RECT 5.698 0.374 7.26 0.528 ;
    RECT 5.698 0.528 6.226 0.616 ;
    RECT 2.464 0.528 3.014 0.638 ;
    RECT 5.17 0.374 5.698 0.528 ;
    RECT 3.014 0.528 5.698 0.616 ;
    RECT 6.226 0.528 7.26 0.616 ;
    RECT 0 0.528 2.464 0.638 ;
    RECT 3.014 0.616 7.26 0.638 ;
    RECT 0 0.638 7.26 1.221 ;
    LAYER M1L ;
    RECT 6.072 0.099 6.523 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 4.939 0.132 5.005 0.627 ;
    RECT 1.43 0.143 2.266 0.209 ;
    RECT 1.056 0.143 1.199 0.209 ;
    RECT 2.365 0.143 2.706 0.209 ;
    RECT 0.451 0.165 0.957 0.231 ;
    RECT 5.5 0.165 6.138 0.231 ;
    RECT 6.457 0.165 6.523 0.495 ;
    RECT 4.543 0.198 4.609 0.275 ;
    RECT 1.133 0.209 1.199 0.363 ;
    RECT 2.365 0.209 2.431 0.297 ;
    RECT 3.399 0.22 3.465 0.297 ;
    RECT 0.891 0.231 0.957 0.275 ;
    RECT 0.451 0.231 0.517 0.407 ;
    RECT 5.5 0.231 5.566 0.506 ;
    RECT 0.891 0.275 1.056 0.341 ;
    RECT 2.497 0.275 3.256 0.341 ;
    RECT 4.543 0.275 4.873 0.341 ;
    RECT 3.762 0.275 4.213 0.341 ;
    RECT 6.193 0.286 6.281 0.363 ;
    RECT 1.397 0.297 1.738 0.363 ;
    RECT 1.837 0.297 2.431 0.363 ;
    RECT 3.399 0.297 3.619 0.363 ;
    RECT 5.357 0.308 5.423 0.374 ;
    RECT 5.181 0.33 5.247 0.693 ;
    RECT 5.863 0.33 5.929 0.396 ;
    RECT 0.99 0.341 1.056 0.561 ;
    RECT 3.19 0.341 3.256 0.429 ;
    RECT 2.497 0.341 2.563 0.451 ;
    RECT 4.807 0.341 4.873 0.671 ;
    RECT 4.147 0.341 4.213 0.847 ;
    RECT 1.133 0.363 1.463 0.429 ;
    RECT 1.837 0.363 1.903 0.825 ;
    RECT 3.553 0.363 3.619 0.495 ;
    RECT 6.193 0.363 6.336 0.429 ;
    LAYER M2L ;
    RECT 5.148 0.363 6.336 0.429 ;
    VIA 5.214 0.396 V1L2L ;
    VIA 6.27 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.324 0.374 5.423 0.44 ;
    RECT 6.006 0.374 6.072 0.583 ;
    RECT 5.775 0.396 5.929 0.462 ;
    RECT 3.19 0.429 3.366 0.495 ;
    RECT 6.193 0.429 6.281 0.803 ;
    RECT 5.324 0.44 5.39 0.825 ;
    RECT 2.387 0.451 2.563 0.517 ;
    RECT 2.673 0.462 3.036 0.55 ;
    RECT 5.775 0.462 5.841 0.957 ;
    RECT 3.3 0.495 3.454 0.561 ;
    RECT 3.553 0.495 3.982 0.561 ;
    RECT 6.402 0.495 6.798 0.561 ;
    RECT 5.467 0.506 5.566 0.572 ;
    RECT 2.387 0.517 2.453 1.023 ;
    RECT 2.673 0.55 2.739 0.583 ;
    RECT 0.99 0.561 1.386 0.627 ;
    RECT 3.553 0.561 3.619 0.693 ;
    RECT 5.467 0.572 5.533 0.638 ;
    RECT 2.519 0.583 2.739 0.649 ;
    RECT 5.94 0.583 6.072 0.693 ;
    RECT 3.135 0.594 3.201 0.693 ;
    RECT 1.32 0.627 1.386 0.825 ;
    RECT 4.939 0.627 5.082 0.693 ;
    LAYER M2L ;
    RECT 2.508 0.627 6.072 0.693 ;
    VIA 5.016 0.66 V1L2L ;
    VIA 2.574 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.519 0.649 2.607 0.77 ;
    RECT 4.499 0.671 4.873 0.737 ;
    RECT 0.077 0.693 1.188 0.759 ;
    RECT 3.135 0.693 3.619 0.759 ;
    RECT 4.939 0.693 5.005 0.792 ;
    RECT 2.673 0.715 2.805 0.781 ;
    RECT 2.904 0.715 3.069 0.781 ;
    RECT 4.807 0.737 4.873 0.891 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 3.399 0.759 3.465 0.88 ;
    RECT 2.673 0.781 2.739 0.891 ;
    RECT 3.003 0.781 3.069 1.056 ;
    RECT 5.94 0.803 6.281 0.869 ;
    RECT 1.32 0.825 2.277 0.891 ;
    RECT 5.104 0.825 5.39 0.891 ;
    RECT 0.473 0.847 0.957 0.913 ;
    RECT 3.762 0.847 4.598 0.913 ;
    RECT 6.215 0.869 6.281 1.056 ;
    RECT 2.211 0.891 2.277 1.012 ;
    RECT 2.552 0.891 2.739 0.957 ;
    RECT 4.752 0.891 5.17 0.957 ;
    LAYER M2L ;
    RECT 2.178 0.891 2.706 0.957 ;
    RECT 2.97 0.891 4.884 0.957 ;
    VIA 2.244 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.036 0.924 V1L2L ;
    VIA 4.818 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.891 0.913 0.957 0.957 ;
    RECT 0.473 0.913 0.539 1.012 ;
    RECT 4.532 0.913 4.598 1.023 ;
    RECT 2.827 0.924 2.893 1.023 ;
    RECT 0.891 0.957 2.09 1.023 ;
    RECT 5.258 0.957 5.841 1.023 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.387 1.023 2.893 1.089 ;
    RECT 4.532 1.023 5.368 1.089 ;
  END
END LDL_FSDPC1BQ_4
#
# 
MACRO LDL_FSDPC1BQ_HD_1 FOREIGN C0A07BLDL_FSDPC1BQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.33 4.587 0.726 ;
      RECT 4.477 0.726 4.587 0.858 ;
      RECT 4.477 0.198 4.587 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 0.297 0.946 0.363 1.155 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.103 0.198 4.213 0.33 ;
    RECT 1.474 0.209 1.54 0.242 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 1.617 0.231 1.683 0.638 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.726 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.103 0.33 4.169 0.528 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.583 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.937 0.495 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 4.367 0.462 4.433 0.528 ;
    RECT 2.871 0.495 2.937 0.891 ;
    RECT 2.277 0.506 2.343 0.583 ;
    RECT 4.103 0.528 4.433 0.594 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 2.079 0.583 2.343 0.649 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.103 0.594 4.169 0.858 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.573 0.638 1.683 0.858 ;
    RECT 1.881 0.638 1.947 1.056 ;
    RECT 3.003 0.649 3.069 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 2.145 0.726 2.497 0.792 ;
    RECT 3.883 0.748 3.949 0.858 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 2.145 0.792 2.211 0.858 ;
    RECT 2.431 0.792 2.497 1.023 ;
    RECT 1.034 0.825 1.507 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 3.883 0.858 4.169 0.924 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.441 0.891 1.507 0.968 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 2.772 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDL_FSDPC1BQ_HD_1
#
# 
MACRO LDL_FSDPC1BQ_HD_2 FOREIGN C0A07BLDL_FSDPC1BQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.312 0.957 4.444 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 4.125 0.132 4.191 0.528 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 4.389 0.462 4.455 0.528 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.661 0.858 ;
    RECT 4.125 0.528 4.455 0.594 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 4.125 0.594 4.191 0.836 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.056 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDL_FSDPC1BQ_HD_2
#
# 
MACRO LDL_FSDPC1BQ_HD_3 FOREIGN C0A07BLDL_FSDPC1BQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.73 0.033 4.796 0.165 ;
      RECT 4.664 0.165 4.796 0.231 ;
      RECT 4.323 0.033 4.389 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 4.488 0.825 4.983 0.891 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 4.488 0.297 4.983 0.363 ;
      RECT 4.873 0.198 4.983 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.73 1.023 4.796 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.562 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.686 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDL_FSDPC1BQ_HD_3
#
# 
MACRO LDL_FSDPC1BQ_HD_4 FOREIGN C0A07BLDL_FSDPC1BQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.803 0.462 ;
      RECT 0.693 0.198 0.759 0.33 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.177 0.726 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.649 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.356 0.726 5.016 0.858 ;
      RECT 4.477 0.297 4.928 0.363 ;
      RECT 4.477 0.22 4.543 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.553 0.143 ;
    RECT 3.641 0.099 4.059 0.165 ;
    RECT 0.077 0.132 0.143 0.693 ;
    RECT 0.473 0.132 0.539 0.561 ;
    RECT 0.957 0.143 1.54 0.209 ;
    RECT 2.596 0.143 3.553 0.165 ;
    RECT 1.837 0.154 1.903 0.275 ;
    RECT 2.596 0.165 2.871 0.209 ;
    RECT 3.487 0.165 3.553 0.715 ;
    RECT 3.641 0.165 3.707 0.264 ;
    RECT 3.993 0.165 4.059 0.539 ;
    RECT 1.683 0.176 1.749 0.451 ;
    RECT 4.125 0.198 4.191 0.495 ;
    RECT 0.957 0.209 1.023 0.561 ;
    RECT 2.805 0.209 2.871 0.429 ;
    RECT 3.201 0.231 3.388 0.297 ;
    RECT 2.97 0.231 3.113 0.297 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.453 0.242 2.519 0.726 ;
    RECT 1.837 0.275 2.167 0.341 ;
    RECT 3.861 0.286 3.927 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.025 0.297 3.113 0.583 ;
    RECT 2.101 0.341 2.167 0.583 ;
    RECT 3.619 0.363 3.927 0.429 ;
    RECT 3.333 0.396 3.399 0.583 ;
    RECT 2.805 0.429 2.959 0.495 ;
    RECT 3.619 0.429 3.685 0.847 ;
    RECT 1.595 0.451 2.002 0.517 ;
    RECT 2.893 0.495 2.959 0.891 ;
    RECT 4.125 0.495 4.664 0.561 ;
    RECT 2.299 0.506 2.365 0.583 ;
    RECT 1.595 0.517 1.683 0.858 ;
    RECT 3.751 0.539 4.059 0.605 ;
    RECT 0.473 0.561 1.023 0.627 ;
    RECT 4.125 0.561 4.191 0.836 ;
    RECT 1.749 0.583 2.365 0.649 ;
    RECT 3.025 0.583 3.399 0.649 ;
    RECT 3.751 0.605 3.817 0.979 ;
    RECT 1.749 0.649 1.815 1.056 ;
    RECT 3.025 0.649 3.091 0.792 ;
    RECT 0.077 0.693 0.99 0.759 ;
    RECT 1.914 0.715 2.079 0.781 ;
    RECT 3.234 0.715 3.553 0.781 ;
    RECT 2.167 0.726 2.519 0.792 ;
    RECT 3.905 0.748 3.971 0.836 ;
    RECT 0.077 0.759 0.143 1.012 ;
    RECT 2.013 0.781 2.079 1.056 ;
    RECT 2.167 0.792 2.233 0.858 ;
    RECT 2.453 0.792 2.519 1.023 ;
    RECT 2.629 0.814 2.695 0.891 ;
    RECT 1.034 0.825 1.529 0.891 ;
    RECT 3.905 0.836 4.191 0.902 ;
    RECT 3.201 0.847 3.685 0.913 ;
    RECT 0.473 0.88 0.539 0.979 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 2.629 0.891 2.959 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.201 0.913 3.267 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 3.366 0.979 3.817 1.045 ;
    RECT 0.077 1.012 0.176 1.078 ;
    RECT 2.453 1.023 3.267 1.089 ;
  END
END LDL_FSDPC1BQ_HD_4
#
# 
MACRO LDL_FSDPC1B_1 FOREIGN C0A07BLDL_FSDPC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.565 0.033 4.631 0.264 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.264 4.851 0.924 ;
      RECT 4.741 0.924 4.851 1.056 ;
      RECT 4.741 0.132 4.851 0.264 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078892 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.198 4.455 0.682 ;
      RECT 4.389 0.682 4.488 0.748 ;
    END
  END QN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.462 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 3.619 0.099 4.037 0.165 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.619 0.165 3.685 0.264 ;
    RECT 3.971 0.165 4.037 0.539 ;
    RECT 4.125 0.165 4.29 0.231 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 4.125 0.231 4.191 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.224 0.297 ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.839 0.286 3.905 0.363 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.597 0.363 3.905 0.429 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 3.597 0.429 3.663 0.847 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 4.609 0.462 4.719 0.594 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.729 0.539 4.037 0.605 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 4.609 0.594 4.675 0.825 ;
    RECT 3.729 0.605 3.795 0.979 ;
    RECT 1.881 0.638 1.947 0.891 ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 3.861 0.748 3.927 0.825 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.825 4.675 0.891 ;
    RECT 3.179 0.847 3.663 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.179 0.913 3.245 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 3.344 0.979 3.795 1.045 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.245 1.089 ;
  END
END LDL_FSDPC1B_1
#
# 
MACRO LDL_FSDPC1B_2 FOREIGN C0A07BLDL_FSDPC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.653 0.033 4.719 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.422 0.693 4.587 0.759 ;
      RECT 4.422 0.297 4.587 0.363 ;
    END
  END QN
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.693 ;
      RECT 4.785 0.693 4.983 0.759 ;
      RECT 4.785 0.759 4.851 0.858 ;
      RECT 4.785 0.297 4.983 0.363 ;
      RECT 4.785 0.198 4.851 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 4.664 1.045 4.73 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.268 1.045 4.334 1.155 ;
      RECT 4.202 0.979 4.334 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.653 0.495 4.818 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.653 0.561 4.719 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.719 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDL_FSDPC1B_2
#
# 
MACRO LDL_FSDPC1B_4 FOREIGN C0A07BLDL_FSDPC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.555 0.033 5.621 0.264 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.851 0.033 4.917 0.264 ;
      RECT 4.147 0.033 4.213 0.264 ;
      RECT 2.255 0.033 2.321 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END SI
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.319 2.739 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.741 0.693 ;
      RECT 4.29 0.693 4.741 0.759 ;
      RECT 4.29 0.297 4.741 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.363 5.379 0.693 ;
      RECT 4.994 0.693 5.511 0.759 ;
      RECT 4.994 0.297 5.478 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.532 1.045 4.598 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 5.555 0.924 5.621 1.155 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.17 0.957 5.302 1.023 ;
      RECT 4.884 1.045 4.95 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 4.466 0.979 4.598 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.531 0.143 ;
    RECT 0.297 0.132 0.363 0.825 ;
    RECT 3.597 0.132 3.663 0.891 ;
    RECT 2.574 0.143 3.531 0.165 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.068 0.231 ;
    RECT 2.574 0.165 2.871 0.209 ;
    RECT 3.465 0.165 3.531 0.715 ;
    RECT 3.729 0.165 3.894 0.231 ;
    RECT 3.993 0.198 4.081 0.297 ;
    RECT 2.805 0.209 2.871 0.396 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 3.201 0.231 3.366 0.297 ;
    RECT 2.97 0.231 3.102 0.297 ;
    RECT 3.729 0.231 3.795 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.102 0.297 ;
    RECT 3.234 0.231 4.092 0.297 ;
    VIA 4.026 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.431 0.242 2.497 0.759 ;
    RECT 3.201 0.297 3.267 0.484 ;
    RECT 3.003 0.297 3.069 0.583 ;
    RECT 3.861 0.297 4.081 0.363 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 3.861 0.363 3.927 0.847 ;
    RECT 2.079 0.385 2.145 0.572 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.396 2.937 0.462 ;
    RECT 2.871 0.462 2.937 0.891 ;
    RECT 3.333 0.484 3.399 0.583 ;
    RECT 1.54 0.495 1.683 0.561 ;
    RECT 3.993 0.495 4.422 0.561 ;
    RECT 4.829 0.495 5.214 0.561 ;
    RECT 2.277 0.506 2.343 0.572 ;
    RECT 3.993 0.561 4.059 0.726 ;
    RECT 4.829 0.561 4.895 0.847 ;
    RECT 2.079 0.572 2.343 0.638 ;
    RECT 3.003 0.583 3.399 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    LAYER M2L ;
    RECT 3.564 0.627 4.092 0.693 ;
    VIA 4.026 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.003 0.649 3.069 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 3.212 0.715 3.531 0.781 ;
    RECT 0.737 0.759 0.803 0.825 ;
    RECT 2.112 0.759 2.497 0.825 ;
    RECT 2.607 0.792 2.673 0.891 ;
    RECT 0.077 0.825 0.803 0.891 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.431 0.825 2.497 1.023 ;
    RECT 3.861 0.847 4.895 0.913 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.607 0.891 2.937 0.957 ;
    RECT 3.322 0.891 3.663 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.772 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.157 0.924 3.223 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 0.44 1.023 0.506 1.056 ;
    RECT 2.431 1.023 3.795 1.089 ;
  END
END LDL_FSDPC1B_4
#
# 
MACRO LDL_FSDPC1B_8 FOREIGN C0A07BLDL_FSDPC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 0.033 7.216 0.165 ;
      RECT 7.15 0.165 7.282 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.535 0.033 7.601 0.264 ;
      RECT 6.798 0.033 6.864 0.165 ;
      RECT 6.798 0.165 6.93 0.231 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.446 0.165 6.578 0.231 ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.094 0.165 6.226 0.231 ;
      RECT 5.742 0.033 5.808 0.165 ;
      RECT 5.742 0.165 5.874 0.231 ;
      RECT 5.39 0.033 5.456 0.165 ;
      RECT 5.39 0.165 5.522 0.231 ;
      RECT 5.038 0.033 5.104 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 2.233 0.033 2.299 0.374 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.462 ;
      RECT 0.693 0.462 0.803 0.528 ;
      RECT 0.561 0.528 0.803 0.594 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.528 0.66 0.627 0.726 ;
    END
  END SI
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.66 ;
    END
  END CK
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.693 ;
      RECT 4.862 0.693 6.039 0.759 ;
      RECT 4.862 0.297 6.039 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 7.293 0.759 7.359 0.858 ;
      RECT 6.237 0.693 7.458 0.759 ;
      RECT 7.029 0.759 7.095 0.858 ;
      RECT 6.765 0.759 6.831 0.858 ;
      RECT 6.501 0.759 6.567 0.858 ;
      RECT 6.237 0.759 6.303 0.858 ;
      RECT 6.27 0.297 7.458 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.726 1.551 0.858 ;
      RECT 1.353 0.66 1.551 0.726 ;
      RECT 1.353 0.33 1.419 0.66 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.216 1.023 7.282 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 6.864 1.023 6.93 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.512 1.023 6.578 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.16 1.023 6.226 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.456 1.023 5.522 1.155 ;
      RECT 5.39 0.957 5.522 1.023 ;
      RECT 5.104 1.023 5.17 1.155 ;
      RECT 5.038 0.957 5.17 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.795 0.924 3.861 1.155 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.535 0.924 7.601 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.673 0.099 3.465 0.165 ;
    RECT 0.297 0.132 0.363 0.792 ;
    RECT 3.531 0.132 3.597 0.891 ;
    RECT 0.473 0.165 1.54 0.231 ;
    RECT 1.617 0.165 2.046 0.231 ;
    RECT 2.53 0.165 2.739 0.231 ;
    RECT 3.399 0.165 3.465 0.715 ;
    RECT 3.663 0.165 3.85 0.231 ;
    RECT 4.103 0.198 4.191 0.363 ;
    RECT 1.474 0.231 1.54 0.264 ;
    RECT 0.473 0.231 0.539 0.418 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 2.673 0.231 2.739 0.363 ;
    RECT 3.135 0.231 3.3 0.297 ;
    RECT 2.904 0.231 3.047 0.297 ;
    RECT 3.663 0.231 3.729 1.023 ;
    LAYER M2L ;
    RECT 1.584 0.231 3.036 0.297 ;
    RECT 3.168 0.231 4.224 0.297 ;
    VIA 2.97 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    VIA 1.65 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.466 0.275 4.763 0.341 ;
    RECT 2.409 0.286 2.475 0.759 ;
    RECT 3.135 0.297 3.201 0.484 ;
    RECT 2.959 0.297 3.047 0.583 ;
    RECT 1.749 0.319 2.145 0.385 ;
    RECT 4.697 0.341 4.763 0.495 ;
    RECT 2.673 0.363 2.871 0.429 ;
    RECT 3.795 0.363 4.356 0.429 ;
    RECT 2.079 0.385 2.145 0.506 ;
    RECT 1.749 0.385 1.815 1.056 ;
    RECT 2.805 0.429 2.871 0.891 ;
    RECT 4.29 0.429 4.356 0.495 ;
    RECT 3.795 0.429 3.861 0.814 ;
    RECT 3.267 0.484 3.333 0.583 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 3.927 0.495 4.158 0.561 ;
    RECT 4.697 0.495 5.786 0.561 ;
    RECT 4.29 0.495 4.598 0.561 ;
    RECT 6.105 0.495 7.194 0.561 ;
    RECT 2.079 0.506 2.343 0.572 ;
    RECT 3.927 0.561 3.993 0.99 ;
    RECT 4.697 0.561 4.763 0.693 ;
    RECT 4.29 0.561 4.356 0.825 ;
    RECT 6.105 0.561 6.171 0.825 ;
    RECT 2.277 0.572 2.343 0.638 ;
    RECT 2.959 0.583 3.333 0.649 ;
    RECT 1.881 0.594 1.947 0.891 ;
    RECT 2.959 0.649 3.025 0.869 ;
    RECT 0.737 0.693 1.034 0.759 ;
    RECT 4.466 0.693 4.763 0.759 ;
    RECT 3.168 0.715 3.465 0.781 ;
    RECT 4.103 0.748 4.169 0.825 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 2.563 0.759 2.629 0.891 ;
    RECT 2.09 0.759 2.475 0.825 ;
    RECT 0.077 0.792 0.803 0.858 ;
    RECT 0.869 0.825 1.364 0.891 ;
    RECT 2.409 0.825 2.475 1.023 ;
    RECT 4.103 0.825 6.171 0.891 ;
    RECT 0.077 0.858 0.143 1.056 ;
    RECT 0.869 0.891 0.935 0.957 ;
    RECT 1.881 0.891 2.112 0.957 ;
    RECT 2.563 0.891 2.871 0.957 ;
    RECT 3.278 0.891 3.597 0.957 ;
    LAYER M2L ;
    RECT 1.98 0.891 2.706 0.957 ;
    RECT 3.432 0.891 4.026 0.957 ;
    VIA 2.046 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.96 0.924 V1L2L ;
    VIA 3.498 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.113 0.924 3.179 1.023 ;
    RECT 0.44 0.957 0.935 1.023 ;
    RECT 1.034 0.957 1.562 1.023 ;
    RECT 2.409 1.023 3.729 1.089 ;
  END
END LDL_FSDPC1B_8
#
# 
MACRO LDL_FSDPHBC1B_1 FOREIGN C0A07BLDL_FSDPHBC1B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.957 ;
      RECT 6.292 0.957 6.435 1.023 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.396 6.171 0.693 ;
      RECT 5.929 0.693 6.171 0.759 ;
      RECT 5.973 0.33 6.171 0.396 ;
      RECT 5.973 0.198 6.039 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.048 0.528 5.632 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.632 0.528 6.468 0.55 ;
    RECT 0 0.55 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.302 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.577 0.198 5.643 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.313 0.242 5.379 0.473 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 5.577 0.275 5.907 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.137 0.297 5.203 0.374 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 5.841 0.341 5.907 0.495 ;
    RECT 5.577 0.341 5.643 0.891 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.237 0.44 6.303 0.825 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.445 0.462 5.511 0.605 ;
    RECT 5.709 0.462 5.775 0.825 ;
    RECT 5.049 0.473 5.379 0.539 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.841 0.495 5.984 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.808 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.742 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 5.049 0.539 5.115 0.748 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.214 0.605 5.511 0.671 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.671 5.511 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.379 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.544 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    VIA 5.478 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.313 0.814 5.379 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.709 0.825 6.303 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDL_FSDPHBC1B_1
#
# 
MACRO LDL_FSDPHBC1B_2 FOREIGN C0A07BLDL_FSDPHBC1B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.367 0.033 4.433 0.198 ;
      RECT 4.367 0.198 4.466 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.231 6.567 0.957 ;
      RECT 6.38 0.957 6.567 1.023 ;
      RECT 6.38 1.023 6.446 1.056 ;
      RECT 6.38 0.165 6.567 0.231 ;
      RECT 6.38 0.132 6.446 0.165 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.396 6.303 0.693 ;
      RECT 6.006 0.693 6.303 0.759 ;
      RECT 6.039 0.33 6.303 0.396 ;
      RECT 6.039 0.264 6.105 0.33 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.808 1.023 5.874 1.155 ;
      RECT 5.808 0.957 5.94 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.048 0.528 5.698 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 5.698 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.368 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.297 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.643 0.198 5.709 0.297 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.225 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.379 0.242 5.445 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 4.554 0.297 4.719 0.363 ;
    RECT 5.159 0.297 5.225 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.159 0.308 5.28 0.374 ;
    RECT 4.785 0.33 4.851 0.792 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 4.653 0.363 4.719 0.957 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 6.369 0.429 6.435 0.825 ;
    RECT 5.049 0.451 5.445 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.138 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 5.28 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.445 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.379 0.814 5.445 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.435 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.258 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.61 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDL_FSDPHBC1B_2
#
# 
MACRO LDL_FSDPHBC1B_4 FOREIGN C0A07BLDL_FSDPHBC1B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.392 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.392 0.033 ;
      RECT 7.271 0.033 7.337 0.264 ;
      RECT 6.952 0.033 7.018 0.143 ;
      RECT 6.886 0.143 7.018 0.209 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 6.248 0.033 6.314 0.143 ;
      RECT 6.182 0.143 6.314 0.209 ;
      RECT 5.896 0.033 5.962 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.392 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.485 0.396 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 6.732 0.726 7.26 0.858 ;
      RECT 6.732 0.858 6.82 0.99 ;
      RECT 6.71 0.297 7.194 0.363 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.693 ;
      RECT 6.006 0.693 6.49 0.759 ;
      RECT 6.039 0.297 6.49 0.363 ;
      RECT 6.039 0.22 6.105 0.297 ;
    END
  END Q
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.392 1.221 ;
      RECT 6.886 1.023 6.952 1.155 ;
      RECT 6.886 0.957 7.018 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.534 0.957 6.666 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 7.271 0.924 7.337 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.392 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.392 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 7.392 0.55 ;
    RECT 0 0.55 7.392 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.324 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.66 0.198 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 0.429 0.198 0.495 0.451 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 4.917 0.231 5.203 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.082 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 5.016 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    LAYER M1L ;
    RECT 5.335 0.242 5.401 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.785 0.264 4.851 0.792 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.137 0.297 5.203 0.308 ;
    RECT 4.917 0.297 4.983 0.891 ;
    RECT 5.643 0.297 5.973 0.363 ;
    RECT 5.137 0.308 5.236 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 5.907 0.363 5.973 0.495 ;
    RECT 5.643 0.363 5.709 0.88 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.049 0.451 5.401 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.511 0.462 5.577 0.583 ;
    RECT 5.775 0.462 5.841 0.825 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 5.907 0.495 6.27 0.561 ;
    RECT 6.589 0.495 6.93 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 5.874 0.561 ;
    VIA 4.818 0.528 V1L2L ;
    VIA 5.808 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.049 0.517 5.115 0.748 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 6.589 0.561 6.655 0.825 ;
    RECT 5.214 0.583 5.577 0.649 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 5.511 0.649 5.577 0.858 ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 5.049 0.748 5.401 0.814 ;
    RECT 3.718 0.759 4.125 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.61 0.825 ;
    VIA 5.544 0.792 V1L2L ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 5.335 0.814 5.401 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.775 0.825 6.655 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 4.917 0.891 5.236 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.544 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDL_FSDPHBC1B_4
#
# 
MACRO LDL_FSDPHBC1B_8 FOREIGN C0A07BLDL_FSDPHBC1B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 9.24 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 9.24 0.033 ;
      RECT 8.778 0.033 8.844 0.143 ;
      RECT 8.712 0.143 8.844 0.209 ;
      RECT 8.426 0.033 8.492 0.143 ;
      RECT 8.36 0.143 8.492 0.209 ;
      RECT 8.074 0.033 8.14 0.143 ;
      RECT 8.008 0.143 8.14 0.209 ;
      RECT 7.689 0.033 7.755 0.264 ;
      RECT 7.37 0.033 7.436 0.143 ;
      RECT 7.304 0.143 7.436 0.209 ;
      RECT 7.018 0.033 7.084 0.143 ;
      RECT 6.952 0.143 7.084 0.209 ;
      RECT 6.666 0.033 6.732 0.143 ;
      RECT 6.6 0.143 6.732 0.209 ;
      RECT 6.226 0.033 6.292 0.143 ;
      RECT 6.226 0.143 6.358 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.852 0.143 5.984 0.209 ;
      RECT 4.411 0.033 4.477 0.198 ;
      RECT 4.378 0.198 4.477 0.264 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 9.24 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.66 ;
      RECT 1.353 0.66 1.463 0.726 ;
      RECT 1.353 0.33 1.496 0.396 ;
    END
  END D
  PIN RS
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.682 ;
      RECT 0.825 0.682 1.155 0.748 ;
      RECT 0.825 0.748 0.891 0.858 ;
    END
  END RS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.792 ;
      RECT 0.165 0.792 0.627 0.858 ;
      RECT 0.561 0.363 0.627 0.792 ;
      RECT 0.561 0.297 0.935 0.363 ;
      RECT 0.869 0.363 0.935 0.572 ;
    END
  END EN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.693 ;
      RECT 6.424 0.693 7.612 0.759 ;
      RECT 6.457 0.297 7.612 0.363 ;
      RECT 6.457 0.22 6.523 0.297 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.745 0.363 8.811 0.726 ;
      RECT 7.865 0.726 9.108 0.858 ;
      RECT 7.865 0.858 7.931 0.99 ;
      RECT 7.832 0.297 9.02 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.396 2.805 0.759 ;
      RECT 2.013 0.396 2.079 0.726 ;
      LAYER M2L ;
      RECT 1.98 0.627 2.838 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 2.772 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.396 4.455 0.979 ;
      RECT 4.246 0.979 4.455 1.045 ;
      RECT 4.356 0.33 4.455 0.396 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.712 1.023 8.778 1.155 ;
      RECT 8.712 0.957 8.844 1.023 ;
      RECT 0 1.155 9.24 1.221 ;
      RECT 8.36 1.023 8.426 1.155 ;
      RECT 8.36 0.957 8.492 1.023 ;
      RECT 8.008 1.023 8.074 1.155 ;
      RECT 8.008 0.957 8.14 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 2.079 0.924 2.145 1.155 ;
      RECT 0.275 0.99 0.341 1.155 ;
      RECT 0.242 0.924 0.341 0.99 ;
      RECT 5.885 0.924 5.951 1.155 ;
      RECT 1.551 0.924 1.617 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 9.24 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 9.24 0.528 ;
    RECT 4.048 0.528 4.598 0.55 ;
    RECT 0 0.528 4.048 0.55 ;
    RECT 4.598 0.528 9.24 0.55 ;
    RECT 0 0.55 9.24 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.66 0.165 ;
    RECT 1.705 0.099 3.036 0.165 ;
    RECT 4.653 0.099 5.478 0.165 ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 1.397 0.132 1.463 0.198 ;
    RECT 3.267 0.154 3.333 0.231 ;
    RECT 3.465 0.154 3.531 0.363 ;
    RECT 0.429 0.165 0.495 0.451 ;
    RECT 1.705 0.165 1.815 0.264 ;
    RECT 2.343 0.165 2.409 0.715 ;
    RECT 4.653 0.165 4.719 0.275 ;
    RECT 1.221 0.198 1.463 0.264 ;
    RECT 4.037 0.198 4.125 0.759 ;
    RECT 4.191 0.198 4.257 0.858 ;
    RECT 5.709 0.198 5.775 0.275 ;
    RECT 1.881 0.231 2.277 0.297 ;
    RECT 2.618 0.231 3.333 0.297 ;
    RECT 5.071 0.231 5.357 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 1.32 0.297 ;
    RECT 4.026 0.231 5.214 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.254 0.264 V1L2L ;
    VIA 4.092 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.873 0.242 5.005 0.308 ;
    RECT 5.489 0.242 5.555 0.451 ;
    RECT 1.221 0.264 1.287 0.814 ;
    RECT 1.749 0.264 1.815 0.924 ;
    RECT 4.554 0.275 4.719 0.341 ;
    RECT 5.709 0.275 6.391 0.341 ;
    RECT 0.033 0.297 0.363 0.363 ;
    RECT 2.211 0.297 2.277 0.594 ;
    RECT 1.881 0.297 1.947 1.056 ;
    RECT 3.003 0.297 3.069 0.726 ;
    RECT 5.291 0.297 5.357 0.308 ;
    RECT 5.071 0.297 5.137 0.891 ;
    RECT 4.917 0.308 5.005 0.924 ;
    RECT 5.291 0.308 5.39 0.374 ;
    RECT 4.653 0.341 4.719 0.957 ;
    RECT 6.325 0.341 6.391 0.495 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 0.297 0.363 0.363 0.55 ;
    RECT 0.033 0.363 0.099 0.924 ;
    RECT 3.267 0.363 3.971 0.429 ;
    RECT 3.135 0.396 3.201 0.858 ;
    RECT 3.905 0.429 3.971 0.594 ;
    RECT 3.267 0.429 3.333 0.858 ;
    RECT 5.203 0.451 5.555 0.517 ;
    RECT 0.693 0.462 0.759 0.858 ;
    RECT 5.643 0.462 5.709 0.583 ;
    RECT 6.171 0.462 6.237 0.627 ;
    RECT 2.508 0.495 2.673 0.561 ;
    RECT 6.325 0.495 7.194 0.561 ;
    RECT 7.733 0.495 8.646 0.561 ;
    LAYER M2L ;
    RECT 0.594 0.495 6.27 0.561 ;
    VIA 4.95 0.528 V1L2L ;
    VIA 6.204 0.528 V1L2L ;
    VIA 0.726 0.528 V1L2L ;
    LAYER M1L ;
    RECT 5.203 0.517 5.269 0.759 ;
    RECT 3.564 0.528 3.652 0.627 ;
    RECT 4.521 0.528 4.587 0.858 ;
    RECT 0.297 0.55 0.407 0.616 ;
    RECT 3.399 0.55 3.465 0.781 ;
    RECT 2.607 0.561 2.673 0.891 ;
    RECT 7.733 0.561 7.799 0.825 ;
    RECT 5.368 0.583 5.709 0.693 ;
    RECT 0.341 0.616 0.407 0.682 ;
    RECT 3.564 0.627 3.839 0.693 ;
    RECT 6.171 0.627 6.325 0.693 ;
    LAYER M2L ;
    RECT 2.97 0.627 3.498 0.693 ;
    RECT 3.696 0.627 4.752 0.693 ;
    RECT 4.983 0.627 5.544 0.693 ;
    VIA 3.036 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    VIA 5.478 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 6.259 0.693 6.325 0.825 ;
    LAYER M2L ;
    RECT 4.983 0.693 5.049 0.759 ;
    LAYER M1L ;
    RECT 2.156 0.715 2.409 0.781 ;
    RECT 2.871 0.726 3.069 0.792 ;
    RECT 3.718 0.759 4.125 0.825 ;
    RECT 5.203 0.759 5.555 0.825 ;
    RECT 5.676 0.759 6.16 0.825 ;
    LAYER M2L ;
    RECT 3.102 0.759 5.049 0.825 ;
    VIA 4.224 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    VIA 3.168 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.156 0.781 2.222 0.836 ;
    RECT 3.399 0.781 3.586 0.847 ;
    RECT 2.871 0.792 2.937 1.023 ;
    RECT 1.034 0.814 1.463 0.88 ;
    RECT 4.037 0.825 4.125 0.99 ;
    RECT 5.489 0.825 5.555 0.902 ;
    RECT 6.259 0.825 7.799 0.891 ;
    RECT 1.034 0.88 1.122 0.891 ;
    RECT 1.397 0.88 1.463 0.946 ;
    RECT 0.99 0.891 1.122 0.957 ;
    RECT 2.607 0.891 2.772 0.957 ;
    RECT 5.071 0.891 5.39 0.957 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.772 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.056 ;
    RECT 1.705 0.924 1.815 1.056 ;
    RECT 2.453 0.924 2.519 1.023 ;
    RECT 3.047 0.924 3.113 1.023 ;
    RECT 3.641 0.924 3.707 1.023 ;
    RECT 0.418 0.957 0.715 1.023 ;
    RECT 4.554 0.957 4.719 1.023 ;
    RECT 1.188 0.979 1.32 1.023 ;
    RECT 0.649 1.023 1.32 1.045 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 2.453 1.023 2.937 1.089 ;
    RECT 3.047 1.023 3.707 1.089 ;
    RECT 4.653 1.023 5.698 1.089 ;
    RECT 0.649 1.045 1.254 1.089 ;
  END
END LDL_FSDPHBC1B_8
#
# 
MACRO LDL_FSDPHBQ_1 FOREIGN C0A07BLDL_FSDPHBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.264 5.907 0.858 ;
      RECT 5.797 0.858 5.907 0.99 ;
      RECT 5.797 0.132 5.907 0.264 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0 0.528 5.94 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.599 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.533 0.165 5.599 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.401 0.264 5.467 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.467 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.709 0.462 5.775 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.775 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHBQ_1
#
# 
MACRO LDL_FSDPHBQ_2 FOREIGN C0A07BLDL_FSDPHBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.803 ;
      RECT 5.709 0.803 5.907 0.869 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 3.322 0.528 4.004 0.55 ;
    RECT 0 0.528 3.322 0.55 ;
    RECT 4.004 0.528 6.072 0.55 ;
    RECT 0 0.55 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHBQ_2
#
# 
MACRO LDL_FSDPHBQ_4 FOREIGN C0A07BLDL_FSDPHBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.94 0.033 6.006 0.165 ;
      RECT 5.94 0.165 6.072 0.231 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.764 0.297 6.303 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.94 1.023 6.006 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.445 0.198 5.555 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.489 0.33 5.555 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHBQ_4
#
# 
MACRO LDL_FSDPHBQ_8 FOREIGN C0A07BLDL_FSDPHBQ_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 6.71 0.033 6.776 0.165 ;
      RECT 6.71 0.165 6.842 0.231 ;
      RECT 6.358 0.033 6.424 0.165 ;
      RECT 6.358 0.165 6.49 0.231 ;
      RECT 6.006 0.033 6.072 0.165 ;
      RECT 6.006 0.165 6.138 0.231 ;
      RECT 5.665 0.033 5.731 0.33 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.407 ;
      RECT 2.541 0.407 2.739 0.473 ;
      RECT 2.541 0.473 2.607 0.594 ;
      RECT 2.673 0.198 2.739 0.407 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.693 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.363 7.095 0.726 ;
      RECT 5.797 0.726 7.128 0.858 ;
      RECT 5.83 0.297 7.095 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.594 0.693 ;
      RECT 0.429 0.33 0.539 0.627 ;
      RECT 0.165 0.33 0.231 0.726 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 6.006 0.957 6.138 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.71 0.957 6.842 1.023 ;
      RECT 6.358 1.023 6.424 1.155 ;
      RECT 6.358 0.957 6.49 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.024 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 5.467 0.198 5.577 0.33 ;
    RECT 0.825 0.231 0.891 0.759 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.511 0.33 5.577 0.495 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.511 0.495 6.82 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.511 0.561 5.577 0.693 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.577 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.825 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 0.66 0.825 0.726 0.858 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHBQ_8
#
# 
MACRO LDL_FSDPHB_1 FOREIGN C0A07BLDL_FSDPHB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.264 6.435 0.858 ;
      RECT 6.325 0.858 6.435 0.99 ;
      RECT 6.325 0.132 6.435 0.264 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.676 0.858 5.94 0.99 ;
      RECT 5.819 0.363 5.885 0.858 ;
      RECT 5.709 0.297 5.885 0.363 ;
      RECT 5.709 0.165 5.775 0.297 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.577 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.144 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.511 0.165 5.577 0.594 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.379 0.264 5.445 0.363 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 5.951 0.308 6.259 0.374 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 5.181 0.363 5.445 0.429 ;
    RECT 6.193 0.374 6.259 0.594 ;
    RECT 5.951 0.374 6.017 0.748 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 5.181 0.429 5.247 0.693 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.687 0.462 5.753 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.753 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHB_1
#
# 
MACRO LDL_FSDPHB_2 FOREIGN C0A07BLDL_FSDPHB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.325 0.033 6.391 0.264 ;
      RECT 5.973 0.033 6.039 0.264 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 3.003 0.033 3.069 0.264 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.616 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.385 5.907 0.825 ;
      RECT 5.709 0.825 5.907 0.891 ;
      RECT 5.742 0.319 5.907 0.385 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.198 6.567 0.99 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 5.973 0.924 6.039 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.325 0.924 6.391 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 3.311 0.528 4.004 0.55 ;
    RECT 0 0.528 3.311 0.55 ;
    RECT 4.004 0.528 6.864 0.55 ;
    RECT 0 0.55 6.864 1.221 ;
    LAYER M1L ;
    RECT 3.135 0.099 3.63 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.805 0.132 2.871 0.561 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.135 0.165 3.201 0.517 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.171 0.198 6.237 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.289 0.231 3.432 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.366 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.289 0.297 3.355 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.599 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 3.432 0.363 3.564 0.429 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.533 0.396 5.599 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 3.432 0.429 3.498 0.847 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.533 0.495 5.742 0.561 ;
    RECT 6.171 0.495 6.402 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 2.992 0.517 3.201 0.561 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.201 0.583 ;
    RECT 5.533 0.561 5.599 0.693 ;
    RECT 6.171 0.561 6.237 0.924 ;
    RECT 2.673 0.583 3.058 0.627 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.599 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.355 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHB_2
#
# 
MACRO LDL_FSDPHB_4 FOREIGN C0A07BLDL_FSDPHB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 7.524 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.524 0.033 ;
      RECT 6.996 0.033 7.062 0.165 ;
      RECT 6.996 0.165 7.128 0.231 ;
      RECT 6.677 0.033 6.743 0.264 ;
      RECT 6.292 0.033 6.358 0.165 ;
      RECT 6.292 0.165 6.424 0.231 ;
      RECT 5.918 0.033 5.984 0.165 ;
      RECT 5.918 0.165 6.05 0.231 ;
      RECT 5.599 0.033 5.665 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 0.231 0.033 0.297 0.176 ;
      RECT 0.231 0.176 0.33 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 7.524 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.396 2.607 0.594 ;
      RECT 2.541 0.33 2.739 0.396 ;
      RECT 2.673 0.396 2.739 0.462 ;
      RECT 2.673 0.198 2.739 0.33 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.33 0.759 0.594 ;
    END
  END D
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.737 ;
      RECT 0.957 0.198 1.023 0.605 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.495 0.396 0.627 ;
      RECT 0.165 0.627 0.396 0.693 ;
      RECT 0.165 0.693 0.231 0.726 ;
      RECT 0.165 0.561 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.33 0.693 ;
      RECT 0.264 0.693 0.33 0.759 ;
      RECT 0.264 0.759 0.495 0.825 ;
      VIA 0.264 0.66 V1L2L ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.726 ;
      RECT 5.676 0.726 6.336 0.858 ;
      RECT 5.742 0.297 6.303 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.293 0.363 7.359 0.726 ;
      RECT 6.732 0.726 7.392 0.858 ;
      RECT 6.82 0.297 7.359 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.462 0.396 0.55 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.55 0.396 ;
      RECT 0.165 0.396 0.253 0.462 ;
      RECT 1.881 0.462 1.947 0.792 ;
      LAYER M2L ;
      RECT 0.429 0.627 1.551 0.693 ;
      RECT 1.485 0.561 1.551 0.627 ;
      RECT 1.485 0.495 1.98 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.524 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.996 1.023 7.062 1.155 ;
      RECT 6.996 0.957 7.128 1.023 ;
      RECT 6.71 1.023 6.776 1.155 ;
      RECT 6.644 0.957 6.776 1.023 ;
      RECT 6.292 1.023 6.358 1.155 ;
      RECT 6.292 0.957 6.424 1.023 ;
      RECT 5.918 1.023 5.984 1.155 ;
      RECT 5.918 0.957 6.05 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.524 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.524 0.528 ;
    RECT 0 0.528 7.524 1.221 ;
    LAYER M1L ;
    RECT 2.805 0.099 3.663 0.165 ;
    RECT 4.653 0.099 5.379 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.861 0.132 3.927 0.506 ;
    RECT 1.122 0.143 2.046 0.209 ;
    RECT 0.594 0.165 0.891 0.231 ;
    RECT 2.145 0.165 2.53 0.231 ;
    RECT 3.597 0.165 3.663 0.55 ;
    RECT 2.805 0.165 2.871 0.561 ;
    RECT 4.653 0.165 4.719 0.396 ;
    RECT 5.313 0.165 5.379 0.462 ;
    RECT 3.729 0.198 3.795 0.627 ;
    RECT 4.477 0.198 4.587 0.33 ;
    RECT 6.523 0.198 6.589 0.495 ;
    RECT 0.825 0.231 0.891 0.715 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 2.409 0.231 2.475 0.924 ;
    RECT 3.19 0.231 3.399 0.297 ;
    RECT 4.884 0.231 4.983 0.297 ;
    RECT 5.049 0.231 5.214 0.297 ;
    LAYER M2L ;
    RECT 3.234 0.231 5.214 0.297 ;
    VIA 3.894 0.264 V1L2L ;
    VIA 4.554 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    VIA 3.3 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.465 0.264 3.531 0.847 ;
    RECT 5.445 0.264 5.511 0.33 ;
    RECT 1.133 0.275 1.628 0.341 ;
    RECT 1.727 0.275 2.211 0.341 ;
    RECT 4.059 0.275 4.411 0.341 ;
    RECT 3.333 0.297 3.399 0.715 ;
    RECT 4.917 0.297 4.983 0.88 ;
    RECT 5.049 0.297 5.115 0.979 ;
    RECT 4.477 0.33 4.543 0.484 ;
    RECT 5.445 0.33 5.555 0.396 ;
    RECT 1.133 0.341 1.199 0.759 ;
    RECT 1.727 0.341 1.793 0.495 ;
    RECT 4.059 0.341 4.125 0.44 ;
    RECT 4.345 0.341 4.411 0.814 ;
    RECT 4.609 0.396 4.719 0.462 ;
    RECT 5.489 0.396 5.555 0.495 ;
    RECT 2.046 0.407 2.211 0.473 ;
    RECT 4.785 0.44 4.851 0.528 ;
    RECT 1.287 0.462 1.353 0.627 ;
    RECT 5.313 0.462 5.423 0.594 ;
    RECT 4.609 0.462 4.675 0.902 ;
    RECT 5.181 0.462 5.247 0.693 ;
    RECT 2.145 0.473 2.211 1.023 ;
    RECT 1.452 0.495 1.793 0.561 ;
    RECT 5.489 0.495 6.138 0.561 ;
    RECT 6.523 0.495 7.194 0.561 ;
    RECT 4.191 0.506 4.257 0.627 ;
    RECT 4.741 0.528 4.851 0.594 ;
    RECT 2.673 0.561 3.124 0.627 ;
    RECT 5.489 0.561 5.555 0.693 ;
    RECT 6.523 0.561 6.589 0.858 ;
    RECT 4.477 0.594 4.543 1.023 ;
    RECT 4.741 0.594 4.807 1.023 ;
    RECT 1.287 0.627 1.782 0.693 ;
    RECT 2.673 0.627 2.739 0.759 ;
    RECT 3.729 0.627 4.257 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 3.135 0.693 ;
    VIA 1.716 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.729 0.693 3.795 0.979 ;
    RECT 5.181 0.693 5.555 0.759 ;
    LAYER M2L ;
    RECT 3.069 0.693 3.135 0.759 ;
    LAYER M1L ;
    RECT 0.66 0.715 0.891 0.759 ;
    RECT 2.97 0.715 3.399 0.781 ;
    RECT 2.805 0.726 2.871 0.847 ;
    RECT 0.66 0.759 1.199 0.781 ;
    RECT 1.32 0.759 1.793 0.825 ;
    RECT 2.574 0.759 2.739 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.904 0.825 ;
    RECT 3.069 0.759 5.016 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.838 0.792 V1L2L ;
    VIA 4.95 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.781 1.199 0.825 ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 1.727 0.825 1.793 0.891 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 2.673 0.825 2.739 0.99 ;
    RECT 2.805 0.847 3.564 0.913 ;
    RECT 3.861 0.858 3.927 1.023 ;
    RECT 0.836 0.891 1.628 0.957 ;
    RECT 1.727 0.891 2.024 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    LAYER M2L ;
    RECT 2.64 0.891 3.96 0.957 ;
    VIA 3.894 0.924 V1L2L ;
    VIA 2.706 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.409 0.924 2.519 1.056 ;
    RECT 3.212 0.979 3.795 1.045 ;
    RECT 4.906 0.979 5.115 1.045 ;
    RECT 0.506 1.023 2.211 1.089 ;
    RECT 3.861 1.023 4.807 1.089 ;
  END
END LDL_FSDPHB_4
#
# 
MACRO LDL_FSDPHB_8 FOREIGN C0A07BLDL_FSDPHB_8_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 8.976 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.976 0.033 ;
      RECT 8.855 0.033 8.921 0.264 ;
      RECT 8.536 0.033 8.602 0.165 ;
      RECT 8.47 0.165 8.602 0.231 ;
      RECT 8.096 0.033 8.162 0.165 ;
      RECT 8.096 0.165 8.25 0.231 ;
      RECT 7.722 0.033 7.788 0.165 ;
      RECT 7.722 0.165 7.876 0.231 ;
      RECT 7.381 0.033 7.447 0.264 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.644 0.033 6.71 0.165 ;
      RECT 6.556 0.165 6.71 0.231 ;
      RECT 6.182 0.033 6.248 0.165 ;
      RECT 6.182 0.165 6.336 0.231 ;
      RECT 5.83 0.033 5.896 0.165 ;
      RECT 5.83 0.165 5.962 0.231 ;
      RECT 5.467 0.033 5.533 0.33 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 4.004 0.143 4.136 0.209 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 8.976 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
    END
  END VSS
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.198 2.607 0.418 ;
      RECT 2.409 0.418 2.607 0.484 ;
      RECT 2.409 0.484 2.497 0.594 ;
    END
  END CK
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.792 ;
      RECT 0.957 0.33 1.023 0.66 ;
      LAYER M2L ;
      RECT 0.924 0.363 2.376 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.638 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.638 ;
      RECT 0.297 0.33 0.396 0.396 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.363 6.831 0.726 ;
      RECT 5.621 0.726 6.996 0.858 ;
      RECT 5.654 0.297 6.886 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.363 8.547 0.726 ;
      RECT 7.524 0.726 8.844 0.858 ;
      RECT 7.546 0.297 8.778 0.363 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.627 1.914 0.693 ;
      RECT 0.506 0.33 0.594 0.627 ;
      RECT 0.462 0.627 0.594 0.693 ;
      RECT 0.165 0.33 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.914 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.528 0.66 V1L2L ;
      VIA 1.848 0.66 V1L2L ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.976 1.221 ;
      RECT 8.558 1.023 8.624 1.155 ;
      RECT 8.47 0.957 8.624 1.023 ;
      RECT 8.096 1.023 8.162 1.155 ;
      RECT 8.096 0.957 8.25 1.023 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.722 0.957 7.876 1.023 ;
      RECT 6.644 1.023 6.71 1.155 ;
      RECT 6.556 0.957 6.71 1.023 ;
      RECT 6.182 1.023 6.248 1.155 ;
      RECT 6.182 0.957 6.336 1.023 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.467 1.023 5.533 1.155 ;
      RECT 5.467 0.957 5.61 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 8.855 0.924 8.921 1.155 ;
      RECT 7.381 0.924 7.447 1.155 ;
      RECT 6.985 0.99 7.051 1.155 ;
      RECT 6.952 0.924 7.051 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 8.976 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.976 0.528 ;
    RECT 0 0.528 8.976 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 3.553 0.165 ;
    RECT 4.521 0.099 5.225 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.398 0.132 2.464 0.165 ;
    RECT 3.773 0.132 3.861 0.572 ;
    RECT 3.619 0.132 3.685 0.726 ;
    RECT 4.367 0.132 4.455 0.462 ;
    RECT 1.034 0.143 1.98 0.209 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 2.145 0.165 2.464 0.231 ;
    RECT 3.487 0.165 3.553 0.55 ;
    RECT 2.739 0.165 2.805 0.561 ;
    RECT 5.159 0.165 5.225 0.594 ;
    RECT 4.521 0.165 4.587 0.792 ;
    RECT 5.291 0.198 5.357 0.495 ;
    RECT 7.183 0.198 7.249 0.495 ;
    RECT 0.825 0.209 0.891 0.737 ;
    RECT 2.145 0.231 2.211 0.275 ;
    RECT 3.124 0.231 3.289 0.297 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 3.355 0.264 3.421 0.847 ;
    RECT 4.851 0.264 4.917 0.77 ;
    RECT 1.089 0.275 1.584 0.341 ;
    RECT 1.683 0.275 2.211 0.341 ;
    RECT 3.949 0.275 4.301 0.341 ;
    RECT 3.201 0.297 3.289 0.715 ;
    RECT 4.983 0.33 5.049 0.869 ;
    RECT 1.089 0.341 1.155 0.759 ;
    RECT 1.683 0.341 1.749 0.407 ;
    RECT 2.145 0.341 2.211 0.957 ;
    RECT 3.949 0.341 4.015 0.44 ;
    RECT 4.235 0.341 4.301 0.924 ;
    LAYER M2L ;
    RECT 3.168 0.363 5.082 0.429 ;
    VIA 3.234 0.396 V1L2L ;
    VIA 3.828 0.396 V1L2L ;
    VIA 5.016 0.396 V1L2L ;
    VIA 4.422 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.653 0.374 4.719 1.023 ;
    RECT 1.848 0.407 2.079 0.473 ;
    RECT 1.419 0.407 1.749 0.473 ;
    RECT 1.221 0.44 1.309 0.627 ;
    RECT 2.013 0.473 2.079 1.023 ;
    RECT 1.419 0.473 1.485 0.594 ;
    RECT 5.291 0.495 6.578 0.561 ;
    RECT 7.183 0.495 8.228 0.561 ;
    LAYER M2L ;
    RECT 1.188 0.495 2.079 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.081 0.506 4.147 0.726 ;
    RECT 2.607 0.561 3.058 0.627 ;
    RECT 5.291 0.561 5.357 1.023 ;
    RECT 7.183 0.561 7.249 0.924 ;
    LAYER M2L ;
    RECT 2.013 0.561 2.079 0.627 ;
    LAYER M1L ;
    RECT 4.367 0.594 4.433 1.023 ;
    RECT 1.221 0.627 1.342 0.693 ;
    RECT 2.607 0.627 2.673 0.759 ;
    LAYER M2L ;
    RECT 2.013 0.627 4.95 0.693 ;
    VIA 4.884 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.904 0.715 3.289 0.781 ;
    RECT 2.739 0.726 2.805 0.847 ;
    RECT 3.619 0.726 4.147 0.792 ;
    RECT 0.649 0.737 0.891 0.759 ;
    RECT 0.649 0.759 1.155 0.825 ;
    RECT 1.276 0.759 1.749 0.825 ;
    RECT 2.508 0.759 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.838 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.44 0.781 0.572 0.825 ;
    RECT 3.619 0.792 3.685 0.979 ;
    RECT 0.649 0.825 0.715 0.88 ;
    RECT 0.033 0.825 0.572 0.891 ;
    RECT 1.683 0.825 1.749 0.891 ;
    RECT 2.607 0.825 2.673 0.99 ;
    RECT 2.739 0.847 3.454 0.913 ;
    RECT 1.87 0.858 1.936 0.891 ;
    RECT 3.773 0.858 3.905 0.924 ;
    RECT 4.807 0.869 5.049 0.935 ;
    RECT 0.792 0.891 1.584 0.957 ;
    RECT 0.506 0.891 0.572 1.023 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.683 0.891 1.936 0.957 ;
    LAYER M2L ;
    RECT 2.574 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.773 0.924 3.861 1.023 ;
    RECT 4.807 0.935 4.873 1.012 ;
    RECT 2.145 0.957 2.464 1.023 ;
    RECT 3.102 0.979 3.685 1.045 ;
    RECT 0.506 1.023 2.079 1.089 ;
    RECT 3.773 1.023 4.719 1.089 ;
    RECT 4.95 1.023 5.357 1.089 ;
  END
END LDL_FSDPHB_8
#
# 
MACRO LDL_FSDPQB_1 FOREIGN C0A07BLDL_FSDPQB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.673 0.033 2.739 0.33 ;
      RECT 2.145 0.033 2.211 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.803 ;
      RECT 0.297 0.803 0.627 0.869 ;
      RECT 0.297 0.726 0.363 0.803 ;
      RECT 0.561 0.099 1.276 0.165 ;
    END
  END SI
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.235 0.198 4.323 0.858 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.693 0.891 0.858 ;
      RECT 0.825 0.627 1.023 0.693 ;
      RECT 0.957 0.462 1.023 0.627 ;
      RECT 0.165 0.528 0.231 0.858 ;
      RECT 0.165 0.462 0.275 0.528 ;
      LAYER M2L ;
      RECT 0.132 0.627 0.99 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 0.924 0.66 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 0.858 0.561 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 1.023 ;
      RECT 2.552 1.023 2.739 1.089 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.145 0.946 2.211 1.155 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.089 0.924 1.155 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 2.354 0.528 3.674 0.55 ;
    RECT 0 0.528 2.354 0.55 ;
    RECT 3.674 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.729 0.165 ;
    RECT 1.551 0.132 1.617 0.231 ;
    RECT 1.727 0.132 1.793 0.363 ;
    RECT 3.091 0.165 3.157 0.264 ;
    RECT 3.663 0.165 3.729 0.352 ;
    RECT 2.343 0.198 2.409 0.759 ;
    RECT 2.475 0.198 2.563 0.924 ;
    RECT 0.836 0.231 1.617 0.297 ;
    RECT 3.432 0.231 3.597 0.297 ;
    RECT 1.089 0.297 1.155 0.759 ;
    RECT 3.531 0.297 3.597 0.363 ;
    RECT 3.267 0.308 3.333 0.363 ;
    RECT 3.828 0.308 3.916 0.891 ;
    RECT 0.033 0.319 0.495 0.385 ;
    RECT 2.893 0.33 2.959 0.396 ;
    RECT 3.993 0.33 4.059 0.396 ;
    RECT 1.518 0.363 2.255 0.429 ;
    RECT 3.432 0.363 3.597 0.429 ;
    RECT 3.102 0.363 3.333 0.429 ;
    LAYER M2L ;
    RECT 2.31 0.363 3.234 0.429 ;
    RECT 3.432 0.363 4.092 0.429 ;
    VIA 3.168 0.396 V1L2L ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.376 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.385 0.495 0.594 ;
    RECT 0.033 0.385 0.099 0.924 ;
    RECT 1.386 0.396 1.452 0.627 ;
    RECT 2.893 0.396 3.003 0.462 ;
    RECT 3.993 0.396 4.125 0.462 ;
    RECT 2.189 0.429 2.255 0.55 ;
    RECT 1.518 0.429 1.584 0.759 ;
    RECT 3.267 0.429 3.333 0.495 ;
    RECT 2.937 0.462 3.003 0.627 ;
    RECT 3.696 0.462 3.762 0.495 ;
    RECT 4.059 0.462 4.125 1.023 ;
    RECT 1.771 0.495 1.903 0.561 ;
    RECT 3.267 0.495 3.531 0.561 ;
    RECT 3.597 0.495 3.762 0.561 ;
    RECT 2.805 0.528 2.871 0.858 ;
    RECT 1.771 0.561 1.837 0.759 ;
    RECT 3.465 0.561 3.531 0.792 ;
    RECT 3.597 0.561 3.663 0.66 ;
    RECT 1.276 0.627 1.452 0.693 ;
    RECT 2.937 0.627 3.399 0.693 ;
    LAYER M2L ;
    RECT 1.32 0.627 3.696 0.693 ;
    VIA 1.386 0.66 V1L2L ;
    VIA 2.508 0.66 V1L2L ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.63 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.597 0.66 3.729 0.726 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 3.333 0.693 3.399 0.792 ;
    RECT 2.937 0.693 3.003 0.957 ;
    RECT 0.957 0.759 1.452 0.825 ;
    RECT 1.771 0.759 1.914 0.825 ;
    RECT 1.518 0.759 1.65 0.825 ;
    RECT 2.057 0.759 2.409 0.825 ;
    RECT 3.102 0.759 3.267 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.036 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.792 3.729 0.858 ;
    RECT 1.386 0.825 1.452 0.891 ;
    RECT 0.957 0.825 1.023 0.979 ;
    RECT 3.201 0.825 3.267 1.056 ;
    RECT 3.663 0.858 3.729 0.924 ;
    RECT 1.386 0.891 1.826 0.957 ;
    RECT 3.828 0.891 3.96 0.957 ;
    LAYER M2L ;
    RECT 3.168 0.891 3.96 0.957 ;
    VIA 3.234 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 0.99 ;
    RECT 1.243 0.924 1.309 1.023 ;
    RECT 1.947 0.946 2.013 1.023 ;
    RECT 2.86 0.957 3.003 1.023 ;
    RECT 3.41 0.957 3.542 1.023 ;
    RECT 0.638 0.979 1.023 1.045 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 1.243 1.023 2.013 1.089 ;
    RECT 3.476 1.023 4.125 1.089 ;
  END
END LDL_FSDPQB_1
#
# 
MACRO LDL_FSDPQB_2 FOREIGN C0A07BLDL_FSDPQB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.467 0.033 5.533 0.264 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.819 0.033 5.885 0.264 ;
      RECT 3.707 0.033 3.773 0.33 ;
      RECT 2.673 0.033 2.739 0.242 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.429 1.419 0.682 ;
      RECT 1.254 0.363 1.419 0.429 ;
      RECT 0.231 0.33 0.297 0.396 ;
      RECT 0.165 0.396 0.297 0.462 ;
      RECT 0.165 0.462 0.231 0.726 ;
      LAYER M2L ;
      RECT 0.198 0.363 1.386 0.429 ;
      VIA 0.264 0.396 V1L2L ;
      VIA 1.32 0.396 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.528 1.023 0.66 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.396 5.775 0.792 ;
      RECT 5.643 0.792 5.775 0.858 ;
      RECT 5.643 0.858 5.709 0.924 ;
      RECT 5.643 0.33 5.775 0.396 ;
      RECT 5.643 0.264 5.709 0.33 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.363 0.495 0.726 ;
      RECT 0.407 0.297 0.891 0.363 ;
      RECT 0.825 0.165 0.891 0.297 ;
      RECT 0.825 0.099 1.21 0.165 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.924 5.511 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.353 0.946 1.419 1.155 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 5.819 0.924 5.885 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 4.246 0.528 5.082 0.572 ;
    RECT 0.484 0.528 1.232 0.638 ;
    RECT 1.232 0.528 4.246 0.572 ;
    RECT 5.082 0.528 5.94 0.572 ;
    RECT 0 0.528 0.484 0.638 ;
    RECT 1.232 0.572 5.94 0.638 ;
    RECT 0 0.638 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.134 0.143 ;
    RECT 3.069 0.099 3.641 0.165 ;
    RECT 4.235 0.099 5.137 0.165 ;
    RECT 2.321 0.132 2.387 0.275 ;
    RECT 1.705 0.143 2.2 0.165 ;
    RECT 0.033 0.165 0.506 0.231 ;
    RECT 2.068 0.165 2.2 0.209 ;
    RECT 1.705 0.165 1.771 0.231 ;
    RECT 3.575 0.165 3.641 0.517 ;
    RECT 3.069 0.165 3.135 0.825 ;
    RECT 4.235 0.165 4.301 0.264 ;
    RECT 5.071 0.165 5.137 0.341 ;
    RECT 0.033 0.231 0.099 0.869 ;
    RECT 1.001 0.231 1.771 0.297 ;
    RECT 1.87 0.231 2.002 0.275 ;
    RECT 4.554 0.231 5.005 0.297 ;
    RECT 3.883 0.242 3.949 0.517 ;
    RECT 3.443 0.264 3.509 0.33 ;
    RECT 1.87 0.275 2.387 0.297 ;
    RECT 2.86 0.275 3.003 0.341 ;
    RECT 5.247 0.286 5.313 0.363 ;
    RECT 1.001 0.297 1.067 0.363 ;
    RECT 1.705 0.297 1.771 0.407 ;
    RECT 1.936 0.297 2.387 0.341 ;
    RECT 4.939 0.297 5.005 0.495 ;
    RECT 3.399 0.33 3.509 0.396 ;
    RECT 2.321 0.341 2.387 0.451 ;
    RECT 2.937 0.341 3.003 0.693 ;
    RECT 1.001 0.363 1.155 0.429 ;
    RECT 4.081 0.363 4.873 0.429 ;
    RECT 5.247 0.363 5.577 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.396 3.465 0.913 ;
    RECT 1.705 0.407 2.2 0.473 ;
    RECT 1.089 0.429 1.155 0.825 ;
    RECT 4.807 0.429 4.873 0.759 ;
    RECT 5.511 0.429 5.577 0.627 ;
    RECT 2.321 0.451 2.838 0.517 ;
    RECT 2.134 0.473 2.2 0.715 ;
    RECT 4.939 0.495 5.412 0.561 ;
    RECT 2.321 0.517 2.387 0.627 ;
    RECT 3.575 0.517 4.4 0.583 ;
    RECT 4.653 0.55 4.719 0.616 ;
    RECT 4.983 0.561 5.049 0.891 ;
    RECT 1.727 0.572 1.815 0.759 ;
    RECT 2.53 0.583 2.706 0.649 ;
    RECT 3.663 0.583 3.729 0.858 ;
    RECT 4.499 0.616 4.719 0.649 ;
    RECT 2.277 0.627 2.387 0.693 ;
    RECT 5.247 0.627 5.577 0.693 ;
    RECT 2.64 0.649 2.706 0.693 ;
    RECT 3.861 0.649 4.719 0.682 ;
    RECT 3.861 0.682 4.565 0.715 ;
    RECT 2.277 0.693 2.343 0.891 ;
    RECT 2.64 0.693 3.003 0.759 ;
    RECT 5.247 0.693 5.313 1.023 ;
    RECT 2.068 0.715 2.2 0.781 ;
    RECT 3.861 0.715 3.927 1.023 ;
    RECT 2.431 0.748 2.497 0.825 ;
    RECT 1.727 0.759 1.914 0.825 ;
    RECT 4.73 0.759 4.873 0.825 ;
    LAYER M2L ;
    RECT 1.782 0.759 3.498 0.825 ;
    VIA 1.848 0.792 V1L2L ;
    VIA 3.432 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.781 1.551 0.847 ;
    RECT 4.136 0.781 4.455 0.847 ;
    RECT 4.565 0.814 4.631 0.891 ;
    RECT 0.616 0.825 1.155 0.891 ;
    RECT 2.431 0.825 3.135 0.891 ;
    RECT 1.485 0.847 1.551 0.924 ;
    RECT 1.221 0.847 1.287 0.957 ;
    RECT 4.389 0.847 4.455 1.023 ;
    RECT 0.033 0.869 0.176 0.935 ;
    RECT 1.892 0.891 2.343 0.957 ;
    RECT 4.565 0.891 5.049 0.957 ;
    RECT 3.234 0.913 3.465 0.979 ;
    RECT 1.485 0.924 1.595 0.99 ;
    RECT 1.705 0.946 1.771 1.023 ;
    RECT 0.792 0.957 1.287 1.023 ;
    RECT 2.42 0.979 2.552 1.023 ;
    RECT 3.399 0.979 3.465 1.023 ;
    RECT 1.529 0.99 1.595 1.056 ;
    RECT 1.705 1.023 2.552 1.045 ;
    RECT 3.399 1.023 3.927 1.089 ;
    RECT 4.389 1.023 5.313 1.089 ;
    RECT 1.705 1.045 2.486 1.089 ;
  END
END LDL_FSDPQB_2
#
# 
MACRO LDL_FSDPQB_3 FOREIGN C0A07BLDL_FSDPQB_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.248 0.033 6.314 0.165 ;
      RECT 6.248 0.165 6.38 0.231 ;
      RECT 5.929 0.033 5.995 0.264 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.363 6.303 0.693 ;
      RECT 6.105 0.693 6.567 0.759 ;
      RECT 6.479 0.759 6.567 0.99 ;
      RECT 6.105 0.759 6.171 0.858 ;
      RECT 6.072 0.297 6.567 0.363 ;
      RECT 6.479 0.198 6.567 0.297 ;
    END
  END QN
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.396 3.927 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.913 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.847 1.331 0.913 ;
      RECT 1.265 0.726 1.331 0.847 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 4.4 0.935 4.466 1.155 ;
      RECT 4.4 0.869 4.532 0.935 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.281 0.88 6.347 1.155 ;
      RECT 5.907 0.924 5.973 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.763 0.528 5.61 0.561 ;
    RECT 0 0.528 4.763 0.561 ;
    RECT 5.61 0.528 6.6 0.561 ;
    RECT 0 0.561 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.099 1.254 0.143 ;
    RECT 2.101 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.367 0.165 ;
    RECT 4.697 0.099 5.599 0.165 ;
    RECT 0.825 0.143 1.32 0.165 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.188 0.165 1.32 0.209 ;
    RECT 0.825 0.165 0.891 0.275 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.101 0.165 2.167 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.301 0.165 4.367 0.605 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.697 0.165 4.763 0.242 ;
    RECT 5.533 0.165 5.599 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 3.531 0.198 3.597 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.894 0.231 4.059 0.297 ;
    RECT 4.862 0.231 5.467 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.597 0.341 ;
    RECT 5.709 0.286 5.775 0.363 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.993 0.297 4.059 1.023 ;
    RECT 5.401 0.297 5.467 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.531 0.341 3.597 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 4.488 0.363 5.335 0.429 ;
    RECT 5.709 0.363 5.973 0.429 ;
    LAYER M2L ;
    RECT 3.498 0.363 4.62 0.429 ;
    VIA 3.564 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.269 0.429 5.335 0.759 ;
    RECT 5.907 0.429 5.973 0.627 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.401 0.495 5.808 0.561 ;
    RECT 4.961 0.528 5.027 0.605 ;
    RECT 1.837 0.561 1.903 0.627 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.891 ;
    RECT 5.137 0.572 5.203 0.737 ;
    RECT 4.125 0.605 5.027 0.671 ;
    RECT 1.837 0.627 2.31 0.693 ;
    RECT 5.709 0.627 5.973 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 4.092 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 4.026 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 4.125 0.671 4.191 0.814 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.63 0.759 ;
    RECT 5.709 0.693 5.775 1.023 ;
    RECT 4.257 0.737 5.203 0.803 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 5.269 0.759 5.412 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 4.257 0.803 4.323 1.023 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 2.134 0.858 2.2 0.891 ;
    RECT 1.991 0.858 2.057 1.023 ;
    RECT 2.134 0.891 2.629 0.957 ;
    RECT 5.082 0.891 5.577 0.957 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 4.829 0.946 4.895 1.023 ;
    RECT 3.674 0.957 3.806 1.023 ;
    RECT 0.814 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 3.74 1.023 4.323 1.089 ;
    RECT 4.829 1.023 5.775 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDL_FSDPQB_3
#
# 
MACRO LDL_FSDPQB_4 FOREIGN C0A07BLDL_FSDPQB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.226 0.033 6.292 0.165 ;
      RECT 6.226 0.165 6.358 0.231 ;
      RECT 5.907 0.033 5.973 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 3.388 0.033 3.454 0.143 ;
      RECT 3.322 0.143 3.454 0.209 ;
      RECT 2.981 0.033 3.047 0.242 ;
      RECT 0.682 0.033 0.748 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 1.023 0.594 ;
      LAYER M2L ;
      RECT 0.693 0.495 1.023 0.561 ;
      VIA 0.924 0.528 V1L2L ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.627 1.771 0.693 ;
      RECT 1.705 0.33 1.771 0.627 ;
      RECT 0.165 0.627 0.528 0.693 ;
      RECT 0.165 0.33 0.231 0.627 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.65 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.584 0.66 V1L2L ;
    END
  END SE
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.061 0.726 6.6 0.858 ;
      RECT 6.061 0.858 6.149 1.012 ;
      RECT 6.501 0.385 6.567 0.726 ;
      RECT 6.05 0.319 6.567 0.385 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.902 0.627 1.023 ;
      RECT 0.44 1.023 0.627 1.089 ;
      RECT 0.561 0.836 1.331 0.902 ;
      RECT 1.265 0.726 1.331 0.836 ;
      RECT 1.265 0.66 1.419 0.726 ;
      RECT 1.353 0.473 1.419 0.66 ;
      RECT 1.353 0.407 1.496 0.473 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.322 1.045 3.388 1.155 ;
      RECT 3.322 0.979 3.454 1.045 ;
      RECT 1.815 0.847 1.881 1.155 ;
      RECT 1.43 0.825 1.881 0.847 ;
      RECT 1.496 0.781 1.881 0.825 ;
      RECT 1.43 0.847 1.562 0.891 ;
      RECT 0.275 0.825 0.341 1.155 ;
      RECT 0.275 0.759 0.374 0.825 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.73 0.528 5.522 0.55 ;
    RECT 0 0.528 4.73 0.55 ;
    RECT 5.522 0.528 6.732 0.55 ;
    RECT 0 0.55 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.099 2.629 0.165 ;
    RECT 3.729 0.099 4.389 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 5.676 0.132 5.764 0.891 ;
    RECT 0.825 0.143 1.298 0.209 ;
    RECT 0.033 0.165 0.363 0.231 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 2.189 0.165 2.255 0.242 ;
    RECT 2.563 0.165 2.629 0.495 ;
    RECT 4.323 0.165 4.389 0.517 ;
    RECT 3.729 0.165 3.795 0.825 ;
    RECT 4.719 0.165 4.785 0.264 ;
    RECT 5.511 0.165 5.577 0.352 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 0.825 0.209 0.891 0.275 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.033 0.231 0.099 0.781 ;
    RECT 1.485 0.231 1.551 0.275 ;
    RECT 2.354 0.231 2.486 0.297 ;
    RECT 1.969 0.231 2.035 0.363 ;
    RECT 3.861 0.231 4.257 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    RECT 0.451 0.275 0.891 0.341 ;
    RECT 0.99 0.275 1.551 0.341 ;
    RECT 3.146 0.275 3.663 0.341 ;
    RECT 2.42 0.297 2.486 0.363 ;
    RECT 3.861 0.297 3.927 0.792 ;
    RECT 4.191 0.297 4.257 1.023 ;
    RECT 4.895 0.297 4.961 0.374 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 1.122 0.341 1.188 0.693 ;
    RECT 3.597 0.341 3.663 0.693 ;
    RECT 1.969 0.363 2.486 0.429 ;
    RECT 5.082 0.363 5.313 0.429 ;
    LAYER M2L ;
    RECT 3.564 0.363 5.214 0.429 ;
    VIA 3.63 0.396 V1L2L ;
    VIA 5.148 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.42 0.429 2.486 0.759 ;
    RECT 5.247 0.429 5.313 0.671 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 2.563 0.495 3.432 0.561 ;
    RECT 5.379 0.495 5.577 0.561 ;
    RECT 5.907 0.495 6.402 0.561 ;
    RECT 4.323 0.517 5.06 0.583 ;
    RECT 2.563 0.561 2.629 0.891 ;
    RECT 5.511 0.561 5.577 0.803 ;
    RECT 5.907 0.561 5.973 1.023 ;
    RECT 4.323 0.583 4.389 0.858 ;
    RECT 1.958 0.627 2.31 0.693 ;
    LAYER M2L ;
    RECT 2.178 0.627 3.96 0.693 ;
    VIA 2.244 0.66 V1L2L ;
    VIA 3.894 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.86 0.66 2.926 0.693 ;
    RECT 5.247 0.671 5.39 0.737 ;
    RECT 4.906 0.682 4.972 0.891 ;
    RECT 0.616 0.693 1.188 0.759 ;
    RECT 2.86 0.693 3.663 0.759 ;
    RECT 2.717 0.748 2.783 0.825 ;
    RECT 2.354 0.759 2.486 0.825 ;
    RECT 0.033 0.781 0.176 0.847 ;
    RECT 5.082 0.803 5.577 0.869 ;
    RECT 2.717 0.825 3.795 0.891 ;
    RECT 5.511 0.869 5.577 1.023 ;
    RECT 2.178 0.891 2.629 0.957 ;
    RECT 4.708 0.891 4.972 0.957 ;
    RECT 5.676 0.891 5.808 0.957 ;
    LAYER M2L ;
    RECT 4.818 0.891 5.808 0.957 ;
    VIA 4.884 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.991 0.902 2.057 1.023 ;
    RECT 1.672 0.946 1.738 0.979 ;
    RECT 0.792 0.979 1.738 1.045 ;
    RECT 2.728 0.979 2.86 1.023 ;
    RECT 1.991 1.023 2.86 1.045 ;
    RECT 4.191 1.023 5.39 1.089 ;
    RECT 5.511 1.023 5.973 1.089 ;
    RECT 1.991 1.045 2.794 1.089 ;
  END
END LDL_FSDPQB_4
#
# 
MACRO LDL_FSDPQB_HD_1 FOREIGN C0A07BLDL_FSDPQB_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.619 0.033 3.685 0.275 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.594 3.663 0.726 ;
      RECT 3.553 0.462 3.663 0.594 ;
      RECT 3.597 0.374 3.663 0.462 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.924 ;
      RECT 3.817 0.924 3.927 0.99 ;
      RECT 3.817 0.99 3.883 1.056 ;
      RECT 3.784 0.297 3.927 0.363 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.069 0.946 3.135 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.123 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.638 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.572 0.165 0.704 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.057 0.165 2.123 0.275 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 2.431 0.198 2.497 0.759 ;
    RECT 3.245 0.198 3.333 0.396 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 3.399 0.22 3.487 0.99 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.057 0.275 2.365 0.341 ;
    RECT 1.793 0.275 1.859 0.792 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.341 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.498 0.429 ;
    VIA 2.904 0.396 V1L2L ;
    VIA 3.432 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.925 0.374 1.991 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.925 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.696 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 3.663 0.792 3.795 0.858 ;
    LAYER M2L ;
    RECT 3.63 0.825 3.696 0.891 ;
    LAYER M1L ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 3.663 0.858 3.729 0.99 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.498 0.957 ;
    RECT 3.63 0.891 3.861 0.957 ;
    VIA 3.432 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDL_FSDPQB_HD_1
#
# 
MACRO LDL_FSDPQB_HD_2 FOREIGN C0A07BLDL_FSDPQB_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.429 3.663 0.825 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.814 ;
      RECT 3.861 0.814 4.059 0.88 ;
      RECT 3.861 0.88 3.927 0.99 ;
      RECT 3.85 0.297 4.059 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 4.081 1.012 4.147 1.155 ;
      RECT 4.048 0.946 4.147 1.012 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 2.431 0.22 2.497 0.759 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.795 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDL_FSDPQB_HD_2
#
# 
MACRO LDL_FSDPQB_HD_3 FOREIGN C0A07BLDL_FSDPQB_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.883 0.693 4.29 0.759 ;
      RECT 3.883 0.759 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 4.015 0.858 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDL_FSDPQB_HD_3
#
# 
MACRO LDL_FSDPQB_HD_4 FOREIGN C0A07BLDL_FSDPQB_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 3.982 0.165 4.136 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.102 0.033 3.168 0.231 ;
      RECT 3.036 0.231 3.168 0.297 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.594 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.407 3.663 0.803 ;
    END
  END CK
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.883 0.726 4.356 0.858 ;
      RECT 3.883 0.858 3.949 0.979 ;
      RECT 3.806 0.979 3.949 1.045 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END QN
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.858 1.155 0.924 ;
      RECT 1.089 0.924 1.155 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.99 4.081 1.155 ;
      RECT 4.015 0.924 4.125 0.99 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.099 1.65 0.143 ;
    RECT 1.837 0.099 2.145 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.66 0.143 1.716 0.165 ;
    RECT 1.584 0.165 1.716 0.209 ;
    RECT 0.594 0.165 0.726 0.231 ;
    RECT 1.837 0.165 1.903 0.209 ;
    RECT 2.079 0.165 2.145 0.297 ;
    RECT 2.695 0.176 2.761 0.627 ;
    RECT 3.267 0.198 3.333 0.396 ;
    RECT 3.443 0.198 3.531 0.99 ;
    RECT 1.793 0.209 1.903 0.275 ;
    RECT 0.033 0.264 0.099 0.924 ;
    RECT 1.397 0.264 1.463 0.627 ;
    RECT 2.431 0.264 2.497 0.759 ;
    RECT 1.793 0.275 1.859 0.858 ;
    RECT 2.079 0.297 2.365 0.363 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 1.617 0.308 1.727 0.55 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 2.299 0.363 2.365 0.594 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.374 2.013 0.726 ;
    RECT 3.003 0.396 3.333 0.462 ;
    RECT 2.123 0.462 2.189 0.528 ;
    RECT 3.003 0.462 3.069 0.528 ;
    RECT 3.267 0.462 3.333 1.056 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 2.123 0.528 2.222 0.594 ;
    RECT 3.729 0.561 3.817 0.858 ;
    RECT 2.156 0.594 2.222 0.759 ;
    RECT 1.397 0.627 1.606 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    RECT 0.847 0.638 0.913 0.726 ;
    RECT 1.397 0.693 1.485 0.924 ;
    RECT 3.135 0.693 3.201 0.792 ;
    RECT 2.937 0.693 3.003 1.023 ;
    RECT 0.847 0.726 1.32 0.792 ;
    RECT 1.947 0.726 2.079 0.792 ;
    RECT 2.156 0.759 2.497 0.825 ;
    RECT 2.563 0.759 2.86 0.847 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.706 0.825 ;
    RECT 2.904 0.759 3.828 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.762 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.77 1.683 1.023 ;
    RECT 1.254 0.792 1.32 1.023 ;
    RECT 2.013 0.792 2.079 0.858 ;
    RECT 2.794 0.847 2.86 0.88 ;
    RECT 2.178 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 2.376 0.891 3.564 0.957 ;
    VIA 3.498 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.924 0.143 1.023 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 1.914 0.957 2.244 1.023 ;
    RECT 0.033 1.023 1.012 1.089 ;
    RECT 1.254 1.023 1.683 1.089 ;
    RECT 2.695 1.023 3.003 1.089 ;
  END
END LDL_FSDPQB_HD_4
#
# 
MACRO LDL_FSDPQ_1 FOREIGN C0A07BLDL_FSDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.201 0.033 3.267 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.297 ;
      RECT 0.561 0.297 1.023 0.363 ;
      RECT 0.957 0.363 1.023 0.594 ;
      RECT 0.297 0.099 0.627 0.165 ;
      RECT 0.297 0.165 0.385 0.407 ;
      RECT 0.242 0.407 0.385 0.473 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.594 2.607 0.858 ;
      RECT 2.497 0.462 2.607 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.726 0.495 0.825 ;
      RECT 0.385 0.825 1.155 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.089 0.627 1.155 0.825 ;
      RECT 1.089 0.561 1.199 0.627 ;
      RECT 1.133 0.462 1.199 0.561 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.499 0.198 4.587 0.858 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 2.794 0.528 3.388 0.55 ;
    RECT 0 0.528 2.794 0.55 ;
    RECT 3.388 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.099 2.871 0.165 ;
    RECT 3.377 0.099 3.96 0.165 ;
    RECT 0.077 0.132 0.143 0.55 ;
    RECT 2.948 0.132 3.014 0.165 ;
    RECT 0.836 0.165 1.155 0.231 ;
    RECT 2.805 0.165 2.871 0.88 ;
    RECT 2.948 0.165 3.135 0.231 ;
    RECT 3.894 0.165 4.026 0.231 ;
    RECT 3.377 0.165 3.443 0.264 ;
    RECT 1.089 0.231 1.155 0.297 ;
    RECT 3.069 0.231 3.135 0.363 ;
    RECT 2.387 0.231 2.739 0.297 ;
    RECT 1.474 0.264 1.54 0.297 ;
    RECT 2.211 0.264 2.299 0.495 ;
    RECT 3.531 0.264 3.597 0.363 ;
    RECT 3.707 0.264 3.773 0.33 ;
    RECT 1.606 0.275 1.738 0.341 ;
    RECT 4.103 0.286 4.169 0.363 ;
    RECT 1.089 0.297 1.54 0.363 ;
    RECT 2.387 0.297 2.453 0.374 ;
    RECT 2.673 0.297 2.739 1.023 ;
    RECT 2.937 0.33 3.003 0.693 ;
    RECT 3.707 0.33 4.037 0.396 ;
    RECT 1.606 0.341 1.672 0.627 ;
    RECT 1.276 0.363 1.342 0.858 ;
    RECT 3.069 0.363 3.597 0.429 ;
    RECT 4.103 0.363 4.323 0.429 ;
    LAYER M2L ;
    RECT 2.178 0.363 3.036 0.429 ;
    VIA 2.244 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.971 0.396 4.037 0.495 ;
    RECT 3.069 0.429 3.135 0.891 ;
    RECT 4.257 0.429 4.323 0.638 ;
    RECT 0.517 0.484 0.583 0.55 ;
    RECT 1.892 0.495 2.299 0.561 ;
    RECT 3.201 0.495 3.608 0.561 ;
    RECT 3.762 0.495 3.894 0.561 ;
    RECT 3.971 0.495 4.158 0.561 ;
    RECT 0.077 0.55 0.583 0.616 ;
    RECT 2.233 0.561 2.299 0.88 ;
    RECT 3.201 0.561 3.267 0.858 ;
    RECT 3.828 0.561 3.894 0.627 ;
    RECT 3.971 0.561 4.037 0.759 ;
    RECT 0.077 0.616 0.143 1.056 ;
    RECT 1.419 0.627 2.167 0.693 ;
    RECT 3.333 0.627 3.894 0.693 ;
    RECT 4.103 0.638 4.323 0.704 ;
    RECT 2.101 0.693 2.167 0.77 ;
    RECT 1.419 0.693 1.485 0.946 ;
    RECT 3.333 0.693 3.399 1.023 ;
    RECT 4.103 0.704 4.213 0.77 ;
    RECT 3.718 0.759 4.037 0.825 ;
    LAYER M2L ;
    RECT 2.772 0.759 3.3 0.825 ;
    VIA 2.838 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 4.147 0.77 4.213 1.023 ;
    RECT 2.387 0.792 2.453 1.023 ;
    RECT 1.232 0.858 1.342 0.957 ;
    RECT 2.2 0.88 2.299 0.946 ;
    RECT 2.948 0.891 3.135 0.957 ;
    RECT 3.63 0.891 4.026 0.957 ;
    LAYER M2L ;
    RECT 2.97 0.891 3.762 0.957 ;
    VIA 3.036 0.924 V1L2L ;
    VIA 3.696 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.465 0.946 3.531 1.023 ;
    RECT 0.616 0.957 1.342 1.023 ;
    RECT 1.54 1.023 3.399 1.089 ;
    RECT 3.465 1.023 4.213 1.089 ;
  END
END LDL_FSDPQ_1
#
# 
MACRO LDL_FSDPQ_2 FOREIGN C0A07BLDL_FSDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.533 0.033 5.599 0.264 ;
      RECT 3.861 0.033 3.927 0.264 ;
      RECT 3.487 0.033 3.553 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.396 1.287 0.462 ;
      RECT 0.825 0.33 1.287 0.396 ;
      RECT 0.825 0.198 0.891 0.33 ;
      RECT 0.297 0.132 0.891 0.198 ;
      RECT 0.297 0.198 0.363 0.264 ;
      RECT 0.209 0.264 0.363 0.33 ;
      RECT 0.209 0.33 0.275 0.44 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.495 ;
      RECT 0.693 0.495 1.078 0.561 ;
      RECT 0.561 0.33 0.759 0.396 ;
      RECT 0.561 0.396 0.627 0.462 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.198 5.401 0.858 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.33 0.737 0.495 0.803 ;
      RECT 0.429 0.803 0.495 0.858 ;
      RECT 0.429 0.693 0.495 0.737 ;
      RECT 0.429 0.66 1.287 0.693 ;
      RECT 1.221 0.693 1.287 0.726 ;
      RECT 0.429 0.627 1.419 0.66 ;
      RECT 1.221 0.594 1.419 0.627 ;
      RECT 1.353 0.33 1.419 0.594 ;
      RECT 0.429 0.594 0.495 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.135 0.99 ;
      RECT 3.025 0.462 3.135 0.594 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.42 0.957 2.552 1.023 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.253 0.891 0.319 1.155 ;
      RECT 5.533 0.924 5.599 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 4.07 0.528 4.686 0.605 ;
    RECT 0 0.528 4.07 0.605 ;
    RECT 4.686 0.528 5.676 0.605 ;
    RECT 0 0.605 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.099 3.399 0.165 ;
    RECT 0.055 0.132 0.121 0.572 ;
    RECT 3.663 0.132 3.729 0.231 ;
    RECT 4.026 0.143 4.774 0.209 ;
    RECT 0.99 0.165 1.705 0.231 ;
    RECT 3.333 0.165 3.399 0.825 ;
    RECT 1.639 0.231 1.705 0.33 ;
    RECT 1.485 0.231 1.551 0.726 ;
    RECT 2.42 0.231 2.739 0.297 ;
    RECT 3.663 0.231 3.795 0.297 ;
    RECT 1.815 0.275 1.958 0.341 ;
    RECT 2.871 0.275 3.267 0.341 ;
    RECT 4.257 0.275 4.741 0.341 ;
    RECT 4.939 0.286 5.005 0.363 ;
    RECT 2.673 0.297 2.739 0.781 ;
    RECT 3.729 0.297 3.795 0.363 ;
    RECT 1.815 0.341 1.881 0.451 ;
    RECT 2.871 0.341 2.937 0.858 ;
    RECT 3.201 0.341 3.267 0.858 ;
    RECT 4.257 0.341 4.323 0.363 ;
    RECT 4.675 0.341 4.741 0.924 ;
    RECT 3.498 0.363 3.663 0.429 ;
    RECT 3.729 0.363 4.323 0.429 ;
    RECT 4.939 0.363 5.247 0.429 ;
    LAYER M2L ;
    RECT 2.64 0.363 3.63 0.429 ;
    VIA 2.706 0.396 V1L2L ;
    VIA 3.564 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 4.554 0.473 ;
    RECT 3.597 0.429 3.663 0.55 ;
    RECT 3.729 0.429 3.795 0.693 ;
    RECT 5.181 0.429 5.247 0.638 ;
    RECT 1.815 0.451 2.508 0.517 ;
    RECT 4.389 0.473 4.455 1.023 ;
    RECT 4.807 0.495 5.082 0.561 ;
    RECT 0.297 0.506 0.363 0.572 ;
    RECT 1.617 0.506 1.683 0.858 ;
    RECT 1.815 0.517 1.881 0.891 ;
    RECT 3.531 0.55 3.663 0.616 ;
    RECT 4.807 0.561 4.873 0.88 ;
    RECT 0.055 0.572 0.363 0.638 ;
    RECT 4.521 0.572 4.587 0.924 ;
    RECT 3.861 0.583 4.246 0.649 ;
    RECT 2.277 0.616 2.343 0.781 ;
    RECT 1.98 0.627 2.123 0.693 ;
    LAYER M2L ;
    RECT 1.419 0.627 2.112 0.693 ;
    VIA 1.518 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.638 0.121 1.056 ;
    RECT 4.939 0.638 5.247 0.704 ;
    RECT 3.861 0.649 3.927 0.825 ;
    RECT 2.035 0.693 2.123 0.88 ;
    RECT 3.63 0.693 3.795 0.759 ;
    LAYER M2L ;
    RECT 1.419 0.693 1.485 0.759 ;
    LAYER M1L ;
    RECT 4.939 0.704 5.005 0.77 ;
    RECT 5.115 0.704 5.181 1.001 ;
    RECT 4.037 0.748 4.125 1.001 ;
    RECT 0.605 0.759 1.001 0.825 ;
    LAYER M2L ;
    RECT 0.858 0.759 1.485 0.825 ;
    RECT 1.584 0.759 2.97 0.825 ;
    RECT 3.102 0.759 4.62 0.825 ;
    VIA 0.924 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.904 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    VIA 4.554 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.277 0.781 2.739 0.847 ;
    RECT 0.935 0.825 1.001 0.924 ;
    RECT 0.605 0.825 0.671 1.012 ;
    RECT 1.078 0.825 1.529 0.891 ;
    RECT 3.333 0.825 3.927 0.891 ;
    RECT 2.651 0.847 2.739 0.924 ;
    RECT 4.807 0.88 4.961 0.946 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 1.078 0.891 1.144 1.023 ;
    RECT 1.815 0.891 1.958 0.957 ;
    LAYER M2L ;
    RECT 4.026 0.891 5.214 0.957 ;
    VIA 4.092 0.924 V1L2L ;
    VIA 5.148 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 4.895 0.946 4.961 1.023 ;
    RECT 1.606 0.979 1.738 1.023 ;
    RECT 0.759 1.023 1.144 1.089 ;
    RECT 1.606 1.023 2.277 1.045 ;
    RECT 4.389 1.023 4.961 1.089 ;
    RECT 1.672 1.045 2.277 1.089 ;
  END
END LDL_FSDPQ_2
#
# 
MACRO LDL_FSDPQ_3 FOREIGN C0A07BLDL_FSDPQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 6.336 0.033 6.402 0.165 ;
      RECT 6.27 0.165 6.402 0.231 ;
      RECT 5.951 0.033 6.017 0.264 ;
      RECT 4.543 0.033 4.609 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.619 0.033 3.685 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.495 ;
      RECT 0.561 0.495 1.056 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.094 0.825 6.567 0.891 ;
      RECT 6.479 0.891 6.567 0.99 ;
      RECT 6.127 0.319 6.567 0.385 ;
      RECT 6.479 0.198 6.567 0.319 ;
      RECT 6.127 0.242 6.193 0.319 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.748 ;
      RECT 0.165 0.594 0.363 0.726 ;
      RECT 0.165 0.33 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.848 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.693 0.627 1.023 ;
      RECT 0.396 1.023 0.627 1.089 ;
      RECT 0.561 0.627 1.419 0.693 ;
      RECT 1.353 0.33 1.419 0.627 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.44 3.267 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 6.336 1.023 6.402 1.155 ;
      RECT 6.27 0.957 6.402 1.023 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.355 0.946 3.421 1.155 ;
      RECT 2.805 1.023 2.871 1.155 ;
      RECT 2.728 0.957 2.871 1.023 ;
      RECT 0.231 0.935 0.297 1.155 ;
      RECT 0.231 0.869 0.374 0.935 ;
      RECT 5.929 0.924 5.995 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 4.785 0.528 5.544 0.561 ;
    RECT 0.352 0.528 1.276 0.594 ;
    RECT 1.276 0.528 4.785 0.561 ;
    RECT 5.544 0.528 6.6 0.561 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 1.276 0.561 6.6 0.594 ;
    RECT 0 0.594 6.6 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.199 0.099 1.551 0.165 ;
    RECT 2.266 0.099 3.553 0.165 ;
    RECT 4.774 0.099 5.621 0.143 ;
    RECT 0.033 0.132 0.385 0.198 ;
    RECT 4.708 0.143 5.621 0.165 ;
    RECT 3.971 0.154 4.037 0.22 ;
    RECT 0.693 0.165 0.759 0.264 ;
    RECT 1.067 0.165 1.133 0.264 ;
    RECT 1.485 0.165 2.035 0.231 ;
    RECT 1.199 0.165 1.265 0.363 ;
    RECT 3.487 0.165 3.553 0.495 ;
    RECT 4.708 0.165 4.84 0.209 ;
    RECT 5.555 0.165 5.621 0.352 ;
    RECT 0.033 0.198 0.143 0.264 ;
    RECT 0.319 0.198 0.385 0.44 ;
    RECT 3.927 0.22 4.037 0.286 ;
    RECT 0.858 0.231 0.99 0.297 ;
    RECT 1.969 0.231 2.035 0.308 ;
    RECT 1.485 0.231 1.551 0.759 ;
    RECT 4.312 0.231 4.455 0.297 ;
    RECT 4.95 0.231 5.489 0.275 ;
    RECT 0.033 0.264 0.099 0.814 ;
    RECT 2.937 0.264 3.003 0.792 ;
    RECT 3.795 0.264 3.861 0.495 ;
    RECT 3.069 0.264 3.421 0.33 ;
    RECT 4.884 0.275 5.489 0.297 ;
    RECT 2.189 0.286 2.871 0.352 ;
    RECT 3.927 0.286 3.993 0.715 ;
    RECT 5.731 0.286 5.797 0.363 ;
    RECT 0.924 0.297 0.99 0.363 ;
    RECT 4.389 0.297 4.455 0.407 ;
    RECT 4.884 0.297 5.016 0.341 ;
    RECT 5.423 0.297 5.489 0.495 ;
    RECT 4.125 0.33 4.213 0.616 ;
    RECT 3.355 0.33 3.421 0.627 ;
    RECT 3.069 0.33 3.135 0.957 ;
    RECT 2.805 0.352 2.871 0.594 ;
    RECT 2.189 0.352 2.255 0.792 ;
    RECT 0.924 0.363 1.265 0.429 ;
    RECT 5.082 0.363 5.357 0.407 ;
    RECT 5.731 0.363 6.061 0.429 ;
    LAYER M2L ;
    RECT 2.904 0.363 4.224 0.429 ;
    VIA 2.97 0.396 V1L2L ;
    VIA 4.158 0.396 V1L2L ;
    LAYER M1L ;
    RECT 4.389 0.407 5.357 0.429 ;
    RECT 2.013 0.418 2.079 0.77 ;
    RECT 4.389 0.429 5.148 0.473 ;
    RECT 5.291 0.429 5.357 0.759 ;
    RECT 5.995 0.429 6.061 0.627 ;
    RECT 4.389 0.473 4.455 0.715 ;
    RECT 2.508 0.495 2.739 0.561 ;
    RECT 3.487 0.495 3.861 0.561 ;
    RECT 5.423 0.495 5.896 0.561 ;
    RECT 4.521 0.539 4.928 0.605 ;
    RECT 2.673 0.561 2.739 0.792 ;
    RECT 3.795 0.561 3.861 0.891 ;
    RECT 5.533 0.561 5.599 0.891 ;
    RECT 5.159 0.572 5.225 0.671 ;
    RECT 4.521 0.605 4.587 0.726 ;
    RECT 3.355 0.627 3.553 0.693 ;
    RECT 5.731 0.627 6.061 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.498 0.693 ;
    RECT 3.762 0.627 4.62 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    VIA 4.554 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.343 0.66 2.431 0.924 ;
    RECT 4.818 0.671 5.225 0.737 ;
    RECT 2.541 0.682 2.607 1.023 ;
    RECT 3.487 0.693 3.553 1.023 ;
    RECT 5.731 0.693 5.797 1.023 ;
    RECT 3.927 0.715 4.455 0.781 ;
    RECT 4.818 0.737 4.884 0.847 ;
    RECT 0.715 0.759 1.551 0.825 ;
    RECT 5.291 0.759 5.434 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.442 0.825 ;
    VIA 2.376 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.792 3.003 0.858 ;
    RECT 0.033 0.814 0.143 0.946 ;
    RECT 3.619 0.814 3.685 0.891 ;
    RECT 5.071 0.814 5.203 0.88 ;
    RECT 0.715 0.825 0.781 0.902 ;
    RECT 3.971 0.847 4.884 0.913 ;
    RECT 1.793 0.88 1.859 0.957 ;
    RECT 1.969 0.88 2.035 1.023 ;
    RECT 5.137 0.88 5.203 0.891 ;
    RECT 3.619 0.891 3.861 0.957 ;
    RECT 5.137 0.891 5.599 0.957 ;
    RECT 3.971 0.913 4.037 1.023 ;
    RECT 0.858 0.957 1.859 1.023 ;
    RECT 3.069 0.957 3.234 1.023 ;
    RECT 1.969 1.023 2.607 1.089 ;
    RECT 3.487 1.023 4.037 1.089 ;
    RECT 4.642 1.023 5.797 1.089 ;
  END
END LDL_FSDPQ_3
#
# 
MACRO LDL_FSDPQ_4 FOREIGN C0A07BLDL_FSDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 6.259 0.033 6.325 0.176 ;
      RECT 6.259 0.176 6.358 0.242 ;
      RECT 5.907 0.033 5.973 0.198 ;
      RECT 5.874 0.198 5.973 0.264 ;
      RECT 4.521 0.033 4.587 0.264 ;
      RECT 4.114 0.033 4.18 0.143 ;
      RECT 4.114 0.143 4.246 0.209 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 0.649 0.033 0.715 0.209 ;
      RECT 0.649 0.209 0.748 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.463 0.297 1.551 0.594 ;
      RECT 1.386 0.231 1.551 0.297 ;
      RECT 0.297 0.198 0.363 0.407 ;
      RECT 0.198 0.407 0.363 0.473 ;
      LAYER M2L ;
      RECT 0.264 0.231 1.518 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 1.452 0.264 V1L2L ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 0.957 0.561 1.287 0.627 ;
      RECT 0.957 0.462 1.023 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.825 ;
      RECT 6.05 0.825 6.545 0.891 ;
      RECT 6.105 0.319 6.534 0.385 ;
      RECT 6.105 0.264 6.171 0.319 ;
      RECT 6.061 0.132 6.171 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.759 0.363 0.99 ;
      RECT 0.297 0.693 1.705 0.759 ;
      RECT 1.617 0.33 1.705 0.693 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.114 1.045 4.18 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.226 1.023 6.292 1.155 ;
      RECT 6.226 0.957 6.358 1.023 ;
      RECT 5.907 0.946 5.973 1.155 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 4.752 0.528 5.489 0.561 ;
    RECT 0 0.528 4.752 0.561 ;
    RECT 5.489 0.528 6.732 0.561 ;
    RECT 0 0.561 6.732 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.099 1.859 0.143 ;
    RECT 2.915 0.099 3.905 0.165 ;
    RECT 4.719 0.099 5.577 0.165 ;
    RECT 0.473 0.132 0.539 0.341 ;
    RECT 3.971 0.132 4.037 0.275 ;
    RECT 0.836 0.143 1.859 0.165 ;
    RECT 0.836 0.165 1.32 0.209 ;
    RECT 1.793 0.165 1.859 0.231 ;
    RECT 2.2 0.165 2.409 0.231 ;
    RECT 2.915 0.165 2.981 0.319 ;
    RECT 3.839 0.165 3.905 0.495 ;
    RECT 4.719 0.165 4.785 0.242 ;
    RECT 5.511 0.165 5.577 0.33 ;
    RECT 0.033 0.231 0.176 0.297 ;
    RECT 1.793 0.231 2.035 0.297 ;
    RECT 2.343 0.231 2.409 0.363 ;
    RECT 3.047 0.231 3.487 0.297 ;
    RECT 3.553 0.231 3.696 0.297 ;
    RECT 4.895 0.231 5.445 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 3.696 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.825 0.275 1.144 0.341 ;
    RECT 3.971 0.275 4.422 0.341 ;
    RECT 5.687 0.286 5.753 0.352 ;
    RECT 0.033 0.297 0.099 0.539 ;
    RECT 1.969 0.297 2.035 0.847 ;
    RECT 3.399 0.297 3.487 0.726 ;
    RECT 3.047 0.297 3.113 0.924 ;
    RECT 3.553 0.297 3.641 0.836 ;
    RECT 4.895 0.297 4.961 0.363 ;
    RECT 5.379 0.297 5.445 0.495 ;
    RECT 2.123 0.308 2.189 0.495 ;
    RECT 2.684 0.319 2.981 0.385 ;
    RECT 1.078 0.341 1.144 0.374 ;
    RECT 0.473 0.341 0.891 0.407 ;
    RECT 4.356 0.341 4.422 0.495 ;
    RECT 5.687 0.352 6.028 0.418 ;
    RECT 5.038 0.363 5.313 0.429 ;
    RECT 4.818 0.363 4.961 0.429 ;
    RECT 2.915 0.385 2.981 0.759 ;
    RECT 1.815 0.396 1.881 0.726 ;
    RECT 5.962 0.418 6.028 0.693 ;
    RECT 5.038 0.429 5.104 0.495 ;
    RECT 5.247 0.429 5.313 0.792 ;
    RECT 0.462 0.473 0.594 0.539 ;
    RECT 2.123 0.495 2.794 0.561 ;
    RECT 3.839 0.495 4.246 0.561 ;
    RECT 4.356 0.495 5.104 0.561 ;
    RECT 5.379 0.495 5.896 0.561 ;
    RECT 0.033 0.539 0.528 0.605 ;
    RECT 2.123 0.561 2.189 0.704 ;
    RECT 4.356 0.561 4.422 0.693 ;
    RECT 5.83 0.561 5.896 0.594 ;
    RECT 5.379 0.561 5.445 0.891 ;
    RECT 0.033 0.605 0.099 0.847 ;
    RECT 5.544 0.627 5.709 0.693 ;
    LAYER M2L ;
    RECT 1.65 0.627 5.676 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 3.432 0.66 V1L2L ;
    VIA 5.61 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.938 0.693 4.422 0.759 ;
    RECT 5.544 0.693 5.61 0.759 ;
    RECT 5.775 0.693 6.028 0.759 ;
    RECT 2.123 0.704 2.255 0.77 ;
    RECT 2.486 0.759 2.981 0.825 ;
    RECT 5.544 0.759 5.676 0.825 ;
    RECT 5.775 0.759 5.841 0.979 ;
    RECT 5.071 0.814 5.137 0.891 ;
    RECT 3.553 0.836 4.862 0.891 ;
    RECT 0.033 0.847 0.176 0.913 ;
    RECT 0.616 0.847 2.398 0.913 ;
    RECT 3.553 0.891 4.928 0.902 ;
    RECT 5.071 0.891 5.566 0.957 ;
    RECT 4.796 0.902 4.928 0.957 ;
    RECT 3.047 0.924 3.157 0.99 ;
    RECT 0.836 0.979 1.496 1.045 ;
    RECT 1.87 0.979 2.574 1.045 ;
    RECT 5.654 0.979 5.841 1.023 ;
    RECT 3.091 0.99 3.157 1.056 ;
    RECT 4.62 1.023 5.841 1.045 ;
    RECT 4.62 1.045 5.72 1.089 ;
  END
END LDL_FSDPQ_4
#
# 
MACRO LDL_FSDPQ_HD_1 FOREIGN C0A07BLDL_FSDPQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.33 3.927 0.924 ;
      RECT 3.817 0.924 3.927 1.056 ;
      RECT 3.817 0.198 3.927 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.979 ;
      RECT 3.498 0.979 3.663 1.045 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 3.289 0.176 3.355 0.297 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 3.443 0.264 3.531 0.858 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.355 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.462 ;
    RECT 3.267 0.363 3.355 0.924 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.729 0.462 3.795 0.792 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.135 0.55 3.201 0.627 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.201 0.693 ;
    LAYER M2L ;
    RECT 3.234 0.627 3.828 0.693 ;
    VIA 3.3 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.891 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.342 0.891 1.551 0.957 ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDL_FSDPQ_HD_1
#
# 
MACRO LDL_FSDPQ_HD_2 FOREIGN C0A07BLDL_FSDPQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.363 4.059 0.693 ;
      RECT 3.861 0.693 4.059 0.759 ;
      RECT 3.861 0.759 3.927 0.99 ;
      RECT 3.806 0.297 4.059 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.858 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.081 0.924 4.147 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 3.894 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.968 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.795 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDL_FSDPQ_HD_2
#
# 
MACRO LDL_FSDPQ_HD_3 FOREIGN C0A07BLDL_FSDPQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 4.257 0.759 4.323 0.99 ;
      RECT 3.861 0.693 4.323 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDL_FSDPQ_HD_3
#
# 
MACRO LDL_FSDPQ_HD_4 FOREIGN C0A07BLDL_FSDPQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.165 ;
      RECT 3.982 0.165 4.114 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.367 0.033 4.433 0.264 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.135 0.033 3.201 0.165 ;
      RECT 3.058 0.165 3.201 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.165 0.627 0.693 ;
      RECT 0.341 0.693 0.627 0.759 ;
      RECT 0.341 0.66 0.407 0.693 ;
      RECT 0.561 0.099 1.232 0.165 ;
      RECT 1.166 0.165 1.232 0.198 ;
    END
  END SI
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.836 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.33 3.663 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.693 ;
      RECT 3.861 0.693 4.29 0.759 ;
      RECT 3.861 0.759 3.949 0.957 ;
      RECT 3.806 0.957 3.949 1.023 ;
      RECT 3.806 0.297 4.29 0.363 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.825 ;
      RECT 0.209 0.825 1.023 0.891 ;
      RECT 0.209 0.462 0.275 0.825 ;
      RECT 0.957 0.462 1.067 0.528 ;
    END
  END SE
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      RECT 4.367 0.924 4.433 1.155 ;
      RECT 4.015 0.891 4.081 1.155 ;
      RECT 3.091 0.946 3.157 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 1.672 0.143 ;
    RECT 1.837 0.099 2.365 0.165 ;
    RECT 2.695 0.132 2.761 0.627 ;
    RECT 1.309 0.143 1.738 0.165 ;
    RECT 1.606 0.165 1.738 0.209 ;
    RECT 1.309 0.165 1.375 0.319 ;
    RECT 1.837 0.165 1.903 0.264 ;
    RECT 2.299 0.165 2.365 0.528 ;
    RECT 2.431 0.198 2.497 0.627 ;
    RECT 3.443 0.198 3.531 0.858 ;
    RECT 3.289 0.198 3.377 0.297 ;
    RECT 0.077 0.242 0.495 0.308 ;
    RECT 1.441 0.264 1.507 0.671 ;
    RECT 1.793 0.264 1.903 0.33 ;
    RECT 2.827 0.297 2.937 0.528 ;
    RECT 3.003 0.297 3.377 0.363 ;
    RECT 0.429 0.308 0.495 0.594 ;
    RECT 0.077 0.308 0.143 1.056 ;
    RECT 1.606 0.308 1.694 0.572 ;
    RECT 0.858 0.319 1.375 0.385 ;
    RECT 1.793 0.33 1.859 0.66 ;
    RECT 2.563 0.33 2.629 0.759 ;
    RECT 3.003 0.363 3.069 0.528 ;
    RECT 3.311 0.363 3.377 0.902 ;
    LAYER M2L ;
    RECT 1.584 0.363 3.564 0.429 ;
    VIA 3.498 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.396 2.013 0.462 ;
    RECT 2.123 0.462 2.189 0.627 ;
    RECT 1.947 0.462 2.046 0.528 ;
    RECT 3.179 0.462 3.245 0.627 ;
    RECT 3.729 0.495 4.026 0.561 ;
    RECT 1.98 0.528 2.046 0.759 ;
    RECT 3.729 0.561 3.795 0.825 ;
    RECT 2.123 0.627 2.497 0.693 ;
    RECT 2.695 0.627 3.245 0.693 ;
    RECT 1.793 0.66 1.903 0.726 ;
    RECT 1.441 0.671 1.65 0.737 ;
    RECT 2.431 0.693 2.497 0.858 ;
    RECT 2.959 0.693 3.025 1.023 ;
    RECT 1.837 0.726 1.903 0.792 ;
    RECT 1.441 0.737 1.551 0.924 ;
    RECT 1.98 0.759 2.343 0.825 ;
    RECT 2.563 0.759 2.893 0.825 ;
    LAYER M2L ;
    RECT 1.452 0.759 2.112 0.825 ;
    RECT 2.211 0.759 3.564 0.825 ;
    VIA 3.498 0.792 V1L2L ;
    VIA 1.518 0.792 V1L2L ;
    VIA 2.046 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.661 0.814 1.727 1.023 ;
    RECT 2.827 0.825 2.893 0.902 ;
    RECT 2.277 0.825 2.343 0.957 ;
    RECT 2.563 0.825 2.629 0.957 ;
    RECT 3.597 0.825 3.795 0.891 ;
    LAYER M2L ;
    RECT 2.211 0.825 2.277 0.891 ;
    LAYER M1L ;
    RECT 1.848 0.891 2.178 0.957 ;
    RECT 3.597 0.891 3.663 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.891 2.277 0.957 ;
    VIA 2.112 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.902 3.377 0.968 ;
    RECT 2.695 0.946 2.761 1.023 ;
    RECT 0.616 0.957 0.748 1.023 ;
    RECT 2.277 0.957 2.629 1.023 ;
    RECT 3.267 0.968 3.663 1.034 ;
    RECT 0.682 1.023 1.727 1.089 ;
    RECT 2.695 1.023 3.025 1.089 ;
  END
END LDL_FSDPQ_HD_4
#
# 
MACRO LDL_FSDPRBQ_1 FOREIGN C0A07BLDL_FSDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 4.851 0.264 4.939 0.594 ;
      RECT 3.069 0.264 3.135 0.726 ;
      RECT 1.419 0.264 1.485 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.363 4.95 0.429 ;
      VIA 1.452 0.396 V1L2L ;
      VIA 3.102 0.396 V1L2L ;
      VIA 4.884 0.396 V1L2L ;
    END
  END RD
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.858 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.555 0.198 5.643 1.034 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.374 0.759 0.726 ;
      RECT 0.671 0.726 1.419 0.792 ;
      RECT 1.353 0.66 1.419 0.726 ;
      RECT 0.627 0.308 0.759 0.374 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END CK
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.939 0.946 5.005 1.155 ;
      RECT 0 1.155 5.676 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 3.905 0.528 4.554 0.616 ;
    RECT 0 0.528 3.905 0.616 ;
    RECT 4.554 0.528 5.676 0.616 ;
    RECT 0 0.616 5.676 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.099 1.298 0.143 ;
    RECT 2.057 0.099 4.158 0.165 ;
    RECT 4.268 0.099 4.62 0.165 ;
    RECT 4.697 0.099 5.203 0.165 ;
    RECT 1.661 0.132 1.727 0.297 ;
    RECT 0.792 0.143 1.364 0.165 ;
    RECT 1.232 0.165 1.364 0.209 ;
    RECT 0.726 0.165 0.858 0.231 ;
    RECT 0.396 0.165 0.528 0.231 ;
    RECT 2.057 0.165 2.123 1.023 ;
    RECT 4.268 0.165 4.334 0.275 ;
    RECT 4.554 0.165 4.62 0.627 ;
    RECT 4.697 0.165 4.763 0.55 ;
    RECT 5.137 0.165 5.203 1.056 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 0.462 0.231 0.528 0.869 ;
    RECT 2.475 0.231 2.981 0.297 ;
    RECT 2.211 0.275 2.354 0.341 ;
    RECT 4.202 0.275 4.334 0.341 ;
    RECT 3.333 0.286 3.399 0.352 ;
    RECT 1.661 0.297 1.991 0.363 ;
    RECT 2.915 0.297 2.981 0.825 ;
    RECT 2.475 0.297 2.541 0.924 ;
    RECT 0.88 0.319 1.353 0.385 ;
    RECT 3.729 0.319 4.081 0.385 ;
    RECT 2.211 0.341 2.277 0.924 ;
    RECT 3.333 0.352 3.641 0.418 ;
    RECT 1.925 0.363 1.991 0.858 ;
    RECT 1.287 0.385 1.353 0.594 ;
    RECT 4.015 0.385 4.081 0.407 ;
    RECT 3.729 0.385 3.795 0.99 ;
    RECT 2.783 0.396 2.849 0.957 ;
    RECT 4.015 0.407 4.477 0.473 ;
    RECT 3.575 0.418 3.641 0.748 ;
    RECT 1.551 0.462 1.617 0.682 ;
    RECT 4.411 0.473 4.477 0.759 ;
    LAYER M2L ;
    RECT 1.254 0.495 2.31 0.561 ;
    VIA 1.584 0.528 V1L2L ;
    VIA 2.244 0.528 V1L2L ;
    VIA 1.32 0.528 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.517 2.673 0.99 ;
    RECT 3.201 0.517 3.41 0.583 ;
    RECT 3.861 0.55 4.323 0.616 ;
    RECT 3.201 0.583 3.267 0.825 ;
    RECT 2.343 0.616 2.409 1.023 ;
    RECT 4.257 0.616 4.323 0.682 ;
    RECT 3.861 0.616 3.927 0.99 ;
    RECT 4.554 0.627 4.686 0.693 ;
    RECT 1.485 0.682 1.617 0.748 ;
    RECT 4.62 0.693 4.686 0.781 ;
    RECT 5.005 0.704 5.071 0.781 ;
    RECT 1.485 0.748 1.551 0.869 ;
    RECT 3.333 0.748 3.641 0.814 ;
    RECT 4.378 0.759 4.51 0.825 ;
    RECT 4.62 0.781 5.071 0.847 ;
    RECT 3.333 0.814 3.399 0.957 ;
    RECT 2.915 0.825 3.267 0.891 ;
    RECT 1.617 0.836 1.683 1.023 ;
    RECT 4.62 0.847 4.686 0.891 ;
    RECT 1.881 0.858 1.991 0.924 ;
    RECT 0.462 0.869 1.551 0.935 ;
    RECT 4.202 0.891 4.686 0.957 ;
    LAYER M2L ;
    RECT 1.848 0.891 3.96 0.957 ;
    VIA 1.914 0.924 V1L2L ;
    VIA 2.64 0.924 V1L2L ;
    VIA 3.894 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.015 0.902 4.081 1.023 ;
    RECT 1.881 0.924 1.947 1.023 ;
    RECT 4.763 0.946 4.829 1.023 ;
    RECT 2.783 0.957 3.399 1.023 ;
    RECT 0.077 1.023 1.166 1.089 ;
    RECT 1.617 1.023 1.947 1.089 ;
    RECT 2.057 1.023 2.409 1.089 ;
    RECT 4.015 1.023 4.829 1.089 ;
  END
END LDL_FSDPRBQ_1
#
# 
MACRO LDL_FSDPRBQ_2 FOREIGN C0A07BLDL_FSDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.264 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.771 0.033 1.837 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 5.709 0.297 5.797 0.594 ;
      RECT 5.709 0.231 5.874 0.297 ;
      RECT 3.487 0.297 3.553 0.594 ;
      RECT 3.487 0.231 3.63 0.297 ;
      RECT 1.617 0.198 1.683 0.572 ;
      RECT 1.617 0.572 1.727 0.704 ;
      LAYER M2L ;
      RECT 1.584 0.231 5.874 0.297 ;
      VIA 1.65 0.264 V1L2L ;
      VIA 3.564 0.264 V1L2L ;
      VIA 5.808 0.264 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.605 ;
      RECT 1.089 0.605 1.254 0.671 ;
      RECT 0.693 0.429 1.155 0.495 ;
      RECT 0.693 0.198 0.759 0.429 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.369 0.363 6.435 0.803 ;
      RECT 6.369 0.803 6.567 0.869 ;
      RECT 6.369 0.297 6.534 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.969 0.726 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.583 1.551 0.847 ;
      RECT 1.485 0.847 1.595 0.913 ;
      RECT 1.529 0.913 1.595 1.023 ;
      RECT 1.529 1.023 1.672 1.089 ;
      RECT 0.726 0.583 0.99 0.693 ;
      LAYER M2L ;
      RECT 0.858 0.627 1.584 0.693 ;
      VIA 0.924 0.66 V1L2L ;
      VIA 1.518 0.66 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 1.771 0.858 1.837 1.155 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.259 0.924 6.325 1.155 ;
      RECT 5.841 0.858 5.907 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0.88 0.528 1.958 0.638 ;
    RECT 0 0.528 0.869 0.638 ;
    RECT 1.958 0.528 6.732 0.638 ;
    RECT 0 0.638 6.732 1.221 ;
    LAYER M1L ;
    RECT 2.365 0.099 4.477 0.165 ;
    RECT 5.401 0.099 6.281 0.143 ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.947 0.132 2.013 0.297 ;
    RECT 4.62 0.143 6.281 0.165 ;
    RECT 0.825 0.165 1.496 0.231 ;
    RECT 0.209 0.165 0.572 0.231 ;
    RECT 4.411 0.165 4.477 0.495 ;
    RECT 2.365 0.165 2.431 0.924 ;
    RECT 4.62 0.165 5.467 0.209 ;
    RECT 6.215 0.165 6.281 0.594 ;
    RECT 0.055 0.209 0.143 1.023 ;
    RECT 5.401 0.209 5.467 0.891 ;
    RECT 0.825 0.231 0.891 0.264 ;
    RECT 0.209 0.231 0.275 0.891 ;
    RECT 2.717 0.231 3.421 0.297 ;
    RECT 2.541 0.264 2.629 0.594 ;
    RECT 3.751 0.264 3.817 0.462 ;
    RECT 4.202 0.275 4.345 0.341 ;
    RECT 4.796 0.275 5.313 0.341 ;
    RECT 0.968 0.297 1.419 0.363 ;
    RECT 2.717 0.297 2.783 0.561 ;
    RECT 3.355 0.297 3.421 0.737 ;
    RECT 1.947 0.297 2.299 0.363 ;
    RECT 6.039 0.308 6.105 0.693 ;
    RECT 4.279 0.341 4.345 0.627 ;
    RECT 4.862 0.341 4.928 0.627 ;
    RECT 5.247 0.341 5.313 0.77 ;
    RECT 1.353 0.363 1.419 0.891 ;
    RECT 2.882 0.363 3.058 0.429 ;
    RECT 2.233 0.363 2.299 1.023 ;
    LAYER M2L ;
    RECT 1.32 0.363 3.036 0.429 ;
    VIA 2.574 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.533 0.418 5.599 0.693 ;
    RECT 2.915 0.429 3.003 0.781 ;
    RECT 3.751 0.462 4.103 0.528 ;
    RECT 3.223 0.462 3.289 0.891 ;
    RECT 5.115 0.462 5.181 0.759 ;
    RECT 4.411 0.495 4.697 0.561 ;
    RECT 4.037 0.528 4.103 0.891 ;
    RECT 2.717 0.561 2.827 0.77 ;
    RECT 3.696 0.605 3.916 0.671 ;
    RECT 4.279 0.627 4.928 0.693 ;
    RECT 3.696 0.671 3.762 0.737 ;
    RECT 4.202 0.693 4.345 0.759 ;
    RECT 5.533 0.693 6.105 0.759 ;
    RECT 3.091 0.704 3.157 0.891 ;
    RECT 3.355 0.737 3.762 0.803 ;
    RECT 0.44 0.759 1.1 0.825 ;
    RECT 4.455 0.759 5.181 0.825 ;
    RECT 6.039 0.759 6.105 0.968 ;
    RECT 2.541 0.814 2.607 0.891 ;
    RECT 4.455 0.825 4.521 1.023 ;
    RECT 5.621 0.858 5.687 1.023 ;
    RECT 0.209 0.891 1.419 0.957 ;
    RECT 2.541 0.891 3.157 0.957 ;
    RECT 3.223 0.891 4.103 0.957 ;
    RECT 4.928 0.891 5.467 0.957 ;
    RECT 1.947 0.924 2.013 1.023 ;
    RECT 4.653 0.924 4.719 1.023 ;
    RECT 0.055 1.023 1.43 1.089 ;
    RECT 1.947 1.023 4.521 1.089 ;
    RECT 4.653 1.023 5.687 1.089 ;
  END
END LDL_FSDPRBQ_2
#
# 
MACRO LDL_FSDPRBQ_3 FOREIGN C0A07BLDL_FSDPRBQ_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.392 0.033 7.458 0.143 ;
      RECT 7.326 0.143 7.458 0.209 ;
      RECT 4.796 0.033 4.862 0.165 ;
      RECT 4.73 0.165 4.862 0.231 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 6.49 0.429 6.578 0.594 ;
      RECT 6.446 0.363 6.644 0.429 ;
      RECT 4.114 0.308 4.202 0.594 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.6 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.158 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 7.425 0.363 7.491 0.693 ;
      RECT 7.161 0.693 7.623 0.759 ;
      RECT 7.535 0.759 7.623 0.99 ;
      RECT 7.161 0.759 7.249 0.88 ;
      RECT 7.15 0.297 7.623 0.363 ;
      RECT 7.535 0.198 7.623 0.297 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.359 0.858 7.425 1.155 ;
      RECT 6.611 0.858 6.677 1.155 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.007 0.924 7.073 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 2.937 0.099 3.674 0.165 ;
    RECT 6.149 0.099 7.018 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.409 0.132 2.475 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.313 0.143 7.018 0.165 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 2.937 0.165 3.003 0.231 ;
    RECT 5.313 0.165 6.215 0.209 ;
    RECT 6.952 0.165 7.018 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.115 0.198 5.181 0.451 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.313 0.209 5.379 0.286 ;
    RECT 6.149 0.209 6.215 0.891 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 2.805 0.231 3.003 0.297 ;
    RECT 3.289 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.838 0.231 5.214 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.587 0.242 4.653 0.308 ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 2.013 0.264 2.079 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 4.378 0.275 4.51 0.341 ;
    RECT 5.478 0.275 6.083 0.341 ;
    RECT 3.113 0.286 3.179 0.418 ;
    RECT 2.805 0.297 2.871 0.792 ;
    RECT 3.96 0.297 4.026 0.715 ;
    RECT 3.289 0.297 3.355 0.748 ;
    RECT 2.409 0.297 2.717 0.363 ;
    RECT 4.587 0.308 5.005 0.374 ;
    RECT 6.787 0.308 6.875 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 4.444 0.341 4.51 0.495 ;
    RECT 5.478 0.341 5.566 0.583 ;
    RECT 6.017 0.341 6.083 0.759 ;
    RECT 1.485 0.363 2.079 0.429 ;
    RECT 0.473 0.363 0.979 0.429 ;
    RECT 2.651 0.363 2.717 0.55 ;
    RECT 4.939 0.374 5.005 0.671 ;
    RECT 2.937 0.418 3.179 0.484 ;
    RECT 6.281 0.418 6.347 0.693 ;
    RECT 0.913 0.429 0.979 0.759 ;
    RECT 5.115 0.451 5.379 0.517 ;
    RECT 4.301 0.462 4.367 0.715 ;
    RECT 3.795 0.462 3.861 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.444 0.495 4.818 0.561 ;
    RECT 6.952 0.495 7.326 0.561 ;
    RECT 2.563 0.55 2.717 0.616 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.444 0.561 4.51 0.891 ;
    RECT 5.632 0.583 5.918 0.649 ;
    RECT 5.148 0.583 5.566 0.649 ;
    RECT 2.563 0.616 2.629 1.023 ;
    RECT 3.113 0.638 3.179 0.891 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.632 0.649 5.698 0.759 ;
    RECT 5.148 0.649 5.214 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.73 0.671 5.214 0.737 ;
    RECT 6.281 0.693 6.875 0.759 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.715 4.367 0.781 ;
    RECT 3.663 0.748 3.729 0.891 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.346 0.759 5.698 0.803 ;
    RECT 5.808 0.759 6.083 0.825 ;
    RECT 6.809 0.759 6.875 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.564 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.675 0.803 5.698 0.825 ;
    RECT 4.675 0.825 5.412 0.869 ;
    RECT 6.369 0.858 6.435 1.023 ;
    RECT 4.675 0.869 4.741 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.729 0.957 ;
    RECT 3.795 0.891 4.51 0.957 ;
    RECT 5.5 0.891 6.215 0.957 ;
    RECT 2.409 0.924 2.475 1.023 ;
    RECT 5.258 0.935 5.39 1.001 ;
    RECT 5.324 1.001 5.39 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.409 1.023 4.741 1.089 ;
    RECT 5.324 1.023 6.435 1.089 ;
  END
END LDL_FSDPRBQ_3
#
# 
MACRO LDL_FSDPRBQ_4 FOREIGN C0A07BLDL_FSDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.052 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.052 0.033 ;
      RECT 7.931 0.033 7.997 0.264 ;
      RECT 7.546 0.033 7.612 0.143 ;
      RECT 7.546 0.143 7.678 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.552 0.165 2.684 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.052 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.429 6.699 0.594 ;
      RECT 6.633 0.363 6.831 0.429 ;
      RECT 4.125 0.429 4.191 0.594 ;
      RECT 4.125 0.363 4.29 0.429 ;
      RECT 2.211 0.33 2.277 0.495 ;
      RECT 2.046 0.495 2.277 0.561 ;
      LAYER M2L ;
      RECT 2.178 0.363 6.798 0.429 ;
      VIA 2.244 0.396 V1L2L ;
      VIA 4.224 0.396 V1L2L ;
      VIA 6.732 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.66 ;
      LAYER M2L ;
      RECT 1.089 0.495 1.419 0.561 ;
      VIA 1.188 0.528 V1L2L ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.387 0.462 2.475 0.66 ;
      RECT 2.321 0.66 2.475 0.726 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.689 0.363 7.755 0.726 ;
      RECT 7.37 0.726 7.92 0.858 ;
      RECT 7.37 0.297 7.854 0.363 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.683 0.66 1.793 0.924 ;
      RECT 0.693 0.561 0.759 0.759 ;
      RECT 0.594 0.759 0.759 0.825 ;
      RECT 0.55 0.495 0.814 0.561 ;
      LAYER M2L ;
      RECT 0.594 0.759 1.782 0.825 ;
      VIA 0.66 0.792 V1L2L ;
      VIA 1.716 0.792 V1L2L ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.052 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.546 0.957 7.678 1.023 ;
      RECT 7.227 0.924 7.293 1.155 ;
      RECT 6.831 0.858 6.897 1.155 ;
      RECT 5.368 1.001 5.434 1.155 ;
      RECT 5.302 0.935 5.434 1.001 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 2.079 0.946 2.145 1.155 ;
      RECT 7.931 0.924 7.997 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.052 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.052 0.484 ;
    RECT 0 0.484 2.97 0.528 ;
    RECT 3.729 0.484 8.052 0.528 ;
    RECT 2.97 0.484 3.729 0.528 ;
    RECT 0 0.528 8.052 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.177 0.143 ;
    RECT 1.342 0.099 1.727 0.143 ;
    RECT 3.542 0.099 4.158 0.165 ;
    RECT 2.937 0.099 3.421 0.165 ;
    RECT 6.369 0.099 7.238 0.143 ;
    RECT 0.792 0.132 0.88 0.231 ;
    RECT 2.365 0.132 2.431 0.297 ;
    RECT 0.957 0.143 1.727 0.165 ;
    RECT 5.533 0.143 7.238 0.165 ;
    RECT 2.783 0.154 2.871 0.792 ;
    RECT 1.111 0.165 1.408 0.209 ;
    RECT 0.957 0.165 1.023 0.264 ;
    RECT 1.661 0.165 1.727 0.264 ;
    RECT 0.473 0.165 0.539 0.363 ;
    RECT 4.092 0.165 4.158 0.231 ;
    RECT 3.333 0.165 3.421 0.231 ;
    RECT 2.937 0.165 3.003 0.308 ;
    RECT 5.533 0.165 6.435 0.209 ;
    RECT 7.172 0.165 7.238 0.495 ;
    RECT 1.881 0.198 1.947 0.363 ;
    RECT 5.379 0.198 5.445 0.451 ;
    RECT 5.17 0.198 5.258 0.297 ;
    RECT 0.077 0.209 0.143 1.023 ;
    RECT 5.533 0.209 5.599 0.286 ;
    RECT 6.369 0.209 6.435 0.891 ;
    RECT 0.638 0.231 0.88 0.297 ;
    RECT 4.092 0.231 4.224 0.297 ;
    RECT 3.333 0.231 4.026 0.297 ;
    LAYER M2L ;
    RECT 0.726 0.231 1.98 0.297 ;
    RECT 2.772 0.231 5.478 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.838 0.264 V1L2L ;
    VIA 0.792 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    VIA 5.412 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.264 1.551 0.363 ;
    RECT 1.1 0.275 1.419 0.341 ;
    RECT 3.08 0.275 3.212 0.341 ;
    RECT 5.698 0.275 6.303 0.341 ;
    RECT 2.013 0.286 2.101 0.363 ;
    RECT 3.333 0.297 3.421 0.627 ;
    RECT 3.96 0.297 4.026 0.737 ;
    RECT 4.378 0.297 4.587 0.363 ;
    RECT 2.365 0.297 2.717 0.363 ;
    RECT 4.774 0.297 5.258 0.363 ;
    RECT 7.007 0.308 7.095 0.693 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 3.08 0.341 3.146 0.418 ;
    RECT 5.698 0.341 5.786 0.583 ;
    RECT 6.237 0.341 6.303 0.737 ;
    RECT 1.485 0.363 2.101 0.429 ;
    RECT 0.473 0.363 0.99 0.429 ;
    RECT 4.521 0.363 4.587 0.495 ;
    RECT 2.651 0.363 2.717 0.528 ;
    RECT 5.17 0.363 5.258 0.583 ;
    RECT 2.937 0.418 3.146 0.484 ;
    RECT 6.501 0.418 6.567 0.693 ;
    RECT 0.924 0.429 0.99 0.759 ;
    RECT 5.379 0.451 5.588 0.517 ;
    RECT 4.389 0.462 4.455 0.737 ;
    RECT 3.817 0.462 3.883 0.891 ;
    RECT 2.937 0.484 3.003 0.858 ;
    RECT 1.353 0.495 1.947 0.561 ;
    RECT 3.509 0.495 3.575 0.759 ;
    RECT 4.521 0.495 5.06 0.561 ;
    RECT 7.172 0.495 7.546 0.561 ;
    RECT 2.563 0.528 2.717 0.594 ;
    RECT 1.881 0.561 1.947 0.649 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 4.521 0.561 4.587 0.891 ;
    RECT 5.852 0.583 6.138 0.649 ;
    RECT 5.17 0.583 5.786 0.649 ;
    RECT 2.563 0.594 2.629 1.023 ;
    RECT 3.113 0.616 3.179 0.891 ;
    RECT 3.278 0.627 3.421 0.693 ;
    RECT 1.881 0.649 2.112 0.715 ;
    RECT 5.852 0.649 5.918 0.759 ;
    RECT 5.17 0.649 5.258 0.671 ;
    RECT 1.485 0.66 1.551 1.023 ;
    RECT 4.774 0.671 5.258 0.737 ;
    RECT 6.501 0.693 7.095 0.759 ;
    RECT 3.685 0.704 3.751 0.891 ;
    RECT 2.046 0.715 2.112 0.759 ;
    RECT 3.96 0.737 4.455 0.803 ;
    RECT 6.028 0.737 6.303 0.803 ;
    RECT 0.88 0.759 1.419 0.825 ;
    RECT 2.046 0.759 2.178 0.825 ;
    RECT 3.432 0.759 3.575 0.825 ;
    RECT 5.412 0.759 5.918 0.803 ;
    RECT 7.029 0.759 7.095 0.968 ;
    LAYER M2L ;
    RECT 2.046 0.759 3.63 0.825 ;
    VIA 2.112 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 3.498 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.728 0.792 2.871 0.924 ;
    RECT 4.653 0.803 5.918 0.825 ;
    RECT 4.653 0.825 5.478 0.869 ;
    RECT 6.589 0.858 6.655 1.023 ;
    RECT 4.653 0.869 4.719 1.023 ;
    RECT 0.44 0.891 1.232 0.957 ;
    RECT 3.113 0.891 3.751 0.957 ;
    RECT 3.817 0.891 4.587 0.957 ;
    RECT 5.72 0.891 6.435 0.957 ;
    RECT 2.365 0.924 2.431 1.023 ;
    RECT 5.533 0.924 5.599 1.023 ;
    RECT 0.077 1.023 1.551 1.089 ;
    RECT 2.365 1.023 4.719 1.089 ;
    RECT 5.533 1.023 6.655 1.089 ;
  END
END LDL_FSDPRBQ_4
#
# 
MACRO LDL_FSDPRBQ_HD_1 FOREIGN C0A07BLDL_FSDPRBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 1.023 ;
      RECT 3.872 1.023 4.059 1.089 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.553 0.847 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.356 0.55 ;
    RECT 0 0.55 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 3.685 0.132 3.751 0.297 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.751 0.363 ;
    RECT 3.839 0.33 3.905 0.858 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.663 0.363 3.751 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.531 0.462 3.597 0.627 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 2.871 0.627 3.597 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.696 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 3.751 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDL_FSDPRBQ_HD_1
#
# 
MACRO LDL_FSDPRBQ_HD_2 FOREIGN C0A07BLDL_FSDPRBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END CK
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.224 0.165 4.455 0.231 ;
    END
  END Q
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.62 0.55 ;
    RECT 0 0.55 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDL_FSDPRBQ_HD_2
#
# 
MACRO LDL_FSDPRBQ_HD_3 FOREIGN C0A07BLDL_FSDPRBQ_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.825 ;
      RECT 4.257 0.825 4.719 0.891 ;
      RECT 4.653 0.891 4.719 0.99 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.257 0.297 4.719 0.363 ;
      RECT 4.653 0.198 4.719 0.297 ;
      RECT 4.257 0.198 4.323 0.297 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.858 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.752 0.55 ;
    RECT 0 0.55 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.191 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDL_FSDPRBQ_HD_3
#
# 
MACRO LDL_FSDPRBQ_HD_4 FOREIGN C0A07BLDL_FSDPRBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.037 0.033 4.103 0.264 ;
      RECT 3.311 0.033 3.377 0.165 ;
      RECT 3.234 0.165 3.377 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.495 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.968 0.594 ;
      RECT 0.693 0.308 0.759 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.671 ;
      RECT 0.297 0.671 1.232 0.737 ;
      RECT 0.297 0.737 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.385 4.059 0.726 ;
    END
  END CK
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.759 3.63 0.825 ;
      RECT 3.564 0.825 3.63 0.858 ;
      RECT 2.343 0.583 2.409 0.858 ;
      RECT 2.244 0.517 2.409 0.583 ;
      LAYER M2L ;
      RECT 2.31 0.759 3.432 0.825 ;
      VIA 2.376 0.792 V1L2L ;
      VIA 3.366 0.792 V1L2L ;
    END
  END RD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.267 0.946 3.333 1.155 ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 1.518 0.528 2.838 0.55 ;
    RECT 0 0.528 1.518 0.55 ;
    RECT 2.838 0.528 4.884 0.55 ;
    RECT 0 0.55 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.276 0.099 1.991 0.165 ;
    RECT 2.09 0.099 2.673 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.871 0.132 2.937 0.627 ;
    RECT 0.594 0.143 0.891 0.209 ;
    RECT 1.276 0.165 1.342 0.231 ;
    RECT 2.607 0.165 2.673 0.836 ;
    RECT 3.003 0.198 3.069 0.528 ;
    RECT 3.839 0.198 3.949 0.33 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.825 0.209 0.891 0.363 ;
    RECT 1.155 0.231 1.342 0.297 ;
    RECT 1.617 0.231 2.508 0.297 ;
    LAYER M2L ;
    RECT 2.376 0.231 3.96 0.297 ;
    VIA 2.442 0.264 V1L2L ;
    VIA 3.036 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 1.419 0.264 1.529 0.363 ;
    RECT 1.155 0.297 1.221 0.495 ;
    RECT 1.617 0.297 1.683 0.495 ;
    RECT 3.179 0.297 3.773 0.363 ;
    RECT 3.839 0.33 3.905 0.792 ;
    RECT 0.825 0.363 1.056 0.429 ;
    RECT 1.32 0.363 1.529 0.429 ;
    RECT 1.793 0.363 2.541 0.429 ;
    RECT 3.179 0.363 3.245 0.528 ;
    RECT 3.707 0.363 3.773 0.957 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.452 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.739 0.396 2.805 0.759 ;
    RECT 2.475 0.429 2.541 0.616 ;
    RECT 1.793 0.429 1.859 0.924 ;
    RECT 3.575 0.462 3.641 0.627 ;
    RECT 1.155 0.495 1.419 0.561 ;
    RECT 1.518 0.495 1.683 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 1.947 0.528 2.013 0.759 ;
    RECT 1.353 0.561 1.419 0.759 ;
    RECT 1.617 0.561 1.683 0.726 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.871 0.627 3.641 0.693 ;
    LAYER M2L ;
    RECT 1.584 0.627 2.046 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.178 0.671 2.277 0.737 ;
    RECT 3.135 0.693 3.201 1.023 ;
    RECT 2.211 0.737 2.277 0.957 ;
    RECT 1.353 0.759 1.529 0.825 ;
    RECT 1.947 0.759 2.068 0.825 ;
    RECT 2.739 0.759 3.069 0.825 ;
    LAYER M2L ;
    RECT 1.386 0.759 1.881 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.594 0.803 1.012 0.869 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 3.003 0.825 3.069 0.902 ;
    RECT 2.739 0.825 2.805 0.935 ;
    RECT 3.993 0.825 4.191 0.891 ;
    LAYER M2L ;
    RECT 1.815 0.825 1.881 0.891 ;
    LAYER M1L ;
    RECT 1.155 0.858 1.221 0.957 ;
    RECT 1.617 0.858 1.683 1.023 ;
    RECT 2.475 0.858 2.541 0.935 ;
    RECT 0.594 0.869 0.66 0.957 ;
    RECT 3.993 0.891 4.059 0.957 ;
    LAYER M2L ;
    RECT 1.122 0.891 1.716 0.957 ;
    RECT 1.815 0.891 2.574 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 1.188 0.924 V1L2L ;
    VIA 2.508 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.475 0.935 2.805 1.001 ;
    RECT 2.871 0.946 2.937 1.023 ;
    RECT 0.033 0.957 0.66 1.023 ;
    RECT 0.77 0.957 1.221 1.023 ;
    RECT 1.98 0.957 2.277 1.023 ;
    RECT 3.476 0.957 4.059 1.023 ;
    RECT 1.617 1.023 1.881 1.089 ;
    RECT 2.871 1.023 3.201 1.089 ;
  END
END LDL_FSDPRBQ_HD_4
#
# 
MACRO LDL_FSDPRBSBQ_1 FOREIGN C0A07BLDL_FSDPRBSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.115 0.033 5.181 0.264 ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.609 0.033 4.675 0.33 ;
      RECT 0.715 0.033 0.781 0.264 ;
      RECT 0.231 0.033 0.297 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.148 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.165 4.455 0.429 ;
      RECT 4.389 0.429 4.587 0.539 ;
      RECT 2.937 0.099 4.455 0.165 ;
      RECT 2.937 0.165 3.003 0.594 ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.363 1.507 0.429 ;
      RECT 1.441 0.429 1.507 0.495 ;
      RECT 1.441 0.561 1.507 0.594 ;
      RECT 1.32 0.495 1.507 0.561 ;
      RECT 1.353 0.297 1.419 0.363 ;
      RECT 1.188 0.231 1.419 0.297 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 4.686 0.429 4.851 0.539 ;
      RECT 4.785 0.33 4.851 0.429 ;
      RECT 3.201 0.264 3.267 0.462 ;
      RECT 3.157 0.462 3.267 0.528 ;
      RECT 3.157 0.528 3.223 0.594 ;
      LAYER M2L ;
      RECT 3.168 0.363 4.884 0.429 ;
      VIA 3.234 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
    END
  END SD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.363 1.188 0.429 ;
      RECT 1.056 0.429 1.122 0.495 ;
      RECT 0.902 0.495 1.122 0.561 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.396 5.247 0.792 ;
      RECT 5.181 0.792 5.357 0.858 ;
      RECT 5.291 0.858 5.357 1.056 ;
      RECT 5.181 0.33 5.357 0.396 ;
      RECT 5.291 0.132 5.357 0.33 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.693 1.287 0.858 ;
      RECT 0.66 0.627 1.364 0.693 ;
      RECT 0.66 0.561 0.726 0.627 ;
      RECT 0.594 0.495 0.726 0.561 ;
    END
  END SI
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.609 0.946 4.675 1.155 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 1.397 0.836 1.463 1.155 ;
      RECT 1.903 0.792 1.969 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.148 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.099 2.541 0.165 ;
    RECT 0.385 0.132 0.495 0.264 ;
    RECT 2.607 0.154 2.673 0.847 ;
    RECT 2.079 0.165 2.145 0.264 ;
    RECT 0.869 0.165 0.935 0.363 ;
    RECT 2.475 0.165 2.541 0.88 ;
    RECT 4.939 0.187 5.049 0.319 ;
    RECT 0.055 0.22 0.121 0.957 ;
    RECT 1.518 0.231 1.661 0.297 ;
    RECT 2.211 0.231 2.354 0.297 ;
    RECT 3.828 0.231 3.96 0.297 ;
    LAYER M2L ;
    RECT 1.518 0.231 3.96 0.297 ;
    VIA 1.584 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.363 ;
    RECT 4.07 0.275 4.279 0.341 ;
    RECT 1.727 0.286 1.793 0.363 ;
    RECT 3.333 0.286 3.399 0.616 ;
    RECT 3.487 0.286 3.553 0.682 ;
    RECT 3.619 0.286 3.729 0.418 ;
    RECT 1.573 0.297 1.661 0.495 ;
    RECT 2.211 0.297 2.277 0.891 ;
    RECT 3.894 0.297 3.96 0.495 ;
    RECT 4.983 0.319 5.049 0.33 ;
    RECT 4.983 0.33 5.115 0.396 ;
    RECT 4.213 0.341 4.279 0.616 ;
    RECT 1.727 0.363 2.145 0.429 ;
    RECT 0.429 0.363 0.935 0.429 ;
    RECT 2.343 0.396 2.409 0.726 ;
    RECT 5.049 0.396 5.115 0.748 ;
    RECT 3.619 0.418 3.685 0.759 ;
    RECT 2.079 0.429 2.145 0.627 ;
    RECT 0.429 0.429 0.495 0.803 ;
    RECT 2.761 0.462 2.827 0.715 ;
    RECT 4.917 0.462 4.983 0.616 ;
    RECT 3.751 0.484 3.817 0.627 ;
    RECT 1.573 0.495 1.98 0.561 ;
    RECT 3.894 0.495 4.026 0.561 ;
    LAYER M2L ;
    RECT 2.178 0.495 3.432 0.561 ;
    VIA 2.244 0.528 V1L2L ;
    VIA 3.366 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.573 0.561 1.639 0.902 ;
    RECT 4.213 0.616 4.983 0.682 ;
    RECT 1.727 0.627 2.145 0.693 ;
    RECT 3.751 0.627 3.938 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 3.894 0.693 ;
    VIA 3.828 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 2.376 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.682 3.553 0.715 ;
    RECT 4.081 0.682 4.147 0.759 ;
    RECT 4.213 0.682 4.279 0.891 ;
    RECT 1.727 0.693 1.793 0.902 ;
    RECT 2.761 0.715 3.553 0.748 ;
    RECT 2.761 0.748 3.465 0.781 ;
    RECT 4.367 0.748 5.115 0.814 ;
    RECT 3.619 0.759 4.147 0.825 ;
    RECT 0.429 0.803 1.122 0.869 ;
    RECT 4.367 0.814 4.433 0.88 ;
    RECT 4.785 0.814 4.851 1.056 ;
    RECT 3.52 0.825 3.685 0.891 ;
    RECT 2.607 0.847 3.3 0.891 ;
    RECT 2.211 0.891 2.398 0.957 ;
    RECT 2.607 0.891 3.586 0.913 ;
    RECT 3.872 0.891 4.279 0.957 ;
    RECT 3.234 0.913 3.586 0.957 ;
    RECT 2.607 0.913 2.673 1.023 ;
    RECT 2.079 0.924 2.145 1.023 ;
    RECT 4.433 0.946 4.499 1.023 ;
    RECT 0.055 0.957 1.21 1.023 ;
    RECT 3.652 0.957 3.784 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
    RECT 1.078 1.023 1.21 1.067 ;
    RECT 2.079 1.023 2.673 1.089 ;
    RECT 3.718 1.023 4.499 1.089 ;
  END
END LDL_FSDPRBSBQ_1
#
# 
MACRO LDL_FSDPRBSBQ_2 FOREIGN C0A07BLDL_FSDPRBSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.264 ;
      RECT 5.995 0.033 6.061 0.264 ;
      RECT 3.685 0.033 3.751 0.242 ;
      RECT 3.333 0.033 3.399 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
    END
  END VSS
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.165 5.643 0.517 ;
      RECT 5.5 0.517 5.643 0.583 ;
      RECT 3.894 0.099 5.676 0.165 ;
      RECT 3.894 0.165 3.96 0.495 ;
      RECT 3.828 0.495 3.96 0.561 ;
    END
  END SD
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.429 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
      RECT 1.353 0.594 1.551 0.66 ;
      RECT 1.485 0.66 1.551 0.726 ;
    END
  END SI
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.517 ;
      RECT 5.181 0.517 5.39 0.583 ;
      RECT 3.597 0.33 3.685 0.517 ;
      RECT 3.41 0.517 3.685 0.583 ;
      LAYER M2L ;
      RECT 3.564 0.363 5.28 0.429 ;
      VIA 3.63 0.396 V1L2L ;
      VIA 5.214 0.396 V1L2L ;
    END
  END RD
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END CK
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.561 ;
      RECT 0.561 0.561 1.122 0.627 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.237 0.385 6.303 0.671 ;
      RECT 6.171 0.737 6.237 0.902 ;
      RECT 6.138 0.671 6.303 0.737 ;
      RECT 6.171 0.154 6.237 0.319 ;
      RECT 6.138 0.319 6.303 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.841 0.946 5.907 1.155 ;
      RECT 5.423 0.946 5.489 1.155 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.652 0.979 3.784 1.045 ;
      RECT 3.212 1.045 3.278 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 6.347 0.792 6.413 1.155 ;
      RECT 5.995 0.946 6.061 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 4.356 0.528 5.852 0.55 ;
    RECT 0.858 0.528 1.661 0.638 ;
    RECT 1.661 0.528 4.356 0.55 ;
    RECT 5.852 0.528 6.468 0.55 ;
    RECT 0 0.528 0.858 0.638 ;
    RECT 1.661 0.55 6.468 0.638 ;
    RECT 0 0.638 6.468 1.221 ;
    LAYER M1L ;
    RECT 2.233 0.099 2.761 0.165 ;
    RECT 2.827 0.099 3.245 0.165 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 3.509 0.132 3.575 0.198 ;
    RECT 5.841 0.132 5.907 0.363 ;
    RECT 1.617 0.154 1.947 0.22 ;
    RECT 0.418 0.165 1.045 0.231 ;
    RECT 2.233 0.165 2.299 0.231 ;
    RECT 2.695 0.165 2.761 0.572 ;
    RECT 3.179 0.165 3.245 0.286 ;
    RECT 2.827 0.165 2.893 0.693 ;
    RECT 3.465 0.198 3.575 0.264 ;
    RECT 1.617 0.22 1.683 0.286 ;
    RECT 1.881 0.22 1.947 0.363 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.112 0.231 2.299 0.297 ;
    RECT 4.29 0.231 4.433 0.297 ;
    RECT 4.499 0.231 4.939 0.297 ;
    LAYER M2L ;
    RECT 2.112 0.231 4.422 0.297 ;
    VIA 2.178 0.264 V1L2L ;
    VIA 4.356 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.387 0.264 2.453 0.825 ;
    RECT 3.003 0.264 3.069 0.385 ;
    RECT 3.465 0.264 3.531 0.385 ;
    RECT 2.563 0.286 2.629 0.462 ;
    RECT 0.979 0.297 1.551 0.363 ;
    RECT 2.233 0.297 2.299 0.693 ;
    RECT 4.026 0.297 4.224 0.363 ;
    RECT 4.367 0.297 4.433 0.506 ;
    RECT 4.873 0.297 4.939 0.352 ;
    RECT 4.499 0.297 4.565 0.44 ;
    RECT 4.873 0.352 5.049 0.418 ;
    RECT 1.881 0.363 2.167 0.429 ;
    RECT 1.485 0.363 1.551 0.385 ;
    RECT 4.026 0.363 4.092 0.671 ;
    RECT 4.664 0.363 4.807 0.429 ;
    RECT 5.841 0.363 6.039 0.429 ;
    RECT 1.485 0.385 1.683 0.451 ;
    RECT 3.003 0.385 3.531 0.451 ;
    RECT 4.983 0.418 5.049 0.649 ;
    RECT 2.101 0.429 2.167 0.561 ;
    RECT 4.741 0.429 4.807 0.484 ;
    RECT 5.973 0.429 6.039 0.781 ;
    RECT 1.617 0.451 1.683 0.825 ;
    RECT 2.519 0.462 2.629 0.594 ;
    RECT 4.169 0.462 4.257 0.627 ;
    RECT 4.741 0.484 4.917 0.55 ;
    RECT 5.742 0.495 5.874 0.561 ;
    LAYER M2L ;
    RECT 2.508 0.495 4.29 0.561 ;
    VIA 4.224 0.528 V1L2L ;
    VIA 2.574 0.528 V1L2L ;
    LAYER M1L ;
    RECT 4.367 0.506 4.477 0.572 ;
    RECT 2.992 0.517 3.256 0.583 ;
    RECT 4.565 0.539 4.675 0.627 ;
    RECT 4.851 0.55 4.917 0.759 ;
    RECT 2.013 0.561 2.167 0.627 ;
    RECT 5.742 0.561 5.808 0.649 ;
    RECT 4.411 0.572 4.477 0.66 ;
    RECT 3.19 0.583 3.256 0.671 ;
    RECT 1.221 0.594 1.287 0.693 ;
    RECT 2.563 0.594 2.629 0.693 ;
    RECT 2.013 0.627 2.079 0.891 ;
    RECT 4.169 0.627 4.301 0.693 ;
    RECT 4.565 0.627 4.752 0.693 ;
    LAYER M2L ;
    RECT 1.98 0.627 4.752 0.693 ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.686 0.66 V1L2L ;
    LAYER M1L ;
    RECT 4.983 0.649 5.808 0.715 ;
    RECT 3.19 0.671 4.092 0.737 ;
    RECT 0.561 0.693 1.287 0.759 ;
    RECT 2.563 0.693 2.706 0.759 ;
    RECT 2.178 0.693 2.299 0.759 ;
    RECT 2.827 0.693 3.069 0.759 ;
    RECT 4.983 0.715 5.049 0.891 ;
    RECT 0.561 0.759 0.627 0.825 ;
    RECT 3.003 0.759 3.069 0.803 ;
    RECT 4.169 0.759 4.917 0.803 ;
    RECT 5.115 0.781 6.039 0.847 ;
    RECT 3.003 0.803 4.917 0.825 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.77 0.825 1.683 0.891 ;
    RECT 2.189 0.825 2.882 0.891 ;
    RECT 3.003 0.825 4.235 0.869 ;
    RECT 5.115 0.847 5.181 0.891 ;
    RECT 5.665 0.847 5.731 1.056 ;
    RECT 3.003 0.869 3.069 0.902 ;
    RECT 3.355 0.869 3.421 1.034 ;
    RECT 0.055 0.891 0.121 0.935 ;
    RECT 1.782 0.891 2.079 0.957 ;
    RECT 1.617 0.891 1.683 1.023 ;
    RECT 2.189 0.891 2.255 1.023 ;
    RECT 4.488 0.891 5.049 0.957 ;
    RECT 2.97 0.902 3.069 0.968 ;
    RECT 4.301 0.924 4.367 1.023 ;
    RECT 5.225 0.946 5.291 1.023 ;
    RECT 0.418 0.957 1.078 1.023 ;
    RECT 2.354 0.957 2.486 1.023 ;
    RECT 2.97 0.968 3.036 1.023 ;
    RECT 1.617 1.023 2.255 1.089 ;
    RECT 2.42 1.023 3.036 1.089 ;
    RECT 4.301 1.023 5.291 1.089 ;
  END
END LDL_FSDPRBSBQ_2
#
# 
MACRO LDL_FSDPRBSBQ_4 FOREIGN C0A07BLDL_FSDPRBSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2009/03/06" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.396 ;
      RECT 7.975 0.033 8.041 0.396 ;
      RECT 6.919 0.033 6.985 0.242 ;
      RECT 6.567 0.033 6.633 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.837 0.033 1.903 0.286 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 0.781 0.033 0.847 0.231 ;
      RECT 0.748 0.231 0.847 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.808 0 V1L2L ;
      VIA 6.204 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
      VIA 7.392 0 V1L2L ;
      VIA 7.788 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 6.435 0.363 6.644 0.429 ;
      RECT 6.435 0.198 6.501 0.363 ;
      RECT 4.389 0.363 4.884 0.429 ;
      RECT 4.389 0.429 4.455 0.517 ;
      RECT 4.18 0.517 4.455 0.583 ;
      LAYER M2L ;
      RECT 4.62 0.363 6.6 0.429 ;
      VIA 4.686 0.396 V1L2L ;
      VIA 4.818 0.396 V1L2L ;
      VIA 6.534 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.067 0.495 1.32 0.561 ;
      RECT 1.221 0.561 1.287 0.627 ;
      RECT 1.056 0.627 1.32 0.693 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
    END
  END SE
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 7.799 0.495 8.217 0.561 ;
      RECT 8.151 0.561 8.217 0.891 ;
      RECT 7.799 0.561 7.887 0.891 ;
      RECT 8.151 0.176 8.217 0.495 ;
      RECT 7.799 0.176 7.887 0.495 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.178 0.517 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 0.726 0.561 0.792 0.759 ;
      RECT 0.528 0.759 0.792 0.825 ;
      RECT 0.66 0.495 0.792 0.561 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.716 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 0.726 0.792 V1L2L ;
      VIA 1.65 0.792 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 4.697 0.759 5.016 0.825 ;
      RECT 4.697 0.66 4.763 0.759 ;
      RECT 6.402 0.627 7.084 0.693 ;
      LAYER M2L ;
      RECT 4.752 0.759 6.468 0.825 ;
      RECT 6.402 0.693 6.468 0.759 ;
      RECT 6.402 0.627 6.666 0.693 ;
      VIA 6.6 0.66 V1L2L ;
      VIA 6.468 0.66 V1L2L ;
      VIA 4.818 0.792 V1L2L ;
      VIA 4.95 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.946 7.689 1.155 ;
      RECT 3.707 0.814 3.773 1.155 ;
      RECT 1.683 0.924 1.749 1.155 ;
      RECT 8.327 0.792 8.393 1.155 ;
      RECT 7.975 0.792 8.041 1.155 ;
      RECT 7.447 0.946 7.513 1.155 ;
      RECT 6.743 0.946 6.809 1.155 ;
      RECT 2.453 0.924 2.519 1.155 ;
      RECT 2.057 0.814 2.123 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.828 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.808 1.188 V1L2L ;
      VIA 6.204 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
      VIA 7.392 1.188 V1L2L ;
      VIA 7.788 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0 0.528 8.448 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.099 1.309 0.165 ;
    RECT 2.607 0.099 3.003 0.165 ;
    RECT 4.631 0.099 5.401 0.165 ;
    RECT 5.511 0.121 6.303 0.187 ;
    RECT 7.095 0.121 7.513 0.187 ;
    RECT 0.055 0.132 0.121 1.023 ;
    RECT 6.743 0.132 6.809 0.352 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 1.243 0.165 1.309 0.297 ;
    RECT 2.607 0.165 2.673 0.264 ;
    RECT 2.937 0.165 3.003 0.759 ;
    RECT 4.631 0.165 4.697 0.242 ;
    RECT 5.335 0.165 5.401 0.242 ;
    RECT 4.983 0.165 5.049 0.264 ;
    RECT 3.355 0.165 3.806 0.231 ;
    RECT 0.451 0.176 0.517 0.363 ;
    RECT 5.511 0.187 5.577 0.264 ;
    RECT 6.039 0.187 6.105 0.264 ;
    RECT 6.237 0.187 6.303 0.495 ;
    RECT 7.447 0.187 7.513 0.264 ;
    RECT 7.095 0.187 7.161 0.352 ;
    RECT 2.453 0.198 2.541 0.495 ;
    RECT 1.683 0.22 1.749 0.297 ;
    RECT 4.235 0.22 4.301 0.297 ;
    RECT 3.355 0.231 3.421 0.649 ;
    RECT 5.126 0.253 5.258 0.319 ;
    RECT 5.643 0.253 5.786 0.319 ;
    RECT 1.111 0.264 1.177 0.363 ;
    RECT 3.201 0.264 3.267 0.594 ;
    RECT 7.271 0.286 7.337 0.363 ;
    RECT 1.243 0.297 1.749 0.363 ;
    RECT 2.024 0.297 2.387 0.363 ;
    RECT 3.487 0.297 4.301 0.363 ;
    RECT 2.805 0.308 2.871 0.891 ;
    RECT 5.126 0.319 5.192 0.561 ;
    RECT 5.643 0.319 5.709 0.759 ;
    RECT 6.743 0.352 7.161 0.418 ;
    RECT 0.451 0.363 1.177 0.429 ;
    RECT 2.321 0.363 2.387 0.627 ;
    RECT 3.487 0.363 3.553 0.418 ;
    RECT 7.271 0.363 7.733 0.429 ;
    LAYER M2L ;
    RECT 0.792 0.363 3.036 0.429 ;
    VIA 0.858 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    VIA 2.97 0.396 V1L2L ;
    LAYER M1L ;
    RECT 5.445 0.374 5.511 0.66 ;
    RECT 0.869 0.429 0.935 0.759 ;
    RECT 7.667 0.429 7.733 0.781 ;
    RECT 1.485 0.462 1.551 1.023 ;
    RECT 6.039 0.462 6.105 0.627 ;
    RECT 2.453 0.495 2.706 0.561 ;
    RECT 4.543 0.495 5.016 0.561 ;
    RECT 6.237 0.495 7.568 0.561 ;
    LAYER M2L ;
    RECT 2.442 0.495 5.544 0.561 ;
    VIA 3.234 0.528 V1L2L ;
    VIA 2.64 0.528 V1L2L ;
    VIA 2.508 0.528 V1L2L ;
    VIA 5.478 0.528 V1L2L ;
    LAYER M1L ;
    RECT 3.608 0.517 4.081 0.583 ;
    RECT 2.453 0.561 2.541 0.759 ;
    RECT 4.543 0.561 4.609 0.759 ;
    RECT 5.126 0.561 5.225 0.627 ;
    RECT 6.237 0.561 6.303 0.891 ;
    RECT 4.015 0.583 4.081 0.891 ;
    RECT 1.881 0.627 2.387 0.693 ;
    RECT 5.159 0.627 5.225 0.891 ;
    RECT 5.808 0.627 6.105 0.693 ;
    LAYER M2L ;
    RECT 2.112 0.627 6.072 0.693 ;
    VIA 2.178 0.66 V1L2L ;
    VIA 2.31 0.66 V1L2L ;
    VIA 5.874 0.66 V1L2L ;
    VIA 6.006 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.355 0.649 3.949 0.715 ;
    RECT 1.881 0.693 1.947 0.825 ;
    RECT 3.531 0.715 3.597 1.023 ;
    RECT 3.883 0.715 3.949 1.023 ;
    RECT 3.201 0.726 3.289 0.891 ;
    RECT 0.869 0.759 1.386 0.825 ;
    RECT 2.277 0.759 2.541 0.825 ;
    RECT 2.937 0.759 3.102 0.825 ;
    RECT 4.224 0.759 4.609 0.825 ;
    RECT 5.379 0.759 6.138 0.825 ;
    LAYER M2L ;
    RECT 3.168 0.759 4.488 0.825 ;
    VIA 4.29 0.792 V1L2L ;
    VIA 4.422 0.792 V1L2L ;
    VIA 3.234 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.424 0.781 7.733 0.847 ;
    RECT 1.837 0.825 1.947 0.891 ;
    RECT 2.277 0.825 2.343 1.034 ;
    RECT 5.379 0.825 5.445 1.023 ;
    RECT 6.919 0.847 6.985 1.056 ;
    RECT 7.271 0.847 7.337 1.056 ;
    RECT 2.607 0.858 2.673 1.023 ;
    RECT 0.418 0.891 1.21 0.957 ;
    RECT 1.837 0.891 1.903 1.012 ;
    RECT 2.772 0.891 3.289 0.957 ;
    RECT 4.015 0.891 5.258 0.957 ;
    RECT 5.742 0.891 6.369 0.957 ;
    RECT 5.511 0.924 5.577 1.023 ;
    RECT 6.567 0.946 6.633 1.023 ;
    RECT 0.055 1.023 1.551 1.089 ;
    RECT 2.607 1.023 3.597 1.089 ;
    RECT 3.883 1.023 5.445 1.089 ;
    RECT 5.511 1.023 6.633 1.089 ;
  END
END LDL_FSDPRBSBQ_4
#
# 
MACRO LDL_FSDPSBQ_1 FOREIGN C0A07BLDL_FSDPSBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 0.858 ;
      RECT 5.137 0.858 5.247 0.99 ;
      RECT 5.137 0.198 5.247 0.33 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.649 0.22 0.715 ;
      RECT 0.033 0.715 0.099 0.792 ;
      RECT 0.033 0.462 0.099 0.649 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.99 ;
    END
  END SI
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.737 4.752 0.847 ;
      RECT 3.091 0.726 3.201 0.858 ;
      RECT 3.091 0.594 3.157 0.726 ;
      LAYER M2L ;
      RECT 3.102 0.759 4.554 0.825 ;
      VIA 3.168 0.792 V1L2L ;
      VIA 4.488 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.433 0.946 4.499 1.155 ;
      RECT 3.553 0.88 3.619 1.155 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.146 0.957 3.278 1.023 ;
      RECT 2.739 0.902 2.805 1.155 ;
      RECT 0.385 0.99 0.451 1.155 ;
      RECT 0.385 0.924 0.495 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.099 3.85 0.165 ;
    RECT 0.231 0.132 0.297 0.484 ;
    RECT 1.397 0.132 1.749 0.198 ;
    RECT 3.927 0.132 3.993 0.495 ;
    RECT 4.125 0.132 4.191 0.363 ;
    RECT 4.752 0.143 4.983 0.209 ;
    RECT 0.385 0.165 1.287 0.231 ;
    RECT 2.431 0.165 2.497 0.429 ;
    RECT 3.784 0.165 3.85 0.495 ;
    RECT 1.815 0.165 1.881 0.77 ;
    RECT 1.397 0.198 1.463 0.264 ;
    RECT 1.683 0.198 1.749 0.594 ;
    RECT 4.917 0.209 4.983 0.319 ;
    RECT 0.385 0.231 0.451 0.418 ;
    RECT 1.221 0.231 1.287 0.418 ;
    LAYER M2L ;
    RECT 1.65 0.231 4.224 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.101 0.253 2.266 0.319 ;
    RECT 1.947 0.264 2.035 0.858 ;
    RECT 0.539 0.297 1.155 0.363 ;
    RECT 3.421 0.297 3.674 0.363 ;
    RECT 2.101 0.319 2.167 0.572 ;
    RECT 2.728 0.319 3.355 0.385 ;
    RECT 4.334 0.319 4.983 0.385 ;
    RECT 0.539 0.363 0.605 0.462 ;
    RECT 1.089 0.363 1.155 0.957 ;
    RECT 3.421 0.363 3.487 0.627 ;
    RECT 4.092 0.363 4.191 0.429 ;
    RECT 2.959 0.385 3.025 0.715 ;
    RECT 3.289 0.385 3.355 0.726 ;
    RECT 4.917 0.385 4.983 0.913 ;
    RECT 2.266 0.429 2.497 0.495 ;
    RECT 0.231 0.484 0.385 0.55 ;
    RECT 3.652 0.495 3.85 0.561 ;
    RECT 3.927 0.495 4.818 0.561 ;
    RECT 2.827 0.506 2.893 0.572 ;
    RECT 0.319 0.55 0.385 0.792 ;
    RECT 3.927 0.561 3.993 0.814 ;
    RECT 2.101 0.572 2.893 0.638 ;
    RECT 1.617 0.594 1.749 0.66 ;
    RECT 3.421 0.627 3.762 0.693 ;
    RECT 4.103 0.627 4.29 0.693 ;
    LAYER M2L ;
    RECT 3.63 0.627 4.29 0.693 ;
    VIA 3.696 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.145 0.638 2.211 0.891 ;
    RECT 1.617 0.66 1.683 0.825 ;
    RECT 3.421 0.693 3.487 0.869 ;
    RECT 4.103 0.693 4.213 0.814 ;
    RECT 2.574 0.715 3.025 0.781 ;
    RECT 2.31 0.737 2.475 0.825 ;
    RECT 0.935 0.748 1.001 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.442 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.771 0.77 1.881 0.902 ;
    RECT 2.959 0.781 3.025 1.034 ;
    RECT 0.231 0.792 0.66 0.825 ;
    RECT 0.231 0.825 1.001 0.858 ;
    RECT 1.397 0.825 1.683 0.891 ;
    RECT 2.387 0.825 2.475 0.924 ;
    RECT 0.594 0.858 1.001 0.891 ;
    RECT 0.231 0.858 0.297 1.056 ;
    RECT 3.377 0.869 3.487 0.935 ;
    RECT 3.707 0.88 3.773 0.99 ;
    RECT 1.397 0.891 1.463 0.968 ;
    RECT 2.145 0.891 2.288 0.957 ;
    RECT 2.541 0.902 2.607 1.023 ;
    RECT 4.609 0.913 4.983 0.979 ;
    RECT 4.257 0.924 4.323 0.99 ;
    RECT 3.377 0.935 3.443 1.012 ;
    RECT 0.77 0.957 1.155 1.023 ;
    RECT 1.936 0.957 2.068 1.023 ;
    RECT 4.609 0.979 4.675 1.056 ;
    RECT 3.707 0.99 4.323 1.056 ;
    RECT 2.002 1.023 2.607 1.089 ;
  END
END LDL_FSDPSBQ_1
#
# 
MACRO LDL_FSDPSBQ_2 FOREIGN C0A07BLDL_FSDPSBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.996 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.996 0.033 ;
      RECT 6.875 0.033 6.941 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.996 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.396 1.573 0.528 ;
      RECT 1.353 0.528 1.573 0.594 ;
      RECT 1.353 0.44 1.419 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 6.633 0.385 6.699 0.693 ;
      RECT 6.633 0.693 6.798 0.759 ;
      RECT 6.633 0.319 6.798 0.385 ;
    END
  END Q
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.041624 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END SE
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.594 2.211 0.726 ;
      RECT 2.145 0.33 2.211 0.594 ;
    END
  END CK
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.693 ;
      RECT 0.825 0.693 1.771 0.759 ;
      RECT 1.705 0.605 1.771 0.693 ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 6.501 0.726 6.567 1.023 ;
      RECT 4.169 1.023 6.567 1.089 ;
      RECT 4.169 0.572 4.235 1.023 ;
      RECT 6.105 0.759 6.27 0.825 ;
      RECT 6.105 0.561 6.171 0.759 ;
      RECT 6.006 0.495 6.171 0.561 ;
      LAYER M2L ;
      RECT 6.072 0.759 6.6 0.825 ;
      VIA 6.204 0.792 V1L2L ;
      VIA 6.534 0.792 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.996 1.221 ;
      RECT 0.275 0.836 0.341 1.155 ;
      RECT 6.875 0.924 6.941 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.996 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.996 0.528 ;
    RECT 3.674 0.528 4.906 0.638 ;
    RECT 0 0.528 3.674 0.638 ;
    RECT 4.906 0.528 6.996 0.638 ;
    RECT 0 0.638 6.996 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 1.672 0.165 ;
    RECT 2.497 0.099 4.774 0.165 ;
    RECT 4.917 0.099 5.379 0.165 ;
    RECT 1.155 0.165 1.221 0.572 ;
    RECT 0.077 0.165 0.143 0.968 ;
    RECT 1.969 0.165 2.409 0.231 ;
    RECT 3.377 0.165 3.443 0.429 ;
    RECT 4.708 0.165 4.774 0.506 ;
    RECT 2.497 0.165 2.563 0.858 ;
    RECT 4.917 0.165 4.983 0.308 ;
    RECT 5.313 0.165 5.379 0.517 ;
    RECT 5.445 0.176 5.511 0.385 ;
    RECT 2.343 0.231 2.409 0.594 ;
    RECT 1.969 0.231 2.035 0.847 ;
    RECT 0.44 0.231 0.759 0.297 ;
    RECT 1.408 0.231 1.903 0.297 ;
    RECT 6.292 0.231 6.435 0.297 ;
    LAYER M2L ;
    RECT 2.31 0.231 5.544 0.297 ;
    VIA 2.376 0.264 V1L2L ;
    VIA 5.478 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.849 0.253 2.992 0.319 ;
    RECT 2.673 0.264 2.739 0.858 ;
    RECT 4.422 0.275 4.598 0.341 ;
    RECT 5.093 0.286 5.159 0.649 ;
    RECT 0.693 0.297 0.759 0.847 ;
    RECT 1.837 0.297 1.903 0.847 ;
    RECT 6.369 0.297 6.435 0.891 ;
    RECT 2.849 0.319 2.915 0.605 ;
    RECT 4.532 0.341 4.598 0.759 ;
    RECT 3.762 0.363 4.081 0.407 ;
    RECT 5.841 0.363 6.303 0.429 ;
    RECT 5.445 0.385 5.61 0.451 ;
    RECT 3.762 0.407 4.411 0.429 ;
    RECT 4.015 0.429 4.411 0.473 ;
    RECT 3.102 0.429 3.443 0.495 ;
    RECT 5.841 0.429 5.907 0.517 ;
    RECT 6.237 0.429 6.303 0.594 ;
    RECT 4.961 0.44 5.027 0.506 ;
    RECT 4.345 0.473 4.411 0.726 ;
    RECT 4.015 0.473 4.081 0.737 ;
    RECT 4.708 0.506 5.027 0.572 ;
    RECT 5.313 0.517 5.907 0.583 ;
    RECT 5.313 0.583 5.379 0.781 ;
    RECT 2.849 0.605 3.652 0.671 ;
    RECT 4.895 0.649 5.159 0.715 ;
    RECT 5.907 0.66 5.973 0.891 ;
    RECT 2.849 0.671 2.915 0.891 ;
    RECT 5.478 0.682 5.566 0.759 ;
    RECT 4.895 0.715 4.961 0.759 ;
    RECT 2.343 0.726 2.409 0.99 ;
    RECT 3.014 0.737 3.201 0.825 ;
    RECT 3.3 0.737 4.081 0.803 ;
    RECT 4.532 0.759 4.961 0.825 ;
    RECT 5.478 0.759 5.764 0.825 ;
    LAYER M2L ;
    RECT 2.277 0.759 3.168 0.825 ;
    RECT 4.62 0.759 5.676 0.825 ;
    VIA 2.706 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    VIA 4.686 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 2.376 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.473 0.803 0.539 0.979 ;
    RECT 3.619 0.803 3.685 0.902 ;
    RECT 4.015 0.803 4.081 0.924 ;
    RECT 5.049 0.814 5.115 0.891 ;
    RECT 3.091 0.825 3.201 0.924 ;
    RECT 4.532 0.825 4.598 0.847 ;
    RECT 4.895 0.825 4.961 0.902 ;
    RECT 1.969 0.847 2.112 0.913 ;
    RECT 0.693 0.847 1.903 0.913 ;
    RECT 4.422 0.847 4.598 0.913 ;
    RECT 3.267 0.88 3.399 0.946 ;
    RECT 2.849 0.891 2.992 0.957 ;
    RECT 5.049 0.891 5.764 0.957 ;
    RECT 5.907 0.891 6.435 0.957 ;
    RECT 1.815 0.913 1.903 0.99 ;
    RECT 1.463 0.913 1.529 1.012 ;
    RECT 3.267 0.946 3.333 1.023 ;
    RECT 2.64 0.957 2.772 1.023 ;
    RECT 0.473 0.979 1.364 1.045 ;
    RECT 1.815 0.99 2.409 1.056 ;
    RECT 2.706 1.023 3.333 1.089 ;
  END
END LDL_FSDPSBQ_2
#
# 
MACRO LDL_FSDPSBQ_4 FOREIGN C0A07BLDL_FSDPSBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 8.327 0.033 8.393 0.264 ;
      RECT 8.008 0.033 8.074 0.143 ;
      RECT 7.942 0.143 8.074 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 8.085 0.363 8.151 0.726 ;
      RECT 7.766 0.726 8.316 0.858 ;
      RECT 7.766 0.297 8.25 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.495 1.683 0.605 ;
      RECT 1.353 0.429 1.683 0.495 ;
      RECT 1.353 0.495 1.419 0.594 ;
    END
  END D
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.308 2.343 0.66 ;
      RECT 2.277 0.66 2.376 0.726 ;
    END
  END CK
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.594 0.891 0.66 ;
      RECT 0.693 0.495 0.759 0.66 ;
      RECT 0.616 0.429 0.759 0.495 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.44 1.947 0.891 ;
      RECT 1.782 0.891 1.947 0.957 ;
      RECT 0.726 0.891 0.858 0.957 ;
      RECT 0.429 0.825 0.792 0.891 ;
      RECT 0.429 0.528 0.495 0.825 ;
      RECT 0.385 0.33 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.726 0.891 1.914 0.957 ;
      VIA 0.792 0.924 V1L2L ;
      VIA 1.848 0.924 V1L2L ;
    END
  END SI
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.594 7.227 0.99 ;
      RECT 4.521 0.616 4.587 0.99 ;
      RECT 4.521 0.55 4.741 0.616 ;
      LAYER M2L ;
      RECT 4.488 0.891 7.26 0.957 ;
      VIA 4.554 0.924 V1L2L ;
      VIA 7.194 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.623 0.924 7.689 1.155 ;
      RECT 0.275 0.946 0.341 1.155 ;
      RECT 8.327 0.924 8.393 1.155 ;
      RECT 7.942 1.023 8.008 1.155 ;
      RECT 7.942 0.957 8.074 1.023 ;
      RECT 5.907 0.836 5.973 1.155 ;
      RECT 4.719 0.924 4.785 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.44 ;
    RECT 0 0.44 6.49 0.528 ;
    RECT 7.26 0.44 8.448 0.528 ;
    RECT 3.938 0.528 5.94 0.616 ;
    RECT 6.49 0.44 7.26 0.528 ;
    RECT 0 0.528 3.938 0.616 ;
    RECT 5.94 0.528 8.448 0.616 ;
    RECT 0 0.616 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.739 0.099 5.808 0.165 ;
    RECT 5.907 0.099 7.656 0.165 ;
    RECT 1.199 0.143 1.694 0.209 ;
    RECT 2.101 0.143 2.673 0.209 ;
    RECT 0.473 0.154 0.715 0.22 ;
    RECT 3.597 0.165 3.663 0.319 ;
    RECT 5.742 0.165 5.808 0.528 ;
    RECT 2.739 0.165 2.805 0.715 ;
    RECT 6.303 0.165 6.369 0.286 ;
    RECT 5.907 0.165 5.973 0.308 ;
    RECT 7.59 0.165 7.656 0.495 ;
    RECT 6.743 0.165 6.809 0.825 ;
    RECT 0.077 0.198 0.143 0.759 ;
    RECT 1.881 0.198 1.947 0.275 ;
    RECT 1.199 0.209 1.265 0.275 ;
    RECT 2.607 0.209 2.673 0.594 ;
    RECT 2.145 0.209 2.211 0.792 ;
    RECT 0.627 0.22 0.715 0.33 ;
    RECT 3.85 0.231 4.532 0.275 ;
    RECT 6.468 0.231 6.666 0.297 ;
    RECT 6.941 0.231 7.491 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    RECT 2.574 0.231 6.6 0.297 ;
    VIA 1.914 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    VIA 0.66 0.264 V1L2L ;
    VIA 6.534 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.937 0.264 3.003 0.847 ;
    RECT 3.113 0.264 3.179 0.451 ;
    RECT 6.072 0.264 6.182 0.396 ;
    RECT 0.814 0.275 1.265 0.341 ;
    RECT 1.386 0.275 2.079 0.341 ;
    RECT 3.85 0.275 4.818 0.297 ;
    RECT 5.038 0.275 5.654 0.341 ;
    RECT 4.466 0.297 4.818 0.341 ;
    RECT 6.6 0.297 6.666 0.495 ;
    RECT 6.941 0.297 7.007 0.594 ;
    RECT 7.403 0.297 7.491 0.99 ;
    RECT 3.344 0.319 3.663 0.385 ;
    RECT 2.013 0.341 2.079 1.023 ;
    RECT 5.588 0.341 5.654 0.759 ;
    RECT 4.114 0.363 4.389 0.407 ;
    RECT 6.116 0.396 6.182 0.671 ;
    RECT 4.114 0.407 5.467 0.429 ;
    RECT 1.023 0.429 1.188 0.495 ;
    RECT 4.323 0.429 5.467 0.473 ;
    RECT 1.749 0.44 1.815 0.715 ;
    RECT 3.113 0.451 4.048 0.517 ;
    RECT 5.973 0.462 6.039 0.528 ;
    RECT 4.323 0.473 4.389 0.671 ;
    RECT 5.401 0.473 5.467 0.726 ;
    RECT 1.023 0.495 1.089 0.715 ;
    RECT 6.534 0.495 6.666 0.561 ;
    RECT 7.59 0.495 7.942 0.561 ;
    RECT 3.982 0.517 4.048 0.539 ;
    RECT 3.113 0.517 3.179 0.671 ;
    RECT 5.742 0.528 6.039 0.594 ;
    RECT 3.982 0.539 4.114 0.605 ;
    RECT 3.52 0.583 3.85 0.649 ;
    RECT 3.784 0.649 3.85 0.671 ;
    RECT 3.113 0.671 3.256 0.737 ;
    RECT 3.784 0.671 4.389 0.737 ;
    RECT 5.764 0.671 6.622 0.737 ;
    RECT 1.023 0.715 1.815 0.781 ;
    RECT 2.53 0.715 2.805 0.781 ;
    RECT 3.487 0.726 3.619 0.792 ;
    RECT 3.905 0.737 3.971 0.902 ;
    RECT 4.323 0.737 4.389 0.924 ;
    RECT 5.764 0.737 5.83 0.759 ;
    RECT 0.077 0.759 0.264 0.825 ;
    RECT 5.588 0.759 5.83 0.825 ;
    LAYER M2L ;
    RECT 0.132 0.759 1.122 0.825 ;
    VIA 0.198 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.333 0.77 3.399 0.847 ;
    RECT 1.023 0.781 1.089 0.858 ;
    RECT 2.145 0.792 2.255 0.924 ;
    RECT 3.487 0.792 3.553 1.023 ;
    RECT 0.077 0.825 0.143 1.056 ;
    RECT 5.588 0.825 5.654 0.847 ;
    RECT 6.27 0.825 6.809 0.891 ;
    RECT 1.21 0.847 1.683 0.913 ;
    RECT 2.739 0.847 3.399 0.913 ;
    RECT 4.862 0.847 5.654 0.913 ;
    RECT 6.897 0.858 6.963 0.957 ;
    RECT 1.617 0.913 1.683 1.023 ;
    RECT 2.739 0.913 2.805 1.023 ;
    RECT 6.05 0.957 6.963 1.023 ;
    RECT 0.44 0.979 0.572 1.023 ;
    RECT 0.99 0.979 1.518 1.023 ;
    RECT 2.904 0.979 3.036 1.023 ;
    RECT 0.44 1.023 1.518 1.045 ;
    RECT 1.617 1.023 2.805 1.089 ;
    RECT 2.904 1.023 3.553 1.045 ;
    RECT 6.05 1.023 6.116 1.056 ;
    RECT 0.506 1.045 1.056 1.089 ;
    RECT 2.97 1.045 3.553 1.089 ;
  END
END LDL_FSDPSBQ_4
#
# 
MACRO LDL_FSDPSBQ_HD_1 FOREIGN C0A07BLDL_FSDPSBQ_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 1.056 ;
      RECT 4.213 0.132 4.323 0.264 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 1.023 ;
      RECT 3.828 1.023 4.059 1.089 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 3.685 0.132 3.773 0.297 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.77 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.685 0.363 3.773 0.759 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.553 0.462 3.619 0.539 ;
    RECT 4.125 0.462 4.191 0.858 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.619 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    RECT 3.63 0.759 3.773 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    RECT 3.63 0.759 4.224 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.696 0.792 V1L2L ;
    VIA 4.158 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDL_FSDPSBQ_HD_1
#
# 
MACRO LDL_FSDPSBQ_HD_2 FOREIGN C0A07BLDL_FSDPSBQ_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.231 4.455 0.825 ;
      RECT 4.257 0.825 4.455 0.891 ;
      RECT 4.257 0.891 4.323 0.99 ;
      RECT 4.246 0.165 4.455 0.231 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.858 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.792 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.29 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.957 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.663 0.792 3.773 0.957 ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 3.663 0.957 4.191 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDL_FSDPSBQ_HD_2
#
# 
MACRO LDL_FSDPSBQ_HD_4 FOREIGN C0A07BLDL_FSDPSBQ_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.378 0.033 4.444 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 4.004 0.165 4.136 0.231 ;
      RECT 3.531 0.033 3.597 0.165 ;
      RECT 3.454 0.165 3.597 0.231 ;
      RECT 1.023 0.033 1.089 0.264 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.528 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.564 0 V1L2L ;
      VIA 4.092 0 V1L2L ;
      VIA 4.62 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 1.155 0.594 ;
      RECT 0.693 0.33 0.781 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END D
  PIN SE
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.858 ;
      RECT 0.165 0.363 0.297 0.396 ;
      RECT 0.165 0.33 0.583 0.363 ;
      RECT 0.517 0.363 0.583 0.539 ;
      RECT 0.231 0.297 0.583 0.33 ;
    END
  END SE
  PIN SI
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 1.144 0.693 ;
      RECT 1.078 0.726 1.21 0.759 ;
      RECT 0.297 0.693 1.21 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.297 0.462 0.407 0.66 ;
    END
  END SI
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.693 ;
      RECT 4.257 0.693 4.686 0.759 ;
      RECT 4.257 0.759 4.345 0.957 ;
      RECT 4.202 0.957 4.345 1.023 ;
      RECT 4.202 0.297 4.686 0.363 ;
    END
  END Q
  PIN CK
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.33 4.059 0.726 ;
    END
  END CK
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.891 3.531 1.056 ;
      RECT 3.344 0.825 3.531 0.891 ;
      RECT 2.541 0.858 2.607 1.023 ;
      RECT 2.288 1.023 2.607 1.089 ;
      LAYER M2L ;
      RECT 2.508 0.891 3.564 0.957 ;
      VIA 2.574 0.924 V1L2L ;
      VIA 3.498 0.924 V1L2L ;
    END
  END SD
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 4.763 0.924 4.829 1.155 ;
      RECT 4.411 0.913 4.477 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
      VIA 2.508 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.564 1.188 V1L2L ;
      VIA 4.092 1.188 V1L2L ;
      VIA 4.62 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.243 0.099 2.827 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 3.069 0.132 3.135 0.308 ;
    RECT 2.893 0.132 2.959 0.539 ;
    RECT 0.572 0.165 0.957 0.231 ;
    RECT 2.761 0.165 2.827 0.506 ;
    RECT 1.243 0.165 1.309 0.561 ;
    RECT 3.839 0.198 3.927 0.792 ;
    RECT 3.685 0.198 3.773 0.297 ;
    RECT 0.891 0.231 0.957 0.407 ;
    RECT 1.375 0.231 1.584 0.297 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 1.991 0.231 2.178 0.297 ;
    LAYER M2L ;
    RECT 0.858 0.231 1.518 0.297 ;
    RECT 1.65 0.231 3.96 0.297 ;
    VIA 0.924 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.102 0.264 V1L2L ;
    VIA 3.894 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.957 ;
    RECT 2.277 0.275 2.695 0.341 ;
    RECT 1.375 0.297 1.441 0.352 ;
    RECT 1.518 0.297 1.584 0.396 ;
    RECT 1.65 0.297 1.716 0.495 ;
    RECT 1.991 0.297 2.057 0.638 ;
    RECT 3.201 0.297 3.773 0.363 ;
    RECT 1.859 0.308 1.925 0.374 ;
    RECT 3.025 0.308 3.135 0.374 ;
    RECT 2.277 0.341 2.343 0.693 ;
    RECT 2.629 0.341 2.695 0.792 ;
    RECT 3.201 0.363 3.267 0.44 ;
    RECT 3.707 0.363 3.773 0.836 ;
    RECT 1.815 0.374 1.925 0.44 ;
    RECT 3.025 0.374 3.091 0.44 ;
    RECT 1.815 0.44 1.881 0.869 ;
    RECT 2.497 0.462 2.563 0.528 ;
    RECT 2.123 0.462 2.189 0.693 ;
    RECT 3.575 0.462 3.641 0.539 ;
    RECT 1.474 0.495 1.716 0.561 ;
    RECT 4.125 0.495 4.422 0.561 ;
    RECT 2.409 0.528 2.563 0.594 ;
    RECT 2.893 0.539 3.641 0.605 ;
    RECT 1.243 0.561 1.408 0.627 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 2.409 0.594 2.475 0.869 ;
    RECT 2.761 0.605 2.959 0.671 ;
    RECT 1.342 0.627 1.408 0.693 ;
    RECT 1.947 0.638 2.057 0.704 ;
    RECT 3.179 0.671 3.388 0.737 ;
    RECT 2.761 0.671 2.827 0.957 ;
    RECT 2.123 0.693 2.343 0.759 ;
    RECT 1.342 0.693 1.65 0.759 ;
    RECT 1.947 0.704 2.013 0.77 ;
    RECT 3.003 0.726 3.113 0.803 ;
    RECT 3.179 0.737 3.245 0.957 ;
    RECT 1.584 0.759 1.716 0.825 ;
    LAYER M2L ;
    RECT 1.584 0.759 3.102 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.561 0.803 1.012 0.869 ;
    RECT 2.926 0.803 3.113 0.891 ;
    RECT 1.111 0.825 1.518 0.891 ;
    RECT 3.993 0.825 4.191 0.891 ;
    RECT 3.663 0.836 3.773 0.924 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.815 0.869 2.475 0.935 ;
    RECT 1.452 0.891 1.518 0.913 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 3.993 0.891 4.059 0.924 ;
    RECT 1.452 0.913 1.738 0.979 ;
    RECT 3.663 0.924 4.059 0.99 ;
    RECT 0.033 0.957 0.627 1.023 ;
    RECT 0.814 0.957 1.177 1.023 ;
    RECT 3.058 0.957 3.245 1.023 ;
    RECT 2.761 0.957 2.948 1.023 ;
    RECT 1.672 0.979 1.738 1.012 ;
  END
END LDL_FSDPSBQ_HD_4
#
# 
MACRO LDL_INV_0P5 FOREIGN C0A07BLDL_INV_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 0.22 0.165 0.363 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDL_INV_0P5
#
# 
MACRO LDL_INV_1 FOREIGN C0A07BLDL_INV_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.825 ;
      RECT 0.22 0.825 0.363 0.891 ;
      RECT 0.253 0.132 0.363 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDL_INV_1
#
# 
MACRO LDL_INV_10 FOREIGN C0A07BLDL_INV_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 1.606 0.594 ;
      RECT 0.396 0.462 1.606 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.341 1.815 0.726 ;
      RECT 0.22 0.726 1.848 0.858 ;
      RECT 0.22 0.275 1.815 0.341 ;
      RECT 0.22 0.341 0.308 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDL_INV_10
#
# 
MACRO LDL_INV_12 FOREIGN C0A07BLDL_INV_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 2.013 0.594 ;
      RECT 0.396 0.462 2.013 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.726 ;
      RECT 0.242 0.726 2.244 0.858 ;
      RECT 0.242 0.275 2.211 0.341 ;
      RECT 0.242 0.341 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDL_INV_12
#
# 
MACRO LDL_INV_12RE FOREIGN C0A07BLDL_INV_12RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 3.146 0.231 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.772 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.102 0.462 3.399 0.495 ;
      RECT 0.132 0.528 3.168 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 0.99 ;
      RECT 3.201 0.693 3.267 0.759 ;
      RECT 0.462 0.627 3.267 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 0.231 0.363 3.531 0.385 ;
      RECT 2.97 0.319 3.531 0.363 ;
      RECT 2.607 0.154 2.673 0.363 ;
      RECT 0.231 0.385 3.036 0.429 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.805 0.792 2.871 1.155 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.792 3.135 1.155 ;
      RECT 2.431 0.792 2.497 1.155 ;
      RECT 2.255 0.792 2.321 1.155 ;
      RECT 1.881 0.814 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.772 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDL_INV_12RE
#
# 
MACRO LDL_INV_14 FOREIGN C0A07BLDL_INV_14_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.433664 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.528 ;
      RECT 0.033 0.33 0.132 0.396 ;
      RECT 0.033 0.528 2.002 0.594 ;
      RECT 0.396 0.462 2.002 0.528 ;
      RECT 0.033 0.594 0.099 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.650496 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.517 0.726 2.508 0.858 ;
      RECT 0.231 0.66 0.583 0.726 ;
      RECT 0.231 0.726 0.297 0.792 ;
      RECT 0.231 0.275 2.442 0.341 ;
      RECT 0.231 0.341 0.297 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.385 0.913 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
  END
END LDL_INV_14
#
# 
MACRO LDL_INV_16 FOREIGN C0A07BLDL_INV_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.871 0.033 2.937 0.264 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 2.145 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 2.079 0.462 2.145 0.561 ;
      RECT 1.881 0.462 1.947 0.561 ;
      RECT 1.617 0.462 1.683 0.561 ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.089 0.462 1.155 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.198 0.726 2.904 0.858 ;
      RECT 0.198 0.297 2.794 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
  END
END LDL_INV_16
#
# 
MACRO LDL_INV_18 FOREIGN C0A07BLDL_INV_18_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 2.398 0.594 ;
      RECT 0.396 0.462 2.398 0.506 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.033 0.198 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.836352 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.385 2.607 0.726 ;
      RECT 0.242 0.726 3.19 0.858 ;
      RECT 1.188 0.341 2.607 0.385 ;
      RECT 0.242 0.275 3.19 0.341 ;
      RECT 0.242 0.341 0.33 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
  END
END LDL_INV_18
#
# 
MACRO LDL_INV_1P5 FOREIGN C0A07BLDL_INV_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.374 0.198 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.154 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.396 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_INV_1P5
#
# 
MACRO LDL_INV_1RE FOREIGN C0A07BLDL_INV_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.803 ;
      RECT 0.033 0.803 0.143 1.045 ;
      RECT 0.033 0.143 0.143 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.792 0.297 1.155 ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.407 0.792 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_INV_1RE
#
# 
MACRO LDL_INV_2 FOREIGN C0A07BLDL_INV_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.792 ;
      RECT 0.231 0.792 0.363 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.231 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_INV_2
#
# 
MACRO LDL_INV_20 FOREIGN C0A07BLDL_INV_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.61952 ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.462 3.036 0.594 ;
      RECT 0.792 0.462 1.749 0.594 ;
      LAYER M2L ;
      RECT 1.386 0.495 2.442 0.561 ;
      VIA 1.452 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.92928 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.385 1.958 0.726 ;
      RECT 0.132 0.726 3.564 0.858 ;
      RECT 0.198 0.275 3.498 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
  END
END LDL_INV_20
#
# 
MACRO LDL_INV_24 FOREIGN C0A07BLDL_INV_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 2.475 0.462 3.696 0.594 ;
      RECT 0.924 0.462 2.145 0.594 ;
      LAYER M2L ;
      RECT 1.551 0.495 2.904 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.848 0.528 V1L2L ;
      VIA 2.64 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.11514 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.385 2.365 0.726 ;
      RECT 0.132 0.726 4.356 0.858 ;
      RECT 0.242 0.275 4.246 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
  END
END LDL_INV_24
#
# 
MACRO LDL_INV_2RE FOREIGN C0A07BLDL_INV_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.429 0.033 0.495 0.33 ;
      RECT 0.429 0.33 0.528 0.396 ;
      RECT 0.033 0.033 0.143 0.187 ;
      RECT 0.033 0.187 0.187 0.253 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.385 0.099 0.759 ;
      RECT 0.033 0.759 0.297 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 0.033 0.319 0.33 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.572 0.539 0.726 ;
      RECT 0.165 0.462 0.539 0.572 ;
      RECT 0.165 0.572 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.385 0.825 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_INV_2RE
#
# 
MACRO LDL_INV_3 FOREIGN C0A07BLDL_INV_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.363 0.627 ;
      RECT 0.297 0.462 0.363 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.22 0.726 0.715 0.858 ;
      RECT 0.649 0.858 0.715 0.99 ;
      RECT 0.22 0.297 0.715 0.363 ;
      RECT 0.649 0.22 0.715 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_INV_3
#
# 
MACRO LDL_INV_32 FOREIGN C0A07BLDL_INV_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.368 0.033 5.434 0.165 ;
      RECT 5.302 0.165 5.434 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.2 0.033 2.266 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.991232 ;
    PORT
      LAYER M1L ;
      RECT 3.135 0.462 5.148 0.594 ;
      RECT 0.66 0.462 2.805 0.594 ;
      LAYER M2L ;
      RECT 1.848 0.495 3.96 0.561 ;
      VIA 1.914 0.528 V1L2L ;
      VIA 2.112 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
      VIA 3.3 0.528 V1L2L ;
      VIA 3.498 0.528 V1L2L ;
      VIA 3.696 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.48685 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.726 5.676 0.858 ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 0.198 0.319 5.61 0.385 ;
      RECT 2.145 0.275 3.663 0.319 ;
      RECT 2.904 0.385 3.036 0.726 ;
      RECT 0.429 0.385 0.495 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
  END
END LDL_INV_32
#
# 
MACRO LDL_INV_4 FOREIGN C0A07BLDL_INV_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.561 ;
      RECT 0.033 0.561 0.495 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
      RECT 0.033 0.627 0.099 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.22 0.726 0.792 0.858 ;
      RECT 0.22 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDL_INV_4
#
# 
MACRO LDL_INV_4RE FOREIGN C0A07BLDL_INV_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.77 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.726 0.462 1.023 0.495 ;
      RECT 0.132 0.528 0.792 0.561 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.264 0.693 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.825 0.693 0.891 0.759 ;
      RECT 0.462 0.627 0.891 0.693 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.198 0.319 1.155 0.385 ;
      RECT 0.198 0.132 0.308 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_INV_4RE
#
# 
MACRO LDL_INV_5 FOREIGN C0A07BLDL_INV_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.506 0.836 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.352 0.462 0.836 0.506 ;
      RECT 0.033 0.462 0.099 0.506 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.255552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.693 ;
      RECT 0.198 0.693 1.023 0.759 ;
      RECT 0.935 0.759 1.023 0.99 ;
      RECT 0.198 0.297 1.023 0.363 ;
      RECT 0.198 0.363 0.286 0.407 ;
      RECT 0.935 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.88 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDL_INV_5
#
# 
MACRO LDL_INV_6 FOREIGN C0A07BLDL_INV_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.99 0.594 ;
      RECT 0.033 0.594 0.099 0.726 ;
      RECT 0.396 0.462 0.99 0.528 ;
      RECT 0.033 0.198 0.099 0.528 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.242 0.726 1.188 0.858 ;
      RECT 0.242 0.297 1.155 0.363 ;
      RECT 0.242 0.363 0.33 0.429 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDL_INV_6
#
# 
MACRO LDL_INV_8 FOREIGN C0A07BLDL_INV_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.099 0.561 ;
      RECT 0.033 0.561 1.023 0.627 ;
      RECT 0.033 0.627 0.121 0.726 ;
      RECT 0.957 0.462 1.023 0.561 ;
      RECT 0.825 0.462 0.891 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.198 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDL_INV_8
#
# 
MACRO LDL_INV_8RE FOREIGN C0A07BLDL_INV_8RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.2 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.627 0.264 0.693 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 0.132 0.528 1.98 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 2.013 0.693 2.079 0.759 ;
      RECT 0.462 0.627 2.079 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 0.891 0.693 0.957 0.902 ;
      RECT 0.462 0.693 0.528 0.759 ;
      RECT 0.231 0.759 0.528 0.825 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 2.277 0.385 2.343 0.759 ;
      RECT 0.231 0.363 2.343 0.385 ;
      RECT 1.749 0.319 2.343 0.363 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 0.231 0.385 1.815 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.231 0.154 0.297 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.792 1.683 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 1.067 0.792 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDL_INV_8RE
#
# 
MACRO LDL_INV_S_0P5 FOREIGN C0A07BLDL_INV_S_0P5_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03025 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDL_INV_S_0P5
#
# 
MACRO LDL_INV_S_1 FOREIGN C0A07BLDL_INV_S_1_R3 0 0 ;
##MACROVERSION "3.0 2009/03/03" ;
  SIZE 0.396 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.396 0.033 ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.056628 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.132 0.363 0.264 ;
      RECT 0.297 0.264 0.363 0.924 ;
      RECT 0.253 0.924 0.363 1.056 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.396 1.221 ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.396 0.528 ;
    RECT 0 0.528 0.396 1.221 ;
  END
END LDL_INV_S_1
#
# 
MACRO LDL_INV_S_10 FOREIGN C0A07BLDL_INV_S_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.232 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.380424 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.572 0.297 1.419 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
  END
END LDL_INV_S_10
#
# 
MACRO LDL_INV_S_12 FOREIGN C0A07BLDL_INV_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.302016 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.606 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.461736 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.726 ;
      RECT 0.132 0.726 2.244 0.858 ;
      RECT 0.946 0.297 2.134 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
  END
END LDL_INV_S_12
#
# 
MACRO LDL_INV_S_16 FOREIGN C0A07BLDL_INV_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.143 ;
      RECT 2.332 0.143 2.464 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.562 0.143 1.694 0.209 ;
      RECT 1.276 0.033 1.342 0.143 ;
      RECT 1.21 0.143 1.342 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.398816 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.473 0.363 0.594 ;
      RECT 0.297 0.407 2.002 0.473 ;
      RECT 1.936 0.473 2.002 0.627 ;
      RECT 0.297 0.198 0.363 0.407 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.660176 ;
    PORT
      LAYER M1L ;
      RECT 2.123 0.341 2.211 0.726 ;
      RECT 0.132 0.726 2.772 0.858 ;
      RECT 0.671 0.275 2.629 0.341 ;
      RECT 2.541 0.198 2.629 0.275 ;
      RECT 2.167 0.132 2.233 0.275 ;
      RECT 1.793 0.198 1.859 0.275 ;
      RECT 1.419 0.198 1.485 0.275 ;
      RECT 1.045 0.198 1.111 0.275 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 2.332 0.957 2.464 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.44 ;
    RECT 0 0.44 0.33 0.528 ;
    RECT 2.574 0.44 2.904 0.528 ;
    RECT 0.33 0.44 2.574 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
  END
END LDL_INV_S_16
#
# 
MACRO LDL_INV_S_1P5 FOREIGN C0A07BLDL_INV_S_1P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.067276 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.231 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.22 0.165 0.495 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.605 ;
      RECT 0.165 0.605 0.363 0.671 ;
      RECT 0.165 0.33 0.231 0.605 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_INV_S_1P5
#
# 
MACRO LDL_INV_S_2 FOREIGN C0A07BLDL_INV_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.462 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.385 0.363 0.803 ;
      RECT 0.231 0.803 0.363 0.869 ;
      RECT 0.231 0.869 0.297 0.946 ;
      RECT 0.231 0.319 0.363 0.385 ;
      RECT 0.231 0.132 0.297 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_INV_S_2
#
# 
MACRO LDL_INV_S_20 FOREIGN C0A07BLDL_INV_S_20_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.948 0.143 3.08 0.209 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.506264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.495 0.099 0.726 ;
      RECT 0.033 0.429 2.541 0.495 ;
      RECT 2.475 0.495 2.541 0.627 ;
      RECT 0.033 0.198 0.099 0.429 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789162 ;
    PORT
      LAYER M1L ;
      RECT 2.629 0.341 2.739 0.726 ;
      RECT 0.242 0.726 3.432 0.858 ;
      RECT 0.275 0.275 3.267 0.341 ;
      RECT 3.179 0.198 3.267 0.275 ;
      RECT 0.275 0.132 0.363 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 3.234 0.451 3.564 0.528 ;
    RECT 0.33 0.451 3.234 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
  END
END LDL_INV_S_20
#
# 
MACRO LDL_INV_S_24 FOREIGN C0A07BLDL_INV_S_24_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.3 0.143 3.432 0.209 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.605 ;
    PORT
      LAYER M1L ;
      RECT 2.519 0.495 2.607 0.594 ;
      RECT 2.519 0.429 3.542 0.495 ;
      RECT 2.013 0.495 2.101 0.594 ;
      RECT 1.078 0.429 2.101 0.495 ;
      LAYER M2L ;
      RECT 1.98 0.495 2.64 0.561 ;
      VIA 2.046 0.528 V1L2L ;
      VIA 2.574 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.946946 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.341 2.376 0.726 ;
      RECT 0.132 0.726 4.092 0.858 ;
      RECT 0.671 0.275 3.982 0.341 ;
      RECT 0.671 0.198 0.737 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.674 0.957 3.806 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.451 ;
    RECT 0 0.451 0.462 0.528 ;
    RECT 3.894 0.451 4.224 0.528 ;
    RECT 0.462 0.451 3.894 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
  END
END LDL_INV_S_24
#
# 
MACRO LDL_INV_S_3 FOREIGN C0A07BLDL_INV_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.130438 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.825 ;
      RECT 0.242 0.825 0.759 0.891 ;
      RECT 0.693 0.891 0.759 0.99 ;
      RECT 0.44 0.165 0.627 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_INV_S_3
#
# 
MACRO LDL_INV_S_32 FOREIGN C0A07BLDL_INV_S_32_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.312 0.143 4.444 0.209 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.3 0.033 3.366 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.54 0.033 1.606 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.797632 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.506 4.323 0.594 ;
      RECT 4.257 0.418 5.016 0.506 ;
      RECT 3.861 0.506 3.949 0.594 ;
      RECT 2.761 0.418 3.949 0.506 ;
      RECT 2.761 0.506 2.871 0.594 ;
      RECT 2.277 0.506 2.387 0.594 ;
      RECT 1.287 0.418 2.387 0.506 ;
      RECT 1.287 0.506 1.353 0.594 ;
      RECT 0.891 0.506 0.957 0.594 ;
      RECT 0.264 0.418 0.957 0.506 ;
      LAYER M2L ;
      RECT 0.858 0.495 4.356 0.561 ;
      VIA 0.924 0.528 V1L2L ;
      VIA 1.32 0.528 V1L2L ;
      VIA 2.31 0.528 V1L2L ;
      VIA 2.838 0.528 V1L2L ;
      VIA 3.894 0.528 V1L2L ;
      VIA 4.29 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.23952 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.341 2.64 0.726 ;
      RECT 0.033 0.726 5.28 0.792 ;
      RECT 0.374 0.792 5.28 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 4.081 0.341 4.191 0.726 ;
      RECT 0.55 0.275 4.642 0.341 ;
      RECT 1.089 0.341 1.199 0.726 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 4.862 0.957 4.994 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.451 ;
    RECT 0 0.451 0.418 0.528 ;
    RECT 5.082 0.451 5.412 0.528 ;
    RECT 0.418 0.451 5.082 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
  END
END LDL_INV_S_32
#
# 
MACRO LDL_INV_S_4 FOREIGN C0A07BLDL_INV_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.319 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.160446 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.429 0.297 0.891 0.363 ;
      RECT 0.803 0.198 0.891 0.297 ;
      RECT 0.429 0.198 0.495 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDL_INV_S_4
#
# 
MACRO LDL_INV_S_40 FOREIGN C0A07BLDL_INV_S_40_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.611 0.033 6.677 0.286 ;
      RECT 6.204 0.033 6.27 0.143 ;
      RECT 6.138 0.143 6.27 0.209 ;
      RECT 5.852 0.033 5.918 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.796 0.033 4.862 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.444 0.033 4.51 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.674 0.143 3.806 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.278 0.143 3.41 0.209 ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 2.64 0.033 2.706 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.87 0.143 2.002 0.209 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.232 0.033 1.298 0.143 ;
      RECT 1.166 0.143 1.298 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 1.01253 ;
    PORT
      LAYER M1L ;
      RECT 5.346 0.418 6.303 0.495 ;
      RECT 5.148 0.495 6.303 0.506 ;
      RECT 5.148 0.506 5.412 0.561 ;
      RECT 4.488 0.506 4.752 0.561 ;
      RECT 3.96 0.418 4.554 0.495 ;
      RECT 3.564 0.495 4.752 0.506 ;
      RECT 3.564 0.506 4.026 0.561 ;
      RECT 2.904 0.506 3.168 0.561 ;
      RECT 2.332 0.418 2.97 0.495 ;
      RECT 2.178 0.495 3.168 0.506 ;
      RECT 2.178 0.506 2.442 0.561 ;
      RECT 1.584 0.506 1.848 0.561 ;
      RECT 0.264 0.495 1.848 0.506 ;
      RECT 0.264 0.418 1.65 0.495 ;
      LAYER M2L ;
      RECT 1.584 0.495 5.412 0.561 ;
      VIA 1.65 0.528 V1L2L ;
      VIA 1.782 0.528 V1L2L ;
      VIA 2.244 0.528 V1L2L ;
      VIA 2.376 0.528 V1L2L ;
      VIA 2.97 0.528 V1L2L ;
      VIA 3.102 0.528 V1L2L ;
      VIA 3.828 0.528 V1L2L ;
      VIA 3.96 0.528 V1L2L ;
      VIA 4.554 0.528 V1L2L ;
      VIA 4.686 0.528 V1L2L ;
      VIA 5.214 0.528 V1L2L ;
      VIA 5.346 0.528 V1L2L ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.59042 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.341 3.432 0.726 ;
      RECT 0.132 0.726 6.6 0.858 ;
      RECT 4.873 0.341 4.983 0.726 ;
      RECT 0.99 0.275 6.457 0.341 ;
      RECT 1.969 0.341 2.079 0.726 ;
      RECT 6.369 0.198 6.457 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.434 0.957 5.566 1.023 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.74 1.045 3.806 1.155 ;
      RECT 3.674 0.979 3.806 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.278 0.979 3.41 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 1.232 1.045 1.298 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 6.611 0.924 6.677 1.155 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.182 0.957 6.314 1.023 ;
      RECT 5.852 1.023 5.918 1.155 ;
      RECT 5.786 0.957 5.918 1.023 ;
      RECT 5.181 1.023 5.247 1.155 ;
      RECT 5.082 0.957 5.247 1.023 ;
      RECT 4.829 1.023 4.895 1.155 ;
      RECT 4.73 0.957 4.895 1.023 ;
      RECT 2.64 1.045 2.706 1.155 ;
      RECT 2.574 0.979 2.706 1.045 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.87 0.979 2.002 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 0.836 1.045 0.902 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0.484 1.045 0.55 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.451 ;
    RECT 0 0.451 0.33 0.528 ;
    RECT 6.402 0.451 6.732 0.528 ;
    RECT 0.33 0.451 6.402 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
  END
END LDL_INV_S_40
#
# 
MACRO LDL_INV_S_5 FOREIGN C0A07BLDL_INV_S_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.212718 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.033 0.726 0.924 0.792 ;
      RECT 0.363 0.792 0.924 0.858 ;
      RECT 0.033 0.792 0.121 0.99 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.891 0.297 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDL_INV_S_5
#
# 
MACRO LDL_INV_S_6 FOREIGN C0A07BLDL_INV_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.726 ;
      RECT 0.132 0.726 1.188 0.858 ;
      RECT 0.572 0.275 1.155 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
  END
END LDL_INV_S_6
#
# 
MACRO LDL_INV_S_8 FOREIGN C0A07BLDL_INV_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.056 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.30855 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.55 0.297 1.353 0.363 ;
      RECT 1.287 0.198 1.353 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
  END
END LDL_INV_S_8
#
# 
MACRO LDL_ISHEB_1 FOREIGN C0A07BLDL_ISHEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDL_ISHEB_1
#
# 
MACRO LDL_ISHEB_2 FOREIGN C0A07BLDL_ISHEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDL_ISHEB_2
#
# 
MACRO LDL_ISHEB_4 FOREIGN C0A07BLDL_ISHEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDL_ISHEB_4
#
# 
MACRO LDL_ISHEB_8 FOREIGN C0A07BLDL_ISHEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.696 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.696 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_ISHEB_8
#
# 
MACRO LDL_ISHEN_1 FOREIGN C0A07BLDL_ISHEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.869 0.033 0.979 0.363 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.451 0.033 0.517 0.264 ;
      RECT 0.099 0.033 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.649 0.594 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.792 1.155 1.056 ;
      RECT 1.089 0.396 1.155 0.792 ;
      RECT 1.045 0.132 1.155 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.363 0.264 ;
    RECT 0.638 0.165 0.803 0.231 ;
    RECT 0.737 0.231 0.803 0.693 ;
    RECT 0.297 0.264 0.363 0.957 ;
    RECT 0.913 0.462 0.979 0.957 ;
    RECT 0.429 0.594 0.495 0.693 ;
    RECT 0.429 0.693 0.803 0.759 ;
    RECT 0.066 0.957 0.979 1.023 ;
  END
END LDL_ISHEN_1
#
# 
MACRO LDL_ISHEN_2 FOREIGN C0A07BLDL_ISHEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.264 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.143 0.33 0.231 0.594 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.045 0.627 1.221 0.693 ;
      RECT 1.045 0.462 1.155 0.627 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.66 1.551 0.726 ;
      RECT 1.419 0.726 1.485 0.924 ;
      RECT 1.485 0.396 1.551 0.66 ;
      RECT 1.419 0.33 1.551 0.396 ;
      RECT 1.419 0.132 1.485 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.792 1.661 1.155 ;
      RECT 1.243 0.792 1.309 1.155 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.353 0.231 ;
    RECT 0.407 0.209 0.473 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 1.287 0.231 1.353 0.594 ;
    RECT 0.913 0.297 1.122 0.363 ;
    RECT 0.407 0.297 0.847 0.363 ;
    RECT 0.913 0.363 0.979 0.495 ;
    RECT 0.407 0.363 0.473 0.66 ;
    RECT 0.539 0.462 0.605 0.495 ;
    RECT 0.539 0.495 0.979 0.561 ;
    RECT 0.539 0.561 0.605 0.594 ;
    RECT 0.913 0.561 0.979 0.759 ;
    RECT 0.231 0.66 0.473 0.726 ;
    RECT 0.231 0.726 0.297 0.913 ;
    RECT 0.913 0.759 1.122 0.825 ;
    RECT 0.407 0.792 0.825 0.858 ;
    RECT 0.055 0.792 0.121 1.023 ;
    RECT 0.759 0.858 0.825 0.924 ;
    RECT 0.407 0.858 0.473 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDL_ISHEN_2
#
# 
MACRO LDL_ISHEN_4 FOREIGN C0A07BLDL_ISHEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.299 0.374 ;
      RECT 1.881 0.033 1.947 0.242 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.111 0.033 1.177 0.264 ;
      RECT 0.759 0.033 0.825 0.242 ;
      RECT 0.583 0.033 0.649 0.242 ;
      RECT 0.231 0.033 0.297 0.242 ;
      RECT 0.077 0.033 0.143 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.495 ;
      RECT 1.408 0.495 1.584 0.561 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.759 2.123 0.825 ;
      RECT 2.013 0.825 2.123 0.902 ;
      RECT 1.705 0.825 1.771 1.034 ;
      RECT 2.013 0.627 2.123 0.759 ;
      RECT 2.013 0.407 2.079 0.627 ;
      RECT 1.672 0.341 2.123 0.407 ;
      RECT 2.057 0.132 2.123 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 2.233 0.814 2.299 1.155 ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 0.759 0.924 0.825 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.132 1.419 0.363 ;
    RECT 0.407 0.176 0.473 0.341 ;
    RECT 0.935 0.198 1.001 0.341 ;
    RECT 0.407 0.341 1.001 0.407 ;
    RECT 1.243 0.363 1.419 0.429 ;
    RECT 0.407 0.407 0.473 0.627 ;
    RECT 1.243 0.429 1.309 0.495 ;
    RECT 1.683 0.473 1.947 0.561 ;
    RECT 0.836 0.495 1.309 0.561 ;
    RECT 1.243 0.561 1.309 0.671 ;
    RECT 1.837 0.561 1.947 0.605 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 0.407 0.627 1.177 0.693 ;
    RECT 1.573 0.627 1.749 0.693 ;
    RECT 1.243 0.671 1.452 0.737 ;
    RECT 1.111 0.693 1.177 0.803 ;
    RECT 1.573 0.693 1.639 0.803 ;
    RECT 0.407 0.693 0.473 0.836 ;
    RECT 0.583 0.759 1.001 0.825 ;
    RECT 1.111 0.803 1.639 0.869 ;
    RECT 0.583 0.825 0.649 0.979 ;
    RECT 0.935 0.825 1.001 1.034 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDL_ISHEN_4
#
# 
MACRO LDL_ISHEN_8 FOREIGN C0A07BLDL_ISHEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.396 ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 3.377 0.033 3.443 0.242 ;
      RECT 3.025 0.033 3.091 0.242 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 1.903 0.033 1.969 0.242 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      RECT 0.583 0.033 0.649 0.264 ;
      RECT 0.275 0.033 0.341 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.495 ;
      RECT 0.396 0.495 0.792 0.561 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.495 ;
      RECT 2.244 0.495 2.486 0.561 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.849 0.627 3.971 0.715 ;
      RECT 3.905 0.715 3.971 0.902 ;
      RECT 3.553 0.715 3.619 0.902 ;
      RECT 3.201 0.715 3.267 0.902 ;
      RECT 2.849 0.715 2.915 0.902 ;
      RECT 3.861 0.407 3.971 0.627 ;
      RECT 2.816 0.341 4.015 0.407 ;
      RECT 3.905 0.132 4.015 0.341 ;
      RECT 3.553 0.154 3.619 0.341 ;
      RECT 3.201 0.154 3.267 0.341 ;
      RECT 2.849 0.154 2.915 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.377 0.814 3.443 1.155 ;
      RECT 3.025 0.814 3.091 1.155 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 4.103 0.792 4.169 1.155 ;
      RECT 3.729 0.814 3.795 1.155 ;
      RECT 2.321 0.99 2.387 1.155 ;
      RECT 2.321 0.924 2.464 0.99 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 2.497 0.132 2.563 0.165 ;
    RECT 2.068 0.165 2.563 0.231 ;
    RECT 0.759 0.176 0.825 0.341 ;
    RECT 1.111 0.176 1.177 0.341 ;
    RECT 1.463 0.176 1.529 0.341 ;
    RECT 2.497 0.231 2.563 0.341 ;
    RECT 2.068 0.231 2.134 0.495 ;
    RECT 2.497 0.341 2.651 0.407 ;
    RECT 0.726 0.341 1.562 0.407 ;
    RECT 2.585 0.407 2.651 0.649 ;
    RECT 1.089 0.407 1.177 0.693 ;
    RECT 1.738 0.495 2.134 0.561 ;
    RECT 2.717 0.495 3.432 0.561 ;
    RECT 2.717 0.561 2.783 0.781 ;
    RECT 2.464 0.649 2.651 0.715 ;
    RECT 0.198 0.693 2.365 0.759 ;
    RECT 2.299 0.759 2.365 0.781 ;
    RECT 2.299 0.781 2.783 0.847 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 2.167 0.891 2.233 0.968 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.407 0.891 0.473 1.056 ;
    RECT 0.759 0.891 0.825 1.056 ;
    RECT 1.111 0.891 1.177 1.056 ;
    RECT 1.815 0.891 1.881 1.056 ;
  END
END LDL_ISHEN_8
#
# 
MACRO LDL_ISLEB_1 FOREIGN C0A07BLDL_ISLEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.396 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.462 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.297 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.792 ;
      RECT 0.913 0.792 1.023 1.056 ;
      RECT 0.913 0.132 1.023 0.396 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.792 0.825 1.155 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.583 0.132 0.693 0.264 ;
    RECT 0.033 0.264 0.099 0.693 ;
    RECT 0.627 0.264 0.693 0.495 ;
    RECT 0.627 0.495 0.792 0.561 ;
    RECT 0.627 0.561 0.693 0.891 ;
    RECT 0.033 0.693 0.396 0.759 ;
    RECT 0.033 0.759 0.099 0.88 ;
    RECT 0.033 0.88 0.143 1.012 ;
    RECT 0.374 0.891 0.693 0.957 ;
    RECT 0.374 0.957 0.44 1.012 ;
  END
END LDL_ISLEB_1
#
# 
MACRO LDL_ISLEB_2 FOREIGN C0A07BLDL_ISLEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.407 0.033 0.473 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.924 1.023 0.99 ;
      RECT 0.825 0.858 1.023 0.924 ;
      RECT 0.825 0.792 0.891 0.858 ;
      RECT 0.825 0.726 1.001 0.792 ;
      RECT 0.935 0.462 1.001 0.726 ;
    END
  END EB
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.671 0.924 0.759 0.99 ;
      RECT 0.627 0.858 0.759 0.924 ;
      RECT 0.627 0.748 0.693 0.858 ;
      RECT 0.627 0.682 0.759 0.748 ;
      RECT 0.671 0.594 0.803 0.66 ;
      RECT 0.671 0.66 0.759 0.682 ;
      RECT 0.715 0.396 0.803 0.594 ;
      RECT 0.671 0.33 0.803 0.396 ;
      RECT 0.671 0.264 0.737 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.539 0.099 1.133 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.539 0.165 0.605 0.341 ;
    RECT 1.067 0.165 1.133 0.77 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.341 0.341 0.605 0.407 ;
    RECT 0.341 0.407 0.407 0.594 ;
    RECT 0.473 0.473 0.605 0.583 ;
    RECT 0.473 0.583 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDL_ISLEB_2
#
# 
MACRO LDL_ISLEB_4 FOREIGN C0A07BLDL_ISLEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.583 0.033 0.649 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.495 ;
      RECT 1.012 0.495 1.155 0.605 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.627 1.727 0.836 ;
      RECT 1.309 0.836 1.727 0.902 ;
      RECT 1.309 0.902 1.375 0.968 ;
      RECT 1.617 0.385 1.683 0.627 ;
      RECT 1.661 0.154 1.727 0.319 ;
      RECT 1.276 0.319 1.76 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.473 0.165 ;
    RECT 0.957 0.132 1.023 0.33 ;
    RECT 0.715 0.165 0.858 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.407 0.165 0.473 0.341 ;
    RECT 0.715 0.231 0.781 0.341 ;
    RECT 0.231 0.264 0.297 0.33 ;
    RECT 0.847 0.33 1.023 0.396 ;
    RECT 0.165 0.33 0.297 0.396 ;
    RECT 0.407 0.341 0.781 0.407 ;
    RECT 0.847 0.396 0.913 0.495 ;
    RECT 0.165 0.396 0.231 0.759 ;
    RECT 0.484 0.495 0.913 0.561 ;
    RECT 1.221 0.495 1.518 0.561 ;
    RECT 0.847 0.561 0.913 0.671 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.847 0.671 1.056 0.737 ;
    RECT 1.177 0.693 1.287 0.759 ;
    RECT 0.165 0.759 0.649 0.825 ;
    RECT 1.177 0.759 1.243 0.825 ;
    RECT 0.583 0.825 1.243 0.891 ;
    RECT 0.231 0.825 0.297 0.99 ;
    RECT 0.583 0.891 0.649 1.034 ;
  END
END LDL_ISLEB_4
#
# 
MACRO LDL_ISLEB_8 FOREIGN C0A07BLDL_ISLEB_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.487 0.396 ;
      RECT 3.069 0.033 3.135 0.242 ;
      RECT 2.717 0.033 2.783 0.242 ;
      RECT 2.365 0.033 2.431 0.242 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.287 0.033 1.353 0.242 ;
      RECT 0.935 0.033 1.001 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.584 0.495 1.826 0.561 ;
    END
  END EB
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.726 ;
      RECT 0.132 0.495 0.396 0.561 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.189 0.627 3.311 0.715 ;
      RECT 3.245 0.715 3.311 0.902 ;
      RECT 2.893 0.715 2.959 0.902 ;
      RECT 2.541 0.715 2.607 0.902 ;
      RECT 2.189 0.715 2.255 0.902 ;
      RECT 3.201 0.407 3.311 0.627 ;
      RECT 2.156 0.341 3.355 0.407 ;
      RECT 3.245 0.132 3.355 0.341 ;
      RECT 2.893 0.154 2.959 0.341 ;
      RECT 2.541 0.154 2.607 0.341 ;
      RECT 2.189 0.154 2.255 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.443 0.792 3.509 1.155 ;
      RECT 3.069 0.814 3.135 1.155 ;
      RECT 2.717 0.814 2.783 1.155 ;
      RECT 2.365 0.814 2.431 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.595 1.045 1.661 1.155 ;
      RECT 1.496 0.979 1.76 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.242 0.979 0.506 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.056 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.463 0.132 1.529 0.352 ;
    RECT 1.837 0.132 1.903 0.341 ;
    RECT 0.055 0.143 0.825 0.209 ;
    RECT 1.111 0.154 1.177 0.352 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.759 0.209 0.825 0.352 ;
    RECT 0.198 0.319 0.682 0.385 ;
    RECT 1.837 0.341 1.991 0.407 ;
    RECT 0.759 0.352 1.529 0.418 ;
    RECT 0.616 0.385 0.682 0.825 ;
    RECT 1.925 0.407 1.991 0.693 ;
    RECT 1.144 0.495 1.419 0.561 ;
    RECT 2.057 0.495 2.772 0.561 ;
    RECT 1.353 0.561 1.419 0.693 ;
    RECT 2.057 0.561 2.123 0.825 ;
    RECT 1.353 0.693 1.991 0.759 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.055 0.825 2.123 0.891 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 1.287 0.891 1.353 1.056 ;
  END
END LDL_ISLEB_8
#
# 
MACRO LDL_ISLEN_1 FOREIGN C0A07BLDL_ISLEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.209 0.495 0.594 ;
      RECT 0.286 0.143 0.495 0.209 ;
    END
  END EN
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.616 0.825 0.759 0.891 ;
      RECT 0.616 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.264 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.077 0.363 0.143 0.396 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 0.561 0.462 0.627 0.693 ;
    RECT 0.297 0.693 0.627 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDL_ISLEN_1
#
# 
MACRO LDL_ISLEN_2 FOREIGN C0A07BLDL_ISLEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.429 0.033 0.495 0.33 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.66 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.792 ;
      RECT 0.627 0.792 0.759 0.858 ;
      RECT 0.627 0.858 0.693 0.924 ;
      RECT 0.627 0.33 0.759 0.396 ;
      RECT 0.627 0.242 0.693 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.759 ;
    RECT 0.473 0.462 0.583 0.594 ;
    RECT 0.473 0.594 0.539 0.759 ;
    RECT 0.033 0.759 0.539 0.825 ;
  END
END LDL_ISLEN_2
#
# 
MACRO LDL_ISLEN_4 FOREIGN C0A07BLDL_ISLEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 1.001 0.033 1.067 0.242 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.716 0.858 ;
      RECT 1.617 0.385 1.683 0.726 ;
      RECT 1.144 0.319 1.683 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 1.1 1.023 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 1.386 1.023 1.452 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0.055 0.88 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.165 0.902 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 0.407 0.231 0.473 0.33 ;
    RECT 0.572 0.297 0.913 0.363 ;
    RECT 0.055 0.33 0.473 0.396 ;
    RECT 0.847 0.363 0.913 0.495 ;
    RECT 0.847 0.495 1.496 0.561 ;
    RECT 0.847 0.561 0.913 0.825 ;
    RECT 0.231 0.825 0.913 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
  END
END LDL_ISLEN_4
#
# 
MACRO LDL_ISLEN_8 FOREIGN C0A07BLDL_ISLEN_8_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.639 0.033 1.705 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END EN
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.673 0.385 2.739 0.726 ;
      RECT 1.782 0.319 2.97 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 1.617 0.924 1.683 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.144 0.165 ;
    RECT 1.496 0.132 1.562 0.165 ;
    RECT 1.078 0.165 1.562 0.231 ;
    RECT 0.759 0.165 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.264 0.968 0.297 ;
    RECT 0.055 0.297 0.825 0.363 ;
    RECT 0.902 0.297 1.551 0.363 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 1.485 0.495 2.574 0.561 ;
    RECT 1.485 0.561 1.551 0.825 ;
    RECT 0.231 0.825 1.551 0.891 ;
    RECT 0.231 0.891 0.297 0.968 ;
  END
END LDL_ISLEN_8
#
# 
MACRO LDL_ISQEB_1 FOREIGN C0A07BLDL_ISQEB_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END EB
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDL_ISQEB_1
#
# 
MACRO LDL_ISQEB_2 FOREIGN C0A07BLDL_ISQEB_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END EB
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDL_ISQEB_2
#
# 
MACRO LDL_ISQEB_4 FOREIGN C0A07BLDL_ISQEB_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
    END
  END VSS
  PIN EB
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END EB
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 3.036 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDL_ISQEB_4
#
# 
MACRO LDL_ISQEN_1 FOREIGN C0A07BLDL_ISQEN_1_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDL_ISQEN_1
#
# 
MACRO LDL_ISQEN_2 FOREIGN C0A07BLDL_ISQEN_2_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.244 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDL_ISQEN_2
#
# 
MACRO LDL_ISQEN_4 FOREIGN C0A07BLDL_ISQEN_4_R2 0 0 ;
##MACROVERSION "2.0 2009/04/16" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN EN
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END EN
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDL_ISQEN_4
#
# 
MACRO LDL_LDNQ_1 FOREIGN C0A07BLDL_LDNQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.198 1.683 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.825 ;
      RECT 0.176 0.825 0.627 0.858 ;
      RECT 0.176 0.792 0.308 0.825 ;
      RECT 0.176 0.473 0.242 0.792 ;
      RECT 0.176 0.407 0.308 0.473 ;
      RECT 0.242 0.858 0.627 0.891 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 1.419 0.209 ;
    RECT 1.353 0.209 1.419 1.023 ;
    RECT 0.044 0.231 0.55 0.297 ;
    RECT 0.484 0.297 0.627 0.363 ;
    RECT 0.044 0.297 0.11 0.924 ;
    RECT 1.199 0.308 1.265 0.495 ;
    RECT 0.561 0.363 0.627 0.407 ;
    RECT 0.561 0.407 0.803 0.473 ;
    RECT 0.737 0.473 0.803 0.902 ;
    RECT 0.924 0.495 1.265 0.561 ;
    RECT 1.199 0.561 1.265 0.77 ;
    RECT 0.044 0.924 0.143 0.99 ;
    RECT 0.594 0.979 0.726 1.023 ;
    RECT 0.077 0.99 0.143 1.056 ;
    RECT 0.594 1.023 1.419 1.045 ;
    RECT 0.66 1.045 1.419 1.089 ;
  END
END LDL_LDNQ_1
#
# 
MACRO LDL_LDNQ_2 FOREIGN C0A07BLDL_LDNQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.682 ;
      RECT 0.825 0.682 0.935 0.748 ;
      RECT 0.209 0.429 0.891 0.495 ;
      RECT 0.209 0.495 0.297 0.594 ;
    END
  END G
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 2.178 0.693 2.343 0.759 ;
      RECT 2.178 0.319 2.343 0.385 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.627 0.649 ;
      RECT 0.561 0.649 0.627 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.253 0.924 0.319 1.155 ;
      RECT 2.387 0.924 2.453 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.792 0.143 2.013 0.209 ;
    RECT 0.451 0.176 0.517 0.275 ;
    RECT 0.055 0.198 0.121 0.858 ;
    RECT 1.947 0.209 2.013 0.495 ;
    RECT 0.451 0.275 1.144 0.341 ;
    RECT 1.815 0.308 1.881 0.495 ;
    RECT 1.034 0.451 1.573 0.517 ;
    RECT 1.672 0.495 1.881 0.561 ;
    RECT 1.947 0.495 2.134 0.561 ;
    RECT 1.507 0.517 1.573 0.792 ;
    RECT 1.815 0.561 1.881 0.77 ;
    RECT 1.947 0.561 2.013 1.023 ;
    RECT 1.507 0.792 1.65 0.858 ;
    RECT 0.792 0.825 1.32 0.891 ;
    RECT 0.055 0.858 0.165 0.99 ;
    RECT 1.584 0.858 1.65 0.891 ;
    RECT 0.792 0.891 0.858 0.957 ;
    RECT 1.584 0.891 1.716 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.891 1.716 0.957 ;
    VIA 0.132 0.924 V1L2L ;
    VIA 1.65 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.418 0.957 0.858 1.023 ;
    RECT 0.99 0.957 1.474 1.023 ;
    RECT 1.408 1.023 2.013 1.089 ;
  END
END LDL_LDNQ_2
#
# 
MACRO LDL_LDNQ_4 FOREIGN C0A07BLDL_LDNQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.66 0.143 0.792 0.209 ;
      RECT 0.275 0.033 0.341 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.385 1.683 0.594 ;
      RECT 1.056 0.594 1.716 0.726 ;
      RECT 1.089 0.473 1.155 0.594 ;
      RECT 0.231 0.407 1.155 0.473 ;
      RECT 0.231 0.473 0.297 0.594 ;
      RECT 1.617 0.319 2.024 0.385 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.627 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
      RECT 0.693 0.561 0.913 0.627 ;
      RECT 0.825 0.627 0.913 0.66 ;
      RECT 0.825 0.66 0.957 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.726 ;
      RECT 2.75 0.726 3.3 0.858 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 0.308 1.023 0.374 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.143 2.651 0.209 ;
    RECT 0.077 0.198 0.143 0.792 ;
    RECT 2.585 0.209 2.651 0.495 ;
    RECT 0.462 0.275 1.364 0.341 ;
    RECT 2.387 0.308 2.453 0.803 ;
    RECT 1.881 0.484 1.947 0.858 ;
    RECT 2.585 0.495 2.97 0.561 ;
    RECT 2.585 0.561 2.651 0.979 ;
    RECT 0.429 0.726 0.495 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.98 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.914 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.077 0.792 0.495 0.858 ;
    RECT 0.561 0.803 1.76 0.869 ;
    RECT 2.178 0.803 2.453 0.869 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 1.056 0.935 1.54 0.979 ;
    RECT 0.484 0.957 0.627 1.023 ;
    RECT 1.056 0.979 2.651 1.001 ;
    RECT 1.474 1.001 2.651 1.045 ;
  END
END LDL_LDNQ_4
#
# 
MACRO LDL_LDNRBQ_1 FOREIGN C0A07BLDL_LDNRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.507 0.033 1.573 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 2.013 0.693 2.211 0.759 ;
      RECT 2.145 0.759 2.211 0.99 ;
      RECT 2.013 0.297 2.211 0.363 ;
      RECT 2.145 0.132 2.211 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.66 0.594 ;
      RECT 0.561 0.275 0.627 0.528 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.825 ;
      RECT 0.297 0.825 1.023 0.891 ;
      RECT 0.297 0.792 0.363 0.825 ;
      RECT 0.242 0.726 0.363 0.792 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.452 1.045 1.518 1.155 ;
      RECT 1.386 0.979 1.518 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.88 0.231 1.287 0.297 ;
    RECT 0.077 0.264 0.143 0.594 ;
    RECT 1.221 0.297 1.287 0.825 ;
    RECT 1.705 0.308 1.771 0.693 ;
    RECT 0.759 0.407 1.155 0.473 ;
    RECT 1.881 0.462 1.947 0.825 ;
    RECT 0.759 0.473 0.825 0.693 ;
    RECT 1.089 0.473 1.155 0.902 ;
    RECT 0.077 0.594 0.495 0.66 ;
    RECT 0.429 0.66 0.495 0.693 ;
    RECT 0.077 0.66 0.143 1.056 ;
    RECT 0.429 0.693 0.825 0.759 ;
    RECT 1.386 0.693 1.771 0.759 ;
    RECT 1.221 0.825 1.947 0.891 ;
    RECT 1.221 0.891 1.287 1.023 ;
    RECT 1.661 0.891 1.727 1.056 ;
    RECT 0.88 0.979 1.012 1.023 ;
    RECT 0.88 1.023 1.287 1.045 ;
    RECT 0.946 1.045 1.287 1.089 ;
  END
END LDL_LDNRBQ_1
#
# 
MACRO LDL_LDNRBQ_2 FOREIGN C0A07BLDL_LDNRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.827 0.033 2.893 0.242 ;
      RECT 2.409 0.033 2.475 0.242 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.616 0.143 0.748 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 0.297 0.429 0.55 0.495 ;
      RECT 0.297 0.308 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.376 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.31 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.55 ;
      RECT 0.825 0.55 1.023 0.616 ;
      RECT 0.957 0.462 1.023 0.55 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.693 ;
      RECT 2.97 0.693 3.135 0.759 ;
      RECT 2.97 0.319 3.135 0.385 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.781 0.495 0.825 ;
      RECT 0.429 0.825 1.331 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 1.265 0.737 1.331 0.825 ;
      RECT 1.265 0.649 1.683 0.737 ;
      RECT 1.617 0.583 1.848 0.649 ;
      RECT 0.352 0.715 0.495 0.781 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 0.044 1.045 0.11 1.155 ;
      RECT 0.044 0.979 0.176 1.045 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.705 0.143 ;
    RECT 0.055 0.132 0.121 0.561 ;
    RECT 2.607 0.132 2.673 0.693 ;
    RECT 1.859 0.132 1.925 0.308 ;
    RECT 0.858 0.143 1.705 0.165 ;
    RECT 1.639 0.165 1.705 0.176 ;
    RECT 0.858 0.165 0.99 0.209 ;
    RECT 1.243 0.165 1.309 0.242 ;
    RECT 1.639 0.176 1.738 0.242 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 1.43 0.231 1.562 0.297 ;
    RECT 0.473 0.275 1.166 0.341 ;
    RECT 1.496 0.297 1.562 0.308 ;
    RECT 1.496 0.308 2.189 0.374 ;
    RECT 2.123 0.374 2.189 0.825 ;
    RECT 1.133 0.451 2.013 0.517 ;
    RECT 2.75 0.495 2.97 0.561 ;
    RECT 1.133 0.517 1.518 0.561 ;
    RECT 1.947 0.517 2.013 0.704 ;
    RECT 0.055 0.561 0.627 0.627 ;
    RECT 1.133 0.561 1.199 0.693 ;
    RECT 2.75 0.561 2.816 0.825 ;
    RECT 0.561 0.627 0.627 0.693 ;
    RECT 0.055 0.627 0.121 0.847 ;
    RECT 0.561 0.693 1.199 0.759 ;
    RECT 2.288 0.693 2.673 0.759 ;
    RECT 1.947 0.704 2.057 0.77 ;
    RECT 1.991 0.77 2.057 0.902 ;
    RECT 2.123 0.825 2.816 0.891 ;
    RECT 0.055 0.847 0.363 0.913 ;
    RECT 1.43 0.847 1.903 0.913 ;
    RECT 2.123 0.891 2.189 1.001 ;
    RECT 2.563 0.891 2.629 1.056 ;
    RECT 0.297 0.913 0.363 1.034 ;
    RECT 1.837 0.913 1.903 1.001 ;
    RECT 0.638 0.979 1.738 1.045 ;
    RECT 1.837 1.001 2.189 1.067 ;
  END
END LDL_LDNRBQ_2
#
# 
MACRO LDL_LDNRBQ_4 FOREIGN C0A07BLDL_LDNRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.198 3.135 0.33 ;
      RECT 3.003 0.33 3.135 0.396 ;
      RECT 3.003 0.396 3.069 0.66 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 0.363 0.198 0.429 0.462 ;
      RECT 0.363 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.33 0.231 3.168 0.297 ;
      VIA 0.396 0.264 V1L2L ;
      VIA 2.574 0.264 V1L2L ;
      VIA 3.102 0.264 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 3.311 0.693 3.762 0.759 ;
      RECT 3.311 0.759 3.399 0.924 ;
      RECT 3.278 0.297 3.729 0.363 ;
      RECT 3.663 0.22 3.729 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.781 0.462 1.1 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.693 2.211 0.858 ;
      RECT 2.013 0.627 2.211 0.693 ;
      RECT 0.165 0.429 0.253 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 2.178 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 2.112 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.913 3.553 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 2.915 0.132 2.981 0.198 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 0.495 0.198 0.561 0.297 ;
    RECT 0.033 0.198 0.143 0.33 ;
    RECT 2.871 0.198 2.981 0.264 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 2.871 0.264 2.937 0.506 ;
    RECT 0.495 0.297 1.298 0.363 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.033 0.33 0.099 0.847 ;
    RECT 1.738 0.374 1.804 0.781 ;
    RECT 2.233 0.396 2.299 0.462 ;
    RECT 1.221 0.462 1.628 0.594 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.498 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.221 0.594 1.287 0.704 ;
    RECT 0.33 0.704 1.287 0.77 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.33 0.77 0.396 0.847 ;
    RECT 1.452 0.781 1.804 0.847 ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.495 0.836 1.265 0.902 ;
    RECT 0.033 0.847 0.396 0.913 ;
    RECT 1.452 0.847 1.518 0.869 ;
    RECT 1.738 0.847 1.804 0.869 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.386 0.869 1.518 0.935 ;
    RECT 1.738 0.869 1.87 0.935 ;
    RECT 0.847 0.902 0.913 0.968 ;
    RECT 0.495 0.902 0.561 0.99 ;
    RECT 1.199 0.902 1.265 1.023 ;
    RECT 0.033 0.913 0.121 1.056 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 1.595 0.946 1.661 1.023 ;
    RECT 2.178 0.979 2.431 1.045 ;
    RECT 1.199 1.023 2.057 1.089 ;
  END
END LDL_LDNRBQ_4
#
# 
MACRO LDL_LDN_1 FOREIGN C0A07BLDL_LDN_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.067 0.033 1.133 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.528 ;
      RECT 0.22 0.231 0.396 0.297 ;
      RECT 0.22 0.297 0.286 0.44 ;
      RECT 0.165 0.44 0.286 0.506 ;
      RECT 0.165 0.506 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.231 0.924 0.297 ;
      VIA 0.33 0.264 V1L2L ;
      VIA 0.858 0.264 V1L2L ;
    END
  END G
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.091476 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.264 1.947 0.924 ;
      RECT 1.837 0.924 1.947 0.99 ;
      RECT 1.837 0.99 1.903 1.056 ;
      RECT 1.837 0.198 1.947 0.264 ;
      RECT 1.837 0.132 1.903 0.198 ;
    END
  END QN
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.693 ;
      RECT 1.386 0.693 1.551 0.759 ;
      RECT 1.419 0.297 1.551 0.363 ;
      RECT 1.419 0.22 1.485 0.297 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.66 0.363 0.858 ;
      RECT 0.297 0.594 0.495 0.66 ;
      RECT 0.429 0.66 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.034 0.979 1.166 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.099 0.605 0.165 ;
    RECT 1.276 0.132 1.342 0.165 ;
    RECT 0.033 0.165 0.143 0.33 ;
    RECT 0.539 0.165 0.605 0.506 ;
    RECT 1.199 0.165 1.342 0.231 ;
    RECT 0.671 0.198 0.759 0.924 ;
    RECT 1.199 0.231 1.265 0.363 ;
    RECT 0.033 0.33 0.099 0.77 ;
    RECT 1.056 0.363 1.265 0.429 ;
    RECT 1.056 0.429 1.122 0.539 ;
    RECT 1.705 0.462 1.771 0.825 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 0.968 0.539 1.122 0.605 ;
    RECT 1.221 0.561 1.287 0.726 ;
    RECT 1.056 0.605 1.122 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.627 1.32 0.693 ;
    VIA 0.726 0.66 V1L2L ;
    VIA 1.254 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.77 0.143 0.836 ;
    RECT 0.825 0.77 0.891 1.023 ;
    RECT 1.056 0.825 1.771 0.891 ;
    RECT 0.077 0.836 0.143 1.023 ;
    RECT 1.243 0.891 1.309 1.056 ;
    RECT 0.077 1.023 0.891 1.089 ;
  END
END LDL_LDN_1
#
# 
MACRO LDL_LDN_2 FOREIGN C0A07BLDL_LDN_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.198 ;
      RECT 2.739 0.198 2.849 0.264 ;
      RECT 2.431 0.033 2.497 0.264 ;
      RECT 2.079 0.033 2.145 0.264 ;
      RECT 1.727 0.033 1.793 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.198 2.343 0.682 ;
      RECT 2.222 0.682 2.343 0.748 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.396 2.871 0.759 ;
      RECT 2.607 0.759 2.871 0.825 ;
      RECT 2.607 0.825 2.673 0.902 ;
      RECT 2.607 0.33 2.871 0.396 ;
      RECT 2.607 0.264 2.673 0.33 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.682 1.199 0.748 ;
      RECT 1.089 0.561 1.155 0.682 ;
      RECT 1.089 0.495 1.408 0.561 ;
      RECT 0.165 0.627 0.33 0.715 ;
      RECT 0.165 0.462 0.253 0.627 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.188 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.122 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.727 0.946 1.793 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.783 1.001 2.849 1.155 ;
      RECT 2.739 0.913 2.849 1.001 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.484 0.099 1.265 0.143 ;
    RECT 1.903 0.132 1.969 0.198 ;
    RECT 0.418 0.143 1.265 0.165 ;
    RECT 1.375 0.154 1.441 0.363 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 1.199 0.165 1.265 0.264 ;
    RECT 0.847 0.165 0.913 0.286 ;
    RECT 1.903 0.198 2.013 0.264 ;
    RECT 0.033 0.22 0.33 0.286 ;
    RECT 1.023 0.264 1.089 0.363 ;
    RECT 1.947 0.264 2.013 0.363 ;
    RECT 0.264 0.286 0.33 0.297 ;
    RECT 0.033 0.286 0.143 0.352 ;
    RECT 0.264 0.297 0.66 0.363 ;
    RECT 0.033 0.352 0.099 0.792 ;
    RECT 0.594 0.363 0.825 0.429 ;
    RECT 0.913 0.363 1.881 0.429 ;
    RECT 1.947 0.363 2.123 0.429 ;
    RECT 0.759 0.429 0.825 0.858 ;
    RECT 1.815 0.429 1.881 0.495 ;
    RECT 0.913 0.429 0.979 0.825 ;
    RECT 2.057 0.429 2.123 0.627 ;
    RECT 1.815 0.495 1.958 0.561 ;
    RECT 1.562 0.495 1.749 0.561 ;
    RECT 2.431 0.495 2.706 0.561 ;
    RECT 1.683 0.561 1.749 0.627 ;
    RECT 2.431 0.561 2.497 0.825 ;
    RECT 1.683 0.627 2.123 0.693 ;
    RECT 1.452 0.693 1.617 0.759 ;
    RECT 2.057 0.693 2.123 0.825 ;
    RECT 1.551 0.759 1.617 0.924 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.65 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.792 0.143 0.924 ;
    RECT 0.913 0.825 1.441 0.891 ;
    RECT 1.903 0.825 2.497 0.891 ;
    RECT 1.375 0.891 1.441 1.056 ;
    RECT 1.903 0.891 1.969 1.056 ;
    RECT 0.418 0.957 1.298 1.023 ;
    RECT 1.232 1.023 1.298 1.056 ;
  END
END LDL_LDN_2
#
# 
MACRO LDL_LDN_4 FOREIGN C0A07BLDL_LDN_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.033 3.795 0.242 ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.377 0.033 3.443 0.264 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.673 0.033 2.739 0.264 ;
      RECT 2.321 0.033 2.387 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.056 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.036 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.828 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.352 3.267 0.671 ;
      RECT 2.816 0.671 3.3 0.737 ;
      RECT 2.849 0.286 3.267 0.352 ;
      RECT 3.201 0.198 3.267 0.286 ;
      RECT 2.849 0.22 2.915 0.286 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.407 3.927 0.693 ;
      RECT 3.553 0.693 4.004 0.759 ;
      RECT 3.553 0.759 3.619 0.924 ;
      RECT 3.553 0.341 3.927 0.407 ;
      RECT 3.861 0.33 3.927 0.341 ;
      RECT 3.861 0.198 3.971 0.33 ;
      RECT 3.553 0.198 3.663 0.341 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 1.562 0.638 1.705 0.726 ;
      RECT 1.617 0.561 1.705 0.638 ;
      RECT 1.617 0.495 2.024 0.561 ;
      RECT 0.209 0.594 0.319 0.726 ;
      RECT 0.209 0.462 0.275 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 1.716 0.693 ;
      VIA 0.264 0.66 V1L2L ;
      VIA 1.65 0.66 V1L2L ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.649 0.495 0.858 ;
      RECT 0.429 0.583 0.759 0.649 ;
      RECT 0.693 0.649 0.759 0.858 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 2.321 0.946 2.387 1.155 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 4.081 0.913 4.147 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0 0.528 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.099 1.859 0.165 ;
    RECT 2.497 0.132 2.563 0.198 ;
    RECT 1.969 0.154 2.035 0.363 ;
    RECT 0.902 0.165 1.034 0.209 ;
    RECT 1.364 0.165 1.496 0.209 ;
    RECT 0.451 0.165 0.539 0.242 ;
    RECT 1.793 0.165 1.859 0.242 ;
    RECT 2.497 0.198 2.607 0.264 ;
    RECT 1.166 0.231 1.298 0.297 ;
    RECT 1.562 0.231 1.694 0.297 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 0.033 0.275 0.385 0.341 ;
    RECT 1.232 0.297 1.298 0.308 ;
    RECT 1.562 0.297 1.628 0.308 ;
    RECT 1.232 0.308 1.628 0.363 ;
    RECT 0.319 0.341 1.045 0.407 ;
    RECT 0.033 0.341 0.143 0.418 ;
    RECT 1.232 0.363 2.475 0.374 ;
    RECT 2.541 0.363 2.717 0.429 ;
    RECT 1.562 0.374 2.475 0.429 ;
    RECT 1.232 0.374 1.298 0.825 ;
    RECT 0.957 0.407 1.045 0.451 ;
    RECT 0.033 0.418 0.099 0.726 ;
    RECT 2.409 0.429 2.475 0.495 ;
    RECT 2.651 0.429 2.717 0.627 ;
    RECT 0.957 0.451 1.1 0.517 ;
    RECT 2.409 0.495 2.552 0.561 ;
    RECT 2.156 0.495 2.343 0.561 ;
    RECT 3.399 0.495 3.762 0.561 ;
    RECT 0.957 0.517 1.045 0.858 ;
    RECT 2.277 0.561 2.343 0.627 ;
    RECT 3.399 0.561 3.465 0.825 ;
    RECT 2.277 0.627 2.717 0.693 ;
    RECT 2.046 0.693 2.211 0.759 ;
    RECT 2.651 0.693 2.717 0.825 ;
    RECT 0.033 0.726 0.143 0.858 ;
    RECT 2.145 0.759 2.211 0.924 ;
    LAYER M2L ;
    RECT 0.924 0.759 2.244 0.825 ;
    VIA 0.99 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.166 0.825 2.035 0.891 ;
    RECT 2.497 0.825 3.465 0.891 ;
    RECT 1.969 0.891 2.035 1.056 ;
    RECT 2.497 0.891 2.563 1.056 ;
    RECT 0.418 0.957 1.892 1.023 ;
    RECT 1.826 1.023 1.892 1.056 ;
  END
END LDL_LDN_4
#
# 
MACRO LDL_LDPQ_1 FOREIGN C0A07BLDL_LDPQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.001 0.033 1.067 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.374 1.551 0.814 ;
      RECT 1.485 0.814 1.683 0.88 ;
      RECT 1.595 0.88 1.683 0.99 ;
      RECT 1.485 0.308 1.683 0.374 ;
      RECT 1.595 0.198 1.683 0.308 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.55 0.473 0.638 0.715 ;
      RECT 0.55 0.715 0.803 0.781 ;
      RECT 0.737 0.781 0.803 0.88 ;
      RECT 0.209 0.407 0.638 0.473 ;
      RECT 0.209 0.473 0.275 0.506 ;
      RECT 0.209 0.374 0.275 0.407 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.99 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.946 1.463 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.001 0.946 1.067 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.143 0.935 0.209 ;
    RECT 1.166 0.165 1.331 0.231 ;
    RECT 0.077 0.209 0.517 0.275 ;
    RECT 0.869 0.209 0.935 0.495 ;
    RECT 1.265 0.231 1.331 0.759 ;
    RECT 0.451 0.275 0.781 0.341 ;
    RECT 0.077 0.275 0.143 0.902 ;
    RECT 0.715 0.341 0.781 0.561 ;
    RECT 0.869 0.495 1.166 0.561 ;
    RECT 0.869 0.561 0.935 0.979 ;
    RECT 1.034 0.759 1.331 0.825 ;
    RECT 1.199 0.825 1.265 1.056 ;
    RECT 0.616 0.979 0.935 1.045 ;
  END
END LDL_LDPQ_1
#
# 
MACRO LDL_LDPQ_2 FOREIGN C0A07BLDL_LDPQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.573 0.033 1.639 0.264 ;
      RECT 0.231 0.033 0.297 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.233 0.858 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.66 1.287 0.726 ;
      RECT 1.221 0.726 1.287 0.803 ;
      RECT 1.221 0.803 1.386 0.869 ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.495 0.891 0.66 ;
      RECT 0.231 0.429 0.891 0.495 ;
      RECT 0.231 0.495 0.297 0.572 ;
      RECT 0.165 0.572 0.297 0.638 ;
      RECT 0.165 0.638 0.231 0.726 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.429 0.561 0.539 0.627 ;
      RECT 0.297 0.726 0.363 0.792 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 2.343 0.924 2.409 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.198 ;
    RECT 0.792 0.143 1.243 0.209 ;
    RECT 0.055 0.198 0.165 0.33 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.331 0.198 1.419 0.396 ;
    RECT 1.177 0.209 1.243 0.528 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.771 0.286 1.837 0.495 ;
    RECT 0.099 0.33 0.165 0.429 ;
    RECT 1.034 0.341 1.1 0.374 ;
    RECT 1.331 0.396 1.507 0.462 ;
    RECT 0.033 0.429 0.165 0.495 ;
    RECT 1.947 0.462 2.013 0.957 ;
    RECT 0.033 0.495 0.099 0.858 ;
    RECT 1.65 0.495 1.837 0.561 ;
    RECT 1.177 0.528 1.551 0.594 ;
    RECT 1.771 0.561 1.837 0.77 ;
    RECT 1.485 0.594 1.551 0.957 ;
    RECT 0.561 0.803 1.1 0.869 ;
    RECT 0.033 0.858 0.143 0.99 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.418 0.957 0.627 1.023 ;
    RECT 0.792 0.957 2.013 1.023 ;
  END
END LDL_LDPQ_2
#
# 
MACRO LDL_LDPQ_4 FOREIGN C0A07BLDL_LDPQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.475 0.033 2.541 0.264 ;
      RECT 2.123 0.033 2.189 0.242 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.726 ;
      RECT 2.508 0.726 3.168 0.858 ;
      RECT 2.618 0.297 3.102 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.064856 ;
    PORT
      LAYER M1L ;
      RECT 1.155 0.594 1.848 0.726 ;
      RECT 1.782 0.726 1.848 0.77 ;
      RECT 1.155 0.517 1.221 0.594 ;
      RECT 0.957 0.495 1.221 0.517 ;
      RECT 0.297 0.429 1.221 0.495 ;
      RECT 0.297 0.495 0.363 0.528 ;
      RECT 0.187 0.528 0.363 0.594 ;
      RECT 0.187 0.594 0.253 0.66 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.792 ;
      RECT 0.297 0.792 0.495 0.858 ;
      RECT 0.297 0.726 0.363 0.792 ;
      RECT 0.429 0.561 0.77 0.627 ;
    END
  END D
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.123 0.924 2.189 1.155 ;
      RECT 0.693 1.012 0.759 1.155 ;
      RECT 0.693 0.946 0.792 1.012 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 3.179 0.924 3.245 1.155 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.794 0.957 2.926 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.099 1.738 0.143 ;
    RECT 0.055 0.132 0.165 0.33 ;
    RECT 2.277 0.132 2.387 0.264 ;
    RECT 1.078 0.143 1.98 0.165 ;
    RECT 1.65 0.165 1.98 0.209 ;
    RECT 1.012 0.165 1.144 0.231 ;
    RECT 1.914 0.209 1.98 0.462 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.518 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.321 0.264 2.387 0.759 ;
    RECT 0.418 0.297 1.32 0.363 ;
    RECT 1.485 0.297 1.551 0.33 ;
    RECT 0.055 0.33 0.121 0.858 ;
    RECT 1.485 0.33 1.815 0.462 ;
    RECT 1.914 0.462 2.255 0.528 ;
    RECT 2.189 0.528 2.255 0.594 ;
    RECT 1.914 0.528 1.98 0.957 ;
    RECT 2.057 0.682 2.123 0.759 ;
    RECT 2.057 0.759 2.387 0.825 ;
    RECT 0.561 0.803 1.716 0.869 ;
    RECT 2.299 0.825 2.387 1.056 ;
    RECT 0.561 0.869 0.627 0.957 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 1.012 0.957 1.98 1.023 ;
  END
END LDL_LDPQ_4
#
# 
MACRO LDL_LDPRBQ_1 FOREIGN C0A07BLDL_LDPRBQ_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.297 0.033 0.363 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.165 0.495 0.451 ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.352 0.451 0.495 0.517 ;
      RECT 0.429 0.099 1.419 0.165 ;
      RECT 1.353 0.165 1.419 0.462 ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.991 0.198 2.079 0.99 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.594 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.473 0.759 0.693 ;
      RECT 0.231 0.693 0.759 0.759 ;
      RECT 0.231 0.616 0.297 0.693 ;
      RECT 0.693 0.407 1.023 0.473 ;
      RECT 0.957 0.473 1.023 0.902 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.33 0.957 0.462 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.231 1.155 0.297 ;
    RECT 0.077 0.242 0.143 0.825 ;
    RECT 1.089 0.297 1.155 0.825 ;
    RECT 1.595 0.308 1.661 0.693 ;
    RECT 1.749 0.462 1.815 0.825 ;
    RECT 0.825 0.572 0.891 0.825 ;
    RECT 1.276 0.693 1.661 0.759 ;
    RECT 0.077 0.825 0.891 0.891 ;
    RECT 1.089 0.825 1.815 0.891 ;
    RECT 0.077 0.891 0.143 1.056 ;
    RECT 1.089 0.891 1.155 1.023 ;
    RECT 1.573 0.891 1.639 1.056 ;
    RECT 0.814 0.979 0.946 1.023 ;
    RECT 0.814 1.023 1.155 1.045 ;
    RECT 0.88 1.045 1.155 1.089 ;
  END
END LDL_LDPRBQ_1
#
# 
MACRO LDL_LDPRBQ_2 FOREIGN C0A07BLDL_LDPRBQ_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.695 0.033 2.761 0.264 ;
      RECT 0.231 0.033 0.297 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 2.211 0.209 2.299 0.462 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.297 0.528 0.495 0.594 ;
      RECT 0.429 0.462 0.495 0.528 ;
      LAYER M2L ;
      RECT 0.264 0.363 2.31 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.244 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.693 0.44 0.759 0.528 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.396 3.003 0.792 ;
      RECT 2.871 0.792 3.003 0.858 ;
      RECT 2.871 0.858 2.937 0.924 ;
      RECT 2.871 0.33 3.003 0.396 ;
      RECT 2.871 0.264 2.937 0.33 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.902 ;
      RECT 1.023 0.451 1.947 0.517 ;
      RECT 1.023 0.517 1.089 0.693 ;
      RECT 0.22 0.693 1.089 0.759 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.244 1.045 2.31 1.155 ;
      RECT 2.178 0.979 2.31 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.858 0.099 1.639 0.143 ;
    RECT 0.055 0.132 0.121 0.825 ;
    RECT 1.793 0.132 1.859 0.308 ;
    RECT 0.792 0.143 1.639 0.165 ;
    RECT 1.573 0.165 1.639 0.176 ;
    RECT 0.792 0.165 0.924 0.209 ;
    RECT 1.177 0.165 1.243 0.242 ;
    RECT 1.573 0.176 1.672 0.242 ;
    RECT 0.451 0.198 0.517 0.275 ;
    RECT 1.364 0.231 1.496 0.297 ;
    RECT 0.451 0.275 1.1 0.341 ;
    RECT 1.43 0.297 1.496 0.308 ;
    RECT 2.475 0.308 2.541 0.693 ;
    RECT 1.43 0.308 2.079 0.374 ;
    RECT 2.013 0.374 2.079 0.825 ;
    RECT 2.618 0.495 2.772 0.561 ;
    RECT 2.618 0.561 2.684 0.825 ;
    RECT 1.584 0.583 1.782 0.649 ;
    RECT 2.189 0.616 2.255 0.693 ;
    RECT 1.199 0.649 1.65 0.715 ;
    RECT 2.189 0.693 2.541 0.759 ;
    RECT 1.199 0.715 1.265 0.825 ;
    RECT 0.055 0.825 1.265 0.891 ;
    RECT 1.364 0.825 1.815 0.891 ;
    RECT 2.013 0.825 2.684 0.891 ;
    RECT 0.231 0.891 0.297 1.056 ;
    RECT 1.749 0.891 1.815 1.023 ;
    RECT 2.013 0.891 2.079 1.023 ;
    RECT 2.431 0.891 2.497 1.056 ;
    RECT 0.616 0.957 1.672 1.023 ;
    RECT 1.606 1.023 1.672 1.056 ;
    RECT 1.749 1.023 2.079 1.089 ;
  END
END LDL_LDPRBQ_2
#
# 
MACRO LDL_LDPRBQ_4 FOREIGN C0A07BLDL_LDPRBQ_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.33 3.069 0.66 ;
      RECT 2.541 0.363 2.772 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.33 0.363 0.495 ;
      RECT 0.297 0.495 0.66 0.561 ;
      RECT 0.528 0.561 0.66 0.605 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.102 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.706 0.396 V1L2L ;
      VIA 3.036 0.396 V1L2L ;
    END
  END RD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 1.628 0.594 ;
      RECT 1.287 0.594 1.353 0.671 ;
      RECT 0.165 0.671 1.353 0.693 ;
      RECT 0.352 0.693 1.353 0.737 ;
      RECT 0.165 0.627 0.418 0.671 ;
      RECT 0.165 0.506 0.231 0.627 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.1 0.594 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.385 3.531 0.671 ;
      RECT 3.311 0.671 3.762 0.737 ;
      RECT 3.311 0.737 3.399 0.858 ;
      RECT 3.278 0.319 3.762 0.385 ;
    END
  END Q
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 3.96 0.55 ;
    RECT 0 0.55 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.99 0.099 1.87 0.165 ;
    RECT 1.969 0.099 2.431 0.165 ;
    RECT 0.99 0.165 1.122 0.209 ;
    RECT 1.738 0.165 1.87 0.209 ;
    RECT 1.419 0.165 1.485 0.242 ;
    RECT 1.969 0.165 2.035 0.308 ;
    RECT 2.365 0.165 2.431 0.792 ;
    RECT 2.871 0.165 3.014 0.231 ;
    RECT 2.871 0.231 2.937 0.506 ;
    RECT 0.495 0.264 0.561 0.341 ;
    RECT 1.562 0.264 1.694 0.308 ;
    RECT 0.033 0.286 0.143 0.418 ;
    RECT 0.66 0.297 1.298 0.341 ;
    RECT 1.562 0.308 2.035 0.374 ;
    RECT 0.495 0.341 1.298 0.363 ;
    RECT 0.495 0.363 0.726 0.407 ;
    RECT 1.738 0.374 1.804 0.847 ;
    RECT 0.033 0.418 0.099 0.759 ;
    RECT 1.881 0.462 2.299 0.528 ;
    RECT 3.135 0.495 3.355 0.561 ;
    RECT 2.497 0.506 2.937 0.572 ;
    RECT 1.881 0.528 1.947 0.594 ;
    RECT 2.233 0.528 2.299 0.594 ;
    RECT 3.135 0.561 3.201 0.759 ;
    RECT 2.497 0.572 2.563 0.649 ;
    RECT 2.739 0.572 2.805 1.056 ;
    RECT 1.958 0.693 2.211 0.759 ;
    RECT 2.607 0.726 2.673 0.792 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 2.145 0.759 2.211 0.858 ;
    RECT 2.904 0.759 3.201 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 2.277 0.825 ;
    RECT 2.574 0.759 3.036 0.825 ;
    VIA 2.64 0.792 V1L2L ;
    VIA 2.97 0.792 V1L2L ;
    VIA 0.132 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.792 2.673 0.858 ;
    RECT 1.386 0.814 1.452 0.847 ;
    RECT 0.033 0.825 0.121 0.99 ;
    RECT 2.904 0.825 2.992 0.99 ;
    RECT 0.451 0.847 1.265 0.913 ;
    RECT 1.386 0.847 1.87 0.913 ;
    RECT 2.365 0.858 2.431 0.979 ;
    RECT 1.199 0.913 1.265 0.979 ;
    RECT 0.451 0.913 0.517 0.99 ;
    RECT 1.199 0.979 2.046 1.045 ;
    RECT 2.145 0.979 2.431 1.045 ;
  END
END LDL_LDPRBQ_4
#
# 
MACRO LDL_LDPRBSB_1 FOREIGN C0A07BLDL_LDPRBSB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.639 0.033 1.705 0.264 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.264 3.399 0.33 ;
      RECT 3.157 0.198 3.399 0.264 ;
      RECT 3.157 0.264 3.223 0.726 ;
      RECT 3.157 0.726 3.399 0.792 ;
      RECT 3.333 0.792 3.399 0.858 ;
    END
  END Q
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.739 0.33 2.805 0.825 ;
      RECT 2.618 0.825 2.805 0.891 ;
      RECT 1.474 0.198 1.562 0.462 ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      LAYER M2L ;
      RECT 0.396 0.363 2.838 0.429 ;
      VIA 0.462 0.396 V1L2L ;
      VIA 1.518 0.396 V1L2L ;
      VIA 2.772 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.561 ;
      RECT 0.561 0.561 0.759 0.627 ;
      RECT 0.693 0.627 0.759 0.726 ;
    END
  END D
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.858 ;
      RECT 0.561 0.858 0.891 0.924 ;
      RECT 0.561 0.759 0.627 0.858 ;
      RECT 0.165 0.693 0.627 0.759 ;
      RECT 0.165 0.462 0.231 0.693 ;
      RECT 0.825 0.374 0.891 0.429 ;
      RECT 0.748 0.429 0.891 0.495 ;
      RECT 0.825 0.308 1.199 0.374 ;
      RECT 1.133 0.374 1.199 0.44 ;
    END
  END G
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.792 2.211 0.858 ;
      RECT 2.145 0.594 2.211 0.792 ;
      RECT 2.013 0.726 2.079 0.792 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 3.003 0.891 3.234 0.957 ;
      RECT 3.003 0.264 3.069 0.891 ;
      LAYER M2L ;
      RECT 2.772 0.891 3.168 0.957 ;
      VIA 3.102 0.924 V1L2L ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 1.793 0.99 1.859 1.155 ;
      RECT 1.793 0.924 1.892 0.99 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.463 0.88 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.409 0.099 2.937 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 1.793 0.132 1.859 0.297 ;
    RECT 0.836 0.165 1.331 0.231 ;
    RECT 2.409 0.165 2.475 0.297 ;
    RECT 2.871 0.165 2.937 1.023 ;
    RECT 1.265 0.231 1.331 0.891 ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 2.585 0.286 2.651 0.429 ;
    RECT 1.793 0.297 2.475 0.363 ;
    RECT 3.553 0.308 3.619 0.528 ;
    RECT 1.628 0.363 1.859 0.429 ;
    RECT 1.947 0.429 2.651 0.495 ;
    RECT 1.628 0.429 1.694 0.605 ;
    RECT 3.311 0.462 3.377 0.528 ;
    RECT 1.793 0.495 2.013 0.561 ;
    RECT 3.311 0.528 3.619 0.594 ;
    RECT 2.343 0.561 2.607 0.627 ;
    RECT 1.793 0.561 1.859 0.792 ;
    RECT 0.957 0.594 1.023 0.99 ;
    RECT 3.553 0.594 3.619 0.792 ;
    RECT 1.397 0.605 1.694 0.671 ;
    RECT 2.541 0.627 2.607 0.748 ;
    RECT 2.343 0.627 2.409 0.891 ;
    RECT 1.397 0.671 1.463 0.792 ;
    RECT 1.639 0.792 1.859 0.858 ;
    RECT 0.033 0.825 0.495 0.891 ;
    RECT 1.639 0.858 1.705 1.012 ;
    RECT 3.487 0.88 3.553 1.023 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.033 0.891 0.121 1.056 ;
    RECT 1.089 0.891 1.331 0.957 ;
    RECT 2.343 0.891 2.508 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 2.508 0.957 ;
    VIA 2.442 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.924 2.277 1.023 ;
    RECT 1.089 0.957 1.155 1.056 ;
    RECT 0.429 0.99 1.023 1.056 ;
    RECT 2.211 1.023 3.553 1.089 ;
  END
END LDL_LDPRBSB_1
#
# 
MACRO LDL_LDPRBSB_2 FOREIGN C0A07BLDL_LDPRBSB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 4.257 0.033 4.323 0.264 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.872 0.165 4.004 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.264 3.465 0.594 ;
      RECT 2.145 0.396 2.343 0.462 ;
      RECT 2.277 0.33 2.343 0.396 ;
      RECT 2.145 0.198 2.211 0.396 ;
      RECT 0.495 0.33 0.561 0.495 ;
      RECT 0.495 0.495 0.715 0.561 ;
      LAYER M2L ;
      RECT 0.462 0.363 3.498 0.429 ;
      VIA 0.528 0.396 V1L2L ;
      VIA 2.178 0.396 V1L2L ;
      VIA 3.432 0.396 V1L2L ;
    END
  END RD
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.88 0.451 1.023 0.539 ;
      RECT 0.957 0.539 1.023 0.726 ;
    END
  END D
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 4.389 0.825 4.532 0.891 ;
      RECT 4.389 0.297 4.532 0.363 ;
    END
  END Q
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.803 ;
      RECT 3.707 0.803 3.927 0.869 ;
      RECT 3.707 0.869 3.795 0.99 ;
      RECT 3.707 0.297 3.927 0.363 ;
      RECT 3.707 0.198 3.795 0.297 ;
    END
  END QN
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 2.871 0.495 ;
      RECT 2.805 0.495 2.871 0.594 ;
    END
  END SD
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.891 0.693 ;
      RECT 0.825 0.693 0.891 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 1.089 0.528 1.155 0.825 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.66 ;
      RECT 1.221 0.66 1.419 0.726 ;
      RECT 1.353 0.231 1.419 0.66 ;
      RECT 1.353 0.165 1.947 0.231 ;
      RECT 1.881 0.231 1.947 0.594 ;
      RECT 0.297 0.693 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.627 ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.561 0.924 0.627 1.155 ;
      RECT 4.257 0.924 4.323 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 1.034 0.528 1.738 0.605 ;
    RECT 0 0.528 1.034 0.605 ;
    RECT 1.738 0.528 4.752 0.605 ;
    RECT 0 0.605 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.099 3.597 0.165 ;
    RECT 0.418 0.143 1.078 0.209 ;
    RECT 3.091 0.165 3.157 0.297 ;
    RECT 3.531 0.165 3.597 0.495 ;
    RECT 0.055 0.176 0.121 0.957 ;
    RECT 2.519 0.198 2.585 0.297 ;
    RECT 4.103 0.198 4.169 0.495 ;
    RECT 0.77 0.275 1.254 0.341 ;
    RECT 3.267 0.286 3.333 0.429 ;
    RECT 1.485 0.297 1.815 0.363 ;
    RECT 2.409 0.297 3.157 0.363 ;
    RECT 1.749 0.363 1.815 0.759 ;
    RECT 1.485 0.363 1.551 0.825 ;
    RECT 2.409 0.363 2.475 0.627 ;
    RECT 2.937 0.429 3.333 0.495 ;
    RECT 1.617 0.462 1.683 0.858 ;
    RECT 2.541 0.462 2.607 0.825 ;
    RECT 2.937 0.495 3.003 0.825 ;
    RECT 3.531 0.495 3.762 0.561 ;
    RECT 4.103 0.495 4.29 0.561 ;
    RECT 3.531 0.561 3.597 0.957 ;
    RECT 4.103 0.561 4.169 0.858 ;
    RECT 3.069 0.594 3.135 0.693 ;
    RECT 2.024 0.627 2.475 0.693 ;
    RECT 3.069 0.693 3.41 0.759 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 1.749 0.759 2.244 0.825 ;
    RECT 3.069 0.759 3.135 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.716 0.825 ;
    RECT 2.112 0.759 3.168 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    VIA 2.178 0.792 V1L2L ;
    VIA 3.102 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.825 0.495 0.957 ;
    RECT 1.342 0.825 1.551 0.891 ;
    RECT 1.749 0.825 1.815 1.056 ;
    RECT 2.343 0.825 3.003 0.891 ;
    RECT 2.343 0.891 2.409 0.99 ;
    RECT 0.055 0.957 0.495 1.023 ;
    RECT 0.946 0.957 1.65 1.023 ;
    RECT 2.838 0.957 3.597 1.023 ;
  END
END LDL_LDPRBSB_2
#
# 
MACRO LDL_LDPRBSB_4 FOREIGN C0A07BLDL_LDPRBSB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 5.94 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 0.033 5.544 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 0 -0.033 5.94 0.033 ;
      RECT 5.797 0.033 5.863 0.264 ;
      RECT 5.071 0.033 5.137 0.264 ;
      RECT 4.686 0.033 4.752 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.94 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN RD
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.264 3.927 0.649 ;
      RECT 2.673 0.429 2.739 0.594 ;
      RECT 2.541 0.363 2.739 0.429 ;
      RECT 2.541 0.198 2.607 0.363 ;
      RECT 0.297 0.429 0.627 0.495 ;
      RECT 0.561 0.495 0.627 0.594 ;
      RECT 0.297 0.33 0.363 0.429 ;
      LAYER M2L ;
      RECT 0.264 0.363 3.96 0.429 ;
      VIA 0.33 0.396 V1L2L ;
      VIA 2.64 0.396 V1L2L ;
      VIA 3.894 0.396 V1L2L ;
    END
  END RD
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.363 5.643 0.726 ;
      RECT 5.148 0.726 5.72 0.858 ;
      RECT 5.236 0.297 5.72 0.363 ;
    END
  END Q
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.32 0.594 ;
    END
  END D
  PIN SD
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.495 3.135 0.858 ;
      RECT 3.069 0.429 3.267 0.495 ;
      RECT 3.201 0.495 3.267 0.594 ;
    END
  END SD
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.693 ;
      RECT 4.125 0.693 4.719 0.759 ;
      RECT 4.125 0.759 4.191 0.99 ;
      RECT 4.125 0.297 4.719 0.363 ;
      RECT 4.125 0.198 4.191 0.297 ;
    END
  END QN
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.473 1.947 0.726 ;
      RECT 1.881 0.407 2.343 0.473 ;
      RECT 2.277 0.473 2.343 0.594 ;
      RECT 0.165 0.418 0.231 0.748 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.98 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END G
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 0 1.155 5.94 1.221 ;
      RECT 2.563 0.924 2.629 1.155 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 5.797 0.913 5.863 1.155 ;
      RECT 5.071 0.924 5.137 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.586 1.045 3.652 1.155 ;
      RECT 3.52 0.979 3.652 1.045 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      RECT 5.412 0.957 5.544 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.94 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.94 0.528 ;
    RECT 0.33 0.528 1.034 0.55 ;
    RECT 0 0.528 0.33 0.55 ;
    RECT 1.034 0.528 5.94 0.55 ;
    RECT 0 0.55 5.94 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.099 2.475 0.165 ;
    RECT 3.531 0.099 4.059 0.165 ;
    RECT 0.99 0.143 1.87 0.209 ;
    RECT 1.969 0.165 2.035 0.275 ;
    RECT 2.409 0.165 2.475 0.957 ;
    RECT 3.531 0.165 3.597 0.297 ;
    RECT 3.993 0.165 4.059 0.495 ;
    RECT 0.473 0.198 0.539 0.275 ;
    RECT 4.873 0.198 4.939 0.495 ;
    RECT 0.033 0.22 0.143 0.352 ;
    RECT 0.473 0.275 1.32 0.341 ;
    RECT 1.562 0.275 2.035 0.341 ;
    RECT 3.707 0.286 3.773 0.429 ;
    RECT 2.805 0.297 3.597 0.363 ;
    RECT 0.033 0.352 0.099 0.847 ;
    RECT 2.805 0.363 2.871 0.693 ;
    RECT 3.333 0.429 3.773 0.495 ;
    RECT 2.937 0.462 3.003 0.99 ;
    RECT 3.333 0.495 3.399 0.693 ;
    RECT 3.993 0.495 4.532 0.561 ;
    RECT 4.873 0.495 5.456 0.561 ;
    RECT 3.465 0.561 3.608 0.627 ;
    RECT 3.993 0.561 4.059 0.847 ;
    RECT 4.873 0.561 4.939 0.924 ;
    RECT 2.541 0.594 2.607 0.693 ;
    RECT 3.465 0.627 3.531 0.715 ;
    LAYER M2L ;
    RECT 2.376 0.627 3.564 0.693 ;
    VIA 2.442 0.66 V1L2L ;
    VIA 3.498 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.693 1.782 0.759 ;
    RECT 3.201 0.693 3.399 0.759 ;
    RECT 2.541 0.693 2.871 0.759 ;
    RECT 3.465 0.715 3.85 0.781 ;
    RECT 0.297 0.759 0.363 0.847 ;
    RECT 3.201 0.759 3.267 0.99 ;
    RECT 0.033 0.847 0.363 0.913 ;
    RECT 0.473 0.847 1.287 0.913 ;
    RECT 1.386 0.847 2.211 0.913 ;
    RECT 3.333 0.847 4.059 0.913 ;
    RECT 2.783 0.88 2.849 0.99 ;
    RECT 0.033 0.913 0.121 0.99 ;
    RECT 1.221 0.913 1.287 0.979 ;
    RECT 0.473 0.913 0.539 0.99 ;
    RECT 2.145 0.913 2.211 0.957 ;
    RECT 3.333 0.913 3.399 0.99 ;
    RECT 2.145 0.957 2.475 1.023 ;
    RECT 1.221 0.979 2.046 1.045 ;
    RECT 2.783 0.99 3.267 1.056 ;
  END
END LDL_LDPRBSB_4
#
# 
MACRO LDL_LDP_2RE FOREIGN C0A07BLDL_LDP_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.421 0.033 3.531 0.187 ;
      RECT 3.388 0.187 3.531 0.253 ;
      RECT 3.069 0.033 3.135 0.275 ;
      RECT 2.827 0.033 2.893 0.264 ;
      RECT 2.431 0.033 2.497 0.396 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.671 0.033 0.737 0.396 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.3 0 V1L2L ;
    END
  END VSS
  PIN Q
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.363 3.003 0.429 ;
      RECT 2.937 0.429 3.003 0.759 ;
      RECT 2.607 0.759 3.003 0.825 ;
      RECT 2.607 0.825 2.673 1.034 ;
      RECT 2.607 0.154 2.673 0.363 ;
    END
  END Q
  PIN G
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.132 0.462 0.231 0.528 ;
    END
  END G
  PIN D
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.561 0.759 0.858 ;
      RECT 0.693 0.495 1.023 0.561 ;
      RECT 0.957 0.561 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.495 ;
    END
  END D
  PIN QN
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.759 3.531 0.825 ;
      RECT 3.267 0.825 3.333 1.034 ;
      RECT 3.465 0.385 3.531 0.759 ;
      RECT 3.234 0.319 3.531 0.385 ;
    END
  END QN
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 0.209 1.023 0.319 1.155 ;
      RECT 0.209 0.957 0.352 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      RECT 3.069 0.924 3.135 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.772 0.957 2.904 1.023 ;
      RECT 2.464 1.023 2.53 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 1.023 0.759 1.155 ;
      RECT 0.66 0.957 0.792 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.3 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.495 0.33 ;
    RECT 1.243 0.132 1.309 0.33 ;
    RECT 1.606 0.132 1.672 0.165 ;
    RECT 2.255 0.132 2.321 0.297 ;
    RECT 1.419 0.132 1.485 0.33 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 1.606 0.165 1.936 0.231 ;
    RECT 0.858 0.297 1.155 0.33 ;
    RECT 1.925 0.297 2.365 0.363 ;
    RECT 0.033 0.33 0.363 0.396 ;
    RECT 0.429 0.33 0.561 0.396 ;
    RECT 0.858 0.33 1.309 0.363 ;
    RECT 1.617 0.33 1.815 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 1.089 0.363 1.309 0.396 ;
    RECT 1.925 0.363 1.991 0.594 ;
    RECT 2.277 0.363 2.365 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.848 0.429 ;
    VIA 1.65 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.462 ;
    RECT 0.495 0.396 0.561 0.66 ;
    RECT 1.089 0.396 1.155 0.759 ;
    RECT 1.749 0.396 1.815 0.462 ;
    RECT 1.617 0.396 1.683 0.594 ;
    RECT 1.485 0.396 1.551 0.693 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 1.221 0.462 1.419 0.528 ;
    RECT 2.145 0.462 2.211 0.528 ;
    RECT 3.069 0.462 3.135 0.495 ;
    RECT 3.201 0.462 3.399 0.495 ;
    RECT 2.442 0.495 2.816 0.561 ;
    RECT 3.069 0.495 3.399 0.528 ;
    LAYER M2L ;
    RECT 0.462 0.495 1.452 0.561 ;
    RECT 2.244 0.495 3.3 0.561 ;
    VIA 1.254 0.528 V1L2L ;
    VIA 1.386 0.528 V1L2L ;
    VIA 3.102 0.528 V1L2L ;
    VIA 3.234 0.528 V1L2L ;
    VIA 0.528 0.528 V1L2L ;
    VIA 2.31 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.221 0.528 1.287 0.594 ;
    RECT 1.353 0.528 1.419 0.594 ;
    RECT 2.057 0.528 2.211 0.594 ;
    RECT 3.069 0.528 3.267 0.561 ;
    RECT 3.333 0.528 3.399 0.594 ;
    RECT 2.442 0.561 2.508 0.825 ;
    RECT 3.069 0.561 3.135 0.594 ;
    RECT 3.201 0.561 3.267 0.594 ;
    RECT 0.297 0.594 0.363 0.825 ;
    RECT 2.057 0.594 2.123 0.693 ;
    RECT 0.429 0.66 0.561 0.726 ;
    RECT 2.222 0.693 2.365 0.759 ;
    RECT 1.386 0.693 2.123 0.759 ;
    RECT 0.429 0.726 0.495 0.924 ;
    RECT 0.891 0.759 1.287 0.825 ;
    RECT 2.057 0.759 2.123 0.825 ;
    RECT 0.033 0.792 0.143 0.825 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.034 ;
    RECT 1.826 0.825 1.958 0.891 ;
    RECT 2.057 0.825 2.508 0.891 ;
    RECT 0.033 0.891 0.143 1.045 ;
    RECT 1.892 0.891 1.958 0.957 ;
    RECT 1.21 0.957 1.958 1.023 ;
    RECT 1.21 1.023 1.276 1.056 ;
  END
END LDL_LDP_2RE
#
# 
MACRO LDL_MAJ3B_2 FOREIGN C0A07BLDL_MAJ3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.563 0.033 2.629 0.198 ;
      RECT 2.563 0.198 2.673 0.264 ;
      RECT 1.551 0.033 1.617 0.264 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.2 0.693 2.838 0.759 ;
      RECT 2.2 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.705 0.099 2.475 0.165 ;
    RECT 1.045 0.132 1.111 0.198 ;
    RECT 1.705 0.165 1.771 0.264 ;
    RECT 2.057 0.165 2.123 0.264 ;
    RECT 2.409 0.165 2.475 0.33 ;
    RECT 0.231 0.198 0.297 0.429 ;
    RECT 0.957 0.198 1.111 0.264 ;
    RECT 0.385 0.198 0.451 0.297 ;
    RECT 0.957 0.264 1.023 0.671 ;
    RECT 1.375 0.264 1.441 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.739 0.264 2.805 0.33 ;
    RECT 0.385 0.297 0.627 0.363 ;
    RECT 2.409 0.33 2.805 0.396 ;
    RECT 1.122 0.363 1.287 0.429 ;
    RECT 1.375 0.363 1.947 0.429 ;
    RECT 0.561 0.363 0.627 0.957 ;
    LAYER M2L ;
    RECT 0.198 0.363 1.254 0.429 ;
    VIA 0.264 0.396 V1L2L ;
    VIA 1.188 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.429 0.297 0.495 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.123 0.462 2.189 0.561 ;
    RECT 0.055 0.495 0.121 0.792 ;
    RECT 1.221 0.495 1.386 0.561 ;
    RECT 1.485 0.495 1.936 0.561 ;
    RECT 1.485 0.561 1.551 0.627 ;
    RECT 2.035 0.561 2.189 0.627 ;
    RECT 1.089 0.627 1.551 0.671 ;
    RECT 1.672 0.627 2.101 0.693 ;
    RECT 0.957 0.671 1.551 0.693 ;
    RECT 0.957 0.693 1.155 0.737 ;
    RECT 1.672 0.693 1.738 0.759 ;
    RECT 1.221 0.759 1.738 0.825 ;
    RECT 0.957 0.825 1.287 0.891 ;
    RECT 1.881 0.825 2.981 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 2.915 0.891 2.981 0.99 ;
    RECT 1.881 0.891 1.947 1.023 ;
    RECT 1.375 0.924 1.441 1.023 ;
    RECT 0.561 0.957 1.023 1.023 ;
    RECT 1.375 1.023 1.947 1.089 ;
  END
END LDL_MAJ3B_2
#
# 
MACRO LDL_MAJ3B_4 FOREIGN C0A07BLDL_MAJ3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.763 0.033 4.829 0.264 ;
      RECT 4.444 0.033 4.51 0.165 ;
      RECT 4.378 0.165 4.51 0.231 ;
      RECT 4.059 0.033 4.125 0.264 ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.521 0.462 4.719 0.528 ;
      RECT 4.653 0.528 4.719 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.284592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.693 ;
      RECT 3.344 0.693 4.323 0.759 ;
      RECT 4.235 0.825 4.686 0.891 ;
      RECT 4.235 0.759 4.323 0.825 ;
      RECT 3.344 0.297 3.795 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.872 0.957 4.004 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.52 0.957 3.652 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.816 0.957 2.948 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0.814 0.528 1.474 0.682 ;
    RECT 0 0.528 0.814 0.682 ;
    RECT 1.474 0.528 4.884 0.682 ;
    RECT 0 0.682 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.056 0.165 ;
    RECT 2.497 0.132 2.882 0.165 ;
    RECT 0.99 0.165 1.122 0.231 ;
    RECT 0.561 0.165 0.627 0.264 ;
    RECT 2.497 0.165 3.971 0.198 ;
    RECT 1.419 0.198 1.485 0.627 ;
    RECT 2.816 0.198 3.971 0.231 ;
    RECT 2.497 0.198 2.563 0.264 ;
    RECT 0.231 0.22 0.297 0.33 ;
    RECT 0.693 0.231 0.902 0.297 ;
    RECT 3.905 0.231 3.971 0.363 ;
    RECT 0.693 0.297 0.759 0.825 ;
    RECT 1.782 0.297 2.266 0.363 ;
    RECT 2.64 0.297 3.124 0.363 ;
    RECT 4.202 0.297 4.686 0.363 ;
    RECT 0.231 0.33 0.363 0.396 ;
    RECT 1.617 0.33 1.683 0.495 ;
    RECT 2.2 0.363 2.706 0.429 ;
    RECT 3.905 0.363 4.268 0.429 ;
    LAYER M2L ;
    RECT 0.264 0.363 1.716 0.429 ;
    VIA 0.33 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.396 0.363 0.825 ;
    RECT 1.617 0.495 2.112 0.561 ;
    RECT 2.211 0.495 3.014 0.561 ;
    RECT 3.179 0.495 3.564 0.561 ;
    RECT 2.211 0.561 2.277 0.627 ;
    RECT 3.179 0.561 3.245 0.627 ;
    RECT 1.419 0.627 2.277 0.693 ;
    RECT 2.442 0.627 3.245 0.693 ;
    RECT 1.419 0.693 1.485 0.924 ;
    RECT 2.442 0.693 2.508 0.891 ;
    RECT 0.198 0.825 0.363 0.891 ;
    RECT 0.55 0.825 1.089 0.891 ;
    RECT 1.782 0.825 2.233 0.891 ;
    RECT 2.673 0.825 4.158 0.891 ;
    RECT 1.023 0.891 1.089 1.056 ;
    RECT 2.376 0.891 2.508 0.957 ;
    RECT 4.092 0.891 4.158 0.979 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 2.673 0.891 2.739 1.023 ;
    LAYER M2L ;
    RECT 0.99 0.891 2.508 0.957 ;
    VIA 1.056 0.924 V1L2L ;
    VIA 2.442 0.924 V1L2L ;
    LAYER M1L ;
    RECT 4.763 0.924 4.829 1.023 ;
    RECT 4.092 0.979 4.51 1.023 ;
    RECT 4.092 1.023 4.829 1.045 ;
    RECT 2.167 1.023 2.739 1.089 ;
    RECT 4.444 1.045 4.829 1.089 ;
  END
END LDL_MAJ3B_4
#
# 
MACRO LDL_MAJ3_0P5 FOREIGN C0A07BLDL_MAJ3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.187 ;
      RECT 0.374 0.187 0.506 0.253 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.671 ;
      RECT 0.121 0.671 0.759 0.737 ;
      RECT 0.121 0.594 0.187 0.671 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 1.089 0.594 1.287 0.66 ;
      RECT 1.221 0.66 1.287 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.264 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.132 1.419 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.979 0.165 1.045 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.176 0.297 0.33 ;
    RECT 0.77 0.231 0.902 0.297 ;
    RECT 0.836 0.297 0.902 0.462 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 1.221 0.396 1.287 0.462 ;
    RECT 0.836 0.462 1.287 0.528 ;
    RECT 0.836 0.528 0.902 0.891 ;
    RECT 0.231 0.803 0.671 0.869 ;
    RECT 0.605 0.869 0.671 1.023 ;
    RECT 0.231 0.869 0.297 1.056 ;
    RECT 0.77 0.891 0.902 0.957 ;
    RECT 0.979 0.924 1.045 1.023 ;
    RECT 0.605 1.023 1.045 1.089 ;
  END
END LDL_MAJ3_0P5
#
# 
MACRO LDL_MAJ3_1 FOREIGN C0A07BLDL_MAJ3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.121 0.66 0.759 0.726 ;
      RECT 0.121 0.594 0.187 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.528 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.66 1.155 0.858 ;
      RECT 0.957 0.594 1.155 0.66 ;
      RECT 0.957 0.66 1.023 0.748 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.924 ;
      RECT 1.309 0.924 1.419 1.056 ;
      RECT 1.309 0.198 1.419 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.001 0.506 1.155 ;
      RECT 0.374 0.935 0.506 1.001 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.067 0.165 ;
    RECT 1.001 0.165 1.067 0.286 ;
    RECT 0.605 0.165 0.671 0.33 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 0.77 0.231 0.913 0.297 ;
    RECT 0.825 0.297 0.913 0.396 ;
    RECT 0.231 0.33 0.671 0.396 ;
    RECT 0.825 0.396 1.287 0.462 ;
    RECT 1.221 0.462 1.287 0.594 ;
    RECT 0.825 0.462 0.891 0.88 ;
    RECT 0.198 0.803 0.66 0.869 ;
    RECT 0.594 0.869 0.66 1.023 ;
    RECT 1.001 0.924 1.067 1.023 ;
    RECT 0.594 1.023 1.067 1.089 ;
  END
END LDL_MAJ3_1
#
# 
MACRO LDL_MAJ3_2 FOREIGN C0A07BLDL_MAJ3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 2.519 0.033 2.585 0.264 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.462 1.056 0.594 ;
      RECT 0.825 0.33 0.891 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.616 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 2.244 0.726 2.508 0.858 ;
      RECT 2.31 0.319 2.475 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.122 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.507 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.616 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.254 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.188 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.167 0.924 2.233 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.165 2.079 0.231 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 0.583 0.231 0.649 0.88 ;
    RECT 1.254 0.297 1.738 0.363 ;
    RECT 2.013 0.495 2.189 0.561 ;
    RECT 2.013 0.561 2.079 0.825 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 1.782 0.792 1.848 0.825 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 1.782 0.825 2.079 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.407 0.913 0.473 0.979 ;
    RECT 1.639 0.957 2.09 1.023 ;
    RECT 0.407 0.979 0.858 1.045 ;
    RECT 2.024 1.023 2.09 1.056 ;
  END
END LDL_MAJ3_2
#
# 
MACRO LDL_MAJ3_3 FOREIGN C0A07BLDL_MAJ3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.594 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.385 2.871 0.693 ;
      RECT 2.805 0.759 2.871 0.858 ;
      RECT 2.354 0.693 2.871 0.759 ;
      RECT 2.805 0.198 2.871 0.319 ;
      RECT 2.354 0.319 2.871 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.353 0.462 1.496 0.594 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.264 0.627 1.452 0.693 ;
      VIA 0.33 0.66 V1L2L ;
      VIA 1.386 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.596 1.045 2.662 1.155 ;
      RECT 2.53 0.979 2.662 1.045 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.121 0.825 0.187 ;
    RECT 1.628 0.143 2.112 0.209 ;
    RECT 0.759 0.187 0.825 0.264 ;
    RECT 0.407 0.187 0.473 0.286 ;
    RECT 0.935 0.198 1.001 0.275 ;
    RECT 1.628 0.209 1.694 0.275 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.55 0.275 0.682 0.341 ;
    RECT 0.935 0.275 1.694 0.341 ;
    RECT 1.804 0.275 2.079 0.341 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.55 0.341 0.638 0.671 ;
    RECT 2.013 0.341 2.079 0.495 ;
    LAYER M2L ;
    RECT 0.528 0.363 2.112 0.429 ;
    VIA 0.594 0.396 V1L2L ;
    VIA 2.046 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.013 0.495 2.64 0.561 ;
    RECT 2.013 0.561 2.079 0.693 ;
    RECT 0.55 0.671 0.682 0.737 ;
    RECT 1.804 0.693 2.079 0.759 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.902 0.825 2.112 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
  END
END LDL_MAJ3_3
#
# 
MACRO LDL_MAJ3_4 FOREIGN C0A07BLDL_MAJ3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 1.012 0.462 1.716 0.594 ;
      RECT 1.221 0.198 1.287 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.726 ;
      RECT 3.256 0.726 3.828 0.858 ;
      RECT 3.256 0.297 3.74 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.149072 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.594 2.739 0.726 ;
      RECT 1.881 0.462 2.739 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.22 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 2.772 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.432 0.957 3.564 1.023 ;
      RECT 3.146 1.023 3.212 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 2.376 0.165 2.86 0.231 ;
    RECT 0.572 0.231 0.638 0.297 ;
    RECT 2.376 0.231 2.442 0.297 ;
    RECT 0.198 0.297 0.638 0.363 ;
    RECT 1.628 0.297 2.442 0.363 ;
    RECT 2.552 0.297 2.871 0.363 ;
    RECT 0.748 0.319 0.891 0.385 ;
    RECT 2.805 0.363 2.871 0.825 ;
    RECT 0.825 0.385 0.891 0.693 ;
    RECT 3.091 0.495 3.498 0.561 ;
    RECT 3.091 0.561 3.157 0.825 ;
    RECT 0.748 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 0.198 0.825 1.056 0.891 ;
    RECT 1.309 0.825 2.475 0.891 ;
    RECT 2.541 0.825 3.157 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.409 0.957 2.86 1.023 ;
  END
END LDL_MAJ3_4
#
# 
MACRO LDL_MAJ3_6 FOREIGN C0A07BLDL_MAJ3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.264 ;
      RECT 4.642 0.033 4.708 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.356 0.033 4.422 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 4.004 0.033 4.07 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 2.409 0.462 3.267 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.132 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.363 3.3 0.429 ;
      VIA 0.198 0.396 V1L2L ;
      VIA 3.234 0.396 V1L2L ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.462 2.167 0.594 ;
      RECT 1.485 0.198 1.551 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 4.092 0.726 5.016 0.858 ;
      RECT 4.114 0.297 4.95 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.971 0.946 4.037 1.155 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.804 1.023 1.87 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.642 1.045 4.708 1.155 ;
      RECT 4.642 0.979 4.774 1.045 ;
      RECT 4.29 1.045 4.356 1.155 ;
      RECT 4.29 0.979 4.422 1.045 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.232 0.231 ;
    RECT 3.058 0.165 3.718 0.231 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 3.058 0.231 3.124 0.297 ;
    RECT 1.309 0.242 1.375 0.319 ;
    RECT 0.374 0.297 0.814 0.363 ;
    RECT 1.98 0.297 3.124 0.363 ;
    RECT 3.388 0.297 3.927 0.363 ;
    RECT 0.924 0.319 1.375 0.385 ;
    RECT 3.861 0.363 3.927 0.495 ;
    RECT 1.089 0.385 1.155 0.693 ;
    RECT 3.861 0.495 4.686 0.561 ;
    RECT 3.861 0.561 3.927 0.825 ;
    RECT 0.924 0.693 3.267 0.759 ;
    RECT 3.201 0.759 3.267 0.825 ;
    RECT 0.055 0.825 1.551 0.891 ;
    RECT 1.661 0.825 3.135 0.891 ;
    RECT 3.201 0.825 3.927 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.485 0.891 1.551 0.968 ;
    RECT 3.069 0.891 3.135 0.957 ;
    RECT 1.661 0.891 1.727 0.968 ;
    RECT 3.069 0.957 3.894 1.023 ;
    RECT 3.828 1.023 3.894 1.056 ;
  END
END LDL_MAJ3_6
#
# 
MACRO LDL_MAJI3_0P5 FOREIGN C0A07BLDL_MAJI3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.33 0.099 0.671 ;
      RECT 0.033 0.671 0.759 0.737 ;
      RECT 0.693 0.462 0.759 0.671 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.297 0.891 0.847 ;
      RECT 0.825 0.847 0.968 0.913 ;
      RECT 0.825 0.231 0.968 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.693 0.099 1.133 0.165 ;
    RECT 1.067 0.165 1.133 0.286 ;
    RECT 0.693 0.165 0.759 0.297 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 0.275 0.297 0.759 0.363 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDL_MAJI3_0P5
#
# 
MACRO LDL_MAJI3_1 FOREIGN C0A07BLDL_MAJI3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.352 0.462 0.583 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.594 1.023 0.726 ;
      RECT 0.957 0.462 1.067 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.891 ;
      RECT 0.825 0.891 0.968 0.957 ;
      RECT 0.825 0.297 0.968 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.616 0.154 1.133 0.22 ;
    RECT 0.616 0.22 0.682 0.275 ;
    RECT 1.067 0.22 1.133 0.286 ;
    RECT 0.242 0.275 0.682 0.341 ;
    RECT 0.242 0.825 0.682 0.891 ;
    RECT 1.067 0.88 1.133 1.023 ;
    RECT 0.616 0.891 0.682 1.023 ;
    RECT 0.616 1.023 1.133 1.089 ;
  END
END LDL_MAJI3_1
#
# 
MACRO LDL_MAJI3_2 FOREIGN C0A07BLDL_MAJI3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 1.188 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.627 ;
      RECT 1.254 0.627 1.419 0.693 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      LAYER M2L ;
      RECT 0.396 0.627 1.386 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 1.32 0.66 V1L2L ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.858 1.881 0.924 ;
      RECT 1.815 0.792 1.947 0.858 ;
      RECT 1.881 0.396 1.947 0.792 ;
      RECT 1.815 0.33 1.947 0.396 ;
      RECT 1.815 0.264 1.881 0.33 ;
      RECT 0.561 0.264 0.649 0.858 ;
      LAYER M2L ;
      RECT 0.528 0.759 1.98 0.825 ;
      VIA 0.594 0.792 V1L2L ;
      VIA 1.914 0.792 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 1.639 0.099 2.057 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.286 ;
    RECT 1.991 0.165 2.057 0.264 ;
    RECT 1.639 0.165 1.705 0.297 ;
    RECT 0.055 0.22 0.121 0.286 ;
    RECT 0.055 0.286 0.473 0.352 ;
    RECT 0.902 0.297 1.705 0.363 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 0.902 0.825 1.705 0.891 ;
    RECT 0.055 0.847 0.473 0.913 ;
    RECT 1.639 0.891 1.705 1.023 ;
    RECT 0.407 0.913 0.473 0.957 ;
    RECT 1.991 0.924 2.057 1.023 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 1.639 1.023 2.057 1.089 ;
  END
END LDL_MAJI3_2
#
# 
MACRO LDL_MAJI3_3 FOREIGN C0A07BLDL_MAJI3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33759 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.847 ;
      RECT 2.541 0.847 3.003 0.913 ;
      RECT 2.937 0.913 3.003 0.99 ;
      RECT 2.541 0.297 3.003 0.363 ;
      RECT 2.937 0.198 3.003 0.297 ;
      RECT 0.825 0.385 0.891 0.671 ;
      RECT 0.748 0.671 1.243 0.737 ;
      RECT 0.748 0.319 1.199 0.385 ;
      RECT 1.133 0.242 1.199 0.319 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.64 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.574 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.716 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.871 0.572 ;
      RECT 2.805 0.572 2.871 0.726 ;
      RECT 2.673 0.572 2.739 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.881 0.462 2.376 0.594 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.594 ;
      LAYER M2L ;
      RECT 0.528 0.627 1.98 0.693 ;
      VIA 0.594 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.143 1.056 0.209 ;
    RECT 2.365 0.165 2.816 0.231 ;
    RECT 1.309 0.198 1.375 0.275 ;
    RECT 0.572 0.209 0.638 0.275 ;
    RECT 2.365 0.231 2.431 0.275 ;
    RECT 0.198 0.275 0.638 0.341 ;
    RECT 1.309 0.275 2.431 0.341 ;
    RECT 0.198 0.825 0.638 0.891 ;
    RECT 1.309 0.825 2.431 0.891 ;
    RECT 0.572 0.891 0.638 0.979 ;
    RECT 1.309 0.891 1.375 0.968 ;
    RECT 2.365 0.891 2.431 0.979 ;
    RECT 0.572 0.979 1.056 1.045 ;
    RECT 2.365 0.979 2.816 1.045 ;
  END
END LDL_MAJI3_3
#
# 
MACRO LDL_MAJI3_4 FOREIGN C0A07BLDL_MAJI3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.948 0.033 3.014 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.244 0.033 2.31 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.3872 ;
    PORT
      LAYER M1L ;
      RECT 3.267 0.363 3.333 0.825 ;
      RECT 3.267 0.825 3.718 0.891 ;
      RECT 3.267 0.297 3.718 0.363 ;
      RECT 0.957 0.385 1.023 0.726 ;
      RECT 0.924 0.726 1.419 0.858 ;
      RECT 0.924 0.319 1.419 0.385 ;
      LAYER M2L ;
      RECT 0.924 0.363 3.366 0.429 ;
      VIA 0.99 0.396 V1L2L ;
      VIA 3.3 0.396 V1L2L ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 2.167 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.594 2.409 0.726 ;
      RECT 2.343 0.462 3.036 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.264 0.462 0.792 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.442 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.376 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 3.091 0.143 3.883 0.209 ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 3.817 0.209 3.883 0.286 ;
    RECT 3.091 0.209 3.157 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.748 0.231 0.814 0.297 ;
    RECT 0.055 0.297 0.814 0.363 ;
    RECT 1.65 0.297 3.157 0.363 ;
    RECT 0.055 0.737 0.121 0.825 ;
    RECT 0.055 0.825 0.814 0.891 ;
    RECT 1.65 0.825 3.157 0.891 ;
    RECT 0.748 0.891 0.814 0.957 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 3.85 0.924 3.916 0.957 ;
    RECT 0.748 0.957 1.584 1.023 ;
    RECT 3.091 0.957 3.916 1.023 ;
  END
END LDL_MAJI3_4
#
# 
MACRO LDL_MAJI3_6 FOREIGN C0A07BLDL_MAJI3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.256 0.033 3.322 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 5.544 0.594 ;
      RECT 5.445 0.594 5.511 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.462 2.904 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.276 0.726 4.719 0.737 ;
      RECT 4.653 0.737 4.719 0.825 ;
      RECT 4.653 0.825 5.456 0.891 ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 4.62 0.297 5.456 0.363 ;
      RECT 2.046 0.671 4.719 0.726 ;
      RECT 1.276 0.737 2.112 0.858 ;
      RECT 1.276 0.319 2.112 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 3.696 0.462 4.851 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
      LAYER M2L ;
      RECT 1.056 0.627 4.884 0.693 ;
      VIA 1.122 0.66 V1L2L ;
      VIA 4.818 0.66 V1L2L ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.968 1.045 1.034 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.143 2.255 0.209 ;
    RECT 4.455 0.143 5.621 0.209 ;
    RECT 0.055 0.187 0.121 0.275 ;
    RECT 2.343 0.198 2.409 0.275 ;
    RECT 1.1 0.209 1.166 0.275 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 4.455 0.209 4.521 0.275 ;
    RECT 5.555 0.209 5.621 0.286 ;
    RECT 0.055 0.275 1.166 0.341 ;
    RECT 2.343 0.275 4.521 0.341 ;
    RECT 0.055 0.759 0.121 0.847 ;
    RECT 2.343 0.825 4.521 0.891 ;
    RECT 0.055 0.847 1.166 0.913 ;
    RECT 2.343 0.891 2.409 0.968 ;
    RECT 4.455 0.891 4.521 0.979 ;
    RECT 2.189 0.902 2.255 0.979 ;
    RECT 5.555 0.902 5.621 0.979 ;
    RECT 1.1 0.913 1.166 0.979 ;
    RECT 1.1 0.979 2.255 1.045 ;
    RECT 4.455 0.979 5.621 1.045 ;
  END
END LDL_MAJI3_6
#
# 
MACRO LDL_MUX2_0P5 FOREIGN C0A07BLDL_MUX2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.264 0.165 0.396 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 0.99 ;
      RECT 1.705 0.99 1.771 1.056 ;
      RECT 1.705 0.198 1.815 0.264 ;
      RECT 1.705 0.132 1.771 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.473 1.551 0.649 ;
      RECT 1.353 0.407 1.551 0.473 ;
      RECT 1.353 0.473 1.419 0.649 ;
      LAYER M2L ;
      RECT 1.221 0.495 1.584 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 1.518 0.528 V1L2L ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.627 1.023 0.726 ;
      RECT 0.693 0.561 1.023 0.627 ;
      RECT 0.693 0.44 0.759 0.495 ;
      RECT 0.616 0.495 0.759 0.561 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 1.529 0.946 1.595 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.671 0.099 1.309 0.165 ;
    RECT 0.495 0.132 0.561 0.286 ;
    RECT 0.099 0.132 0.165 0.297 ;
    RECT 1.221 0.165 1.309 0.209 ;
    RECT 0.671 0.165 0.737 0.264 ;
    RECT 1.221 0.209 1.386 0.297 ;
    RECT 1.089 0.264 1.155 0.825 ;
    RECT 0.803 0.275 1.023 0.341 ;
    RECT 0.451 0.286 0.561 0.352 ;
    RECT 0.099 0.297 0.363 0.363 ;
    RECT 1.221 0.297 1.287 0.924 ;
    RECT 1.617 0.33 1.683 0.781 ;
    RECT 0.957 0.341 1.023 0.462 ;
    RECT 0.451 0.352 0.517 0.693 ;
    RECT 0.297 0.363 0.363 0.825 ;
    LAYER M2L ;
    RECT 0.924 0.363 1.716 0.429 ;
    VIA 0.99 0.396 V1L2L ;
    VIA 1.65 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.451 0.693 0.858 0.759 ;
    RECT 1.397 0.781 1.683 0.847 ;
    RECT 0.055 0.825 1.155 0.891 ;
    RECT 1.397 0.847 1.463 1.023 ;
    RECT 0.055 0.891 0.121 1.034 ;
    RECT 0.715 0.891 0.781 1.056 ;
    RECT 0.88 0.957 1.155 1.023 ;
    RECT 1.089 1.023 1.463 1.089 ;
  END
END LDL_MUX2_0P5
#
# 
MACRO LDL_MUX2_1 FOREIGN C0A07BLDL_MUX2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.264 1.683 0.924 ;
      RECT 1.573 0.924 1.683 1.056 ;
      RECT 1.573 0.132 1.683 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.858 0.891 1.023 ;
      RECT 0.429 1.023 0.946 1.089 ;
      LAYER M2L ;
      RECT 0.594 0.891 0.99 0.957 ;
      VIA 0.858 0.924 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.099 1.485 0.165 ;
    RECT 0.055 0.154 0.121 0.231 ;
    RECT 0.605 0.154 0.671 0.363 ;
    RECT 0.781 0.165 0.847 0.264 ;
    RECT 1.419 0.165 1.485 0.33 ;
    RECT 0.451 0.22 0.517 0.495 ;
    RECT 0.055 0.231 0.363 0.297 ;
    RECT 0.924 0.231 1.089 0.297 ;
    LAYER M2L ;
    RECT 0.198 0.231 1.056 0.297 ;
    VIA 0.264 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.199 0.264 1.265 0.33 ;
    RECT 0.297 0.297 0.363 0.836 ;
    RECT 0.924 0.297 0.99 0.462 ;
    RECT 1.155 0.33 1.265 0.396 ;
    RECT 1.419 0.33 1.551 0.396 ;
    RECT 0.605 0.363 0.836 0.429 ;
    RECT 1.155 0.396 1.221 0.561 ;
    RECT 1.485 0.396 1.551 0.792 ;
    RECT 0.77 0.429 0.836 0.561 ;
    RECT 0.451 0.495 0.66 0.561 ;
    RECT 0.451 0.561 0.517 0.792 ;
    RECT 0.77 0.561 1.221 0.627 ;
    RECT 1.155 0.627 1.221 0.77 ;
    RECT 0.737 0.693 1.023 0.759 ;
    RECT 0.605 0.726 0.671 0.891 ;
    RECT 0.737 0.759 0.803 0.792 ;
    RECT 0.957 0.759 1.023 0.891 ;
    RECT 1.419 0.792 1.551 0.858 ;
    RECT 0.055 0.836 0.363 0.891 ;
    RECT 1.419 0.858 1.485 0.891 ;
    RECT 0.055 0.891 0.671 0.902 ;
    RECT 0.957 0.891 1.485 0.957 ;
    RECT 0.297 0.902 0.671 0.957 ;
    RECT 0.055 0.902 0.121 0.968 ;
  END
END LDL_MUX2_1
#
# 
MACRO LDL_MUX2_2 FOREIGN C0A07BLDL_MUX2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.055 0.033 0.121 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.264 0.627 0.924 ;
      RECT 0.561 0.924 0.693 0.99 ;
      RECT 0.627 0.99 0.693 1.056 ;
      RECT 0.561 0.198 0.693 0.264 ;
      RECT 0.627 0.132 0.693 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.825 0.462 0.891 0.66 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.055176 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.561 2.046 0.627 ;
      RECT 1.98 0.627 2.046 0.693 ;
      RECT 1.881 0.396 1.947 0.561 ;
      RECT 1.221 0.418 1.331 0.627 ;
      LAYER M2L ;
      RECT 1.188 0.495 1.98 0.561 ;
      VIA 1.254 0.528 V1L2L ;
      VIA 1.914 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.221 0.792 1.287 1.155 ;
      RECT 0.803 0.836 0.869 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.132 1.859 0.198 ;
    RECT 1.947 0.132 2.057 0.33 ;
    RECT 1.023 0.198 1.089 0.33 ;
    RECT 1.749 0.198 1.859 0.264 ;
    RECT 0.231 0.22 0.297 0.286 ;
    LAYER M2L ;
    RECT 0.99 0.231 2.046 0.297 ;
    VIA 1.056 0.264 V1L2L ;
    VIA 1.98 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.617 0.242 1.683 0.825 ;
    RECT 1.749 0.264 1.815 0.693 ;
    RECT 1.386 0.275 1.551 0.341 ;
    RECT 0.231 0.286 0.495 0.352 ;
    RECT 0.693 0.33 0.759 0.66 ;
    RECT 1.023 0.33 1.155 0.396 ;
    RECT 1.485 0.341 1.551 0.693 ;
    RECT 0.429 0.352 0.495 0.825 ;
    LAYER M2L ;
    RECT 0.66 0.363 1.848 0.429 ;
    VIA 0.726 0.396 V1L2L ;
    VIA 1.782 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.089 0.396 1.155 0.825 ;
    RECT 1.386 0.693 1.551 0.759 ;
    RECT 1.749 0.693 1.892 0.759 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.716 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.65 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 0.99 0.825 1.155 0.891 ;
    RECT 1.617 0.825 2.035 0.891 ;
    RECT 1.485 0.858 1.551 0.957 ;
    RECT 0.231 0.891 0.297 0.968 ;
    RECT 1.089 0.891 1.155 0.99 ;
    RECT 1.969 0.891 2.035 0.968 ;
    LAYER M2L ;
    RECT 1.056 0.891 1.584 0.957 ;
    VIA 1.122 0.924 V1L2L ;
    VIA 1.518 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.485 0.957 1.716 1.023 ;
  END
END LDL_MUX2_2
#
# 
MACRO LDL_MUX2_2RE FOREIGN C0A07BLDL_MUX2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.386 0.143 1.518 0.209 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.617 0.88 1.683 1.155 ;
      RECT 1.617 0.814 1.716 0.88 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.88 1.947 1.155 ;
      RECT 1.848 0.814 1.947 0.88 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.837 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.969 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.837 0.528 1.903 0.671 ;
    RECT 0.858 0.671 1.903 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDL_MUX2_2RE
#
# 
MACRO LDL_MUX2_3 FOREIGN C0A07BLDL_MUX2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.596 0.143 2.728 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 2.046 0.693 2.53 0.759 ;
      RECT 2.079 0.297 2.53 0.363 ;
      RECT 2.079 0.22 2.145 0.297 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.308 0.561 ;
      RECT 0.165 0.561 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.794 0.539 3.135 0.605 ;
      RECT 3.069 0.605 3.135 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.682 ;
      RECT 1.683 0.682 1.815 0.748 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.848 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.036 1.045 3.102 1.155 ;
      RECT 2.97 0.979 3.102 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.596 0.979 2.728 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.121 1.98 0.209 ;
    RECT 1.914 0.209 1.98 0.495 ;
    RECT 1.177 0.209 1.243 1.023 ;
    RECT 0.407 0.264 0.473 0.363 ;
    RECT 1.551 0.275 1.815 0.363 ;
    RECT 1.32 0.275 1.452 0.341 ;
    RECT 2.629 0.275 2.926 0.341 ;
    RECT 0.77 0.319 1.111 0.385 ;
    RECT 1.32 0.341 1.386 0.561 ;
    RECT 2.629 0.341 2.695 0.847 ;
    RECT 0.407 0.363 0.594 0.429 ;
    RECT 1.551 0.363 1.617 0.462 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.65 0.429 ;
    VIA 0.528 0.396 V1L2L ;
    VIA 1.584 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.045 0.385 1.111 0.957 ;
    RECT 0.407 0.429 0.473 0.759 ;
    RECT 1.914 0.495 2.178 0.561 ;
    RECT 1.32 0.561 1.584 0.627 ;
    RECT 1.518 0.627 1.584 0.847 ;
    RECT 1.331 0.726 1.441 0.924 ;
    RECT 0.407 0.759 0.858 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.452 0.825 ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.518 0.847 3.245 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.179 0.913 3.245 0.99 ;
    RECT 0.77 0.957 1.111 1.023 ;
    RECT 1.496 0.979 1.98 1.023 ;
    RECT 1.177 1.023 1.98 1.045 ;
    RECT 1.177 1.045 1.562 1.089 ;
  END
END LDL_MUX2_3
#
# 
MACRO LDL_MUX2_4 FOREIGN C0A07BLDL_MUX2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.992 0.033 3.058 0.143 ;
      RECT 2.926 0.143 3.058 0.209 ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.311 0.033 3.377 0.264 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 0.979 0.033 1.045 0.264 ;
      RECT 0.605 0.033 0.671 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.385 3.135 0.825 ;
      RECT 2.783 0.825 3.234 0.891 ;
      RECT 2.783 0.891 2.849 0.968 ;
      RECT 2.75 0.319 3.234 0.385 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 2.64 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.110352 ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.561 1.881 0.627 ;
      RECT 1.694 0.627 1.881 0.693 ;
      RECT 1.694 0.495 1.881 0.561 ;
      RECT 0.693 0.44 0.759 0.627 ;
      RECT 0.594 0.627 0.759 0.693 ;
      LAYER M2L ;
      RECT 0.594 0.627 1.848 0.693 ;
      VIA 0.66 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.045 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.572 1.045 0.638 1.155 ;
      RECT 0.572 0.979 0.704 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.133 0.099 1.947 0.165 ;
    RECT 2.079 0.154 2.145 0.22 ;
    RECT 1.133 0.165 1.199 0.264 ;
    RECT 1.881 0.165 1.947 0.264 ;
    RECT 1.573 0.165 1.639 0.308 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.035 0.22 2.145 0.319 ;
    RECT 1.309 0.231 1.452 0.297 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.178 0.297 ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.112 0.264 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.264 1.815 0.363 ;
    RECT 0.77 0.275 0.902 0.341 ;
    RECT 0.055 0.297 0.517 0.363 ;
    RECT 1.309 0.297 1.375 0.594 ;
    RECT 1.529 0.308 1.639 0.374 ;
    RECT 2.035 0.319 2.53 0.385 ;
    RECT 0.836 0.341 0.902 0.495 ;
    RECT 0.429 0.363 0.594 0.429 ;
    RECT 1.705 0.363 1.936 0.429 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.914 0.429 ;
    VIA 1.848 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.529 0.374 1.595 1.023 ;
    RECT 2.035 0.385 2.101 0.671 ;
    RECT 0.429 0.429 0.495 0.759 ;
    RECT 0.836 0.495 1.166 0.561 ;
    RECT 2.772 0.495 2.948 0.561 ;
    RECT 0.836 0.561 0.902 0.759 ;
    RECT 2.772 0.561 2.838 0.682 ;
    RECT 1.958 0.671 2.53 0.737 ;
    RECT 2.629 0.682 2.838 0.748 ;
    RECT 0.99 0.693 1.056 0.759 ;
    RECT 1.958 0.737 2.024 0.792 ;
    RECT 2.629 0.748 2.695 0.803 ;
    RECT 0.429 0.759 0.66 0.825 ;
    RECT 0.77 0.759 0.902 0.825 ;
    RECT 0.99 0.759 1.397 0.825 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.122 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.705 0.792 2.024 0.858 ;
    RECT 2.09 0.803 2.695 0.869 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 1.331 0.825 1.397 0.902 ;
    RECT 1.705 0.858 1.771 0.924 ;
    RECT 2.09 0.869 2.156 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.133 0.924 1.199 1.023 ;
    RECT 1.848 0.957 2.156 1.023 ;
    RECT 1.133 1.023 1.914 1.089 ;
  END
END LDL_MUX2_4
#
# 
MACRO LDL_MUX2_6 FOREIGN C0A07BLDL_MUX2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.62 0.033 4.686 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 4.202 0.033 4.268 0.143 ;
      RECT 4.202 0.143 4.334 0.209 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.454 0.143 3.586 0.209 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.42 0.033 2.486 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.165528 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.198 2.013 0.495 ;
      RECT 1.562 0.495 2.013 0.561 ;
      RECT 0.099 0.198 0.165 0.462 ;
      RECT 0.099 0.462 0.44 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.231 2.046 0.297 ;
      VIA 0.132 0.264 V1L2L ;
      VIA 1.98 0.264 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.431 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.132616 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.462 4.455 0.528 ;
      RECT 4.257 0.528 4.323 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.693 ;
      RECT 2.926 0.693 3.762 0.759 ;
      RECT 2.926 0.297 3.762 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.42 1.045 2.486 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 2.002 1.045 2.068 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.077 0.924 0.143 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.121 1.705 0.187 ;
    RECT 0.902 0.187 1.353 0.209 ;
    RECT 1.639 0.187 1.705 0.264 ;
    RECT 0.253 0.198 0.319 0.275 ;
    RECT 1.287 0.209 1.353 0.847 ;
    RECT 0.605 0.22 0.671 0.275 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 0.759 0.242 0.825 0.319 ;
    RECT 4.059 0.264 4.125 0.297 ;
    RECT 0.253 0.275 0.671 0.341 ;
    RECT 1.463 0.286 1.529 0.363 ;
    RECT 1.815 0.286 1.881 0.363 ;
    RECT 2.211 0.297 2.662 0.363 ;
    RECT 4.059 0.297 4.829 0.363 ;
    RECT 0.759 0.319 1.21 0.385 ;
    RECT 0.605 0.341 0.671 0.495 ;
    RECT 1.463 0.363 1.881 0.429 ;
    RECT 2.596 0.363 2.662 0.715 ;
    RECT 4.059 0.363 4.125 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.363 4.158 0.429 ;
    VIA 1.782 0.396 V1L2L ;
    VIA 4.092 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.144 0.385 1.21 0.627 ;
    RECT 0.605 0.495 0.968 0.561 ;
    RECT 2.761 0.495 3.146 0.561 ;
    RECT 0.605 0.561 0.671 0.759 ;
    RECT 1.419 0.561 1.485 0.715 ;
    RECT 2.761 0.561 2.827 0.847 ;
    RECT 1.056 0.627 1.21 0.693 ;
    LAYER M2L ;
    RECT 1.056 0.627 1.518 0.693 ;
    VIA 1.122 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.419 0.715 2.662 0.781 ;
    RECT 0.22 0.759 0.671 0.825 ;
    RECT 0.759 0.759 1.177 0.825 ;
    RECT 0.605 0.825 0.671 0.858 ;
    RECT 1.111 0.825 1.177 0.902 ;
    RECT 0.759 0.825 0.825 0.99 ;
    RECT 2.937 0.825 4.829 0.891 ;
    RECT 1.287 0.847 2.827 0.913 ;
    RECT 2.937 0.891 3.003 0.99 ;
    RECT 4.763 0.891 4.829 0.99 ;
    LAYER M2L ;
    RECT 0.726 0.891 3.036 0.957 ;
    VIA 0.792 0.924 V1L2L ;
    VIA 2.97 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.913 1.353 1.012 ;
    RECT 0.935 0.946 1.001 1.012 ;
    RECT 0.935 1.012 1.353 1.078 ;
  END
END LDL_MUX2_6
#
# 
MACRO LDL_MUX2_8 FOREIGN C0A07BLDL_MUX2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 6.193 0.033 6.259 0.264 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.786 0.143 5.918 0.209 ;
      RECT 5.5 0.033 5.566 0.143 ;
      RECT 5.434 0.143 5.566 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.026 0.033 4.092 0.143 ;
      RECT 4.026 0.143 4.158 0.209 ;
      RECT 3.641 0.033 3.707 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.374 5.907 0.726 ;
      RECT 4.939 0.726 6.094 0.858 ;
      RECT 4.939 0.858 5.005 0.968 ;
      RECT 4.906 0.286 6.094 0.374 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.528 4.488 0.594 ;
      RECT 3.729 0.462 4.488 0.528 ;
      RECT 3.729 0.33 3.795 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.219736 ;
    PORT
      LAYER M1L ;
      RECT 2.838 0.627 3.025 0.693 ;
      RECT 2.959 0.561 3.267 0.627 ;
      RECT 3.201 0.462 3.267 0.561 ;
      RECT 1.617 0.627 1.848 0.693 ;
      RECT 1.617 0.528 1.683 0.627 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
      LAYER M2L ;
      RECT 1.716 0.627 2.97 0.693 ;
      VIA 1.782 0.66 V1L2L ;
      VIA 2.904 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.5 1.045 5.566 1.155 ;
      RECT 5.434 0.979 5.566 1.045 ;
      RECT 1.859 0.924 1.925 1.155 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 6.193 0.924 6.259 1.155 ;
      RECT 5.852 1.045 5.918 1.155 ;
      RECT 5.786 0.979 5.918 1.045 ;
      RECT 5.148 1.045 5.214 1.155 ;
      RECT 5.082 0.979 5.214 1.045 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 4.378 1.045 4.444 1.155 ;
      RECT 4.378 0.979 4.51 1.045 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.507 0.946 1.573 1.155 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.254 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 3.344 0.209 ;
    RECT 1.98 0.165 2.783 0.231 ;
    RECT 3.883 0.176 3.949 0.275 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.871 0.209 2.959 0.33 ;
    RECT 1.507 0.22 1.573 0.319 ;
    RECT 2.717 0.231 2.783 0.429 ;
    LAYER M2L ;
    RECT 1.32 0.231 2.97 0.297 ;
    VIA 2.904 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.264 1.001 0.297 ;
    RECT 3.883 0.275 4.686 0.341 ;
    RECT 3.069 0.275 3.564 0.341 ;
    RECT 0.935 0.297 1.419 0.319 ;
    RECT 2.156 0.297 2.607 0.363 ;
    RECT 0.231 0.319 1.419 0.363 ;
    RECT 1.507 0.319 2.057 0.385 ;
    RECT 4.62 0.341 4.686 0.671 ;
    RECT 3.069 0.341 3.135 0.429 ;
    RECT 3.498 0.341 3.564 0.803 ;
    RECT 0.231 0.363 1.001 0.385 ;
    RECT 2.541 0.363 2.607 0.627 ;
    RECT 0.935 0.385 1.001 0.759 ;
    RECT 1.991 0.385 2.057 0.495 ;
    RECT 2.717 0.429 3.135 0.495 ;
    RECT 1.991 0.495 2.42 0.561 ;
    RECT 4.796 0.495 5.61 0.561 ;
    RECT 1.991 0.561 2.057 0.759 ;
    RECT 4.796 0.561 4.862 0.803 ;
    RECT 3.333 0.594 3.399 0.759 ;
    RECT 2.541 0.627 2.739 0.693 ;
    RECT 3.696 0.627 3.894 0.671 ;
    LAYER M2L ;
    RECT 3.3 0.627 3.828 0.693 ;
    VIA 3.366 0.66 V1L2L ;
    VIA 3.762 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.696 0.671 4.686 0.693 ;
    RECT 2.673 0.693 2.739 0.759 ;
    RECT 3.828 0.693 4.686 0.737 ;
    RECT 0.935 0.759 1.188 0.825 ;
    RECT 1.298 0.759 2.057 0.825 ;
    RECT 2.156 0.759 2.607 0.825 ;
    RECT 2.673 0.759 3.399 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.31 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.244 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.498 0.803 4.862 0.869 ;
    RECT 0.231 0.825 1.001 0.891 ;
    RECT 2.541 0.825 2.607 0.902 ;
    RECT 3.498 0.869 3.564 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.013 0.924 2.079 1.012 ;
    RECT 2.365 0.946 2.431 1.012 ;
    RECT 2.717 0.946 2.783 1.012 ;
    RECT 3.069 0.946 3.135 1.012 ;
    RECT 3.388 0.957 3.564 1.012 ;
    RECT 2.013 1.012 3.564 1.023 ;
    RECT 2.013 1.023 3.454 1.078 ;
  END
END LDL_MUX2_8
#
# 
MACRO LDL_MUX2_HD_1 FOREIGN C0A07BLDL_MUX2_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.165 0.363 0.462 ;
      RECT 0.088 0.099 0.704 0.165 ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.924 ;
      RECT 1.441 0.924 1.551 1.056 ;
      RECT 1.441 0.132 1.551 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 1.177 0.462 1.287 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.177 0.396 1.243 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.561 0.363 0.99 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.32 0.165 ;
    RECT 1.254 0.165 1.32 0.264 ;
    RECT 0.847 0.165 0.913 0.374 ;
    RECT 0.033 0.242 0.187 0.308 ;
    RECT 0.451 0.264 0.737 0.33 ;
    RECT 1.254 0.264 1.375 0.33 ;
    RECT 0.033 0.308 0.121 0.759 ;
    RECT 1.045 0.308 1.111 0.858 ;
    RECT 0.671 0.33 0.737 0.418 ;
    RECT 0.451 0.33 0.517 0.924 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 1.353 0.396 1.419 0.792 ;
    RECT 0.913 0.462 0.979 0.759 ;
    RECT 0.594 0.594 0.682 0.759 ;
    RECT 0.033 0.759 0.198 0.825 ;
    RECT 0.594 0.759 0.979 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.759 0.726 0.825 ;
    VIA 0.132 0.792 V1L2L ;
    VIA 0.66 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.121 0.924 ;
    RECT 1.254 0.858 1.353 0.924 ;
    RECT 1.254 0.924 1.32 0.957 ;
    RECT 0.638 0.957 1.32 1.023 ;
  END
END LDL_MUX2_HD_1
#
# 
MACRO LDL_MUX2_HD_2 FOREIGN C0A07BLDL_MUX2_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.859 0.033 1.925 0.264 ;
      RECT 1.441 0.033 1.507 0.165 ;
      RECT 1.441 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.682 0.462 0.891 0.594 ;
      LAYER M2L ;
      RECT 0.561 0.495 0.891 0.561 ;
      VIA 0.792 0.528 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 1.309 0.462 1.419 0.594 ;
      RECT 1.353 0.594 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.396 1.815 0.792 ;
      RECT 1.683 0.792 1.815 0.858 ;
      RECT 1.683 0.858 1.749 0.924 ;
      RECT 1.683 0.33 1.815 0.396 ;
      RECT 1.683 0.264 1.749 0.33 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.99 1.551 1.155 ;
      RECT 1.485 0.924 1.617 0.99 ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.859 0.924 1.925 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.342 0.165 ;
    RECT 0.924 0.165 0.99 0.187 ;
    RECT 1.276 0.165 1.342 0.297 ;
    RECT 0.077 0.187 0.748 0.253 ;
    RECT 0.858 0.187 0.99 0.253 ;
    RECT 0.077 0.253 0.143 0.33 ;
    RECT 0.297 0.253 0.363 0.847 ;
    RECT 1.133 0.264 1.199 0.66 ;
    RECT 1.276 0.297 1.617 0.363 ;
    RECT 0.429 0.319 1.067 0.385 ;
    RECT 1.551 0.363 1.617 0.792 ;
    RECT 1.001 0.385 1.067 0.55 ;
    RECT 0.429 0.385 0.495 0.704 ;
    RECT 1.034 0.66 1.287 0.715 ;
    RECT 0.616 0.682 0.682 0.715 ;
    RECT 0.429 0.704 0.539 0.77 ;
    RECT 0.616 0.715 1.287 0.726 ;
    RECT 0.616 0.726 1.1 0.781 ;
    RECT 1.221 0.726 1.287 0.792 ;
    RECT 0.473 0.77 0.539 0.836 ;
    RECT 1.353 0.792 1.617 0.858 ;
    RECT 0.077 0.847 0.363 0.913 ;
    RECT 0.616 0.847 1.166 0.913 ;
    RECT 1.353 0.858 1.419 0.979 ;
    RECT 0.297 0.913 0.363 0.968 ;
    RECT 0.616 0.913 0.682 0.968 ;
    RECT 0.077 0.913 0.143 0.99 ;
    RECT 0.297 0.968 0.682 1.034 ;
    RECT 0.836 0.979 1.419 1.045 ;
  END
END LDL_MUX2_HD_2
#
# 
MACRO LDL_MUX2_HD_3 FOREIGN C0A07BLDL_MUX2_HD_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.033 2.046 0.143 ;
      RECT 1.914 0.143 2.046 0.209 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.738 0.825 2.211 0.891 ;
      RECT 2.123 0.891 2.211 0.99 ;
      RECT 1.738 0.297 2.211 0.363 ;
      RECT 2.123 0.198 2.211 0.297 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.441 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.099 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.353 0.165 1.419 0.297 ;
    RECT 0.055 0.231 0.121 0.33 ;
    RECT 0.297 0.231 0.363 0.891 ;
    RECT 1.177 0.231 1.287 0.297 ;
    RECT 1.221 0.297 1.287 0.693 ;
    RECT 1.353 0.297 1.628 0.363 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.562 0.363 1.628 0.495 ;
    RECT 1.045 0.385 1.111 0.55 ;
    RECT 0.429 0.385 0.517 0.792 ;
    RECT 1.562 0.495 1.958 0.561 ;
    RECT 1.562 0.561 1.628 0.825 ;
    RECT 0.616 0.693 1.287 0.759 ;
    RECT 1.221 0.759 1.287 0.792 ;
    RECT 1.364 0.825 1.628 0.891 ;
    RECT 0.726 0.847 1.166 0.891 ;
    RECT 0.297 0.891 1.166 0.913 ;
    RECT 1.364 0.891 1.43 0.979 ;
    RECT 0.297 0.913 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.297 0.957 0.363 0.99 ;
    RECT 0.858 0.979 1.43 1.045 ;
    RECT 0.055 0.99 0.363 1.056 ;
  END
END LDL_MUX2_HD_3
#
# 
MACRO LDL_MUX2_HD_4 FOREIGN C0A07BLDL_MUX2_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.936 0.033 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.255 0.033 2.321 0.286 ;
      RECT 1.507 0.033 1.573 0.198 ;
      RECT 1.507 0.198 1.628 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.385 2.079 0.726 ;
      RECT 1.716 0.726 2.244 0.858 ;
      RECT 1.716 0.858 1.826 0.99 ;
      RECT 1.727 0.319 2.178 0.385 ;
      RECT 1.727 0.242 1.793 0.319 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.627 0.462 0.946 0.594 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.66 ;
      RECT 1.353 0.66 1.452 0.726 ;
      RECT 1.353 0.462 1.452 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.903 0.99 1.969 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.903 0.924 2.002 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.11 1.419 0.165 ;
    RECT 0.055 0.165 0.748 0.231 ;
    RECT 0.858 0.165 1.419 0.176 ;
    RECT 0.858 0.176 0.99 0.231 ;
    RECT 1.353 0.176 1.419 0.33 ;
    RECT 0.055 0.231 0.121 0.352 ;
    RECT 0.297 0.231 0.363 0.99 ;
    RECT 1.177 0.242 1.287 0.308 ;
    RECT 1.221 0.308 1.287 0.682 ;
    RECT 0.429 0.319 1.111 0.385 ;
    RECT 1.353 0.33 1.617 0.396 ;
    RECT 1.045 0.385 1.111 0.572 ;
    RECT 0.429 0.385 0.517 0.77 ;
    RECT 1.551 0.396 1.617 0.495 ;
    RECT 1.551 0.495 1.914 0.561 ;
    RECT 1.551 0.561 1.617 0.825 ;
    RECT 0.616 0.682 1.287 0.77 ;
    RECT 1.342 0.825 1.617 0.891 ;
    RECT 0.638 0.847 1.177 0.913 ;
    RECT 1.342 0.891 1.408 0.979 ;
    RECT 0.638 0.913 0.704 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.814 0.979 1.408 1.045 ;
    RECT 0.055 0.99 0.704 1.056 ;
  END
END LDL_MUX2_HD_4
#
# 
MACRO LDL_MUX2_S_1 FOREIGN C0A07BLDL_MUX2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.551 0.033 1.617 0.198 ;
      RECT 1.518 0.198 1.617 0.264 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.264 1.815 0.924 ;
      RECT 1.705 0.924 1.815 1.056 ;
      RECT 1.705 0.132 1.815 0.264 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.496 0.572 ;
      RECT 1.353 0.572 1.419 0.66 ;
      RECT 1.353 0.66 1.496 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.031944 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.023 0.792 ;
      RECT 0.693 0.792 1.023 0.847 ;
      RECT 0.462 0.847 1.023 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.067 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.551 0.99 1.617 1.155 ;
      RECT 1.518 0.924 1.617 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.099 1.397 0.165 ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.847 0.165 0.913 0.264 ;
    RECT 1.331 0.165 1.397 0.33 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.473 0.22 0.539 0.286 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.286 0.539 0.352 ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 1.331 0.33 1.683 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.429 0.352 0.495 0.649 ;
    RECT 1.595 0.396 1.683 0.792 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.792 ;
    RECT 0.429 0.649 0.836 0.715 ;
    RECT 0.429 0.715 0.616 0.759 ;
    RECT 1.331 0.792 1.683 0.858 ;
    RECT 1.331 0.858 1.397 0.924 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.847 0.924 1.397 0.99 ;
    RECT 0.055 0.979 0.748 1.067 ;
    RECT 0.847 0.99 0.913 1.056 ;
  END
END LDL_MUX2_S_1
#
# 
MACRO LDL_MUX2_S_16 FOREIGN C0A07BLDL_MUX2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 14.256 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 14.256 0.033 ;
      RECT 14.113 0.033 14.179 0.286 ;
      RECT 13.794 0.033 13.86 0.165 ;
      RECT 13.728 0.165 13.86 0.231 ;
      RECT 13.442 0.033 13.508 0.165 ;
      RECT 13.376 0.165 13.508 0.231 ;
      RECT 13.09 0.033 13.156 0.165 ;
      RECT 13.024 0.165 13.156 0.231 ;
      RECT 12.749 0.033 12.815 0.165 ;
      RECT 12.672 0.165 12.815 0.231 ;
      RECT 12.32 0.033 12.386 0.165 ;
      RECT 12.32 0.165 12.452 0.231 ;
      RECT 12.034 0.033 12.1 0.165 ;
      RECT 11.968 0.165 12.1 0.231 ;
      RECT 11.616 0.033 11.682 0.165 ;
      RECT 11.616 0.165 11.748 0.231 ;
      RECT 11.297 0.033 11.363 0.286 ;
      RECT 10.912 0.033 10.978 0.143 ;
      RECT 10.912 0.143 11.044 0.209 ;
      RECT 10.56 0.033 10.626 0.143 ;
      RECT 10.56 0.143 10.692 0.209 ;
      RECT 10.208 0.033 10.274 0.143 ;
      RECT 10.208 0.143 10.34 0.209 ;
      RECT 9.856 0.033 9.922 0.143 ;
      RECT 9.856 0.143 9.988 0.209 ;
      RECT 9.504 0.033 9.57 0.143 ;
      RECT 9.504 0.143 9.636 0.209 ;
      RECT 9.152 0.033 9.218 0.143 ;
      RECT 9.152 0.143 9.284 0.209 ;
      RECT 8.8 0.033 8.866 0.143 ;
      RECT 8.8 0.143 8.932 0.209 ;
      RECT 4.07 0.033 4.136 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.718 0.033 3.784 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.366 0.033 3.432 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 14.256 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
      VIA 8.712 0 V1L2L ;
      VIA 9.24 0 V1L2L ;
      VIA 9.768 0 V1L2L ;
      VIA 10.296 0 V1L2L ;
      VIA 10.824 0 V1L2L ;
      VIA 11.352 0 V1L2L ;
      VIA 11.88 0 V1L2L ;
      VIA 12.408 0 V1L2L ;
      VIA 12.936 0 V1L2L ;
      VIA 13.464 0 V1L2L ;
      VIA 13.992 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 13.211 0.363 13.299 0.726 ;
      RECT 11.473 0.726 14.036 0.858 ;
      RECT 11.473 0.858 11.539 0.99 ;
      RECT 11.44 0.297 14.036 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 8.481 0.198 8.547 0.462 ;
      RECT 8.448 0.462 10.296 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.467544 ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.462 2.112 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.502392 ;
    PORT
      LAYER M1L ;
      RECT 6.897 0.594 6.963 0.627 ;
      RECT 6.798 0.627 6.963 0.693 ;
      RECT 6.897 0.462 7.392 0.594 ;
      RECT 3.344 0.627 4.224 0.715 ;
      LAYER M2L ;
      RECT 4.092 0.627 6.93 0.693 ;
      VIA 4.158 0.66 V1L2L ;
      VIA 6.864 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 14.256 1.221 ;
      RECT 13.442 1.023 13.508 1.155 ;
      RECT 13.376 0.957 13.508 1.023 ;
      RECT 12.386 1.023 12.452 1.155 ;
      RECT 12.32 0.957 12.452 1.023 ;
      RECT 12.034 1.023 12.1 1.155 ;
      RECT 11.968 0.957 12.1 1.023 ;
      RECT 11.616 1.023 11.682 1.155 ;
      RECT 11.616 0.957 11.748 1.023 ;
      RECT 11.33 1.023 11.396 1.155 ;
      RECT 11.264 0.957 11.396 1.023 ;
      RECT 10.912 1.023 10.978 1.155 ;
      RECT 10.912 0.957 11.044 1.023 ;
      RECT 10.208 1.023 10.274 1.155 ;
      RECT 10.208 0.957 10.34 1.023 ;
      RECT 9.152 1.023 9.218 1.155 ;
      RECT 9.152 0.957 9.284 1.023 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 4.136 1.045 4.202 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.784 1.045 3.85 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 14.113 0.88 14.179 1.155 ;
      RECT 13.794 1.023 13.86 1.155 ;
      RECT 13.728 0.957 13.86 1.023 ;
      RECT 13.09 1.023 13.156 1.155 ;
      RECT 13.024 0.957 13.156 1.023 ;
      RECT 12.738 1.023 12.804 1.155 ;
      RECT 12.672 0.957 12.804 1.023 ;
      RECT 10.56 1.023 10.626 1.155 ;
      RECT 10.56 0.957 10.692 1.023 ;
      RECT 9.856 1.023 9.922 1.155 ;
      RECT 9.856 0.957 9.988 1.023 ;
      RECT 9.504 1.023 9.57 1.155 ;
      RECT 9.504 0.957 9.636 1.023 ;
      RECT 8.8 1.023 8.866 1.155 ;
      RECT 8.8 0.957 8.932 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 14.256 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
      VIA 8.712 1.188 V1L2L ;
      VIA 9.24 1.188 V1L2L ;
      VIA 9.768 1.188 V1L2L ;
      VIA 10.296 1.188 V1L2L ;
      VIA 10.824 1.188 V1L2L ;
      VIA 11.352 1.188 V1L2L ;
      VIA 11.88 1.188 V1L2L ;
      VIA 12.408 1.188 V1L2L ;
      VIA 12.936 1.188 V1L2L ;
      VIA 13.464 1.188 V1L2L ;
      VIA 13.992 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 14.256 0.528 ;
    RECT 3.047 0.528 4.51 0.682 ;
    RECT 0 0.528 3.047 0.682 ;
    RECT 4.51 0.528 14.256 0.682 ;
    RECT 0 0.682 14.256 1.221 ;
    LAYER M1L ;
    RECT 6.633 0.165 8.184 0.231 ;
    RECT 4.972 0.165 6.567 0.231 ;
    RECT 4.653 0.198 4.719 0.297 ;
    RECT 8.613 0.198 8.679 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.807 0.22 4.873 0.297 ;
    RECT 6.633 0.231 6.699 0.33 ;
    RECT 6.501 0.231 6.567 0.429 ;
    LAYER M2L ;
    RECT 4.62 0.231 6.732 0.297 ;
    VIA 4.686 0.264 V1L2L ;
    VIA 6.666 0.264 V1L2L ;
    LAYER M1L ;
    RECT 8.613 0.275 11.22 0.341 ;
    RECT 0.055 0.297 4.719 0.363 ;
    RECT 4.807 0.297 6.435 0.363 ;
    RECT 6.765 0.297 8.008 0.363 ;
    RECT 11.154 0.341 11.22 0.693 ;
    RECT 2.695 0.363 2.761 0.759 ;
    RECT 6.369 0.363 6.435 0.803 ;
    RECT 6.765 0.363 6.831 0.429 ;
    RECT 7.557 0.363 7.623 0.957 ;
    RECT 6.501 0.429 6.831 0.495 ;
    RECT 3.19 0.473 5.94 0.539 ;
    RECT 11.33 0.495 13.09 0.561 ;
    RECT 4.334 0.539 4.4 0.847 ;
    RECT 11.33 0.561 11.396 0.825 ;
    RECT 4.785 0.693 6.303 0.759 ;
    RECT 7.733 0.693 11.22 0.759 ;
    RECT 7.425 0.726 7.491 0.803 ;
    RECT 2.695 0.759 3.102 0.825 ;
    RECT 4.785 0.759 4.851 0.858 ;
    RECT 6.237 0.759 6.303 0.858 ;
    RECT 7.733 0.759 7.821 0.858 ;
    LAYER M2L ;
    RECT 2.97 0.759 4.884 0.825 ;
    RECT 7.392 0.759 7.854 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 4.818 0.792 V1L2L ;
    VIA 7.458 0.792 V1L2L ;
    VIA 7.788 0.792 V1L2L ;
    LAYER M1L ;
    RECT 6.369 0.803 7.491 0.869 ;
    RECT 0.231 0.825 2.761 0.891 ;
    RECT 8.261 0.825 11.396 0.891 ;
    RECT 3.168 0.847 4.4 0.913 ;
    RECT 4.653 0.88 4.719 0.957 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 8.261 0.891 8.327 0.957 ;
    RECT 4.653 0.957 8.327 1.023 ;
  END
END LDL_MUX2_S_16
#
# 
MACRO LDL_MUX2_S_2 FOREIGN C0A07BLDL_MUX2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 1.683 0.033 1.749 0.264 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.165 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.803 ;
      RECT 0.561 0.803 0.759 0.869 ;
      RECT 0.671 0.869 0.759 1.056 ;
      RECT 0.561 0.33 0.737 0.396 ;
      RECT 0.671 0.132 0.737 0.33 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.396 0.099 0.66 ;
      RECT 0.033 0.33 0.132 0.396 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.33 2.607 0.495 ;
      RECT 2.387 0.495 2.607 0.561 ;
      RECT 1.353 0.33 1.419 0.726 ;
      LAYER M2L ;
      RECT 1.32 0.495 2.574 0.561 ;
      VIA 1.386 0.528 V1L2L ;
      VIA 2.508 0.528 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.847 0.924 0.913 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.892 0.099 2.321 0.143 ;
    RECT 2.486 0.132 2.552 0.165 ;
    RECT 2.629 0.132 2.739 0.264 ;
    RECT 1.826 0.143 2.321 0.165 ;
    RECT 2.409 0.165 2.552 0.231 ;
    RECT 1.826 0.165 1.958 0.209 ;
    RECT 2.255 0.165 2.321 0.418 ;
    RECT 1.507 0.176 1.573 0.429 ;
    RECT 1.089 0.198 1.155 0.275 ;
    RECT 1.826 0.209 1.892 0.297 ;
    RECT 2.024 0.231 2.156 0.297 ;
    RECT 2.409 0.231 2.475 0.396 ;
    LAYER M2L ;
    RECT 1.056 0.231 2.508 0.297 ;
    VIA 1.122 0.264 V1L2L ;
    VIA 2.442 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.673 0.264 2.739 0.649 ;
    RECT 1.089 0.275 1.287 0.341 ;
    RECT 0.242 0.297 0.495 0.363 ;
    RECT 2.057 0.297 2.123 0.825 ;
    RECT 0.825 0.33 0.891 0.726 ;
    RECT 1.221 0.341 1.287 0.957 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 2.211 0.418 2.321 0.484 ;
    RECT 1.507 0.429 1.991 0.495 ;
    RECT 2.211 0.484 2.277 0.649 ;
    RECT 1.925 0.495 1.991 0.594 ;
    RECT 1.507 0.495 1.573 0.792 ;
    RECT 1.749 0.594 1.815 0.803 ;
    LAYER M2L ;
    RECT 0.792 0.627 2.31 0.693 ;
    VIA 1.782 0.66 V1L2L ;
    VIA 2.244 0.66 V1L2L ;
    VIA 0.858 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.649 2.739 0.737 ;
    RECT 2.651 0.737 2.739 0.814 ;
    RECT 1.749 0.803 1.958 0.869 ;
    RECT 0.231 0.825 0.495 0.891 ;
    RECT 2.057 0.825 2.552 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 2.277 0.891 2.343 0.99 ;
    LAYER M2L ;
    RECT 0.198 0.891 2.376 0.957 ;
    VIA 0.264 0.924 V1L2L ;
    VIA 2.31 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.078 0.957 2.156 1.023 ;
  END
END LDL_MUX2_S_2
#
# 
MACRO LDL_MUX2_S_3 FOREIGN C0A07BLDL_MUX2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.75 0.033 2.816 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.341 2.475 0.693 ;
      RECT 2.167 0.693 2.618 0.759 ;
      RECT 2.167 0.759 2.233 0.836 ;
      RECT 2.167 0.275 2.618 0.341 ;
      RECT 2.167 0.198 2.233 0.275 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.583 1.947 0.726 ;
      RECT 1.804 0.517 1.947 0.583 ;
      RECT 0.693 0.627 0.924 0.693 ;
      RECT 0.693 0.462 0.759 0.627 ;
      LAYER M2L ;
      RECT 0.792 0.627 1.98 0.693 ;
      VIA 0.858 0.66 V1L2L ;
      VIA 1.914 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.605 0.946 0.671 1.155 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 1.309 0.099 2.101 0.165 ;
    RECT 1.628 0.165 1.76 0.209 ;
    RECT 1.991 0.165 2.101 0.264 ;
    RECT 1.309 0.165 1.375 0.286 ;
    RECT 1.155 0.198 1.221 0.286 ;
    RECT 3.311 0.198 3.377 0.275 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.837 0.264 1.903 0.33 ;
    RECT 2.035 0.264 2.101 0.495 ;
    RECT 1.452 0.275 1.584 0.341 ;
    RECT 2.739 0.275 3.377 0.341 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.055 0.297 0.561 0.363 ;
    RECT 1.683 0.33 1.903 0.418 ;
    RECT 1.452 0.341 1.518 0.627 ;
    RECT 2.739 0.341 2.805 0.847 ;
    RECT 1.155 0.352 1.221 0.495 ;
    RECT 0.495 0.363 0.561 0.759 ;
    LAYER M2L ;
    RECT 0.462 0.363 1.782 0.429 ;
    VIA 1.716 0.396 V1L2L ;
    VIA 0.528 0.396 V1L2L ;
    LAYER M1L ;
    RECT 1.683 0.418 1.749 0.462 ;
    RECT 1.034 0.495 1.353 0.561 ;
    RECT 2.035 0.495 2.288 0.561 ;
    RECT 1.034 0.561 1.1 0.957 ;
    RECT 2.035 0.561 2.101 0.957 ;
    RECT 1.452 0.627 1.749 0.693 ;
    RECT 1.683 0.693 1.749 0.825 ;
    RECT 0.495 0.759 0.858 0.825 ;
    RECT 1.166 0.759 1.584 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.759 1.32 0.825 ;
    RECT 1.65 0.759 2.838 0.825 ;
    VIA 1.716 0.792 V1L2L ;
    VIA 0.792 0.792 V1L2L ;
    VIA 1.254 0.792 V1L2L ;
    VIA 2.772 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.561 0.891 ;
    RECT 1.166 0.825 1.232 0.902 ;
    RECT 1.683 0.825 1.936 0.891 ;
    RECT 2.739 0.847 3.377 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.77 0.957 1.1 1.023 ;
    RECT 1.276 0.957 2.134 1.023 ;
  END
END LDL_MUX2_S_3
#
# 
MACRO LDL_MUX2_S_4 FOREIGN C0A07BLDL_MUX2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 0.033 3.938 0.143 ;
      RECT 3.806 0.143 3.938 0.209 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.224 0.033 4.29 0.143 ;
      RECT 4.158 0.143 4.29 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.222 0.143 2.354 0.209 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.729 0.429 4.059 0.495 ;
      RECT 3.729 0.495 3.795 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.475 0.528 ;
      RECT 2.277 0.33 2.343 0.528 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.759 ;
      RECT 2.838 0.759 3.399 0.825 ;
      RECT 2.838 0.297 3.399 0.363 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.495 1.881 0.594 ;
      RECT 1.452 0.462 1.947 0.495 ;
      RECT 1.815 0.429 1.947 0.462 ;
      RECT 1.881 0.33 1.947 0.429 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.222 0.979 2.354 1.045 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 3.806 0.957 3.938 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.099 1.023 0.143 ;
    RECT 0.198 0.143 1.023 0.165 ;
    RECT 0.198 0.165 0.33 0.209 ;
    RECT 0.957 0.165 1.023 0.242 ;
    RECT 0.583 0.165 0.649 0.957 ;
    RECT 1.133 0.198 1.199 0.363 ;
    RECT 1.683 0.198 1.749 0.275 ;
    RECT 3.619 0.198 3.685 0.297 ;
    RECT 0.055 0.22 0.121 0.319 ;
    RECT 1.287 0.22 1.353 0.275 ;
    RECT 2.079 0.22 2.145 0.297 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 2.475 0.242 2.541 0.308 ;
    RECT 0.374 0.275 0.506 0.319 ;
    RECT 1.287 0.275 1.749 0.341 ;
    RECT 0.726 0.297 0.792 0.363 ;
    RECT 2.013 0.297 2.145 0.363 ;
    RECT 3.619 0.297 4.191 0.363 ;
    RECT 2.475 0.308 2.607 0.374 ;
    RECT 0.055 0.319 0.506 0.385 ;
    RECT 1.287 0.341 1.353 0.495 ;
    RECT 0.726 0.363 1.199 0.429 ;
    RECT 2.013 0.363 2.079 0.715 ;
    RECT 4.125 0.363 4.191 0.825 ;
    RECT 2.541 0.374 2.607 0.715 ;
    RECT 0.44 0.385 0.506 0.627 ;
    RECT 0.891 0.429 0.957 0.858 ;
    RECT 0.066 0.495 0.286 0.561 ;
    RECT 1.188 0.495 1.353 0.561 ;
    RECT 2.673 0.495 3.124 0.561 ;
    LAYER M2L ;
    RECT 0.132 0.495 1.32 0.561 ;
    VIA 0.198 0.528 V1L2L ;
    VIA 1.254 0.528 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.528 0.825 0.858 ;
    RECT 1.023 0.528 1.089 0.803 ;
    RECT 0.066 0.561 0.176 0.66 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 2.673 0.561 2.739 0.847 ;
    RECT 0.33 0.627 0.506 0.693 ;
    LAYER M2L ;
    RECT 0.33 0.627 2.112 0.693 ;
    VIA 0.396 0.66 V1L2L ;
    VIA 1.056 0.66 V1L2L ;
    VIA 0.792 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.287 0.693 1.782 0.759 ;
    RECT 2.013 0.715 2.607 0.781 ;
    RECT 3.597 0.726 3.663 0.825 ;
    RECT 0.055 0.759 0.473 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 3.696 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 0.924 0.792 V1L2L ;
    VIA 3.63 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.023 0.803 1.232 0.869 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 0.407 0.825 0.473 0.902 ;
    RECT 3.597 0.825 4.191 0.891 ;
    RECT 2.002 0.847 2.739 0.913 ;
    RECT 3.597 0.891 3.685 0.968 ;
    RECT 2.002 0.913 2.068 0.957 ;
    RECT 0.231 0.946 0.297 1.023 ;
    RECT 0.583 0.957 2.068 1.023 ;
    RECT 0.231 1.023 0.649 1.089 ;
  END
END LDL_MUX2_S_4
#
# 
MACRO LDL_MUX2_S_6 FOREIGN C0A07BLDL_MUX2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.588 0.033 5.654 0.165 ;
      RECT 5.522 0.165 5.654 0.231 ;
      RECT 5.17 0.033 5.236 0.165 ;
      RECT 5.17 0.165 5.302 0.231 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.818 0.165 4.95 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.466 0.165 4.598 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 1.947 0.033 2.013 0.264 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 5.016 0.726 5.94 0.858 ;
      RECT 5.016 0.858 5.104 0.968 ;
      RECT 4.994 0.297 5.907 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.62 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.17424 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.190696 ;
    PORT
      LAYER M1L ;
      RECT 3.102 0.561 3.355 0.627 ;
      RECT 3.036 0.627 3.168 0.693 ;
      RECT 3.289 0.462 3.355 0.561 ;
      RECT 1.584 0.627 1.716 0.693 ;
      RECT 1.584 0.605 1.65 0.627 ;
      RECT 1.287 0.539 1.65 0.605 ;
      LAYER M2L ;
      RECT 1.584 0.627 3.168 0.693 ;
      VIA 1.65 0.66 V1L2L ;
      VIA 3.102 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.522 0.957 5.654 1.023 ;
      RECT 5.236 1.045 5.302 1.155 ;
      RECT 5.17 0.979 5.302 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.818 0.979 4.95 1.045 ;
      RECT 4.466 1.023 4.532 1.155 ;
      RECT 4.466 0.957 4.598 1.023 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 1.034 0.528 1.98 0.572 ;
    RECT 0 0.528 1.034 0.572 ;
    RECT 1.98 0.528 6.072 0.572 ;
    RECT 0 0.572 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.101 0.143 2.871 0.231 ;
    RECT 2.937 0.165 3.432 0.231 ;
    RECT 3.949 0.176 4.015 0.297 ;
    RECT 0.957 0.198 1.045 0.297 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 2.937 0.231 3.047 0.33 ;
    RECT 2.101 0.231 2.167 0.286 ;
    RECT 2.805 0.231 2.871 0.429 ;
    LAYER M2L ;
    RECT 0.924 0.231 3.036 0.297 ;
    VIA 0.99 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.297 1.045 0.363 ;
    RECT 2.244 0.297 2.728 0.363 ;
    RECT 3.949 0.297 4.785 0.363 ;
    RECT 3.124 0.297 3.663 0.363 ;
    RECT 1.342 0.341 1.881 0.407 ;
    RECT 0.979 0.363 1.045 0.759 ;
    RECT 2.662 0.363 2.728 0.627 ;
    RECT 4.719 0.363 4.785 0.693 ;
    RECT 3.124 0.363 3.19 0.429 ;
    RECT 3.597 0.363 3.663 0.825 ;
    RECT 1.815 0.407 1.881 0.495 ;
    RECT 2.805 0.429 3.19 0.495 ;
    RECT 1.815 0.495 2.508 0.561 ;
    RECT 4.862 0.495 5.698 0.561 ;
    RECT 1.815 0.561 1.881 0.825 ;
    RECT 4.862 0.561 4.928 0.825 ;
    RECT 3.465 0.594 3.531 0.825 ;
    RECT 2.662 0.627 2.893 0.693 ;
    RECT 3.762 0.627 3.993 0.693 ;
    LAYER M2L ;
    RECT 3.432 0.627 3.894 0.693 ;
    VIA 3.498 0.66 V1L2L ;
    VIA 3.828 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.827 0.693 2.893 0.825 ;
    RECT 3.927 0.693 4.785 0.759 ;
    RECT 0.979 0.759 1.408 0.825 ;
    RECT 1.947 0.759 2.728 0.825 ;
    RECT 1.518 0.825 1.881 0.891 ;
    RECT 0.231 0.825 1.045 0.891 ;
    RECT 1.342 0.825 1.408 0.957 ;
    RECT 1.947 0.825 2.013 0.957 ;
    RECT 2.827 0.825 3.531 0.891 ;
    RECT 3.597 0.825 4.928 0.891 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 3.597 0.891 3.663 0.957 ;
    RECT 2.101 0.924 2.167 1.023 ;
    RECT 1.342 0.957 2.013 1.023 ;
    RECT 2.42 0.957 3.663 1.023 ;
    RECT 2.101 1.023 2.486 1.089 ;
  END
END LDL_MUX2_S_6
#
# 
MACRO LDL_MUX2_S_8 FOREIGN C0A07BLDL_MUX2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.084 0.033 7.15 0.165 ;
      RECT 7.084 0.165 7.216 0.231 ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 7.513 0.033 7.579 0.264 ;
      RECT 6.732 0.033 6.798 0.165 ;
      RECT 6.732 0.165 6.864 0.231 ;
      RECT 6.38 0.033 6.446 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 4.972 0.033 5.038 0.165 ;
      RECT 4.972 0.165 5.104 0.231 ;
      RECT 2.387 0.033 2.453 0.264 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.507 0.033 1.573 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.726 ;
      RECT 6.204 0.726 7.524 0.858 ;
      RECT 6.204 0.297 7.414 0.363 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 4.62 0.462 5.676 0.594 ;
      RECT 4.653 0.33 4.719 0.462 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.253616 ;
    PORT
      LAYER M1L ;
      RECT 3.674 0.627 4.059 0.693 ;
      RECT 3.993 0.517 4.059 0.627 ;
      RECT 3.916 0.451 4.191 0.517 ;
      RECT 2.013 0.462 2.079 0.671 ;
      RECT 1.716 0.671 2.079 0.737 ;
      LAYER M2L ;
      RECT 1.98 0.627 3.828 0.693 ;
      VIA 2.046 0.66 V1L2L ;
      VIA 3.762 0.66 V1L2L ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.084 0.957 7.216 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 7.546 1.023 7.612 1.155 ;
      RECT 7.48 0.957 7.612 1.023 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.732 0.957 6.864 1.023 ;
      RECT 6.38 1.023 6.446 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 2.387 0.924 2.453 1.155 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.484 ;
    RECT 0 0.484 2.398 0.528 ;
    RECT 4.609 0.484 7.656 0.528 ;
    RECT 1.518 0.528 2.398 0.704 ;
    RECT 2.398 0.484 4.609 0.528 ;
    RECT 0 0.528 1.518 0.704 ;
    RECT 2.398 0.528 7.656 0.704 ;
    RECT 0 0.704 7.656 1.221 ;
    LAYER M1L ;
    RECT 2.684 0.143 3.531 0.209 ;
    RECT 3.597 0.165 4.532 0.231 ;
    RECT 1.683 0.198 1.749 0.363 ;
    RECT 4.829 0.198 4.895 0.297 ;
    RECT 3.465 0.209 3.531 0.495 ;
    RECT 1.815 0.22 1.881 0.297 ;
    RECT 2.211 0.22 2.277 0.297 ;
    RECT 2.541 0.22 2.607 0.297 ;
    RECT 3.597 0.231 3.663 0.33 ;
    LAYER M2L ;
    RECT 1.65 0.231 3.696 0.297 ;
    VIA 1.716 0.264 V1L2L ;
    VIA 3.63 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.242 0.297 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.935 0.242 1.001 0.319 ;
    RECT 1.287 0.242 1.353 0.319 ;
    RECT 1.815 0.297 2.277 0.363 ;
    RECT 2.541 0.297 3.344 0.363 ;
    RECT 4.829 0.297 5.951 0.363 ;
    RECT 3.751 0.297 4.356 0.363 ;
    RECT 0.231 0.319 1.353 0.363 ;
    RECT 0.231 0.363 1.749 0.385 ;
    RECT 2.211 0.363 2.277 0.473 ;
    RECT 3.278 0.363 3.344 0.627 ;
    RECT 5.885 0.363 5.951 0.693 ;
    RECT 3.751 0.363 3.817 0.495 ;
    RECT 4.29 0.363 4.356 0.957 ;
    RECT 1.287 0.385 1.749 0.429 ;
    RECT 1.287 0.429 1.353 0.759 ;
    RECT 2.211 0.473 3.124 0.539 ;
    RECT 3.465 0.495 3.817 0.561 ;
    RECT 6.039 0.495 7.062 0.561 ;
    RECT 2.211 0.539 2.277 0.847 ;
    RECT 6.039 0.561 6.105 0.825 ;
    RECT 3.278 0.627 3.553 0.693 ;
    RECT 3.487 0.693 3.553 0.759 ;
    RECT 4.433 0.693 5.951 0.759 ;
    RECT 1.287 0.759 1.518 0.825 ;
    RECT 2.508 0.759 3.344 0.825 ;
    RECT 3.487 0.759 4.18 0.825 ;
    RECT 4.433 0.759 4.521 0.858 ;
    LAYER M2L ;
    RECT 1.386 0.759 2.64 0.825 ;
    RECT 4.026 0.759 4.554 0.825 ;
    VIA 1.452 0.792 V1L2L ;
    VIA 2.574 0.792 V1L2L ;
    VIA 4.488 0.792 V1L2L ;
    VIA 4.092 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.825 1.353 0.891 ;
    RECT 4.84 0.825 6.105 0.891 ;
    RECT 1.782 0.847 2.277 0.913 ;
    RECT 0.231 0.891 0.297 0.99 ;
    RECT 4.84 0.891 4.906 0.957 ;
    RECT 2.684 0.957 4.906 1.023 ;
  END
END LDL_MUX2_S_8
#
# 
MACRO LDL_MUX4_0P5 FOREIGN C0A07BLDL_MUX4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.948 0.165 3.08 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.858 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.594 ;
      RECT 3.069 0.594 3.201 0.66 ;
      RECT 3.135 0.66 3.201 0.726 ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.264 4.323 0.924 ;
      RECT 4.213 0.924 4.323 0.99 ;
      RECT 4.213 0.99 4.279 1.056 ;
      RECT 4.213 0.198 4.323 0.264 ;
      RECT 4.213 0.132 4.279 0.198 ;
    END
  END X
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 1.485 0.132 1.551 0.924 ;
    RECT 2.013 0.132 2.079 0.924 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.924 ;
    RECT 3.223 0.132 3.289 0.198 ;
    RECT 3.465 0.132 3.531 0.198 ;
    RECT 3.861 0.132 3.927 0.264 ;
    RECT 0.825 0.143 0.968 0.209 ;
    RECT 1.078 0.143 1.221 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.685 0.154 3.751 0.506 ;
    RECT 3.223 0.198 3.355 0.264 ;
    RECT 3.465 0.198 3.619 0.264 ;
    RECT 0.825 0.209 0.913 0.924 ;
    RECT 1.155 0.209 1.221 0.583 ;
    RECT 1.331 0.209 1.419 0.462 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 3.289 0.264 3.355 0.341 ;
    RECT 3.553 0.264 3.619 0.891 ;
    RECT 3.861 0.264 4.136 0.33 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 2.167 0.33 2.233 0.396 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 4.07 0.33 4.136 1.023 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.289 0.341 3.454 0.407 ;
    LAYER M2L ;
    RECT 0.066 0.363 2.574 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.289 0.407 3.355 0.792 ;
    RECT 3.927 0.44 3.993 0.506 ;
    RECT 3.685 0.506 3.993 0.572 ;
    RECT 3.685 0.572 3.751 0.792 ;
    RECT 1.155 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 3.861 0.682 3.927 0.891 ;
    RECT 3.421 0.682 3.487 1.023 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.223 0.792 3.355 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 3.223 0.858 3.289 0.924 ;
    RECT 2.409 0.858 2.475 0.924 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.553 0.891 3.927 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.894 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.828 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.136 1.089 ;
  END
END LDL_MUX4_0P5
#
# 
MACRO LDL_MUX4_1 FOREIGN C0A07BLDL_MUX4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.33 3.003 0.462 ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.264 4.191 0.924 ;
      RECT 4.125 0.924 4.257 0.99 ;
      RECT 4.191 0.99 4.257 1.056 ;
      RECT 4.125 0.198 4.257 0.264 ;
      RECT 4.191 0.132 4.257 0.198 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.66 ;
    END
  END S1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.407 0.44 0.495 0.748 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 0.099 0.132 0.165 0.968 ;
    RECT 0.495 0.132 0.561 0.275 ;
    RECT 2.739 0.132 2.805 0.913 ;
    RECT 3.157 0.132 3.223 0.198 ;
    RECT 3.377 0.132 3.443 0.198 ;
    RECT 3.773 0.132 3.839 0.297 ;
    RECT 1.078 0.143 1.243 0.209 ;
    RECT 2.376 0.143 2.673 0.209 ;
    RECT 3.597 0.154 3.663 0.528 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.157 0.198 3.267 0.264 ;
    RECT 3.377 0.198 3.531 0.264 ;
    RECT 1.177 0.209 1.243 0.583 ;
    RECT 2.607 0.209 2.673 0.924 ;
    RECT 0.847 0.22 0.913 0.858 ;
    RECT 1.485 0.242 1.617 0.308 ;
    RECT 1.947 0.242 2.079 0.308 ;
    RECT 3.201 0.264 3.267 0.341 ;
    RECT 3.465 0.264 3.531 0.891 ;
    RECT 0.231 0.275 0.561 0.341 ;
    RECT 1.001 0.286 1.067 0.715 ;
    RECT 3.773 0.297 4.037 0.363 ;
    RECT 1.485 0.308 1.551 0.858 ;
    RECT 2.013 0.308 2.079 0.858 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 0.231 0.341 0.297 0.847 ;
    RECT 3.201 0.341 3.366 0.407 ;
    RECT 3.971 0.363 4.037 1.023 ;
    LAYER M2L ;
    RECT 0.066 0.363 1.452 0.429 ;
    VIA 0.132 0.396 V1L2L ;
    VIA 1.386 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 3.201 0.407 3.267 0.726 ;
    RECT 3.839 0.462 3.905 0.528 ;
    RECT 3.597 0.528 3.905 0.594 ;
    RECT 1.177 0.583 1.419 0.649 ;
    RECT 2.255 0.594 2.365 0.726 ;
    RECT 3.597 0.594 3.663 0.792 ;
    RECT 1.353 0.649 1.419 0.891 ;
    RECT 1.001 0.715 1.254 0.781 ;
    RECT 2.255 0.726 2.321 1.023 ;
    RECT 3.135 0.726 3.267 0.792 ;
    RECT 3.773 0.726 3.839 0.891 ;
    RECT 3.333 0.726 3.399 1.023 ;
    RECT 1.001 0.781 1.067 1.023 ;
    RECT 3.135 0.792 3.201 0.858 ;
    RECT 0.231 0.847 0.561 0.913 ;
    RECT 1.232 0.891 1.419 0.957 ;
    RECT 3.465 0.891 3.839 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.828 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.762 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.495 0.913 0.561 1.023 ;
    RECT 2.409 0.924 2.673 0.99 ;
    RECT 2.607 0.99 2.673 1.023 ;
    RECT 2.409 0.99 2.475 1.056 ;
    RECT 0.495 1.023 2.321 1.089 ;
    RECT 2.607 1.023 4.037 1.089 ;
  END
END LDL_MUX4_1
#
# 
MACRO LDL_MUX4_2 FOREIGN C0A07BLDL_MUX4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.269 0.033 5.335 0.264 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.905 0.033 3.971 0.352 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.189 0.033 2.255 0.264 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0.242 0.033 0.308 0.143 ;
      RECT 0.242 0.143 0.374 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.495 0.759 0.726 ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.693 0.429 0.891 0.495 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.495 3.663 0.726 ;
      RECT 3.729 0.495 3.795 0.726 ;
      RECT 3.597 0.429 3.795 0.495 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.594 ;
      RECT 0.033 0.429 0.231 0.495 ;
      RECT 0.033 0.495 0.099 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.286 5.115 0.99 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.462 4.059 0.858 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 3.905 0.924 3.971 1.155 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 2.508 1.023 2.574 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.045 2.222 1.155 ;
      RECT 2.156 0.979 2.288 1.045 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 5.269 0.924 5.335 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.132 0.165 0.275 ;
    RECT 0.649 0.132 0.715 0.286 ;
    RECT 3.399 0.132 3.465 0.286 ;
    RECT 4.257 0.132 4.323 0.198 ;
    RECT 4.521 0.132 4.587 0.528 ;
    RECT 1.133 0.143 1.32 0.209 ;
    RECT 3.036 0.143 3.333 0.209 ;
    RECT 1.595 0.154 1.661 0.275 ;
    RECT 2.717 0.154 2.783 0.297 ;
    RECT 4.697 0.154 4.763 0.297 ;
    RECT 0.495 0.176 0.561 1.056 ;
    RECT 1.419 0.176 1.507 0.528 ;
    RECT 2.871 0.176 2.937 0.429 ;
    RECT 2.013 0.198 2.079 0.275 ;
    RECT 4.257 0.198 4.455 0.264 ;
    RECT 1.133 0.209 1.199 0.891 ;
    RECT 3.267 0.209 3.333 0.979 ;
    RECT 1.001 0.22 1.067 0.286 ;
    RECT 3.751 0.22 3.817 0.286 ;
    RECT 4.081 0.22 4.147 0.286 ;
    LAYER M2L ;
    RECT 0.462 0.231 2.97 0.297 ;
    VIA 1.452 0.264 V1L2L ;
    VIA 2.904 0.264 V1L2L ;
    VIA 0.528 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.365 0.242 2.431 0.297 ;
    RECT 4.389 0.264 4.455 0.891 ;
    RECT 0.099 0.275 0.429 0.341 ;
    RECT 1.595 0.275 2.079 0.341 ;
    RECT 0.649 0.286 1.067 0.352 ;
    RECT 3.399 0.286 3.817 0.352 ;
    RECT 4.081 0.286 4.191 0.352 ;
    RECT 2.365 0.297 2.783 0.363 ;
    RECT 4.697 0.297 4.961 0.363 ;
    RECT 1.265 0.33 1.331 0.759 ;
    RECT 3.135 0.33 3.201 0.429 ;
    RECT 0.363 0.341 0.429 0.792 ;
    RECT 1.749 0.341 1.815 0.781 ;
    RECT 2.013 0.341 2.079 0.891 ;
    RECT 1.001 0.352 1.067 0.825 ;
    RECT 3.399 0.352 3.465 0.847 ;
    RECT 4.125 0.352 4.191 0.429 ;
    RECT 2.673 0.363 2.739 0.825 ;
    RECT 2.365 0.363 2.431 0.88 ;
    RECT 4.895 0.363 4.961 1.023 ;
    RECT 2.827 0.429 3.201 0.495 ;
    RECT 4.125 0.429 4.29 0.495 ;
    RECT 1.617 0.462 1.683 0.627 ;
    RECT 4.763 0.462 4.829 0.528 ;
    RECT 2.827 0.495 2.893 0.704 ;
    RECT 4.125 0.495 4.191 0.924 ;
    RECT 4.521 0.528 4.829 0.594 ;
    RECT 3.003 0.594 3.168 0.682 ;
    RECT 4.257 0.594 4.323 1.023 ;
    RECT 4.521 0.594 4.587 0.792 ;
    RECT 1.485 0.627 1.683 0.693 ;
    RECT 3.003 0.682 3.069 0.858 ;
    RECT 1.485 0.693 1.551 0.759 ;
    RECT 4.697 0.726 4.763 0.891 ;
    RECT 1.265 0.759 1.551 0.825 ;
    LAYER M2L ;
    RECT 0.33 0.759 3.102 0.825 ;
    RECT 3.234 0.759 4.356 0.825 ;
    VIA 3.036 0.792 V1L2L ;
    VIA 3.3 0.792 V1L2L ;
    VIA 1.452 0.792 V1L2L ;
    VIA 0.396 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.781 1.815 0.847 ;
    RECT 0.099 0.792 0.429 0.858 ;
    RECT 0.649 0.825 1.067 0.891 ;
    RECT 2.673 0.825 2.816 0.891 ;
    RECT 3.399 0.847 3.817 0.913 ;
    RECT 0.099 0.858 0.165 0.968 ;
    RECT 0.649 0.891 0.715 0.968 ;
    RECT 1.001 0.891 1.067 0.968 ;
    RECT 1.133 0.891 1.584 0.957 ;
    RECT 4.389 0.891 4.763 0.957 ;
    LAYER M2L ;
    RECT 1.188 0.891 4.554 0.957 ;
    VIA 4.488 0.924 V1L2L ;
    VIA 1.254 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.751 0.913 3.817 1.056 ;
    RECT 4.081 0.924 4.191 0.99 ;
    RECT 2.86 0.979 3.333 1.045 ;
    RECT 4.081 0.99 4.147 1.056 ;
    RECT 4.257 1.023 4.961 1.089 ;
  END
END LDL_MUX4_2
#
# 
MACRO LDL_MUX4_3 FOREIGN C0A07BLDL_MUX4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.324 0.033 5.39 0.143 ;
      RECT 5.324 0.143 5.456 0.209 ;
      RECT 3.883 0.033 3.949 0.286 ;
      RECT 3.52 0.033 3.586 0.143 ;
      RECT 3.52 0.143 3.652 0.209 ;
      RECT 2.475 0.033 2.541 0.165 ;
      RECT 2.398 0.165 2.541 0.231 ;
      RECT 2.112 0.033 2.178 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.508 0.594 ;
    END
  END D2
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.553 0.462 3.96 0.594 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.726 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.178112 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.385 5.379 0.726 ;
      RECT 5.181 0.726 5.599 0.792 ;
      RECT 5.533 0.792 5.599 0.858 ;
      RECT 5.181 0.792 5.247 0.858 ;
      RECT 5.181 0.319 5.599 0.385 ;
      RECT 5.533 0.242 5.599 0.319 ;
      RECT 5.181 0.198 5.247 0.319 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.462 1.815 0.858 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.04356 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.462 4.851 1.023 ;
      RECT 4.18 1.023 4.851 1.089 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.357 0.902 5.423 1.155 ;
      RECT 3.883 0.792 3.949 1.155 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.046 0.979 2.178 1.045 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 0.902 1.045 0.968 1.155 ;
      RECT 0.902 0.979 1.034 1.045 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.553 0.946 3.619 1.155 ;
      RECT 2.431 0.924 2.497 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.473 ;
    RECT 0 0.473 4.07 0.528 ;
    RECT 4.829 0.473 5.676 0.528 ;
    RECT 4.07 0.473 4.829 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 3.377 0.132 3.443 0.286 ;
    RECT 1.1 0.143 1.254 0.209 ;
    RECT 4.62 0.143 5.115 0.209 ;
    RECT 2.607 0.154 2.673 0.297 ;
    RECT 0.429 0.198 0.495 0.858 ;
    RECT 0.583 0.198 0.649 0.286 ;
    RECT 1.353 0.198 1.419 0.297 ;
    RECT 2.739 0.198 2.805 0.561 ;
    RECT 3.201 0.198 3.267 0.528 ;
    RECT 3.003 0.198 3.069 0.627 ;
    RECT 4.279 0.198 4.345 0.286 ;
    RECT 1.133 0.209 1.199 0.693 ;
    RECT 5.049 0.209 5.115 0.792 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.935 0.22 1.001 0.286 ;
    RECT 1.507 0.22 1.573 0.297 ;
    RECT 3.729 0.22 3.795 0.286 ;
    RECT 4.059 0.22 4.125 0.429 ;
    LAYER M2L ;
    RECT 0.396 0.231 3.3 0.297 ;
    VIA 0.462 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    VIA 3.234 0.264 V1L2L ;
    LAYER M1L ;
    RECT 4.477 0.242 4.543 0.275 ;
    RECT 4.477 0.275 4.983 0.341 ;
    RECT 0.583 0.286 1.001 0.352 ;
    RECT 3.377 0.286 3.795 0.352 ;
    RECT 4.279 0.286 4.411 0.352 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.265 0.297 1.419 0.363 ;
    RECT 1.507 0.297 1.969 0.363 ;
    RECT 2.222 0.297 2.673 0.363 ;
    RECT 2.871 0.319 2.937 0.726 ;
    RECT 4.917 0.341 4.983 0.594 ;
    RECT 4.477 0.341 4.543 0.781 ;
    RECT 0.759 0.352 0.825 0.847 ;
    RECT 3.377 0.352 3.443 0.781 ;
    RECT 4.345 0.352 4.411 0.891 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 1.265 0.363 1.331 0.528 ;
    RECT 1.617 0.363 1.683 0.825 ;
    RECT 1.903 0.363 1.969 0.891 ;
    RECT 2.607 0.363 2.673 0.693 ;
    RECT 4.059 0.429 4.224 0.495 ;
    RECT 1.001 0.462 1.067 0.528 ;
    RECT 1.419 0.462 1.507 0.726 ;
    RECT 4.059 0.495 4.125 0.946 ;
    RECT 0.957 0.528 1.067 0.594 ;
    RECT 0.957 0.594 1.023 0.748 ;
    RECT 4.191 0.594 4.279 0.924 ;
    RECT 3.003 0.627 3.234 0.693 ;
    LAYER M2L ;
    RECT 0.264 0.627 2.97 0.693 ;
    RECT 3.102 0.627 5.148 0.693 ;
    VIA 0.99 0.66 V1L2L ;
    VIA 1.452 0.66 V1L2L ;
    VIA 2.904 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    VIA 5.082 0.66 V1L2L ;
    VIA 0.33 0.66 V1L2L ;
    VIA 3.168 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.133 0.693 1.353 0.759 ;
    RECT 2.299 0.693 2.75 0.759 ;
    RECT 3.003 0.693 3.069 0.825 ;
    RECT 1.287 0.759 1.353 0.924 ;
    RECT 2.299 0.759 2.365 0.847 ;
    RECT 4.653 0.77 4.719 0.891 ;
    RECT 3.377 0.781 3.795 0.847 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.474 0.825 1.683 0.891 ;
    RECT 2.728 0.825 3.234 0.891 ;
    RECT 0.759 0.847 1.221 0.913 ;
    RECT 2.222 0.847 2.365 0.913 ;
    RECT 3.729 0.847 3.795 0.968 ;
    RECT 3.421 0.847 3.487 1.023 ;
    RECT 0.055 0.891 0.121 1.056 ;
    RECT 3.168 0.891 3.3 0.957 ;
    RECT 4.345 0.891 4.719 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 4.488 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 4.422 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.155 0.913 1.221 0.99 ;
    RECT 1.287 0.924 1.397 0.99 ;
    RECT 2.948 0.979 3.08 1.023 ;
    RECT 1.331 0.99 1.397 1.056 ;
    RECT 2.948 1.023 3.487 1.045 ;
    RECT 3.014 1.045 3.487 1.089 ;
  END
END LDL_MUX4_3
#
# 
MACRO LDL_MUX4_4 FOREIGN C0A07BLDL_MUX4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.128 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.128 0.033 ;
      RECT 6.985 0.033 7.051 0.264 ;
      RECT 6.578 0.033 6.644 0.165 ;
      RECT 6.578 0.165 6.71 0.231 ;
      RECT 6.204 0.033 6.27 0.165 ;
      RECT 6.204 0.165 6.336 0.231 ;
      RECT 5.148 0.033 5.214 0.143 ;
      RECT 5.082 0.143 5.214 0.209 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.344 0.143 3.498 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 2.992 0.143 3.124 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.64 0.143 2.794 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.836 0.033 0.902 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 7.128 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.33 4.851 0.726 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.462 3.399 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END D0
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.429 0.198 0.495 0.451 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.201344 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.374 6.831 0.726 ;
      RECT 6.336 0.726 6.996 0.858 ;
      RECT 6.435 0.308 6.875 0.374 ;
      RECT 6.809 0.242 6.875 0.308 ;
      RECT 6.435 0.242 6.501 0.308 ;
    END
  END X
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.05324 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.33 5.247 1.023 ;
      RECT 5.181 1.023 6.215 1.089 ;
      RECT 6.149 0.561 6.215 1.023 ;
      RECT 6.006 0.495 6.215 0.561 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.128 1.221 ;
      RECT 6.6 1.023 6.666 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 4.73 1.045 4.796 1.155 ;
      RECT 4.73 0.979 4.862 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.64 0.979 2.772 1.045 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 7.007 0.924 7.073 1.155 ;
      RECT 1.155 0.946 1.221 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.128 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.128 0.528 ;
    RECT 0 0.528 7.128 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.099 2.024 0.165 ;
    RECT 5.533 0.099 6.083 0.165 ;
    RECT 4.202 0.132 4.268 0.165 ;
    RECT 4.587 0.132 4.653 0.825 ;
    RECT 5.335 0.132 5.401 0.198 ;
    RECT 1.958 0.165 2.024 0.473 ;
    RECT 1.485 0.165 1.551 0.594 ;
    RECT 4.202 0.165 4.521 0.231 ;
    RECT 6.017 0.165 6.083 0.264 ;
    RECT 5.533 0.165 5.599 0.726 ;
    RECT 5.335 0.198 5.467 0.264 ;
    RECT 4.939 0.22 5.005 0.825 ;
    RECT 4.455 0.231 4.521 0.825 ;
    RECT 0.055 0.242 0.121 0.308 ;
    RECT 0.605 0.242 0.671 0.308 ;
    RECT 1.815 0.264 1.881 0.33 ;
    RECT 5.401 0.264 5.467 0.66 ;
    RECT 5.665 0.264 5.731 0.33 ;
    RECT 2.255 0.275 2.915 0.341 ;
    RECT 3.201 0.275 3.905 0.341 ;
    RECT 0.979 0.286 1.419 0.352 ;
    RECT 5.841 0.286 5.907 0.363 ;
    RECT 3.971 0.297 4.389 0.363 ;
    RECT 0.055 0.308 0.231 0.374 ;
    RECT 0.605 0.308 0.891 0.374 ;
    RECT 1.617 0.33 1.881 0.396 ;
    RECT 5.665 0.33 5.775 0.396 ;
    RECT 2.255 0.341 2.321 0.759 ;
    RECT 2.497 0.341 2.563 0.792 ;
    RECT 2.849 0.341 2.915 0.891 ;
    RECT 3.839 0.341 3.905 0.792 ;
    RECT 3.201 0.341 3.267 0.88 ;
    RECT 3.553 0.341 3.619 0.88 ;
    RECT 0.979 0.352 1.045 0.858 ;
    RECT 1.353 0.352 1.419 0.957 ;
    RECT 0.297 0.363 0.363 0.594 ;
    RECT 4.323 0.363 4.389 0.572 ;
    RECT 3.971 0.363 4.037 0.594 ;
    RECT 5.841 0.363 6.369 0.429 ;
    LAYER M2L ;
    RECT 0.132 0.363 4.422 0.429 ;
    VIA 4.356 0.396 V1L2L ;
    VIA 0.198 0.396 V1L2L ;
    VIA 1.518 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.374 0.231 0.792 ;
    RECT 0.825 0.374 0.891 0.825 ;
    RECT 1.617 0.396 1.683 0.726 ;
    RECT 5.709 0.396 5.775 0.891 ;
    RECT 6.303 0.429 6.369 0.495 ;
    RECT 5.841 0.429 5.907 0.792 ;
    RECT 4.125 0.462 4.191 0.671 ;
    RECT 1.892 0.473 2.024 0.539 ;
    RECT 6.303 0.495 6.666 0.561 ;
    RECT 2.123 0.528 2.189 0.627 ;
    RECT 1.749 0.55 1.815 0.627 ;
    RECT 0.297 0.594 0.429 0.66 ;
    RECT 1.749 0.627 2.189 0.693 ;
    LAYER M2L ;
    RECT 0.792 0.627 4.224 0.693 ;
    VIA 0.858 0.66 V1L2L ;
    VIA 2.046 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.363 0.66 0.429 0.825 ;
    RECT 5.335 0.66 5.467 0.726 ;
    RECT 4.125 0.671 4.334 0.737 ;
    RECT 1.485 0.726 1.683 0.759 ;
    RECT 5.335 0.726 5.401 0.792 ;
    RECT 5.533 0.726 5.643 0.858 ;
    RECT 6.017 0.726 6.083 0.891 ;
    RECT 1.485 0.759 2.057 0.792 ;
    RECT 2.167 0.759 2.321 0.825 ;
    LAYER M2L ;
    RECT 4.422 0.759 5.676 0.825 ;
    VIA 4.488 0.792 V1L2L ;
    VIA 5.61 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.165 0.792 0.297 0.858 ;
    RECT 1.617 0.792 2.057 0.825 ;
    RECT 1.485 0.792 1.551 0.858 ;
    RECT 3.839 0.792 3.949 0.858 ;
    RECT 3.707 0.814 3.773 1.023 ;
    RECT 0.363 0.825 0.891 0.891 ;
    RECT 1.991 0.825 2.057 1.023 ;
    RECT 2.167 0.825 2.233 0.902 ;
    RECT 4.059 0.825 4.521 0.891 ;
    RECT 4.587 0.825 5.005 0.891 ;
    RECT 0.231 0.858 0.297 0.924 ;
    RECT 3.883 0.858 3.949 0.924 ;
    RECT 5.577 0.858 5.643 0.924 ;
    RECT 0.583 0.891 0.649 1.023 ;
    RECT 2.31 0.891 2.442 0.957 ;
    RECT 4.059 0.891 4.125 1.023 ;
    RECT 4.587 0.891 4.653 0.957 ;
    RECT 4.939 0.891 5.005 0.968 ;
    RECT 5.709 0.891 6.083 0.957 ;
    LAYER M2L ;
    RECT 2.31 0.891 5.874 0.957 ;
    VIA 2.376 0.924 V1L2L ;
    VIA 5.808 0.924 V1L2L ;
    LAYER M1L ;
    RECT 1.65 0.913 1.782 0.957 ;
    RECT 1.298 0.957 1.782 0.979 ;
    RECT 2.31 0.957 2.376 1.023 ;
    RECT 4.202 0.957 4.653 1.023 ;
    RECT 1.298 0.979 1.716 1.023 ;
    RECT 1.298 1.023 1.364 1.056 ;
    RECT 1.991 1.023 2.376 1.089 ;
    RECT 3.707 1.023 4.125 1.089 ;
    RECT 4.202 1.023 4.268 1.056 ;
  END
END LDL_MUX4_4
#
# 
MACRO LDL_MUXI2_0P5 FOREIGN C0A07BLDL_MUXI2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.165 1.287 0.66 ;
      RECT 1.133 0.66 1.287 0.726 ;
      RECT 1.133 0.726 1.199 0.957 ;
      RECT 0.836 0.957 1.199 1.023 ;
      RECT 0.803 0.099 1.287 0.165 ;
      RECT 0.803 0.165 0.891 0.363 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.396 1.419 0.803 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.935 0.594 ;
      RECT 0.869 0.594 0.935 0.726 ;
      RECT 0.561 0.462 0.935 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END D1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.539 0.264 ;
    RECT 0.605 0.132 0.715 0.363 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 1.441 0.132 1.551 0.231 ;
    RECT 1.386 0.231 1.551 0.297 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.518 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.452 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.264 0.495 0.693 ;
    RECT 1.001 0.264 1.067 0.825 ;
    RECT 0.055 0.297 0.363 0.363 ;
    RECT 1.485 0.297 1.551 0.902 ;
    RECT 0.297 0.363 0.363 0.957 ;
    RECT 0.429 0.693 0.726 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.429 0.825 0.572 0.891 ;
    RECT 0.671 0.825 1.067 0.891 ;
    RECT 0.671 0.891 0.737 0.957 ;
    RECT 1.265 0.902 1.551 0.968 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.297 0.957 0.737 0.99 ;
    RECT 1.265 0.968 1.331 1.056 ;
    RECT 0.077 0.99 0.737 1.023 ;
    RECT 0.077 1.023 0.363 1.056 ;
  END
END LDL_MUXI2_0P5
#
# 
MACRO LDL_MUXI2_1 FOREIGN C0A07BLDL_MUXI2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.198 1.419 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.198 1.155 0.715 ;
      RECT 0.858 0.715 1.155 0.781 ;
      RECT 0.869 0.132 1.155 0.198 ;
      RECT 0.869 0.198 0.935 0.264 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.561 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.33 1.023 0.451 ;
      RECT 0.693 0.33 0.759 0.451 ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.77 0.231 ;
    RECT 0.297 0.231 0.363 0.847 ;
    RECT 1.221 0.264 1.287 0.715 ;
    RECT 0.429 0.319 0.572 0.385 ;
    RECT 0.429 0.385 0.495 0.693 ;
    RECT 0.693 0.583 0.836 0.649 ;
    RECT 0.693 0.649 0.759 0.693 ;
    RECT 0.429 0.693 0.759 0.759 ;
    RECT 1.221 0.715 1.331 0.781 ;
    RECT 1.265 0.781 1.331 0.979 ;
    RECT 0.297 0.847 1.166 0.913 ;
    RECT 0.297 0.913 0.363 0.99 ;
    RECT 0.077 0.924 0.143 0.99 ;
    RECT 0.616 0.979 1.331 1.045 ;
    RECT 0.077 0.99 0.363 1.056 ;
  END
END LDL_MUXI2_1
#
# 
MACRO LDL_MUXI2_2 FOREIGN C0A07BLDL_MUXI2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.396 1.815 0.462 ;
      RECT 1.749 0.462 1.815 0.594 ;
      RECT 1.617 0.33 1.683 0.396 ;
      RECT 0.825 0.33 0.891 0.759 ;
      LAYER M2L ;
      RECT 0.792 0.363 1.716 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.033 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.66 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.396 0.627 0.726 ;
      RECT 0.528 0.33 0.627 0.396 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.18876 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.264 1.551 0.825 ;
      RECT 1.485 0.891 1.551 0.957 ;
      RECT 1.485 0.957 1.947 1.023 ;
      RECT 1.881 0.264 1.947 0.957 ;
      RECT 1.837 0.132 1.947 0.264 ;
      RECT 1.1 0.825 1.551 0.891 ;
      RECT 1.177 0.396 1.243 0.825 ;
      RECT 1.133 0.33 1.243 0.396 ;
      RECT 1.133 0.264 1.199 0.33 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.716 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.099 1.661 0.143 ;
    RECT 0.583 0.132 0.649 0.198 ;
    RECT 0.748 0.143 1.76 0.165 ;
    RECT 0.748 0.165 0.814 0.198 ;
    RECT 1.595 0.165 1.76 0.209 ;
    RECT 0.583 0.198 0.814 0.264 ;
    RECT 1.694 0.209 1.76 0.264 ;
    RECT 1.309 0.264 1.375 0.33 ;
    RECT 0.693 0.264 0.759 0.825 ;
    RECT 0.979 0.286 1.045 0.462 ;
    RECT 0.198 0.297 0.429 0.363 ;
    RECT 1.309 0.33 1.419 0.396 ;
    RECT 0.363 0.363 0.429 0.462 ;
    RECT 1.353 0.396 1.419 0.726 ;
    RECT 0.363 0.462 0.495 0.528 ;
    RECT 0.979 0.462 1.111 0.528 ;
    RECT 0.429 0.528 0.495 0.825 ;
    RECT 1.045 0.528 1.111 0.594 ;
    RECT 0.979 0.594 1.111 0.66 ;
    RECT 1.617 0.594 1.683 0.803 ;
    LAYER M2L ;
    RECT 0.396 0.627 1.716 0.693 ;
    VIA 1.65 0.66 V1L2L ;
    VIA 0.462 0.66 V1L2L ;
    VIA 1.386 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.66 1.045 0.77 ;
    RECT 1.617 0.803 1.76 0.869 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 0.583 0.825 0.759 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 0.583 0.957 1.408 1.023 ;
    RECT 1.342 1.023 1.408 1.056 ;
  END
END LDL_MUXI2_2
#
# 
MACRO LDL_MUXI2_2RE FOREIGN C0A07BLDL_MUXI2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.057 0.033 2.167 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.419 0.033 1.485 0.264 ;
      RECT 0.209 0.033 0.319 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.396 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 1.98 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.353 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.396 0.66 0.495 0.726 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.396 2.343 0.759 ;
      RECT 2.079 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 1.034 ;
      RECT 1.881 0.33 2.343 0.396 ;
      RECT 2.233 0.143 2.343 0.33 ;
      RECT 1.881 0.143 1.991 0.33 ;
    END
  END X
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.671 ;
      RECT 0.165 0.671 0.297 0.737 ;
      RECT 0.231 0.737 0.297 0.792 ;
      RECT 0.231 0.792 0.627 0.858 ;
      RECT 0.561 0.594 0.627 0.792 ;
      RECT 0.561 0.528 0.715 0.594 ;
      RECT 0.649 0.462 0.715 0.528 ;
      RECT 0.165 0.462 0.264 0.528 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.419 0.88 1.485 1.155 ;
      RECT 1.419 0.814 1.518 0.88 ;
      RECT 0.209 0.957 0.319 1.155 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.792 1.947 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.396 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 1.98 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.067 0.132 1.133 0.198 ;
    RECT 1.243 0.132 1.309 0.198 ;
    RECT 1.573 0.132 1.683 0.297 ;
    RECT 0.033 0.143 0.143 0.33 ;
    RECT 0.418 0.165 0.748 0.231 ;
    RECT 0.858 0.165 0.99 0.231 ;
    RECT 1.067 0.198 1.309 0.264 ;
    RECT 0.924 0.231 0.99 0.33 ;
    RECT 0.363 0.297 0.847 0.33 ;
    RECT 1.573 0.297 1.815 0.363 ;
    RECT 0.033 0.33 0.847 0.363 ;
    RECT 0.924 0.33 1.221 0.396 ;
    RECT 0.033 0.363 0.429 0.396 ;
    RECT 0.781 0.363 0.847 0.495 ;
    RECT 1.749 0.363 1.815 0.528 ;
    RECT 0.033 0.396 0.099 0.803 ;
    RECT 1.155 0.396 1.221 0.671 ;
    RECT 1.617 0.462 1.683 0.671 ;
    RECT 1.969 0.462 2.211 0.528 ;
    RECT 0.781 0.495 1.056 0.561 ;
    RECT 1.749 0.528 2.035 0.594 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.749 0.594 1.815 0.803 ;
    RECT 0.858 0.671 1.683 0.737 ;
    RECT 0.693 0.748 0.759 0.825 ;
    RECT 0.033 0.803 0.143 1.045 ;
    RECT 1.617 0.803 1.815 0.869 ;
    RECT 0.693 0.825 1.342 0.891 ;
    RECT 1.617 0.869 1.727 1.045 ;
    RECT 1.232 0.891 1.342 1.056 ;
    RECT 0.418 0.957 1.166 1.023 ;
    RECT 0.418 1.023 0.484 1.056 ;
    RECT 1.1 1.023 1.166 1.056 ;
  END
END LDL_MUXI2_2RE
#
# 
MACRO LDL_MUXI2_3 FOREIGN C0A07BLDL_MUXI2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0.825 0.033 0.891 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.495 ;
      RECT 1.617 0.495 1.98 0.561 ;
      RECT 1.617 0.561 1.683 0.594 ;
      RECT 0.099 0.33 0.165 0.462 ;
      RECT 0.099 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.363 1.716 0.429 ;
      VIA 0.132 0.396 V1L2L ;
      VIA 1.65 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.594 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.673 0.528 2.739 0.792 ;
      RECT 2.64 0.792 2.739 0.858 ;
      RECT 2.541 0.528 2.607 0.594 ;
    END
  END D1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.291368 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.429 1.287 0.759 ;
      RECT 1.221 0.825 1.287 0.847 ;
      RECT 1.221 0.847 2.079 0.913 ;
      RECT 2.013 0.913 2.079 0.99 ;
      RECT 1.144 0.759 1.287 0.825 ;
      RECT 1.221 0.385 1.551 0.429 ;
      RECT 1.144 0.319 1.287 0.363 ;
      RECT 1.144 0.363 1.551 0.385 ;
      RECT 1.485 0.209 1.551 0.363 ;
      RECT 1.485 0.099 1.98 0.143 ;
      RECT 1.914 0.165 2.046 0.209 ;
      RECT 1.485 0.143 2.046 0.165 ;
      RECT 1.485 0.165 1.65 0.209 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.495 0.66 0.561 ;
      RECT 0.429 0.198 0.495 0.495 ;
    END
  END D0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.651 0.99 2.717 1.155 ;
      RECT 2.618 0.924 2.717 0.99 ;
      RECT 2.266 0.957 2.332 1.155 ;
      RECT 2.266 0.891 2.398 0.957 ;
      RECT 0.858 1.045 0.924 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 1.001 0.099 1.419 0.165 ;
    RECT 0.649 0.132 0.715 0.341 ;
    RECT 1.001 0.165 1.067 0.198 ;
    RECT 1.353 0.165 1.419 0.264 ;
    RECT 0.957 0.198 1.067 0.264 ;
    RECT 0.253 0.242 0.319 0.308 ;
    RECT 0.957 0.264 1.023 0.341 ;
    RECT 1.771 0.264 1.837 0.319 ;
    RECT 0.253 0.308 0.363 0.374 ;
    RECT 1.771 0.319 2.574 0.385 ;
    RECT 0.649 0.341 1.023 0.407 ;
    RECT 0.297 0.374 0.363 0.902 ;
    RECT 1.771 0.385 2.189 0.407 ;
    RECT 0.825 0.407 0.891 0.825 ;
    RECT 2.123 0.407 2.189 0.715 ;
    RECT 1.067 0.462 1.133 0.594 ;
    RECT 0.957 0.594 1.133 0.66 ;
    LAYER M2L ;
    RECT 0.264 0.627 1.056 0.693 ;
    VIA 0.33 0.66 V1L2L ;
    VIA 0.99 0.66 V1L2L ;
    LAYER M1L ;
    RECT 1.375 0.638 1.441 0.715 ;
    RECT 0.957 0.66 1.023 0.726 ;
    RECT 1.375 0.715 2.574 0.781 ;
    RECT 0.616 0.825 1.067 0.891 ;
    RECT 1.001 0.891 1.067 1.012 ;
    RECT 0.253 0.902 0.363 1.034 ;
    RECT 1.738 0.979 1.87 1.012 ;
    RECT 1.001 1.012 1.87 1.045 ;
    RECT 1.001 1.045 1.804 1.078 ;
  END
END LDL_MUXI2_3
#
# 
MACRO LDL_MUXI2_4 FOREIGN C0A07BLDL_MUXI2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 1.639 0.033 1.705 0.352 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.317988 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.759 ;
      RECT 1.089 0.825 1.155 0.858 ;
      RECT 0.825 0.759 1.232 0.825 ;
      RECT 0.825 0.825 0.891 0.891 ;
      RECT 0.374 0.891 0.891 0.957 ;
      RECT 1.089 0.165 1.199 0.264 ;
      RECT 0.407 0.099 1.551 0.165 ;
      RECT 1.485 0.165 1.551 0.33 ;
      RECT 0.781 0.165 0.891 0.33 ;
      RECT 0.407 0.165 0.473 0.198 ;
      RECT 0.055 0.198 0.473 0.264 ;
      RECT 0.055 0.132 0.121 0.198 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.409 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.146168 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.858 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.22 2.277 0.319 ;
    RECT 2.915 0.242 2.981 0.33 ;
    RECT 3.267 0.242 3.333 0.33 ;
    RECT 1.815 0.264 1.881 0.77 ;
    RECT 0.957 0.286 1.023 0.627 ;
    RECT 1.287 0.286 1.375 0.572 ;
    RECT 2.211 0.319 2.662 0.385 ;
    RECT 2.915 0.33 3.333 0.363 ;
    RECT 0.088 0.341 0.682 0.407 ;
    RECT 2.838 0.363 3.333 0.396 ;
    LAYER M2L ;
    RECT 0.924 0.363 2.97 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 2.904 0.396 V1L2L ;
    VIA 0.99 0.396 V1L2L ;
    LAYER M1L ;
    RECT 2.211 0.385 2.277 0.825 ;
    RECT 2.838 0.396 2.981 0.429 ;
    RECT 0.088 0.407 0.154 1.023 ;
    RECT 2.915 0.429 2.981 0.825 ;
    RECT 0.253 0.495 0.594 0.561 ;
    RECT 0.528 0.561 0.594 0.627 ;
    RECT 0.462 0.627 0.594 0.693 ;
    RECT 0.693 0.627 1.023 0.693 ;
    LAYER M2L ;
    RECT 0.462 0.627 1.914 0.693 ;
    VIA 1.848 0.66 V1L2L ;
    VIA 0.528 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.682 0.297 0.759 ;
    RECT 0.693 0.693 0.759 0.759 ;
    RECT 0.231 0.759 0.759 0.825 ;
    RECT 2.211 0.825 2.662 0.891 ;
    RECT 2.915 0.825 3.366 0.891 ;
    RECT 2.211 0.891 2.277 1.023 ;
    RECT 0.957 0.924 1.023 1.023 ;
    RECT 1.309 0.924 1.375 1.023 ;
    RECT 0.088 1.023 2.277 1.089 ;
  END
END LDL_MUXI2_4
#
# 
MACRO LDL_MUXI2_6 FOREIGN C0A07BLDL_MUXI2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 5.027 0.033 5.093 0.33 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.971 0.033 4.037 0.264 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.521752 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.847 ;
      RECT 1.683 0.847 2.871 0.913 ;
      RECT 1.683 0.913 1.749 0.979 ;
      RECT 0.924 0.979 1.749 1.045 ;
      RECT 0.902 0.363 2.508 0.429 ;
      RECT 0.902 0.33 1.782 0.363 ;
      RECT 0.902 0.429 1.782 0.462 ;
      LAYER M2L ;
      RECT 2.376 0.363 2.904 0.429 ;
      VIA 2.442 0.396 V1L2L ;
      VIA 2.838 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 4.884 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.256 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.2178 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.693 ;
      RECT 0.429 0.693 1.419 0.759 ;
      RECT 1.353 0.627 1.419 0.693 ;
      RECT 1.353 0.561 2.453 0.627 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.638 0.528 2.805 0.594 ;
    RECT 0 0.528 0.638 0.594 ;
    RECT 2.805 0.528 5.148 0.594 ;
    RECT 0 0.594 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.54 0.099 3.113 0.165 ;
    RECT 0.726 0.165 1.606 0.231 ;
    RECT 3.047 0.165 3.113 0.297 ;
    RECT 4.114 0.198 4.202 0.297 ;
    RECT 4.851 0.22 4.917 0.297 ;
    RECT 1.848 0.231 2.728 0.297 ;
    LAYER M2L ;
    RECT 2.574 0.231 4.224 0.297 ;
    VIA 2.64 0.264 V1L2L ;
    VIA 4.158 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.759 0.363 ;
    RECT 2.662 0.297 2.728 0.715 ;
    RECT 3.047 0.297 3.894 0.363 ;
    RECT 4.114 0.297 4.917 0.363 ;
    RECT 0.693 0.363 0.759 0.561 ;
    RECT 0.055 0.363 0.121 0.825 ;
    RECT 3.047 0.363 3.113 0.825 ;
    RECT 4.147 0.363 4.213 0.825 ;
    RECT 0.693 0.561 1.254 0.627 ;
    RECT 1.507 0.715 2.728 0.781 ;
    RECT 1.507 0.781 1.573 0.847 ;
    RECT 0.055 0.825 0.671 0.891 ;
    RECT 3.047 0.825 3.894 0.891 ;
    RECT 4.147 0.825 4.95 0.891 ;
    RECT 0.759 0.847 1.573 0.913 ;
    RECT 0.605 0.891 0.671 0.968 ;
    RECT 3.047 0.891 3.113 0.979 ;
    RECT 4.147 0.891 4.213 0.924 ;
    RECT 0.759 0.913 0.825 0.99 ;
    RECT 1.848 0.979 3.113 1.045 ;
  END
END LDL_MUXI2_6
#
# 
MACRO LDL_MUXI2_8 FOREIGN C0A07BLDL_MUXI2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 6.347 0.033 6.413 0.286 ;
      RECT 6.028 0.033 6.094 0.165 ;
      RECT 5.962 0.165 6.094 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.61 0.165 5.742 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.258 0.165 5.39 0.231 ;
      RECT 4.939 0.033 5.005 0.264 ;
      RECT 4.554 0.033 4.62 0.165 ;
      RECT 4.554 0.165 4.686 0.231 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.198 ;
      RECT 0.055 0.198 0.176 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.630652 ;
    PORT
      LAYER M1L ;
      RECT 3.531 0.33 3.597 0.825 ;
      RECT 2.013 0.825 3.597 0.891 ;
      RECT 2.013 0.891 2.079 0.979 ;
      RECT 0.924 0.979 2.079 1.045 ;
      RECT 0.924 0.363 3.168 0.429 ;
      RECT 0.924 0.33 1.947 0.363 ;
      RECT 0.924 0.429 1.947 0.462 ;
      LAYER M2L ;
      RECT 3.036 0.363 3.63 0.429 ;
      VIA 3.102 0.396 V1L2L ;
      VIA 3.564 0.396 V1L2L ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.28 0.462 5.94 0.594 ;
      RECT 5.841 0.594 5.907 0.726 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.462 4.62 0.594 ;
      RECT 4.521 0.594 4.587 0.726 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.28556 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.484 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.693 ;
      RECT 0.429 0.693 1.683 0.759 ;
      RECT 1.617 0.627 1.683 0.693 ;
      RECT 1.617 0.561 2.574 0.627 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.258 0.957 5.39 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.906 0.957 5.038 1.023 ;
      RECT 6.347 0.858 6.413 1.155 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 5.962 0.957 6.094 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.554 0.957 4.686 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.202 0.957 4.334 1.023 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.85 0.957 3.982 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0.759 0.528 3.388 0.616 ;
    RECT 0 0.528 0.759 0.616 ;
    RECT 3.388 0.528 6.468 0.616 ;
    RECT 0 0.616 6.468 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 3.729 0.165 ;
    RECT 0.737 0.165 1.936 0.231 ;
    RECT 3.663 0.165 3.729 0.297 ;
    RECT 5.115 0.198 5.181 0.297 ;
    RECT 6.171 0.22 6.237 0.297 ;
    RECT 2.079 0.231 3.432 0.297 ;
    RECT 0.737 0.231 0.803 0.308 ;
    LAYER M2L ;
    RECT 3.3 0.231 5.214 0.297 ;
    VIA 3.366 0.264 V1L2L ;
    VIA 5.148 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.264 0.649 0.341 ;
    RECT 3.333 0.297 3.399 0.693 ;
    RECT 3.663 0.297 4.862 0.363 ;
    RECT 5.115 0.297 6.237 0.363 ;
    RECT 0.033 0.341 0.649 0.407 ;
    RECT 3.663 0.363 3.729 0.825 ;
    RECT 5.115 0.363 5.181 0.825 ;
    RECT 0.583 0.407 0.649 0.561 ;
    RECT 0.033 0.407 0.099 0.759 ;
    RECT 0.583 0.561 1.298 0.627 ;
    RECT 1.837 0.693 3.399 0.759 ;
    RECT 0.033 0.759 0.33 0.825 ;
    RECT 1.837 0.759 1.903 0.825 ;
    RECT 0.264 0.825 0.649 0.891 ;
    RECT 0.737 0.825 1.903 0.891 ;
    RECT 3.663 0.825 4.862 0.891 ;
    RECT 5.082 0.825 6.237 0.891 ;
    RECT 0.583 0.891 0.649 1.056 ;
    RECT 0.737 0.891 0.803 0.99 ;
    RECT 3.663 0.891 3.729 0.957 ;
    RECT 6.171 0.891 6.237 0.968 ;
    RECT 2.156 0.957 3.729 1.023 ;
    RECT 2.156 1.023 2.222 1.056 ;
  END
END LDL_MUXI2_8
#
# 
MACRO LDL_MUXI2_S_1 FOREIGN C0A07BLDL_MUXI2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.231 0.033 0.297 0.198 ;
      RECT 0.231 0.198 0.33 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.792 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.165 1.551 0.957 ;
      RECT 0.847 0.957 1.551 0.99 ;
      RECT 1.166 0.99 1.551 1.023 ;
      RECT 0.847 0.99 0.913 1.056 ;
      RECT 0.847 0.924 1.232 0.957 ;
      RECT 0.847 0.099 1.551 0.165 ;
      RECT 0.847 0.165 0.913 0.264 ;
    END
  END X
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.077 0.473 0.231 0.561 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.66 1.045 0.792 ;
      RECT 0.693 0.792 1.045 0.847 ;
      RECT 0.462 0.847 1.045 0.858 ;
      RECT 0.462 0.858 0.759 0.913 ;
      RECT 0.957 0.594 1.089 0.66 ;
    END
  END S
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.154 0.693 0.462 ;
    RECT 0.055 0.198 0.165 0.341 ;
    RECT 0.451 0.22 0.517 0.649 ;
    RECT 0.979 0.231 1.133 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.122 0.297 ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.056 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.979 0.297 1.067 0.33 ;
    RECT 1.199 0.308 1.265 0.462 ;
    RECT 0.913 0.33 1.067 0.396 ;
    RECT 0.055 0.341 0.363 0.407 ;
    RECT 0.297 0.407 0.363 0.979 ;
    RECT 0.627 0.462 1.265 0.528 ;
    RECT 1.199 0.528 1.265 0.803 ;
    RECT 0.451 0.649 0.836 0.715 ;
    RECT 0.451 0.715 0.517 0.748 ;
    RECT 0.055 0.924 0.121 0.979 ;
    RECT 0.055 0.979 0.748 1.067 ;
  END
END LDL_MUXI2_S_1
#
# 
MACRO LDL_MUXI2_S_2 FOREIGN C0A07BLDL_MUXI2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.155 0.033 1.221 0.264 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.073568 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.495 ;
      RECT 1.881 0.495 2.079 0.561 ;
      RECT 0.825 0.33 0.891 0.726 ;
      LAYER M2L ;
      RECT 0.792 0.363 2.112 0.429 ;
      VIA 0.858 0.396 V1L2L ;
      VIA 2.046 0.396 V1L2L ;
    END
  END S
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.792 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END D0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.238612 ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.649 2.211 0.737 ;
      RECT 2.123 0.737 2.211 0.858 ;
      RECT 2.145 0.264 2.211 0.649 ;
      RECT 2.101 0.132 2.211 0.264 ;
      RECT 1.705 0.561 1.815 0.649 ;
      RECT 1.705 0.165 1.771 0.561 ;
      RECT 1.298 0.143 1.771 0.165 ;
      RECT 1.298 0.209 1.364 0.297 ;
      RECT 1.298 0.165 1.43 0.209 ;
      RECT 1.364 0.099 1.771 0.143 ;
      RECT 1.221 0.594 1.287 0.803 ;
      RECT 1.221 0.803 1.43 0.869 ;
      LAYER M2L ;
      RECT 1.188 0.627 1.848 0.693 ;
      VIA 1.254 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.958 0.132 2.024 0.165 ;
    RECT 1.881 0.165 2.024 0.231 ;
    RECT 0.583 0.198 0.693 0.275 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.979 0.22 1.045 0.429 ;
    RECT 1.496 0.231 1.628 0.297 ;
    RECT 1.881 0.231 1.947 0.396 ;
    LAYER M2L ;
    RECT 0.594 0.231 1.98 0.297 ;
    VIA 0.66 0.264 V1L2L ;
    VIA 1.914 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.583 0.275 0.759 0.341 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.54 0.297 1.628 0.825 ;
    RECT 0.693 0.341 0.759 0.924 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.979 0.429 1.463 0.495 ;
    RECT 1.397 0.495 1.463 0.594 ;
    RECT 0.979 0.495 1.045 0.792 ;
    LAYER M2L ;
    RECT 0.396 0.759 1.65 0.825 ;
    VIA 0.462 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.54 0.825 2.024 0.891 ;
    RECT 0.583 0.924 1.1 0.957 ;
    RECT 0.583 0.957 1.628 0.99 ;
    RECT 1.034 0.99 1.628 1.023 ;
    RECT 0.583 0.99 0.649 1.056 ;
  END
END LDL_MUXI2_S_2
#
# 
MACRO LDL_MUXI2_S_3 FOREIGN C0A07BLDL_MUXI2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.332 0.033 2.398 0.165 ;
      RECT 2.266 0.165 2.398 0.231 ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.651 0.033 2.717 0.264 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.495 ;
      RECT 0.429 0.495 0.748 0.561 ;
      RECT 0.682 0.561 0.748 0.693 ;
      RECT 0.429 0.561 0.495 0.594 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.321 0.462 2.64 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.109384 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 1.848 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.594 ;
      LAYER M2L ;
      RECT 0.132 0.627 1.848 0.693 ;
      VIA 0.198 0.66 V1L2L ;
      VIA 1.782 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.252648 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.242 1.287 0.924 ;
      RECT 1.177 0.924 1.287 1.023 ;
      RECT 1.177 1.023 2.002 1.045 ;
      RECT 1.177 1.045 1.584 1.089 ;
      RECT 1.518 0.979 2.002 1.023 ;
      RECT 1.177 0.165 1.287 0.242 ;
      RECT 1.177 0.099 2.002 0.165 ;
      RECT 1.87 0.165 2.002 0.209 ;
      RECT 1.518 0.165 1.65 0.209 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 0.979 0.924 1.045 1.155 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.651 0.924 2.717 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.198 0.693 0.363 ;
    RECT 2.475 0.198 2.541 0.297 ;
    RECT 0.935 0.231 1.078 0.297 ;
    RECT 0.231 0.242 0.297 0.308 ;
    RECT 1.353 0.286 1.441 0.561 ;
    RECT 0.935 0.297 1.001 0.363 ;
    RECT 1.694 0.297 2.541 0.363 ;
    RECT 0.231 0.308 0.363 0.374 ;
    RECT 0.627 0.363 1.001 0.429 ;
    RECT 2.123 0.363 2.189 0.759 ;
    LAYER M2L ;
    RECT 0.792 0.363 1.452 0.429 ;
    VIA 1.386 0.396 V1L2L ;
    VIA 0.858 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.297 0.374 0.363 0.825 ;
    RECT 0.825 0.429 0.891 0.825 ;
    RECT 1.067 0.462 1.155 0.759 ;
    RECT 1.353 0.561 1.617 0.627 ;
    RECT 1.551 0.627 1.617 0.825 ;
    RECT 0.451 0.726 0.517 0.825 ;
    RECT 1.353 0.726 1.463 0.924 ;
    RECT 0.99 0.759 1.155 0.825 ;
    RECT 1.914 0.759 2.189 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 1.122 0.825 ;
    RECT 1.32 0.759 2.046 0.825 ;
    VIA 0.33 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.386 0.792 V1L2L ;
    VIA 1.98 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 0.451 0.825 0.891 0.891 ;
    RECT 1.551 0.825 1.826 0.891 ;
    RECT 2.123 0.825 2.574 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.803 0.891 0.891 1.056 ;
  END
END LDL_MUXI2_S_3
#
# 
MACRO LDL_MUXI2_S_4 FOREIGN C0A07BLDL_MUXI2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.596 0.033 2.662 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.211 0.033 2.277 0.264 ;
      RECT 0.407 0.033 0.473 0.198 ;
      RECT 0.407 0.198 0.506 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.858 ;
      RECT 3.597 0.319 3.663 0.462 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.858 ;
      RECT 2.805 0.462 3.003 0.528 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END D0
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.147136 ;
    PORT
      LAYER M1L ;
      RECT 1.518 0.495 2.024 0.561 ;
      RECT 0.132 0.462 0.462 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.33 0.495 1.65 0.561 ;
      VIA 0.396 0.528 V1L2L ;
      VIA 1.584 0.528 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.34364 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.165 1.419 0.979 ;
      RECT 1.353 0.979 2.123 1.023 ;
      RECT 2.057 0.902 2.123 0.979 ;
      RECT 0.946 1.023 2.123 1.045 ;
      RECT 0.946 1.045 1.419 1.089 ;
      RECT 0.528 0.957 1.012 1.023 ;
      RECT 0.913 0.099 2.123 0.165 ;
      RECT 2.057 0.165 2.123 0.264 ;
      RECT 1.705 0.165 1.771 0.264 ;
      RECT 0.913 0.165 0.979 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0.616 0.528 1.54 0.638 ;
    RECT 0 0.528 0.616 0.638 ;
    RECT 1.54 0.528 3.828 0.638 ;
    RECT 0 0.638 3.828 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.341 0.264 ;
    RECT 0.737 0.198 0.825 0.374 ;
    RECT 2.739 0.198 2.805 0.308 ;
    RECT 3.069 0.198 3.157 0.33 ;
    RECT 3.465 0.198 3.531 0.33 ;
    RECT 2.387 0.22 2.453 0.308 ;
    LAYER M2L ;
    RECT 0.726 0.231 2.838 0.297 ;
    VIA 0.792 0.264 V1L2L ;
    VIA 2.772 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.275 0.264 0.341 0.33 ;
    RECT 0.583 0.264 0.649 0.33 ;
    RECT 1.089 0.264 1.155 0.374 ;
    RECT 1.529 0.264 1.595 0.363 ;
    RECT 1.881 0.264 1.947 0.363 ;
    RECT 2.387 0.308 2.805 0.374 ;
    RECT 0.275 0.33 0.649 0.396 ;
    RECT 1.221 0.33 1.287 0.825 ;
    RECT 3.069 0.33 3.531 0.396 ;
    RECT 1.529 0.363 2.244 0.429 ;
    LAYER M2L ;
    RECT 1.188 0.363 3.168 0.429 ;
    VIA 1.254 0.396 V1L2L ;
    VIA 2.178 0.396 V1L2L ;
    VIA 3.102 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.737 0.374 1.155 0.44 ;
    RECT 2.387 0.374 2.453 0.737 ;
    RECT 0.561 0.396 0.649 0.605 ;
    RECT 3.069 0.396 3.157 0.792 ;
    RECT 0.561 0.605 1.034 0.671 ;
    RECT 0.561 0.671 0.649 0.693 ;
    RECT 0.407 0.693 0.649 0.759 ;
    RECT 1.881 0.737 2.838 0.803 ;
    RECT 0.407 0.759 0.473 0.858 ;
    RECT 1.529 0.77 1.595 0.836 ;
    RECT 3.069 0.792 3.531 0.858 ;
    RECT 1.881 0.803 1.947 0.836 ;
    RECT 0.704 0.825 1.287 0.891 ;
    RECT 1.529 0.836 1.947 0.902 ;
    RECT 3.465 0.858 3.531 0.968 ;
  END
END LDL_MUXI2_S_4
#
# 
MACRO LDL_MUXI2_S_6 FOREIGN C0A07BLDL_MUXI2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 4.708 0.033 4.774 0.165 ;
      RECT 4.642 0.165 4.774 0.231 ;
      RECT 4.29 0.033 4.356 0.165 ;
      RECT 4.29 0.165 4.422 0.231 ;
      RECT 3.938 0.033 4.004 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.652 0.033 3.718 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.33 4.059 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.594 4.851 0.726 ;
      RECT 4.488 0.462 4.884 0.594 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.218768 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.649 2.211 0.726 ;
      RECT 2.145 0.583 2.574 0.649 ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.132 0.462 0.528 0.594 ;
      RECT 0.165 0.594 0.231 0.99 ;
      LAYER M2L ;
      RECT 0.396 0.627 2.244 0.693 ;
      VIA 0.462 0.66 V1L2L ;
      VIA 2.178 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.492712 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.957 ;
      RECT 1.1 0.957 2.64 1.023 ;
      RECT 1.056 0.374 2.64 0.462 ;
      RECT 1.056 0.33 1.716 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 5.027 0.924 5.093 1.155 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0.968 0.528 2.772 0.616 ;
    RECT 0 0.528 0.968 0.616 ;
    RECT 2.772 0.528 5.148 0.616 ;
    RECT 0 0.616 5.148 1.221 ;
    LAYER M1L ;
    RECT 1.694 0.099 3.135 0.143 ;
    RECT 0.913 0.143 3.135 0.165 ;
    RECT 0.913 0.165 1.76 0.209 ;
    RECT 3.069 0.165 3.135 0.297 ;
    RECT 4.851 0.198 4.917 0.297 ;
    RECT 0.913 0.209 0.979 0.308 ;
    RECT 1.826 0.231 2.871 0.297 ;
    RECT 4.147 0.264 4.213 0.297 ;
    RECT 2.805 0.297 2.871 0.726 ;
    RECT 3.069 0.297 3.894 0.363 ;
    RECT 4.147 0.297 4.917 0.363 ;
    RECT 0.198 0.319 0.704 0.385 ;
    RECT 3.069 0.363 3.135 0.825 ;
    RECT 4.147 0.363 4.334 0.407 ;
    RECT 0.638 0.385 0.704 0.583 ;
    RECT 4.246 0.407 4.334 0.693 ;
    RECT 0.638 0.583 1.43 0.649 ;
    RECT 3.201 0.594 3.267 0.693 ;
    LAYER M2L ;
    RECT 2.343 0.627 3.3 0.693 ;
    VIA 2.838 0.66 V1L2L ;
    VIA 3.234 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.638 0.649 0.704 0.803 ;
    RECT 3.201 0.693 4.334 0.759 ;
    LAYER M2L ;
    RECT 2.343 0.693 2.409 0.759 ;
    LAYER M1L ;
    RECT 1.749 0.726 1.815 0.825 ;
    RECT 2.013 0.748 2.079 0.825 ;
    RECT 4.246 0.759 4.334 0.825 ;
    LAYER M2L ;
    RECT 1.716 0.759 2.409 0.825 ;
    VIA 1.782 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.55 0.803 0.704 0.869 ;
    RECT 0.913 0.825 1.815 0.891 ;
    RECT 2.013 0.825 3.894 0.891 ;
    RECT 4.246 0.825 4.95 0.891 ;
    RECT 0.913 0.891 0.979 0.968 ;
  END
END LDL_MUXI2_S_6
#
# 
MACRO LDL_MUXI2_S_8 FOREIGN C0A07BLDL_MUXI2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.05 0.033 6.116 0.165 ;
      RECT 5.984 0.165 6.116 0.231 ;
      RECT 5.632 0.033 5.698 0.165 ;
      RECT 5.632 0.165 5.764 0.231 ;
      RECT 5.28 0.033 5.346 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 0.891 0.033 0.957 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.412 0.594 ;
      RECT 5.313 0.33 5.379 0.462 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 5.808 0.462 6.468 0.594 ;
      RECT 6.369 0.594 6.435 0.726 ;
      RECT 6.369 0.198 6.435 0.462 ;
    END
  END D1
  PIN S
    DIRECTION INPUT ;
    AntennaGateArea 0.293304 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.649 2.739 0.726 ;
      RECT 2.673 0.583 3.465 0.649 ;
      RECT 0.561 0.627 0.792 0.693 ;
      RECT 0.561 0.693 0.627 0.737 ;
      RECT 0.297 0.737 0.627 0.803 ;
      RECT 0.297 0.528 0.363 0.737 ;
      RECT 0.121 0.462 0.363 0.528 ;
      RECT 0.121 0.528 0.187 0.594 ;
      LAYER M2L ;
      RECT 0.66 0.627 2.772 0.693 ;
      VIA 0.726 0.66 V1L2L ;
      VIA 2.706 0.66 V1L2L ;
    END
  END S
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.644204 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.957 ;
      RECT 1.254 0.957 3.542 1.023 ;
      RECT 1.188 0.374 3.52 0.462 ;
      RECT 1.188 0.33 2.244 0.374 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.05 1.023 6.116 1.155 ;
      RECT 5.984 0.957 6.116 1.023 ;
      RECT 5.698 1.023 5.764 1.155 ;
      RECT 5.632 0.957 5.764 1.023 ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 0.891 0.924 0.957 1.155 ;
      RECT 6.402 1.023 6.468 1.155 ;
      RECT 6.336 0.957 6.468 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0.418 0.528 3.652 0.616 ;
    RECT 0.418 0.616 1.067 0.77 ;
    RECT 3.652 0.528 6.864 0.616 ;
    RECT 0 0.528 0.418 0.77 ;
    RECT 1.067 0.616 6.864 0.77 ;
    RECT 0 0.77 6.864 1.221 ;
    LAYER M1L ;
    RECT 2.2 0.099 4.059 0.143 ;
    RECT 1.067 0.143 4.059 0.165 ;
    RECT 1.067 0.165 2.266 0.209 ;
    RECT 3.993 0.165 4.059 0.297 ;
    RECT 5.137 0.198 5.203 0.297 ;
    RECT 1.067 0.209 1.133 0.286 ;
    RECT 6.193 0.22 6.259 0.297 ;
    RECT 2.332 0.231 3.795 0.297 ;
    RECT 5.489 0.242 5.555 0.297 ;
    RECT 0.198 0.297 0.616 0.363 ;
    RECT 3.729 0.297 3.795 0.726 ;
    RECT 3.993 0.297 5.203 0.363 ;
    RECT 5.489 0.297 6.259 0.363 ;
    RECT 0.55 0.363 0.616 0.473 ;
    RECT 3.993 0.363 4.059 0.825 ;
    RECT 5.489 0.363 5.654 0.385 ;
    RECT 5.566 0.385 5.654 0.693 ;
    RECT 0.55 0.473 1.001 0.539 ;
    RECT 0.935 0.539 1.001 0.583 ;
    RECT 0.935 0.583 1.936 0.649 ;
    RECT 4.125 0.594 4.191 0.693 ;
    LAYER M2L ;
    RECT 2.871 0.627 4.224 0.693 ;
    VIA 3.762 0.66 V1L2L ;
    VIA 4.158 0.66 V1L2L ;
    LAYER M1L ;
    RECT 0.935 0.649 1.001 0.759 ;
    RECT 4.125 0.693 5.654 0.759 ;
    LAYER M2L ;
    RECT 2.871 0.693 2.937 0.759 ;
    LAYER M1L ;
    RECT 2.277 0.726 2.343 0.825 ;
    RECT 2.541 0.748 2.607 0.825 ;
    RECT 0.715 0.759 1.001 0.825 ;
    RECT 5.566 0.759 5.654 0.825 ;
    LAYER M2L ;
    RECT 2.244 0.759 2.937 0.825 ;
    VIA 2.31 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.715 0.825 0.781 0.88 ;
    RECT 1.067 0.825 2.343 0.891 ;
    RECT 2.541 0.825 5.203 0.891 ;
    RECT 5.566 0.825 6.644 0.891 ;
    RECT 0.231 0.88 0.781 0.946 ;
    RECT 1.067 0.891 1.133 1.056 ;
    RECT 5.137 0.891 5.203 0.99 ;
    RECT 3.641 0.891 3.707 1.056 ;
    RECT 0.715 0.946 0.781 0.99 ;
    RECT 0.231 0.946 0.297 1.056 ;
  END
END LDL_MUXI2_S_8
#
# 
MACRO LDL_MUXI4_0P5 FOREIGN C0A07BLDL_MUXI4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END D3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.297 3.531 0.407 ;
      RECT 3.465 0.231 3.608 0.297 ;
      RECT 3.465 0.407 3.663 0.473 ;
      RECT 3.597 0.473 3.663 0.649 ;
      RECT 3.531 0.649 3.663 0.715 ;
      RECT 3.531 0.715 3.597 0.88 ;
    END
  END X
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D2
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.102 0.561 ;
      RECT 2.937 0.561 3.003 0.726 ;
      RECT 2.937 0.33 3.003 0.495 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      RECT 1.661 0.924 1.727 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 2.475 0.099 3.773 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.825 0.132 0.913 0.924 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 1.287 0.132 1.353 0.473 ;
    RECT 1.463 0.132 1.529 0.924 ;
    RECT 1.881 0.132 1.947 0.792 ;
    RECT 1.056 0.165 1.221 0.231 ;
    RECT 2.222 0.165 2.541 0.231 ;
    RECT 3.707 0.165 3.773 0.352 ;
    RECT 2.013 0.176 2.079 0.396 ;
    RECT 1.155 0.231 1.221 0.572 ;
    RECT 2.475 0.231 2.541 1.023 ;
    RECT 3.256 0.231 3.399 0.297 ;
    LAYER M2L ;
    RECT 0.066 0.231 2.112 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 2.046 0.264 V1L2L ;
    LAYER M1L ;
    RECT 2.607 0.264 2.673 0.924 ;
    RECT 3.091 0.264 3.157 0.363 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 3.333 0.297 3.399 0.627 ;
    RECT 1.001 0.33 1.067 0.737 ;
    RECT 2.321 0.33 2.387 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 3.091 0.363 3.267 0.429 ;
    RECT 2.013 0.396 2.387 0.462 ;
    RECT 3.201 0.429 3.267 0.638 ;
    RECT 1.155 0.572 1.397 0.638 ;
    RECT 2.079 0.627 2.354 0.693 ;
    RECT 3.333 0.627 3.465 0.693 ;
    RECT 1.331 0.638 1.397 0.891 ;
    RECT 3.091 0.638 3.267 0.704 ;
    RECT 2.079 0.693 2.145 0.88 ;
    RECT 3.399 0.693 3.465 1.023 ;
    RECT 3.091 0.704 3.157 0.88 ;
    RECT 1.001 0.737 1.232 0.825 ;
    LAYER M2L ;
    RECT 1.056 0.759 2.178 0.825 ;
    VIA 1.122 0.792 V1L2L ;
    VIA 2.112 0.792 V1L2L ;
    LAYER M1L ;
    RECT 3.267 0.77 3.333 1.023 ;
    RECT 3.707 0.77 3.773 1.023 ;
    RECT 1.837 0.792 1.947 0.924 ;
    RECT 1.001 0.825 1.067 1.023 ;
    RECT 3.025 0.88 3.157 0.946 ;
    RECT 1.21 0.891 1.397 0.957 ;
    LAYER M2L ;
    RECT 1.254 0.891 3.498 0.957 ;
    VIA 1.32 0.924 V1L2L ;
    VIA 3.432 0.924 V1L2L ;
    LAYER M1L ;
    RECT 2.255 0.902 2.321 1.023 ;
    RECT 0.44 0.957 0.627 1.023 ;
    RECT 0.561 1.023 1.067 1.089 ;
    RECT 2.255 1.023 3.333 1.089 ;
    RECT 3.399 1.023 3.773 1.089 ;
  END
END LDL_MUXI4_0P5
#
# 
MACRO LDL_MUXI4_1 FOREIGN C0A07BLDL_MUXI4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 2.893 0.462 3.003 0.594 ;
      RECT 2.937 0.594 3.003 0.858 ;
      RECT 2.937 0.33 3.003 0.462 ;
    END
  END D3
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END D0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.729 0.462 3.861 0.528 ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.264 3.663 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 0.275 0.924 0.341 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.099 2.233 0.165 ;
    RECT 3.135 0.099 3.41 0.165 ;
    RECT 0.099 0.132 0.165 1.056 ;
    RECT 0.495 0.132 0.561 0.297 ;
    RECT 2.739 0.132 2.805 0.792 ;
    RECT 3.773 0.132 3.861 0.33 ;
    RECT 1.034 0.165 1.287 0.231 ;
    RECT 2.167 0.165 2.233 0.396 ;
    RECT 1.353 0.165 1.419 0.462 ;
    RECT 3.135 0.165 3.201 0.77 ;
    RECT 2.376 0.165 2.673 0.231 ;
    RECT 1.221 0.231 1.287 0.594 ;
    RECT 2.607 0.231 2.673 0.825 ;
    LAYER M2L ;
    RECT 0.066 0.231 1.452 0.297 ;
    RECT 2.574 0.231 3.894 0.297 ;
    VIA 3.828 0.264 V1L2L ;
    VIA 0.132 0.264 V1L2L ;
    VIA 1.386 0.264 V1L2L ;
    VIA 2.64 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.847 0.264 0.913 0.792 ;
    RECT 1.485 0.264 1.551 0.792 ;
    RECT 2.013 0.264 2.079 0.792 ;
    RECT 3.377 0.264 3.443 0.594 ;
    RECT 0.231 0.297 0.627 0.363 ;
    RECT 2.475 0.33 2.541 0.396 ;
    RECT 3.773 0.33 3.894 0.396 ;
    RECT 0.231 0.363 0.297 0.627 ;
    RECT 0.561 0.363 0.627 0.957 ;
    RECT 2.167 0.396 2.541 0.462 ;
    RECT 1.001 0.462 1.067 1.023 ;
    RECT 1.221 0.594 1.331 0.66 ;
    RECT 3.267 0.594 3.443 0.66 ;
    RECT 2.145 0.627 2.508 0.693 ;
    RECT 1.265 0.66 1.331 0.891 ;
    RECT 3.267 0.66 3.333 0.891 ;
    RECT 2.145 0.693 2.211 1.023 ;
    RECT 3.399 0.792 3.465 1.023 ;
    RECT 3.795 0.792 3.883 1.056 ;
    RECT 2.376 0.825 2.673 0.891 ;
    RECT 1.265 0.891 1.518 0.957 ;
    RECT 3.102 0.891 3.333 0.957 ;
    RECT 2.607 0.891 2.673 1.023 ;
    LAYER M2L ;
    RECT 1.386 0.891 3.894 0.957 ;
    VIA 3.828 0.924 V1L2L ;
    VIA 1.452 0.924 V1L2L ;
    VIA 3.168 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.462 0.957 0.627 1.023 ;
    RECT 0.561 1.023 2.211 1.089 ;
    RECT 2.607 1.023 3.465 1.089 ;
  END
END LDL_MUXI4_1
#
# 
MACRO LDL_MUXI4_2 FOREIGN C0A07BLDL_MUXI4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.020328 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END S0
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END D0
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END D2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.264 4.455 0.858 ;
    END
  END X
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END D3
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.726 ;
    END
  END D1
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.396 4.323 0.726 ;
    END
  END S1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.22 1.045 0.286 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 3.861 0.099 4.675 0.165 ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 2.277 0.143 2.706 0.209 ;
    RECT 1.474 0.165 1.947 0.231 ;
    RECT 3.146 0.165 3.663 0.231 ;
    RECT 4.609 0.165 4.675 0.264 ;
    RECT 3.861 0.165 3.927 0.891 ;
    RECT 3.729 0.165 3.795 1.023 ;
    RECT 1.287 0.176 1.353 0.594 ;
    RECT 0.429 0.198 0.495 0.429 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 2.937 0.198 3.003 0.275 ;
    RECT 2.277 0.209 2.343 0.297 ;
    RECT 1.881 0.231 1.947 0.99 ;
    RECT 3.597 0.231 3.663 1.023 ;
    RECT 4.125 0.231 4.29 0.297 ;
    LAYER M2L ;
    RECT 0.396 0.231 2.64 0.297 ;
    RECT 2.904 0.231 4.29 0.297 ;
    VIA 1.32 0.264 V1L2L ;
    VIA 3.762 0.264 V1L2L ;
    VIA 4.224 0.264 V1L2L ;
    VIA 0.462 0.264 V1L2L ;
    VIA 2.97 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.033 0.264 0.099 0.825 ;
    RECT 1.155 0.264 1.221 0.792 ;
    RECT 3.993 0.264 4.059 0.792 ;
    RECT 2.739 0.275 3.069 0.341 ;
    RECT 0.583 0.297 1.056 0.363 ;
    RECT 2.145 0.297 2.343 0.363 ;
    RECT 4.125 0.297 4.191 0.528 ;
    LAYER M2L ;
    RECT 2.574 0.297 2.64 0.363 ;
    LAYER M1L ;
    RECT 2.585 0.308 2.673 0.627 ;
    RECT 1.485 0.33 1.551 0.759 ;
    RECT 3.135 0.33 3.201 0.726 ;
    RECT 4.521 0.33 4.587 0.66 ;
    RECT 3.003 0.341 3.069 0.825 ;
    RECT 2.739 0.341 2.805 0.99 ;
    RECT 0.858 0.363 0.924 0.924 ;
    RECT 2.145 0.363 2.211 0.825 ;
    LAYER M2L ;
    RECT 2.574 0.363 3.234 0.429 ;
    RECT 3.96 0.363 4.62 0.429 ;
    VIA 2.64 0.396 V1L2L ;
    VIA 3.168 0.396 V1L2L ;
    VIA 4.026 0.396 V1L2L ;
    VIA 4.554 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.429 0.627 0.495 ;
    RECT 1.023 0.462 1.089 0.858 ;
    RECT 2.871 0.484 2.937 0.858 ;
    RECT 0.561 0.495 0.627 0.77 ;
    RECT 0.363 0.572 0.429 0.638 ;
    RECT 0.297 0.638 0.429 0.704 ;
    RECT 0.297 0.704 0.363 0.825 ;
    RECT 2.563 0.726 2.629 0.825 ;
    RECT 1.485 0.759 1.65 0.825 ;
    LAYER M2L ;
    RECT 0.264 0.759 2.97 0.825 ;
    VIA 2.904 0.792 V1L2L ;
    VIA 1.056 0.792 V1L2L ;
    VIA 1.584 0.792 V1L2L ;
    VIA 0.33 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.429 0.77 0.627 0.836 ;
    RECT 1.155 0.792 1.419 0.858 ;
    RECT 0.033 0.825 0.363 0.891 ;
    RECT 2.145 0.825 2.629 0.891 ;
    RECT 3.003 0.825 3.212 0.869 ;
    RECT 0.429 0.836 0.495 0.902 ;
    RECT 1.353 0.858 1.419 0.99 ;
    RECT 3.003 0.869 3.278 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
    RECT 3.146 0.891 3.278 0.935 ;
    RECT 3.861 0.891 4.312 0.957 ;
    LAYER M2L ;
    RECT 1.32 0.891 4.026 0.957 ;
    VIA 3.96 0.924 V1L2L ;
    VIA 1.386 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.759 0.924 1.023 0.99 ;
    RECT 1.529 0.924 1.595 0.99 ;
    RECT 4.631 0.924 4.697 1.023 ;
    RECT 1.1 0.957 1.232 0.99 ;
    RECT 2.926 0.957 3.058 1.023 ;
    RECT 0.957 0.99 1.232 1.023 ;
    RECT 0.759 0.99 0.825 1.056 ;
    RECT 1.529 0.99 1.947 1.056 ;
    RECT 0.957 1.023 1.166 1.056 ;
    RECT 2.992 1.023 3.663 1.089 ;
    RECT 3.729 1.023 4.697 1.089 ;
  END
END LDL_MUXI4_2
#
# 
MACRO LDL_MUXI4_3 FOREIGN C0A07BLDL_MUXI4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 4.785 0.033 4.851 0.264 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 3.256 0.033 3.322 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.012 0.033 1.078 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.275 0.033 0.341 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.508 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
    END
  END VSS
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.462 3.267 0.858 ;
    END
  END D2
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.462 2.607 0.858 ;
    END
  END D1
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END D0
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.528 4.719 0.726 ;
      RECT 4.653 0.462 4.983 0.528 ;
      RECT 4.917 0.528 4.983 0.726 ;
    END
  END D3
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.627 6.27 0.693 ;
      RECT 6.105 0.396 6.193 0.627 ;
      RECT 5.049 0.198 5.115 0.825 ;
      LAYER M2L ;
      RECT 5.016 0.627 6.27 0.693 ;
      VIA 5.082 0.66 V1L2L ;
      VIA 6.204 0.66 V1L2L ;
    END
  END S1
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 0.429 0.726 ;
      RECT 0.363 0.462 0.528 0.594 ;
      LAYER M2L ;
      RECT 0.066 0.627 0.495 0.693 ;
      VIA 0.396 0.66 V1L2L ;
    END
  END S0
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.17182 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.759 6.303 0.825 ;
      RECT 6.215 0.825 6.303 0.99 ;
      RECT 5.841 0.825 5.907 0.924 ;
      RECT 5.841 0.165 5.907 0.759 ;
      RECT 5.401 0.099 6.303 0.165 ;
      RECT 6.215 0.165 6.303 0.33 ;
      RECT 5.401 0.165 5.511 0.33 ;
      RECT 5.313 0.33 5.511 0.396 ;
      RECT 5.313 0.396 5.379 0.825 ;
      RECT 5.313 0.825 5.478 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 4.983 0.924 5.049 1.155 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.33 1.023 0.396 1.155 ;
      RECT 0.264 0.957 0.396 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 3.575 0.528 4.312 0.594 ;
    RECT 1.331 0.528 2.178 0.616 ;
    RECT 2.178 0.528 3.575 0.594 ;
    RECT 4.312 0.528 6.336 0.594 ;
    RECT 0 0.528 1.331 0.616 ;
    RECT 2.178 0.594 6.336 0.616 ;
    RECT 0 0.616 6.336 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.099 1.903 0.165 ;
    RECT 3.399 0.099 4.114 0.143 ;
    RECT 2.013 0.132 2.079 0.297 ;
    RECT 3.399 0.143 4.18 0.165 ;
    RECT 1.837 0.165 1.903 0.363 ;
    RECT 1.287 0.165 1.353 0.66 ;
    RECT 4.048 0.165 4.18 0.209 ;
    RECT 3.399 0.165 3.465 0.297 ;
    RECT 5.181 0.198 5.28 0.264 ;
    RECT 1.441 0.231 1.738 0.297 ;
    RECT 3.696 0.231 3.971 0.275 ;
    RECT 5.973 0.231 6.116 0.297 ;
    RECT 5.577 0.231 5.775 0.297 ;
    RECT 0.099 0.264 0.165 0.792 ;
    RECT 5.181 0.264 5.247 1.023 ;
    RECT 3.696 0.275 4.708 0.297 ;
    RECT 0.803 0.286 1.221 0.352 ;
    RECT 0.44 0.297 0.693 0.363 ;
    RECT 1.441 0.297 1.507 0.792 ;
    RECT 2.013 0.297 2.761 0.363 ;
    RECT 3.047 0.297 3.465 0.363 ;
    RECT 3.905 0.297 4.708 0.341 ;
    RECT 5.973 0.297 6.039 0.66 ;
    RECT 5.577 0.297 5.643 0.363 ;
    RECT 5.709 0.297 5.775 1.023 ;
    RECT 4.433 0.341 4.499 0.825 ;
    RECT 0.803 0.352 0.869 0.858 ;
    RECT 1.155 0.352 1.221 1.023 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.705 0.363 1.903 0.429 ;
    RECT 2.376 0.363 2.442 0.671 ;
    RECT 2.695 0.363 2.761 0.792 ;
    RECT 3.63 0.363 3.773 0.429 ;
    RECT 3.047 0.363 3.113 0.792 ;
    RECT 3.399 0.363 3.465 0.957 ;
    LAYER M2L ;
    RECT 0.066 0.363 3.762 0.429 ;
    VIA 1.32 0.396 V1L2L ;
    VIA 0.132 0.396 V1L2L ;
    VIA 3.696 0.396 V1L2L ;
    LAYER M1L ;
    RECT 3.872 0.407 4.323 0.473 ;
    RECT 1.705 0.429 1.771 0.561 ;
    RECT 3.707 0.429 3.773 0.682 ;
    RECT 0.231 0.462 0.297 0.825 ;
    RECT 5.577 0.462 5.643 0.858 ;
    RECT 4.257 0.473 4.323 0.825 ;
    LAYER M2L ;
    RECT 5.544 0.495 6.072 0.561 ;
    VIA 5.61 0.528 V1L2L ;
    VIA 6.006 0.528 V1L2L ;
    LAYER M1L ;
    RECT 1.947 0.528 2.013 0.693 ;
    RECT 1.573 0.55 1.639 0.693 ;
    RECT 1.705 0.561 1.848 0.627 ;
    RECT 3.927 0.561 4.158 0.649 ;
    LAYER M2L ;
    RECT 0.594 0.627 4.026 0.693 ;
    VIA 0.66 0.66 V1L2L ;
    VIA 3.96 0.66 V1L2L ;
    VIA 1.98 0.66 V1L2L ;
    LAYER M1L ;
    RECT 3.927 0.649 3.993 0.726 ;
    RECT 2.079 0.671 2.442 0.737 ;
    RECT 1.573 0.693 2.013 0.759 ;
    RECT 3.553 0.726 3.619 0.825 ;
    RECT 2.079 0.737 2.145 0.825 ;
    LAYER M2L ;
    RECT 4.224 0.759 5.676 0.825 ;
    VIA 5.61 0.792 V1L2L ;
    VIA 4.29 0.792 V1L2L ;
    LAYER M1L ;
    RECT 1.309 0.792 1.507 0.825 ;
    RECT 2.277 0.803 2.387 0.869 ;
    RECT 0.231 0.825 0.693 0.891 ;
    RECT 1.309 0.825 1.782 0.858 ;
    RECT 1.936 0.825 2.145 0.891 ;
    RECT 3.553 0.825 4.323 0.891 ;
    RECT 4.433 0.825 4.884 0.891 ;
    RECT 1.441 0.858 1.782 0.891 ;
    RECT 1.309 0.858 1.375 0.924 ;
    RECT 2.277 0.869 2.343 0.979 ;
    RECT 1.716 0.891 1.782 0.979 ;
    RECT 4.433 0.891 4.499 0.957 ;
    RECT 6.017 0.891 6.116 0.957 ;
    LAYER M2L ;
    RECT 2.244 0.891 5.808 0.957 ;
    VIA 2.31 0.924 V1L2L ;
    VIA 5.742 0.924 V1L2L ;
    LAYER M1L ;
    RECT 3.399 0.957 3.828 1.023 ;
    RECT 4.048 0.957 4.499 1.023 ;
    RECT 6.017 0.957 6.083 1.023 ;
    RECT 1.474 0.979 1.606 1.023 ;
    RECT 1.716 0.979 2.343 1.045 ;
    RECT 1.155 1.023 1.606 1.045 ;
    RECT 5.181 1.023 5.588 1.089 ;
    RECT 5.709 1.023 6.083 1.089 ;
    RECT 1.155 1.045 1.54 1.089 ;
  END
END LDL_MUXI4_3
#
# 
MACRO LDL_MUXI4_4 FOREIGN C0A07BLDL_MUXI4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.26 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.26 0.033 ;
      RECT 5.434 0.033 5.5 0.165 ;
      RECT 5.368 0.165 5.5 0.231 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.322 0.033 3.388 0.143 ;
      RECT 3.256 0.143 3.388 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.904 0.143 3.036 0.209 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 7.26 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.716 0 V1L2L ;
      VIA 2.244 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.356 0 V1L2L ;
      VIA 4.884 0 V1L2L ;
      VIA 5.412 0 V1L2L ;
      VIA 5.94 0 V1L2L ;
      VIA 6.468 0 V1L2L ;
      VIA 6.996 0 V1L2L ;
    END
  END VSS
  PIN D0
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END D0
  PIN D1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.462 3.003 0.858 ;
    END
  END D1
  PIN D2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.858 ;
    END
  END D2
  PIN D3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.726 ;
    END
  END D3
  PIN S0
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.495 0.594 0.561 0.726 ;
      RECT 0.495 0.462 0.66 0.594 ;
      LAYER M2L ;
      RECT 0.198 0.627 0.627 0.693 ;
      VIA 0.528 0.66 V1L2L ;
    END
  END S0
  PIN S1
    DIRECTION INPUT ;
    AntennaGateArea 0.079376 ;
    PORT
      LAYER M1L ;
      RECT 7.029 0.396 7.117 0.627 ;
      RECT 6.93 0.627 7.117 0.693 ;
      RECT 5.841 0.198 5.907 0.825 ;
      LAYER M2L ;
      RECT 5.808 0.627 7.062 0.693 ;
      VIA 5.874 0.66 V1L2L ;
      VIA 6.996 0.66 V1L2L ;
    END
  END S1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 6.765 0.759 7.227 0.825 ;
      RECT 7.139 0.825 7.227 0.99 ;
      RECT 6.765 0.825 6.831 0.924 ;
      RECT 6.765 0.165 6.831 0.759 ;
      RECT 6.325 0.099 7.227 0.165 ;
      RECT 7.139 0.165 7.227 0.33 ;
      RECT 6.325 0.165 6.391 0.759 ;
      RECT 6.292 0.759 6.391 0.825 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 7.26 1.221 ;
      RECT 5.775 0.924 5.841 1.155 ;
      RECT 5.368 1.045 5.434 1.155 ;
      RECT 5.368 0.979 5.5 1.045 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 7.26 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.356 1.188 V1L2L ;
      VIA 4.884 1.188 V1L2L ;
      VIA 5.412 1.188 V1L2L ;
      VIA 5.94 1.188 V1L2L ;
      VIA 6.468 1.188 V1L2L ;
      VIA 6.996 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.26 0.528 ;
    RECT 0 0.528 7.26 1.221 ;
    LAYER M1L ;
    RECT 1.331 0.099 1.925 0.165 ;
    RECT 3.817 0.099 4.411 0.165 ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 0.583 0.132 0.649 0.297 ;
    RECT 1.859 0.165 1.925 0.264 ;
    RECT 1.331 0.165 1.397 0.297 ;
    RECT 2.035 0.165 2.673 0.231 ;
    RECT 4.345 0.165 4.411 0.264 ;
    RECT 3.817 0.165 3.883 0.275 ;
    RECT 4.521 0.165 5.115 0.231 ;
    RECT 1.65 0.231 1.782 0.297 ;
    RECT 2.035 0.231 2.101 0.363 ;
    RECT 2.607 0.231 2.673 0.693 ;
    RECT 4.136 0.231 4.268 0.297 ;
    RECT 4.521 0.231 4.587 0.363 ;
    RECT 5.049 0.231 5.115 0.693 ;
    RECT 6.897 0.231 7.04 0.297 ;
    RECT 6.49 0.231 6.699 0.297 ;
    RECT 5.225 0.264 5.291 0.825 ;
    RECT 5.577 0.264 5.643 0.825 ;
    RECT 5.973 0.264 6.039 1.023 ;
    RECT 2.761 0.275 3.179 0.341 ;
    RECT 3.465 0.275 3.883 0.341 ;
    RECT 0.583 0.297 0.825 0.363 ;
    RECT 0.946 0.297 1.397 0.363 ;
    RECT 1.716 0.297 1.782 0.363 ;
    RECT 2.178 0.297 2.31 0.363 ;
    RECT 4.202 0.297 4.268 0.363 ;
    RECT 4.653 0.297 4.796 0.363 ;
    RECT 6.897 0.297 6.963 0.506 ;
    RECT 6.633 0.297 6.699 1.023 ;
    RECT 2.475 0.33 2.541 0.495 ;
    RECT 4.917 0.33 4.983 0.495 ;
    RECT 6.105 0.33 6.193 0.891 ;
    RECT 3.113 0.341 3.179 0.792 ;
    RECT 2.761 0.341 2.827 1.023 ;
    RECT 3.465 0.341 3.531 0.792 ;
    RECT 3.817 0.341 3.883 1.023 ;
    RECT 0.121 0.363 0.396 0.429 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 0.946 0.363 1.012 0.924 ;
    RECT 1.331 0.363 1.397 1.023 ;
    RECT 1.716 0.363 2.101 0.429 ;
    RECT 2.178 0.363 2.244 0.495 ;
    RECT 4.202 0.363 4.587 0.429 ;
    RECT 4.653 0.363 4.719 0.495 ;
    LAYER M2L ;
    RECT 0.264 0.363 5.016 0.429 ;
    RECT 6.072 0.363 6.996 0.429 ;
    VIA 6.138 0.396 V1L2L ;
    VIA 4.95 0.396 V1L2L ;
    VIA 6.93 0.396 V1L2L ;
    VIA 0.33 0.396 V1L2L ;
    VIA 2.508 0.396 V1L2L ;
    LAYER M1L ;
    RECT 0.121 0.429 0.187 0.726 ;
    RECT 0.286 0.495 0.429 0.561 ;
    RECT 1.551 0.495 1.76 0.561 ;
    RECT 2.354 0.495 2.541 0.561 ;
    RECT 1.859 0.495 2.244 0.561 ;
    RECT 4.114 0.495 4.257 0.561 ;
    RECT 4.818 0.495 4.983 0.561 ;
    RECT 4.345 0.495 4.719 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 1.551 0.561 1.617 0.792 ;
    RECT 1.859 0.561 1.925 0.825 ;
    RECT 4.191 0.561 4.257 0.792 ;
    RECT 4.345 0.561 4.411 0.825 ;
    LAYER M2L ;
    RECT 0.726 0.627 4.29 0.693 ;
    VIA 0.792 0.66 V1L2L ;
    VIA 1.584 0.66 V1L2L ;
    VIA 4.224 0.66 V1L2L ;
    LAYER M1L ;
    RECT 2.002 0.66 2.068 0.693 ;
    RECT 4.488 0.66 4.554 0.693 ;
    RECT 2.002 0.693 2.673 0.759 ;
    RECT 4.488 0.693 5.115 0.759 ;
    RECT 0.121 0.726 0.297 0.792 ;
    RECT 1.683 0.726 1.749 0.891 ;
    RECT 4.059 0.726 4.125 0.891 ;
    RECT 6.501 0.726 6.567 0.891 ;
    RECT 2.508 0.759 2.574 0.891 ;
    RECT 5.049 0.759 5.115 0.858 ;
    LAYER M2L ;
    RECT 4.026 0.759 6.204 0.825 ;
    VIA 4.092 0.792 V1L2L ;
    VIA 5.082 0.792 V1L2L ;
    VIA 6.138 0.792 V1L2L ;
    LAYER M1L ;
    RECT 0.231 0.792 0.297 0.924 ;
    RECT 0.363 0.825 0.825 0.891 ;
    RECT 1.859 0.825 2.442 0.891 ;
    RECT 4.345 0.825 4.961 0.891 ;
    RECT 5.225 0.825 5.643 0.891 ;
    RECT 1.518 0.891 1.749 0.957 ;
    RECT 2.508 0.891 2.64 0.957 ;
    RECT 2.376 0.891 2.442 1.023 ;
    RECT 4.059 0.891 4.268 0.957 ;
    RECT 4.895 0.891 4.961 1.023 ;
    RECT 5.225 0.891 5.291 1.023 ;
    RECT 6.105 0.891 6.567 0.957 ;
    LAYER M2L ;
    RECT 1.584 0.891 6.732 0.957 ;
    VIA 1.65 0.924 V1L2L ;
    VIA 2.574 0.924 V1L2L ;
    VIA 6.666 0.924 V1L2L ;
    LAYER M1L ;
    RECT 0.946 0.924 1.045 0.99 ;
    RECT 6.963 0.924 7.029 1.023 ;
    RECT 1.859 0.957 2.31 1.023 ;
    RECT 4.664 0.979 4.796 1.023 ;
    RECT 0.979 0.99 1.045 1.056 ;
    RECT 2.244 1.023 2.31 1.056 ;
    RECT 1.331 1.023 1.925 1.089 ;
    RECT 2.376 1.023 2.827 1.089 ;
    RECT 3.817 1.023 4.796 1.045 ;
    RECT 4.895 1.023 5.291 1.089 ;
    RECT 5.973 1.023 6.512 1.089 ;
    RECT 6.633 1.023 7.029 1.089 ;
    RECT 3.817 1.045 4.73 1.089 ;
  END
END LDL_MUXI4_4
#
# 
MACRO LDL_ND2B_0P5 FOREIGN C0A07BLDL_ND2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.049126 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDL_ND2B_0P5
#
# 
MACRO LDL_ND2B_1 FOREIGN C0A07BLDL_ND2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.814 ;
      RECT 0.561 0.814 0.693 0.88 ;
      RECT 0.627 0.88 0.693 0.968 ;
      RECT 0.429 0.275 0.627 0.341 ;
      RECT 0.429 0.132 0.495 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.297 0.231 0.363 0.495 ;
    RECT 0.297 0.495 0.462 0.561 ;
    RECT 0.297 0.561 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDL_ND2B_1
#
# 
MACRO LDL_ND2B_10 FOREIGN C0A07BLDL_ND2B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.695 0.176 2.794 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.758912 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.726 ;
      RECT 0.902 0.726 3.696 0.825 ;
      RECT 0.902 0.825 4.191 0.858 ;
      RECT 3.63 0.858 4.191 0.891 ;
      RECT 4.125 0.891 4.191 0.99 ;
      RECT 0.902 0.297 2.475 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.618 0.231 ;
    RECT 2.552 0.231 2.618 0.319 ;
    RECT 4.323 0.242 4.389 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.552 0.319 4.389 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 2.09 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDL_ND2B_10
#
# 
MACRO LDL_ND2B_12 FOREIGN C0A07BLDL_ND2B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.223 0.033 3.289 0.176 ;
      RECT 3.223 0.176 3.322 0.242 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.888624 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 0.924 0.726 4.224 0.825 ;
      RECT 0.924 0.825 5.082 0.858 ;
      RECT 4.158 0.858 5.082 0.891 ;
      RECT 1.078 0.297 3.003 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.488 0.594 ;
      RECT 4.367 0.594 4.455 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 4.422 0.957 4.554 1.023 ;
      RECT 4.136 1.023 4.202 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.784 1.023 3.85 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 0.055 0.902 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.143 3.146 0.209 ;
    RECT 0.935 0.209 1.001 0.286 ;
    RECT 3.08 0.209 3.146 0.319 ;
    RECT 5.159 0.242 5.225 0.319 ;
    RECT 0.198 0.297 0.825 0.363 ;
    RECT 3.08 0.319 5.225 0.385 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 2.684 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.198 0.825 0.825 0.891 ;
  END
END LDL_ND2B_12
#
# 
MACRO LDL_ND2B_2 FOREIGN C0A07BLDL_ND2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.561 0.825 1.1 0.891 ;
      RECT 0.561 0.297 0.726 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.858 1.023 0.924 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.418 0.165 0.891 0.231 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.825 0.231 0.891 0.308 ;
    RECT 1.177 0.242 1.243 0.308 ;
    RECT 0.253 0.297 0.495 0.363 ;
    RECT 0.825 0.308 1.243 0.374 ;
    RECT 0.429 0.363 0.495 0.957 ;
    RECT 0.22 0.957 0.495 1.023 ;
  END
END LDL_ND2B_2
#
# 
MACRO LDL_ND2B_3 FOREIGN C0A07BLDL_ND2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.111 0.033 1.177 0.176 ;
      RECT 1.111 0.176 1.21 0.242 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.407 0.891 0.825 ;
      RECT 0.561 0.825 1.386 0.891 ;
      RECT 0.561 0.891 0.649 0.99 ;
      RECT 0.429 0.341 0.891 0.407 ;
      RECT 0.429 0.231 0.517 0.341 ;
      RECT 0.374 0.165 0.517 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.132 0.649 0.209 ;
    RECT 0.583 0.209 1.034 0.275 ;
    RECT 0.968 0.275 1.034 0.319 ;
    RECT 0.198 0.297 0.363 0.363 ;
    RECT 0.968 0.319 1.386 0.385 ;
    RECT 0.297 0.363 0.363 0.495 ;
    RECT 0.297 0.495 0.726 0.561 ;
    RECT 0.297 0.561 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDL_ND2B_3
#
# 
MACRO LDL_ND2B_4 FOREIGN C0A07BLDL_ND2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.463 0.033 1.529 0.176 ;
      RECT 1.463 0.176 1.562 0.242 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.726 0.825 1.914 0.891 ;
      RECT 0.726 0.297 1.21 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.143 1.386 0.209 ;
    RECT 0.583 0.209 0.649 0.286 ;
    RECT 1.32 0.209 1.386 0.319 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 1.991 0.242 2.057 0.319 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.32 0.319 2.057 0.385 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDL_ND2B_4
#
# 
MACRO LDL_ND2B_6 FOREIGN C0A07BLDL_ND2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.453508 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.376 0.825 ;
      RECT 0.66 0.825 2.607 0.858 ;
      RECT 2.31 0.858 2.607 0.891 ;
      RECT 2.541 0.891 2.607 0.99 ;
      RECT 0.748 0.297 1.551 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.594 ;
      RECT 2.519 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.143 1.727 0.209 ;
    RECT 0.605 0.209 0.671 0.286 ;
    RECT 1.661 0.209 1.727 0.297 ;
    RECT 0.198 0.297 0.495 0.363 ;
    RECT 1.661 0.297 2.838 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.386 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDL_ND2B_6
#
# 
MACRO LDL_ND2B_8 FOREIGN C0A07BLDL_ND2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.343 0.176 2.442 0.242 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.902 0.726 3.168 0.825 ;
      RECT 0.902 0.825 3.498 0.858 ;
      RECT 3.102 0.858 3.498 0.891 ;
      RECT 0.902 0.297 2.09 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.311 0.594 3.399 0.726 ;
      RECT 2.508 0.462 3.432 0.594 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.165 2.277 0.231 ;
    RECT 2.211 0.231 2.277 0.319 ;
    RECT 3.575 0.242 3.641 0.319 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.211 0.319 3.641 0.385 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.782 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
  END
END LDL_ND2B_8
#
# 
MACRO LDL_ND2B_S_0P5 FOREIGN C0A07BLDL_ND2B_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.0363 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.374 0.715 0.825 ;
    RECT 0.077 0.825 0.715 0.891 ;
    RECT 0.077 0.891 0.143 0.99 ;
  END
END LDL_ND2B_S_0P5
#
# 
MACRO LDL_ND2B_S_1 FOREIGN C0A07BLDL_ND2B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.07865 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.528 0.957 0.891 1.023 ;
      RECT 0.726 0.165 0.891 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.099 0.363 0.165 ;
    RECT 0.077 0.165 0.143 0.242 ;
    RECT 0.297 0.165 0.363 0.825 ;
    RECT 0.649 0.44 0.715 0.825 ;
    RECT 0.044 0.825 0.715 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDL_ND2B_S_1
#
# 
MACRO LDL_ND2B_S_12 FOREIGN C0A07BLDL_ND2B_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.544 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.544 0.033 ;
      RECT 5.423 0.033 5.489 0.264 ;
      RECT 5.104 0.033 5.17 0.165 ;
      RECT 5.038 0.165 5.17 0.231 ;
      RECT 4.752 0.033 4.818 0.165 ;
      RECT 4.686 0.165 4.818 0.231 ;
      RECT 4.4 0.033 4.466 0.165 ;
      RECT 4.334 0.165 4.466 0.231 ;
      RECT 1.771 0.033 1.837 0.176 ;
      RECT 1.738 0.176 1.837 0.242 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.386 0.165 1.518 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.682 0.033 0.748 0.165 ;
      RECT 0.616 0.165 0.748 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.544 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 4.224 0 V1L2L ;
      VIA 4.752 0 V1L2L ;
      VIA 5.28 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.762058 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.297 0.726 3.718 0.792 ;
      RECT 0.616 0.792 3.718 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
      RECT 2.09 0.363 3.168 0.462 ;
      RECT 2.09 0.33 3.74 0.363 ;
      RECT 3.102 0.297 3.74 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.2662 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 4.356 0.462 5.016 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.694 0.649 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.28 1.023 5.346 1.155 ;
      RECT 0 1.155 5.544 1.221 ;
      RECT 4.928 1.023 4.994 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.576 1.023 4.642 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.224 1.023 4.29 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.872 1.023 3.938 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.451 0.891 0.517 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.544 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 4.224 1.188 V1L2L ;
      VIA 4.752 1.188 V1L2L ;
      VIA 5.28 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.544 0.528 ;
    RECT 0.506 0.528 3.454 0.616 ;
    RECT 0 0.528 0.506 0.616 ;
    RECT 3.454 0.528 5.544 0.616 ;
    RECT 0 0.616 5.544 1.221 ;
    LAYER M1L ;
    RECT 1.914 0.165 3.938 0.231 ;
    RECT 1.914 0.231 1.98 0.319 ;
    RECT 0.055 0.242 0.121 0.319 ;
    RECT 4.015 0.297 5.346 0.363 ;
    RECT 0.055 0.319 1.98 0.385 ;
    RECT 4.015 0.363 4.081 0.495 ;
    RECT 3.234 0.495 4.081 0.561 ;
    RECT 3.234 0.561 3.3 0.583 ;
    RECT 4.015 0.561 4.081 0.825 ;
    RECT 2.42 0.583 3.3 0.649 ;
    RECT 4.015 0.825 5.489 0.891 ;
    RECT 5.423 0.891 5.489 0.968 ;
  END
END LDL_ND2B_S_12
#
# 
MACRO LDL_ND2B_S_2 FOREIGN C0A07BLDL_ND2B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.429 0.033 0.495 0.198 ;
      RECT 0.396 0.198 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.528 ;
      RECT 0.561 0.528 0.759 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.046464 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.825 ;
      RECT 0.594 0.825 1.155 0.891 ;
      RECT 1.089 0.319 1.254 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.165 1.397 0.231 ;
    RECT 0.231 0.198 0.297 0.33 ;
    RECT 1.331 0.231 1.397 0.308 ;
    RECT 0.231 0.33 0.495 0.396 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 0.957 0.462 1.023 0.693 ;
    RECT 0.429 0.693 1.023 0.759 ;
    RECT 0.429 0.759 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
  END
END LDL_ND2B_S_2
#
# 
MACRO LDL_ND2B_S_3 FOREIGN C0A07BLDL_ND2B_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.033 1.397 0.176 ;
      RECT 1.331 0.176 1.441 0.242 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.068728 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.179322 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.77 0.825 1.606 0.891 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.77 0.165 1.254 0.231 ;
    RECT 0.231 0.198 0.473 0.264 ;
    RECT 1.188 0.231 1.254 0.319 ;
    RECT 0.407 0.264 0.473 0.495 ;
    RECT 1.188 0.319 1.606 0.385 ;
    RECT 0.407 0.495 0.836 0.561 ;
    RECT 0.407 0.561 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 1.012 ;
  END
END LDL_ND2B_S_3
#
# 
MACRO LDL_ND2B_S_4 FOREIGN C0A07BLDL_ND2B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 1.1 0.825 1.947 0.891 ;
      RECT 1.881 0.891 1.947 0.99 ;
      RECT 0.924 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.090024 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.99 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 0.759 0.363 ;
    RECT 1.485 0.297 2.31 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 0.22 0.825 0.759 0.891 ;
  END
END LDL_ND2B_S_4
#
# 
MACRO LDL_ND2B_S_6 FOREIGN C0A07BLDL_ND2B_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.242 0.165 0.374 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
      VIA 3.168 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.137456 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.462 ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.352836 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 0.528 0.726 2.376 0.825 ;
      RECT 0.242 0.825 2.376 0.858 ;
      RECT 1.419 0.858 1.485 0.99 ;
      RECT 1.023 0.858 1.089 0.99 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 1.353 0.429 2.277 0.495 ;
      RECT 2.211 0.198 2.277 0.429 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.385 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.816 1.023 2.882 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 3.102 0.957 3.234 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
      VIA 3.168 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.266 0.616 ;
    RECT 0 0.528 0.462 0.616 ;
    RECT 2.266 0.528 3.432 0.616 ;
    RECT 0 0.616 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.297 2.09 0.363 ;
    RECT 2.541 0.297 3.058 0.363 ;
    RECT 2.541 0.363 2.607 0.583 ;
    RECT 1.562 0.583 2.607 0.649 ;
    RECT 2.541 0.649 2.607 0.825 ;
    RECT 2.541 0.825 3.377 0.891 ;
    RECT 3.311 0.891 3.377 0.968 ;
  END
END LDL_ND2B_S_6
#
# 
MACRO LDL_ND2B_S_8 FOREIGN C0A07BLDL_ND2B_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.839 0.033 3.905 0.264 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.288 0.033 2.354 0.165 ;
      RECT 2.288 0.165 2.42 0.231 ;
      RECT 1.914 0.033 1.98 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.562 0.033 1.628 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 0.077 0.33 1.32 0.462 ;
      RECT 0.297 0.462 0.363 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.077 0.198 0.143 0.33 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 3.696 0.594 ;
      RECT 3.597 0.594 3.663 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.792 ;
      RECT 2.673 0.792 2.871 0.858 ;
      RECT 2.805 0.594 2.871 0.792 ;
      RECT 1.76 0.561 2.739 0.627 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.321 0.891 2.387 1.155 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.495 0.891 0.561 1.155 ;
      RECT 3.839 0.924 3.905 1.155 ;
      RECT 3.52 1.023 3.586 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.794 1.023 2.86 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.562 0.957 1.694 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.352 0.528 2.53 0.594 ;
    RECT 0 0.528 0.352 0.594 ;
    RECT 2.53 0.528 3.96 0.594 ;
    RECT 0 0.594 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.496 0.231 ;
    RECT 1.43 0.231 1.496 0.297 ;
    RECT 2.959 0.242 3.025 0.297 ;
    RECT 1.43 0.297 2.64 0.363 ;
    RECT 2.959 0.297 3.762 0.363 ;
    RECT 2.959 0.363 3.025 0.429 ;
    RECT 1.419 0.429 3.025 0.495 ;
    RECT 1.419 0.495 1.485 0.561 ;
    RECT 2.959 0.495 3.025 0.825 ;
    RECT 0.462 0.561 1.485 0.627 ;
    RECT 2.959 0.825 3.762 0.891 ;
  END
END LDL_ND2B_S_8
#
# 
MACRO LDL_ND2_0P5 FOREIGN C0A07BLDL_ND2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.044286 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 0.99 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.231 0.583 0.363 0.649 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_ND2_0P5
#
# 
MACRO LDL_ND2_1 FOREIGN C0A07BLDL_ND2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.66 ;
      RECT 0.264 0.66 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.484 0.231 0.594 ;
      RECT 0.033 0.594 0.099 0.792 ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.407 0.099 0.484 ;
      RECT 0.165 0.33 0.231 0.484 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.792 ;
      RECT 0.231 0.792 0.495 0.858 ;
      RECT 0.231 0.858 0.297 0.924 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.154 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_ND2_1
#
# 
MACRO LDL_ND2_10 FOREIGN C0A07BLDL_ND2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.74052 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.66 0.726 2.904 0.825 ;
      RECT 0.198 0.825 3.498 0.858 ;
      RECT 2.838 0.858 3.498 0.891 ;
      RECT 0.198 0.858 0.726 0.891 ;
      RECT 0.198 0.297 1.738 0.363 ;
      RECT 1.672 0.363 1.738 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 3.047 0.594 3.135 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.32 0.594 ;
      RECT 0.429 0.594 0.517 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.881 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 1.815 0.209 1.881 0.297 ;
    RECT 3.575 0.22 3.641 0.297 ;
    RECT 1.815 0.297 3.641 0.363 ;
  END
END LDL_ND2_10
#
# 
MACRO LDL_ND2_12 FOREIGN C0A07BLDL_ND2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.584 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.904112 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.726 ;
      RECT 0.792 0.726 3.696 0.825 ;
      RECT 0.242 0.825 4.268 0.858 ;
      RECT 3.63 0.858 4.268 0.891 ;
      RECT 0.242 0.858 0.858 0.891 ;
      RECT 0.242 0.297 2.134 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.839 0.594 3.927 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 3.322 1.023 3.388 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.266 1.023 2.332 1.155 ;
      RECT 2.2 0.957 2.332 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 2.299 0.231 ;
    RECT 2.233 0.231 2.299 0.297 ;
    RECT 4.378 0.264 4.444 0.297 ;
    RECT 2.233 0.297 4.444 0.363 ;
  END
END LDL_ND2_12
#
# 
MACRO LDL_ND2_16 FOREIGN C0A07BLDL_ND2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.033 5.61 0.165 ;
      RECT 5.478 0.165 5.61 0.231 ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.192 0.033 5.258 0.165 ;
      RECT 5.126 0.165 5.258 0.231 ;
      RECT 4.84 0.033 4.906 0.165 ;
      RECT 4.774 0.165 4.906 0.231 ;
      RECT 4.488 0.033 4.554 0.165 ;
      RECT 4.422 0.165 4.554 0.231 ;
      RECT 4.136 0.033 4.202 0.165 ;
      RECT 4.07 0.165 4.202 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.718 0.165 3.85 0.231 ;
      RECT 3.432 0.033 3.498 0.165 ;
      RECT 3.366 0.165 3.498 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 5.016 0.594 ;
      RECT 4.895 0.594 4.983 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.18483 ;
    PORT
      LAYER M1L ;
      RECT 2.255 0.363 2.343 0.726 ;
      RECT 0.792 0.726 4.752 0.825 ;
      RECT 0.198 0.825 5.61 0.858 ;
      RECT 4.686 0.858 5.61 0.891 ;
      RECT 0.198 0.858 0.858 0.891 ;
      RECT 0.198 0.297 2.761 0.363 ;
      RECT 2.673 0.363 2.761 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 2.112 0.594 ;
      RECT 0.561 0.594 0.649 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.687 0.924 5.753 1.155 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.121 2.948 0.209 ;
    RECT 0.055 0.209 0.121 0.264 ;
    RECT 2.86 0.209 2.948 0.297 ;
    RECT 5.687 0.22 5.753 0.297 ;
    RECT 2.86 0.297 5.753 0.385 ;
  END
END LDL_ND2_16
#
# 
MACRO LDL_ND2_2 FOREIGN C0A07BLDL_ND2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.99 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.429 0.319 0.847 0.385 ;
  END
END LDL_ND2_2
#
# 
MACRO LDL_ND2_2RE FOREIGN C0A07BLDL_ND2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.012 0.187 1.155 0.253 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.495 0.748 0.561 ;
      RECT 0.297 0.198 0.363 0.495 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
      RECT 0.165 0.462 0.231 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.231 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 0.99 ;
      RECT 0.231 0.825 0.297 1.034 ;
      RECT 1.089 0.396 1.155 0.759 ;
      RECT 0.825 0.33 1.155 0.396 ;
      RECT 0.825 0.297 0.891 0.33 ;
      RECT 0.473 0.231 0.891 0.297 ;
      RECT 0.649 0.297 0.715 0.396 ;
      RECT 0.473 0.297 0.539 0.396 ;
      RECT 0.649 0.132 0.715 0.231 ;
      RECT 0.473 0.132 0.539 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.924 0.759 1.155 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_ND2_2RE
#
# 
MACRO LDL_ND2_3 FOREIGN C0A07BLDL_ND2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.825 ;
      RECT 0.242 0.825 1.078 0.891 ;
      RECT 0.495 0.462 0.627 0.528 ;
      RECT 0.495 0.385 0.561 0.462 ;
      RECT 0.099 0.319 0.561 0.385 ;
      RECT 0.099 0.242 0.165 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 0.693 0.231 ;
    RECT 0.627 0.231 0.693 0.297 ;
    RECT 0.627 0.297 1.078 0.363 ;
  END
END LDL_ND2_3
#
# 
MACRO LDL_ND2_4 FOREIGN C0A07BLDL_ND2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.792 0.209 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDL_ND2_4
#
# 
MACRO LDL_ND2_4RE FOREIGN C0A07BLDL_ND2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.045 0.033 1.155 0.253 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.056 0.561 ;
      RECT 0.165 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.495 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.594 ;
      RECT 1.914 0.462 2.211 0.495 ;
      RECT 1.32 0.528 1.98 0.561 ;
      RECT 1.32 0.561 1.386 0.627 ;
      RECT 1.056 0.627 1.386 0.693 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.33396 ;
    PORT
      LAYER M1L ;
      RECT 0.891 0.759 2.343 0.825 ;
      RECT 2.079 0.825 2.145 0.99 ;
      RECT 1.419 0.825 1.485 0.99 ;
      RECT 0.891 0.825 0.957 0.902 ;
      RECT 0.891 0.693 0.957 0.759 ;
      RECT 0.231 0.627 0.957 0.693 ;
      RECT 0.231 0.693 0.297 0.902 ;
      RECT 2.277 0.275 2.343 0.759 ;
      RECT 2.233 0.209 2.343 0.275 ;
      RECT 1.386 0.143 2.343 0.209 ;
      RECT 1.386 0.209 1.452 0.242 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.881 0.946 1.947 1.155 ;
      RECT 1.617 0.946 1.683 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.792 0.759 1.155 ;
      RECT 0.429 0.792 0.495 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 0.891 0.154 0.957 0.352 ;
    RECT 1.243 0.154 1.309 0.352 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.297 0.264 0.363 0.352 ;
    RECT 1.562 0.319 2.178 0.352 ;
    RECT 0.297 0.352 2.178 0.385 ;
    RECT 0.297 0.385 1.628 0.418 ;
  END
END LDL_ND2_4RE
#
# 
MACRO LDL_ND2_5 FOREIGN C0A07BLDL_ND2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.38599 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.825 ;
      RECT 0.22 0.825 1.76 0.891 ;
      RECT 0.077 0.297 0.891 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.716 0.594 ;
      RECT 1.617 0.594 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.66 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 1.023 0.209 ;
    RECT 0.957 0.209 1.023 0.297 ;
    RECT 0.957 0.297 1.76 0.363 ;
  END
END LDL_ND2_5
#
# 
MACRO LDL_ND2_6 FOREIGN C0A07BLDL_ND2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.353 0.033 1.419 0.176 ;
      RECT 1.353 0.176 1.452 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.297 0.825 2.156 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
      RECT 0.264 0.297 1.1 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.881 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.726 ;
      RECT 0.264 0.462 0.836 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.276 0.231 ;
    RECT 1.21 0.231 1.276 0.319 ;
    RECT 2.266 0.286 2.332 0.319 ;
    RECT 1.21 0.319 2.332 0.385 ;
  END
END LDL_ND2_6
#
# 
MACRO LDL_ND2_8 FOREIGN C0A07BLDL_ND2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.772 0.033 2.838 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.42 0.033 2.486 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.068 0.033 2.134 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.772 0.594 ;
      RECT 2.651 0.594 2.739 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 1.331 0.363 1.419 0.726 ;
      RECT 0.528 0.726 2.508 0.825 ;
      RECT 0.242 0.825 2.838 0.858 ;
      RECT 2.442 0.858 2.838 0.891 ;
      RECT 0.242 0.858 0.594 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 1.188 0.594 ;
      RECT 0.297 0.594 0.385 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 1.573 0.231 ;
    RECT 2.915 0.22 2.981 0.297 ;
    RECT 1.507 0.231 1.573 0.297 ;
    RECT 1.507 0.297 2.981 0.363 ;
  END
END LDL_ND2_8
#
# 
MACRO LDL_ND2_S_0P5 FOREIGN C0A07BLDL_ND2_S_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.030492 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.715 ;
      RECT 0.231 0.715 0.495 0.781 ;
      RECT 0.231 0.781 0.297 1.056 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.726 ;
      RECT 0.033 0.407 0.231 0.473 ;
      RECT 0.165 0.33 0.231 0.407 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.583 ;
      RECT 0.264 0.583 0.363 0.649 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_ND2_S_0P5
#
# 
MACRO LDL_ND2_S_1 FOREIGN C0A07BLDL_ND2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.066066 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.264 0.495 0.77 ;
      RECT 0.198 0.77 0.495 0.858 ;
      RECT 0.385 0.132 0.495 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.638 ;
      RECT 0.264 0.638 0.363 0.704 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.99 0.473 1.155 ;
      RECT 0.374 0.924 0.473 0.99 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_ND2_S_1
#
# 
MACRO LDL_ND2_S_12 FOREIGN C0A07BLDL_ND2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.168 0.165 3.3 0.231 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.794 0.165 2.926 0.231 ;
      RECT 2.442 0.033 2.508 0.165 ;
      RECT 2.442 0.165 2.574 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.09 0.165 2.222 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.768108 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.726 ;
      RECT 0.297 0.726 3.663 0.792 ;
      RECT 3.597 0.792 3.663 0.99 ;
      RECT 0.638 0.792 3.3 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.924 0.363 1.848 0.462 ;
      RECT 0.242 0.33 1.848 0.363 ;
      RECT 0.242 0.297 0.99 0.33 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.495 3.795 0.99 ;
      RECT 3.333 0.429 3.795 0.495 ;
      RECT 3.333 0.495 3.399 0.583 ;
      RECT 2.42 0.583 3.399 0.649 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.299112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.99 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.583 ;
      RECT 0.429 0.583 1.518 0.649 ;
      RECT 0.693 0.462 0.781 0.583 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.399 0.891 3.465 1.155 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.266 0.957 2.398 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 2.97 0.957 3.102 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.528 0.528 3.41 0.616 ;
    RECT 0 0.528 0.528 0.616 ;
    RECT 3.41 0.528 3.96 0.616 ;
    RECT 0 0.616 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 2.024 0.231 ;
    RECT 1.958 0.231 2.024 0.297 ;
    RECT 1.958 0.297 3.894 0.363 ;
  END
END LDL_ND2_S_12
#
# 
MACRO LDL_ND2_S_16 FOREIGN C0A07BLDL_ND2_S_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.928 0.033 4.994 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.51 0.033 4.576 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 4.158 0.033 4.224 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.783 0.033 2.849 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.934604 ;
    PORT
      LAYER M1L ;
      RECT 0.638 0.363 2.53 0.462 ;
      RECT 0.297 0.33 2.53 0.363 ;
      RECT 0.297 0.297 0.704 0.33 ;
      RECT 0.22 0.231 0.363 0.297 ;
      RECT 2.255 0.462 2.343 0.726 ;
      RECT 0.297 0.726 4.983 0.792 ;
      RECT 4.917 0.792 4.983 0.957 ;
      RECT 4.917 0.957 5.06 1.023 ;
      RECT 0.638 0.792 4.642 0.858 ;
      RECT 0.297 0.792 0.363 0.957 ;
      RECT 0.22 0.957 0.363 1.023 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.462 5.115 0.561 ;
      RECT 3.124 0.561 5.115 0.627 ;
      RECT 5.049 0.627 5.115 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.403656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.561 ;
      RECT 0.165 0.561 2.156 0.627 ;
      RECT 0.165 0.627 0.231 0.858 ;
      RECT 0.429 0.462 0.517 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.344 1.023 3.41 1.155 ;
      RECT 3.278 0.957 3.41 1.023 ;
      RECT 2.992 1.023 3.058 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.232 1.023 1.298 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 5.159 0.924 5.225 1.155 ;
      RECT 4.741 0.891 4.807 1.155 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 2.64 1.023 2.706 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.88 1.023 0.946 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.473 0.891 0.539 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0.33 0.528 4.95 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 4.95 0.528 5.28 0.594 ;
    RECT 0 0.594 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.506 0.165 ;
    RECT 0.44 0.165 2.706 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 5.159 0.176 5.247 0.297 ;
    RECT 2.64 0.231 2.706 0.363 ;
    RECT 2.926 0.297 5.247 0.363 ;
    RECT 2.64 0.363 2.992 0.429 ;
  END
END LDL_ND2_S_16
#
# 
MACRO LDL_ND2_S_2 FOREIGN C0A07BLDL_ND2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.033 0.33 0.099 0.528 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.113256 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.22 0.825 0.704 0.891 ;
      RECT 0.22 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.814 0.264 0.88 0.297 ;
    RECT 0.429 0.297 0.88 0.363 ;
  END
END LDL_ND2_S_2
#
# 
MACRO LDL_ND2_S_3 FOREIGN C0A07BLDL_ND2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.1 0.891 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.033 0.198 0.099 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.77 0.957 0.902 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.704 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.638 0.297 1.1 0.363 ;
  END
END LDL_ND2_S_3
#
# 
MACRO LDL_ND2_S_4 FOREIGN C0A07BLDL_ND2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.935 0.033 1.001 0.176 ;
      RECT 0.935 0.176 1.034 0.242 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.223608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.385 0.627 0.825 ;
      RECT 0.374 0.825 1.21 0.891 ;
      RECT 0.198 0.319 0.682 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.419 0.517 ;
      RECT 1.353 0.517 1.419 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.099704 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.792 0.231 0.858 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.792 0.319 1.529 0.385 ;
  END
END LDL_ND2_S_4
#
# 
MACRO LDL_ND2_S_6 FOREIGN C0A07BLDL_ND2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.345576 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.726 ;
      RECT 0.396 0.726 1.98 0.858 ;
      RECT 0.22 0.297 1.023 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.594 2.211 0.99 ;
      RECT 1.452 0.462 2.244 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.232 0.231 ;
    RECT 1.166 0.231 1.232 0.297 ;
    RECT 1.166 0.297 2.31 0.363 ;
  END
END LDL_ND2_S_6
#
# 
MACRO LDL_ND2_S_8 FOREIGN C0A07BLDL_ND2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.617 0.033 1.683 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.498036 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.297 0.726 2.607 0.792 ;
      RECT 2.541 0.792 2.607 0.99 ;
      RECT 0.66 0.792 2.244 0.858 ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.066 0.297 1.419 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.627 0.231 0.99 ;
      RECT 0.165 0.561 1.144 0.627 ;
      RECT 0.165 0.462 0.231 0.561 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.199408 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.627 2.739 0.99 ;
      RECT 1.782 0.561 2.739 0.627 ;
      RECT 2.673 0.462 2.739 0.561 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.891 2.409 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.21 0.957 1.342 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.858 0.957 0.99 1.023 ;
      RECT 0.517 0.891 0.583 1.155 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.374 0.528 2.552 0.594 ;
    RECT 0 0.528 0.374 0.594 ;
    RECT 2.552 0.528 2.904 0.594 ;
    RECT 0 0.594 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.165 1.551 0.231 ;
    RECT 1.485 0.231 1.551 0.363 ;
    RECT 2.541 0.264 2.607 0.363 ;
    RECT 1.485 0.363 2.607 0.429 ;
  END
END LDL_ND2_S_8
#
# 
MACRO LDL_ND3B_0P5 FOREIGN C0A07BLDL_ND3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.070906 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.561 0.891 ;
      RECT 0.495 0.891 0.561 1.012 ;
      RECT 0.033 0.891 0.121 1.012 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.056 ;
  END
END LDL_ND3B_0P5
#
# 
MACRO LDL_ND3B_1 FOREIGN C0A07BLDL_ND3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.715 0.033 0.781 0.176 ;
      RECT 0.715 0.176 0.814 0.242 ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13915 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.594 0.891 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.297 0.33 0.363 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.913 0.132 0.979 0.319 ;
    RECT 0.693 0.319 0.979 0.385 ;
    RECT 0.693 0.385 0.759 0.693 ;
    RECT 0.165 0.462 0.231 0.693 ;
    RECT 0.165 0.693 0.759 0.759 ;
    RECT 0.693 0.759 0.759 0.825 ;
    RECT 0.693 0.825 0.979 0.891 ;
    RECT 0.913 0.891 0.979 1.034 ;
  END
END LDL_ND3B_1
#
# 
MACRO LDL_ND3B_10 FOREIGN C0A07BLDL_ND3B_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.336 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.336 0.033 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.336 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 3.168 0.462 4.092 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 2.112 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.977196 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.385 6.039 0.825 ;
      RECT 6.105 0.891 6.171 0.99 ;
      RECT 1.078 0.825 6.171 0.891 ;
      RECT 4.598 0.319 6.138 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.336 1.221 ;
      RECT 5.83 1.023 5.896 1.155 ;
      RECT 5.83 0.957 5.962 1.023 ;
      RECT 5.478 1.023 5.544 1.155 ;
      RECT 5.478 0.957 5.61 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.774 1.023 4.84 1.155 ;
      RECT 4.774 0.957 4.906 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.336 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.336 0.528 ;
    RECT 0 0.528 6.336 1.221 ;
    LAYER M1L ;
    RECT 2.662 0.165 6.281 0.231 ;
    RECT 6.215 0.231 6.281 0.308 ;
    RECT 0.902 0.297 4.378 0.363 ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 4.95 0.495 5.786 0.561 ;
    RECT 4.95 0.561 5.016 0.693 ;
    RECT 0.902 0.693 5.016 0.759 ;
    RECT 0.902 0.759 0.968 0.825 ;
    RECT 0.198 0.825 0.968 0.891 ;
  END
END LDL_ND3B_10
#
# 
MACRO LDL_ND3B_12 FOREIGN C0A07BLDL_ND3B_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 7.656 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 7.656 0.033 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 2.046 0.165 2.178 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 7.656 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 5.148 0.528 ;
      RECT 3.828 0.528 5.511 0.594 ;
      RECT 5.445 0.33 5.511 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.1452 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.64 0.528 ;
      RECT 0.957 0.528 2.64 0.594 ;
      RECT 0.957 0.33 1.023 0.528 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 7.161 0.363 7.227 0.825 ;
      RECT 1.518 0.825 7.227 0.891 ;
      RECT 5.577 0.297 7.458 0.363 ;
      RECT 5.577 0.363 5.665 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 7.15 1.023 7.216 1.155 ;
      RECT 7.15 0.957 7.282 1.023 ;
      RECT 0 1.155 7.656 1.221 ;
      RECT 6.798 1.023 6.864 1.155 ;
      RECT 6.798 0.957 6.93 1.023 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.446 0.957 6.578 1.023 ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 6.094 0.957 6.226 1.023 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.742 0.957 5.874 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.522 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 5.06 0.957 5.192 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.168 1.023 3.234 1.155 ;
      RECT 3.168 0.957 3.3 1.023 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.75 0.957 2.882 1.023 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 2.046 0.957 2.178 1.023 ;
      RECT 1.694 1.023 1.76 1.155 ;
      RECT 1.694 0.957 1.826 1.023 ;
      RECT 1.353 0.924 1.419 1.155 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 7.656 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 7.656 0.528 ;
    RECT 0 0.528 7.656 1.221 ;
    LAYER M1L ;
    RECT 7.535 0.132 7.601 0.165 ;
    RECT 3.278 0.165 7.601 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 7.535 0.231 7.601 0.264 ;
    RECT 1.166 0.297 5.346 0.363 ;
    RECT 0.055 0.297 0.891 0.363 ;
    RECT 1.166 0.363 1.232 0.429 ;
    RECT 5.28 0.363 5.346 0.429 ;
    RECT 0.825 0.363 0.891 0.693 ;
    RECT 5.753 0.495 7.062 0.561 ;
    RECT 5.753 0.561 5.819 0.693 ;
    RECT 0.825 0.693 5.819 0.759 ;
    RECT 0.825 0.759 0.891 0.825 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_ND3B_12
#
# 
MACRO LDL_ND3B_2 FOREIGN C0A07BLDL_ND3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.803 ;
      RECT 0.165 0.803 1.023 0.869 ;
      RECT 0.957 0.869 1.023 0.99 ;
      RECT 0.165 0.319 0.33 0.385 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.539 ;
      RECT 0.429 0.539 0.891 0.605 ;
      RECT 0.825 0.462 0.891 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 0.858 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.353 0.275 1.65 0.341 ;
    RECT 0.583 0.297 1.232 0.363 ;
    RECT 1.353 0.341 1.419 0.957 ;
    RECT 0.583 0.363 0.649 0.44 ;
    RECT 0.297 0.484 0.363 0.671 ;
    RECT 0.297 0.671 1.155 0.737 ;
    RECT 1.089 0.737 1.155 0.957 ;
    RECT 1.089 0.957 1.65 1.023 ;
  END
END LDL_ND3B_2
#
# 
MACRO LDL_ND3B_3 FOREIGN C0A07BLDL_ND3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.694 0.165 1.826 0.231 ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.302258 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.319 0.495 0.407 ;
      RECT 0.429 0.264 0.495 0.319 ;
      RECT 0.033 0.407 0.099 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.539 1.023 0.605 ;
      RECT 0.957 0.462 1.023 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.539 ;
      RECT 1.353 0.539 1.683 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 1.023 1.826 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 1.694 0.957 1.826 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.286 0.099 0.638 0.165 ;
    RECT 1.925 0.154 1.991 0.297 ;
    RECT 0.22 0.165 0.352 0.231 ;
    RECT 0.572 0.165 1.056 0.231 ;
    RECT 1.485 0.22 1.551 0.297 ;
    RECT 0.748 0.297 1.551 0.363 ;
    RECT 1.749 0.297 1.991 0.363 ;
    RECT 1.749 0.363 1.815 0.693 ;
    RECT 0.198 0.495 0.495 0.561 ;
    RECT 0.429 0.561 0.495 0.693 ;
    RECT 0.429 0.693 1.815 0.759 ;
    RECT 1.749 0.759 1.815 0.825 ;
    RECT 1.749 0.825 2.024 0.891 ;
  END
END LDL_ND3B_3
#
# 
MACRO LDL_ND3B_4 FOREIGN C0A07BLDL_ND3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.783 0.033 2.849 0.264 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.385 0.231 0.825 ;
      RECT 0.165 0.825 2.134 0.891 ;
      RECT 0.165 0.319 0.704 0.385 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.539 ;
      RECT 0.825 0.539 1.287 0.605 ;
      RECT 1.221 0.462 1.287 0.539 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.539 ;
      RECT 1.881 0.539 2.475 0.605 ;
      RECT 2.409 0.33 2.475 0.539 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.211 0.924 2.277 1.155 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.783 0.924 2.849 1.155 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.044 1.023 0.11 1.155 ;
      RECT 0.044 0.957 0.176 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 1.584 0.231 ;
    RECT 2.541 0.275 2.706 0.341 ;
    RECT 0.957 0.297 2.31 0.363 ;
    RECT 2.541 0.341 2.607 0.693 ;
    RECT 0.957 0.363 1.023 0.44 ;
    RECT 0.33 0.495 0.638 0.561 ;
    RECT 0.572 0.561 0.638 0.693 ;
    RECT 0.572 0.693 2.607 0.759 ;
    RECT 2.541 0.759 2.607 0.825 ;
    RECT 2.541 0.825 2.706 0.891 ;
  END
END LDL_ND3B_4
#
# 
MACRO LDL_ND3B_6 FOREIGN C0A07BLDL_ND3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.584 0.528 ;
      RECT 0.561 0.528 1.584 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.64 0.561 ;
      RECT 2.112 0.561 3.003 0.594 ;
      RECT 2.574 0.594 3.003 0.627 ;
      RECT 2.937 0.33 3.003 0.561 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.614438 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.363 3.795 0.825 ;
      RECT 0.946 0.825 4.059 0.891 ;
      RECT 3.971 0.891 4.059 0.99 ;
      RECT 3.069 0.297 3.894 0.363 ;
      RECT 3.069 0.363 3.157 0.462 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 3.41 0.957 3.542 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 3.971 0.132 4.037 0.165 ;
    RECT 1.826 0.165 4.037 0.231 ;
    RECT 0.055 0.22 0.121 0.33 ;
    RECT 3.971 0.231 4.037 0.264 ;
    RECT 0.407 0.242 0.495 0.33 ;
    RECT 0.77 0.297 2.838 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 2.772 0.363 2.838 0.418 ;
    RECT 0.77 0.363 0.836 0.429 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.223 0.495 3.63 0.561 ;
    RECT 3.223 0.561 3.289 0.693 ;
    RECT 0.429 0.693 3.289 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_ND3B_6
#
# 
MACRO LDL_ND3B_8 FOREIGN C0A07BLDL_ND3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.148 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.148 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.148 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.716 0.528 ;
      RECT 0.561 0.528 1.716 0.594 ;
      RECT 0.561 0.33 0.627 0.528 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.561 ;
      RECT 2.508 0.561 3.663 0.594 ;
      RECT 3.234 0.594 3.663 0.627 ;
      RECT 3.597 0.33 3.663 0.561 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.800052 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.385 4.851 0.825 ;
      RECT 4.917 0.891 4.983 0.99 ;
      RECT 0.902 0.825 4.983 0.891 ;
      RECT 3.762 0.319 4.95 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.148 1.221 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.354 0.957 2.486 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.29 1.023 4.356 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.498 1.023 3.564 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.148 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.148 0.528 ;
    RECT 0 0.528 5.148 1.221 ;
    LAYER M1L ;
    RECT 2.178 0.165 5.093 0.231 ;
    RECT 5.027 0.231 5.093 0.308 ;
    RECT 0.055 0.264 0.121 0.33 ;
    RECT 0.407 0.264 0.495 0.33 ;
    RECT 0.726 0.297 3.509 0.363 ;
    RECT 0.055 0.33 0.495 0.396 ;
    RECT 0.726 0.363 0.792 0.429 ;
    RECT 3.443 0.363 3.509 0.44 ;
    RECT 0.429 0.396 0.495 0.693 ;
    RECT 3.861 0.495 4.642 0.561 ;
    RECT 3.861 0.561 3.927 0.693 ;
    RECT 0.429 0.693 3.927 0.759 ;
    RECT 0.429 0.759 0.517 0.825 ;
    RECT 0.055 0.825 0.517 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_ND3B_8
#
# 
MACRO LDL_ND3_0P5 FOREIGN C0A07BLDL_ND3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.06534 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.253 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 1.056 ;
      RECT 0.297 0.891 0.363 1.056 ;
      RECT 0.044 0.187 0.363 0.253 ;
      RECT 0.044 0.154 0.11 0.187 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_ND3_0P5
#
# 
MACRO LDL_ND3_1 FOREIGN C0A07BLDL_ND3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.671 0.033 0.737 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.539 ;
      RECT 0.561 0.605 0.627 0.726 ;
      RECT 0.561 0.539 0.704 0.605 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.12826 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.231 0.363 0.825 ;
      RECT 0.297 0.825 0.759 0.891 ;
      RECT 0.671 0.891 0.759 0.99 ;
      RECT 0.044 0.165 0.363 0.231 ;
      RECT 0.044 0.132 0.11 0.165 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_ND3_1
#
# 
MACRO LDL_ND3_10 FOREIGN C0A07BLDL_ND3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 4.224 0.462 5.28 0.594 ;
      RECT 5.181 0.594 5.247 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.564 0.594 ;
      RECT 3.443 0.594 3.531 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.282656 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.32 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.9075 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 3.322 0.858 ;
      RECT 3.256 0.858 3.322 0.957 ;
      RECT 3.256 0.957 3.927 1.023 ;
      RECT 3.861 0.891 3.927 0.957 ;
      RECT 3.861 0.825 5.599 0.891 ;
      RECT 5.533 0.891 5.599 0.968 ;
      RECT 3.861 0.363 3.927 0.825 ;
      RECT 3.861 0.297 5.456 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 5.038 1.023 5.104 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 5.566 0.132 5.632 0.165 ;
    RECT 1.958 0.165 5.632 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.674 0.363 ;
  END
END LDL_ND3_10
#
# 
MACRO LDL_ND3_12 FOREIGN C0A07BLDL_ND3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 5.148 0.462 6.6 0.594 ;
      RECT 6.501 0.594 6.567 0.99 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 4.092 0.594 ;
      RECT 3.971 0.594 4.059 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.05415 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.363 4.587 0.726 ;
      RECT 4.521 0.726 6.336 0.792 ;
      RECT 5.148 0.792 6.336 0.858 ;
      RECT 4.785 0.792 4.895 0.858 ;
      RECT 4.521 0.792 4.587 0.957 ;
      RECT 3.828 0.957 4.587 1.023 ;
      RECT 3.828 0.858 3.894 0.957 ;
      RECT 0.528 0.726 3.894 0.858 ;
      RECT 4.521 0.297 6.512 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.334928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.264 0.462 1.584 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 1.023 6.16 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 5.742 1.023 5.808 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.005 0.913 5.071 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 5.39 1.023 5.456 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.653 0.913 4.719 1.155 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 6.028 0.957 6.16 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 6.622 0.132 6.688 0.165 ;
    RECT 2.31 0.165 6.688 0.231 ;
    RECT 0.055 0.187 0.121 0.297 ;
    RECT 0.055 0.297 4.378 0.363 ;
  END
END LDL_ND3_12
#
# 
MACRO LDL_ND3_16 FOREIGN C0A07BLDL_ND3_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 8.448 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 8.448 0.033 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.596 0.165 2.728 0.231 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.244 0.165 2.376 0.231 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.54 0.033 1.606 0.165 ;
      RECT 1.54 0.165 1.672 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 8.448 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
      VIA 7.128 0 V1L2L ;
      VIA 7.656 0 V1L2L ;
      VIA 8.184 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.33 5.511 0.539 ;
      RECT 3.52 0.539 5.511 0.605 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.50427 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.462 5.907 0.726 ;
      RECT 0.242 0.726 8.371 0.858 ;
      RECT 8.305 0.858 8.371 0.99 ;
      RECT 5.676 0.33 8.052 0.462 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 8.217 0.33 8.283 0.539 ;
      RECT 6.072 0.539 8.283 0.605 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.44528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 2.233 0.605 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 8.14 1.023 8.206 1.155 ;
      RECT 0 1.155 8.448 1.221 ;
      RECT 7.722 1.023 7.788 1.155 ;
      RECT 7.656 0.957 7.788 1.023 ;
      RECT 7.304 1.023 7.37 1.155 ;
      RECT 7.304 0.957 7.436 1.023 ;
      RECT 6.952 1.023 7.018 1.155 ;
      RECT 6.952 0.957 7.084 1.023 ;
      RECT 5.5 1.023 5.566 1.155 ;
      RECT 5.5 0.957 5.632 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 2.948 0.957 3.08 1.023 ;
      RECT 2.596 1.023 2.662 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 6.666 1.023 6.732 1.155 ;
      RECT 6.6 0.957 6.732 1.023 ;
      RECT 6.248 1.023 6.314 1.155 ;
      RECT 6.248 0.957 6.38 1.023 ;
      RECT 5.896 1.023 5.962 1.155 ;
      RECT 5.896 0.957 6.028 1.023 ;
      RECT 5.082 1.023 5.148 1.155 ;
      RECT 5.082 0.957 5.214 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.708 0.957 4.84 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.356 0.957 4.488 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 4.004 0.957 4.136 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.892 1.023 1.958 1.155 ;
      RECT 1.892 0.957 2.024 1.023 ;
      RECT 1.54 1.023 1.606 1.155 ;
      RECT 1.54 0.957 1.672 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.836 1.023 0.902 1.155 ;
      RECT 0.836 0.957 0.968 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 8.074 0.957 8.206 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 8.448 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
      VIA 7.128 1.188 V1L2L ;
      VIA 7.656 1.188 V1L2L ;
      VIA 8.184 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 8.448 0.528 ;
    RECT 0.33 0.528 8.118 0.572 ;
    RECT 0 0.528 0.33 0.572 ;
    RECT 8.118 0.528 8.448 0.572 ;
    RECT 0 0.572 8.448 1.221 ;
    LAYER M1L ;
    RECT 2.948 0.132 8.151 0.22 ;
    RECT 8.085 0.22 8.151 0.264 ;
    RECT 0.297 0.242 0.363 0.297 ;
    RECT 0.297 0.297 5.379 0.385 ;
    RECT 5.313 0.385 5.379 0.44 ;
  END
END LDL_ND3_16
#
# 
MACRO LDL_ND3_2 FOREIGN C0A07BLDL_ND3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.208604 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.232 0.891 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 1.331 0.198 1.419 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.572 0.165 1.232 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 0.88 0.363 ;
    RECT 0.814 0.363 0.88 0.396 ;
  END
END LDL_ND3_2
#
# 
MACRO LDL_ND3_3 FOREIGN C0A07BLDL_ND3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.300806 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.033 0.825 1.551 0.891 ;
      RECT 1.485 0.891 1.551 0.99 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 1.221 0.297 1.782 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.276 0.957 1.408 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.165 1.584 0.231 ;
    RECT 0.22 0.297 1.056 0.363 ;
  END
END LDL_ND3_3
#
# 
MACRO LDL_ND3_4 FOREIGN C0A07BLDL_ND3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.22 0.825 2.288 0.891 ;
      RECT 1.749 0.297 2.288 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.165 2.464 0.231 ;
    RECT 0.077 0.187 0.143 0.297 ;
    RECT 2.398 0.231 2.464 0.264 ;
    RECT 0.077 0.297 1.584 0.363 ;
  END
END LDL_ND3_4
#
# 
MACRO LDL_ND3_6 FOREIGN C0A07BLDL_ND3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.859 0.594 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.168 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.167464 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 0.792 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.575234 ;
    PORT
      LAYER M1L ;
      RECT 0.374 0.726 1.716 0.825 ;
      RECT 0.374 0.825 3.399 0.858 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 1.65 0.858 3.399 0.891 ;
      RECT 2.409 0.44 2.475 0.825 ;
      RECT 2.365 0.363 2.475 0.44 ;
      RECT 2.365 0.297 3.531 0.363 ;
      RECT 3.443 0.198 3.531 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.924 1.023 0.99 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 3.124 1.023 3.19 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 3.3 0.132 3.366 0.165 ;
    RECT 1.276 0.165 3.366 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 2.299 0.363 ;
    RECT 2.233 0.363 2.299 0.396 ;
  END
END LDL_ND3_6
#
# 
MACRO LDL_ND3_8 FOREIGN C0A07BLDL_ND3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.224 0.594 ;
      RECT 3.465 0.594 3.531 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.904 0.594 ;
      RECT 2.783 0.594 2.871 0.858 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.7381 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 3.069 0.825 4.455 0.891 ;
      RECT 4.389 0.891 4.455 0.99 ;
      RECT 3.069 0.891 3.135 0.957 ;
      RECT 2.574 0.957 3.135 1.023 ;
      RECT 2.574 0.858 2.64 0.957 ;
      RECT 0.374 0.726 2.64 0.858 ;
      RECT 3.069 0.297 4.587 0.363 ;
      RECT 4.521 0.198 4.587 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.132 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 2.42 1.023 2.486 1.155 ;
      RECT 2.31 0.957 2.486 1.023 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.4 0.231 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
  END
END LDL_ND3_8
#
# 
MACRO LDL_ND3_S_1 FOREIGN C0A07BLDL_ND3_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.594 ;
      RECT 0.297 0.594 0.407 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.231 0.099 0.825 ;
      RECT 0.033 0.825 0.539 0.891 ;
      RECT 0.473 0.891 0.539 1.056 ;
      RECT 0.033 0.891 0.121 1.034 ;
      RECT 0.033 0.165 0.176 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_ND3_S_1
#
# 
MACRO LDL_ND3_S_2 FOREIGN C0A07BLDL_ND3_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.309 0.033 1.375 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129228 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.297 0.957 1.232 1.023 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.042592 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 0.858 0.209 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 0.55 0.297 1.232 0.363 ;
  END
END LDL_ND3_S_2
#
# 
MACRO LDL_ND3_S_3 FOREIGN C0A07BLDL_ND3_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.462 1.023 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185614 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.198 0.825 1.386 0.891 ;
      RECT 0.033 0.297 0.627 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.06292 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.99 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 1.034 0.231 ;
    RECT 0.726 0.297 1.584 0.363 ;
  END
END LDL_ND3_S_3
#
# 
MACRO LDL_ND3_S_4 FOREIGN C0A07BLDL_ND3_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.914 0.165 2.046 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.562 0.165 1.694 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.270072 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.385 0.759 0.825 ;
      RECT 0.374 0.825 2.046 0.891 ;
      RECT 0.198 0.319 0.759 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.085184 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 1.023 1.804 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.231 0.924 0.297 1.155 ;
      RECT 1.738 0.957 1.87 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0.627 0.528 1.65 0.638 ;
    RECT 0 0.528 0.627 0.638 ;
    RECT 1.65 0.528 2.244 0.638 ;
    RECT 0 0.638 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 1.254 0.231 ;
    RECT 2.123 0.22 2.189 0.297 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.946 0.297 2.189 0.363 ;
  END
END LDL_ND3_S_4
#
# 
MACRO LDL_ND3_S_6 FOREIGN C0A07BLDL_ND3_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.561 ;
      RECT 1.221 0.561 1.848 0.627 ;
      RECT 1.221 0.627 1.287 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456412 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.198 0.825 3.234 0.891 ;
      RECT 0.198 0.297 1.155 0.363 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.594 3.003 0.726 ;
      RECT 2.508 0.462 3.036 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.127776 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.594 0.924 0.726 ;
      RECT 0.429 0.462 0.495 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.398 0.957 2.53 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.311 0.924 3.377 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0.462 0.528 2.442 0.594 ;
    RECT 0 0.528 0.462 0.594 ;
    RECT 2.442 0.528 3.432 0.594 ;
    RECT 0 0.594 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.134 0.231 ;
    RECT 3.311 0.22 3.377 0.297 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.408 0.297 3.377 0.363 ;
  END
END LDL_ND3_S_6
#
# 
MACRO LDL_ND3_S_8 FOREIGN C0A07BLDL_ND3_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.224 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.224 0.033 ;
      RECT 4.081 0.033 4.147 0.264 ;
      RECT 3.674 0.033 3.74 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.224 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.594 ;
      RECT 1.584 0.594 2.244 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.462 3.135 0.594 ;
      RECT 3.036 0.594 3.696 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.170368 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.594 ;
      RECT 0.396 0.594 1.056 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.528528 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 3.718 0.891 ;
      RECT 0.033 0.297 1.419 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.924 3.927 1.155 ;
      RECT 0 1.155 4.224 1.221 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.166 0.957 1.298 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.814 0.957 0.946 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.224 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.224 0.528 ;
    RECT 0.33 0.528 3.85 0.594 ;
    RECT 0 0.528 0.33 0.594 ;
    RECT 3.85 0.528 4.224 0.594 ;
    RECT 0 0.594 4.224 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.165 2.618 0.231 ;
    RECT 1.518 0.297 3.96 0.363 ;
  END
END LDL_ND3_S_8
#
# 
MACRO LDL_ND4B_1 FOREIGN C0A07BLDL_ND4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.286 0.495 0.616 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.198 0.891 0.462 ;
      RECT 0.781 0.462 0.891 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.671 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.122694 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.847 ;
      RECT 0.473 0.847 1.155 0.913 ;
      RECT 0.473 0.913 0.539 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.242 1.045 0.308 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 0.638 1.045 0.704 1.155 ;
      RECT 0.638 0.979 0.781 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.077 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.715 ;
    RECT 0.957 0.55 1.023 0.715 ;
    RECT 0.297 0.715 1.023 0.781 ;
    RECT 0.297 0.781 0.363 0.825 ;
    RECT 0.077 0.825 0.363 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDL_ND4B_1
#
# 
MACRO LDL_ND4B_2 FOREIGN C0A07BLDL_ND4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.726 ;
      RECT 0.429 0.561 0.638 0.627 ;
      RECT 0.429 0.462 0.495 0.561 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.627 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.561 ;
      RECT 1.122 0.561 1.287 0.627 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.200376 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.198 0.825 1.562 0.891 ;
      RECT 1.353 0.297 1.562 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.825 0.165 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.902 0.165 1.738 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.902 0.231 0.968 0.264 ;
    RECT 0.583 0.264 0.649 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 1.078 0.297 1.21 0.363 ;
    RECT 1.661 0.297 1.914 0.363 ;
    RECT 0.583 0.363 1.144 0.429 ;
    RECT 1.661 0.363 1.727 0.957 ;
    RECT 1.661 0.957 1.914 1.023 ;
    RECT 1.848 1.023 1.914 1.056 ;
  END
END LDL_ND4B_2
#
# 
MACRO LDL_ND4B_3 FOREIGN C0A07BLDL_ND4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.528 ;
      RECT 0.429 0.528 0.891 0.594 ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.693 0.462 0.759 0.528 ;
      RECT 0.561 0.462 0.627 0.528 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.452 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 1.98 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.32307 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 0.616 0.825 2.607 0.891 ;
      RECT 2.244 0.297 2.695 0.363 ;
      RECT 2.629 0.22 2.695 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.596 0.957 2.728 1.023 ;
      RECT 2.244 1.023 2.31 1.155 ;
      RECT 2.244 0.957 2.376 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 2.079 0.143 2.552 0.209 ;
    RECT 1.144 0.165 1.98 0.231 ;
    RECT 2.079 0.209 2.145 0.297 ;
    RECT 0.616 0.297 1.452 0.363 ;
    RECT 1.672 0.297 2.145 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.693 ;
    RECT 2.145 0.495 2.442 0.561 ;
    RECT 2.145 0.561 2.211 0.693 ;
    RECT 0.297 0.693 2.211 0.759 ;
    RECT 0.297 0.759 0.363 0.957 ;
    RECT 0.22 0.957 0.363 1.023 ;
  END
END LDL_ND4B_3
#
# 
MACRO LDL_ND4B_4 FOREIGN C0A07BLDL_ND4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.594 ;
      RECT 0.429 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.429 0.33 0.495 0.451 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.389136 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.407 3.399 0.825 ;
      RECT 2.871 0.825 3.399 0.891 ;
      RECT 2.871 0.891 2.937 0.957 ;
      RECT 0.594 0.957 2.937 1.023 ;
      RECT 3.333 0.363 3.498 0.407 ;
      RECT 3.014 0.341 3.498 0.363 ;
      RECT 3.014 0.297 3.399 0.341 ;
      RECT 3.014 0.363 3.08 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.099 2.376 0.143 ;
    RECT 2.728 0.132 2.794 0.165 ;
    RECT 1.452 0.143 2.376 0.165 ;
    RECT 1.452 0.165 1.936 0.209 ;
    RECT 2.31 0.165 2.794 0.231 ;
    RECT 2.871 0.165 3.641 0.231 ;
    RECT 2.871 0.231 2.937 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 2.167 0.264 2.233 0.297 ;
    RECT 1.628 0.275 2.079 0.319 ;
    RECT 0.198 0.275 0.363 0.341 ;
    RECT 2.167 0.297 2.937 0.363 ;
    RECT 0.594 0.319 2.079 0.341 ;
    RECT 0.594 0.341 1.694 0.385 ;
    RECT 2.013 0.341 2.079 0.418 ;
    RECT 0.297 0.341 0.363 0.759 ;
    RECT 2.167 0.363 2.233 0.396 ;
    RECT 2.673 0.495 3.234 0.561 ;
    RECT 2.673 0.561 2.739 0.825 ;
    RECT 0.297 0.759 0.66 0.825 ;
    RECT 0.594 0.825 2.739 0.891 ;
    RECT 0.297 0.825 0.363 0.924 ;
    RECT 0.231 0.924 0.363 0.99 ;
    RECT 0.231 0.99 0.297 1.056 ;
  END
END LDL_ND4B_4
#
# 
MACRO LDL_ND4B_6 FOREIGN C0A07BLDL_ND4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.528 1.32 0.594 ;
      RECT 0.561 0.462 1.32 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.64 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.746812 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.825 ;
      RECT 0.77 0.825 4.983 0.891 ;
      RECT 4.246 0.297 5.082 0.363 ;
      RECT 4.246 0.363 4.312 0.396 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.157784 ;
    PORT
      LAYER M1L ;
      RECT 3.289 0.462 3.96 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 3.96 0.132 4.026 0.187 ;
    RECT 5.159 0.132 5.225 0.165 ;
    RECT 1.98 0.143 3.608 0.187 ;
    RECT 4.103 0.165 5.225 0.231 ;
    RECT 1.98 0.187 4.026 0.209 ;
    RECT 3.542 0.209 4.026 0.253 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 5.159 0.231 5.225 0.264 ;
    RECT 4.103 0.231 4.169 0.319 ;
    RECT 0.407 0.242 0.473 0.297 ;
    RECT 2.508 0.275 2.959 0.319 ;
    RECT 3.047 0.275 3.432 0.319 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.77 0.319 2.959 0.341 ;
    RECT 3.047 0.319 4.169 0.341 ;
    RECT 0.77 0.341 2.574 0.385 ;
    RECT 2.893 0.341 2.959 0.418 ;
    RECT 3.366 0.341 4.169 0.385 ;
    RECT 3.047 0.341 3.113 0.418 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 4.125 0.495 4.818 0.561 ;
    RECT 4.125 0.561 4.191 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 4.191 0.704 ;
    RECT 0.539 0.704 4.191 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_ND4B_6
#
# 
MACRO LDL_ND4B_8 FOREIGN C0A07BLDL_ND4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.561 0.462 1.584 0.528 ;
      RECT 0.66 0.528 1.584 0.594 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.778272 ;
    PORT
      LAYER M1L ;
      RECT 6.105 0.363 6.171 0.825 ;
      RECT 0.902 0.825 6.512 0.891 ;
      RECT 5.324 0.297 6.512 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.3 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.462 0.275 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.138 1.023 6.204 1.155 ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0.759 0.924 0.825 1.155 ;
      RECT 0.583 0.924 0.649 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.589 0.924 6.655 1.155 ;
      RECT 5.61 1.023 5.676 1.155 ;
      RECT 5.61 0.957 5.742 1.023 ;
      RECT 5.126 1.023 5.192 1.155 ;
      RECT 5.126 0.957 5.258 1.023 ;
      RECT 4.686 1.023 4.752 1.155 ;
      RECT 4.686 0.957 4.818 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.188 0.957 1.32 1.023 ;
      RECT 6.138 0.957 6.27 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 5.016 0.132 5.082 0.165 ;
    RECT 2.31 0.165 5.082 0.231 ;
    RECT 5.159 0.165 6.688 0.231 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 6.622 0.231 6.688 0.264 ;
    RECT 5.159 0.231 5.225 0.297 ;
    RECT 0.759 0.297 3.674 0.363 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 3.751 0.297 5.225 0.363 ;
    RECT 3.608 0.363 3.674 0.396 ;
    RECT 0.407 0.363 0.473 0.638 ;
    RECT 3.751 0.363 3.817 0.44 ;
    RECT 5.181 0.495 5.984 0.561 ;
    RECT 5.181 0.561 5.247 0.693 ;
    RECT 0.407 0.638 0.605 0.693 ;
    RECT 0.407 0.693 5.247 0.704 ;
    RECT 0.539 0.704 5.247 0.759 ;
    RECT 0.407 0.704 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
  END
END LDL_ND4B_8
#
# 
MACRO LDL_ND4_1 FOREIGN C0A07BLDL_ND4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.627 ;
      RECT 0.22 0.264 0.363 0.33 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.616 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.891 0.605 ;
      RECT 0.825 0.605 0.891 0.726 ;
      RECT 0.825 0.451 0.891 0.517 ;
      RECT 0.693 0.451 0.759 0.517 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.605 0.099 0.726 ;
      RECT 0.033 0.517 0.231 0.605 ;
      RECT 0.165 0.451 0.231 0.517 ;
      RECT 0.033 0.451 0.099 0.517 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.123178 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.726 0.671 0.858 ;
      RECT 0.605 0.858 0.671 0.968 ;
      RECT 0.253 0.858 0.319 0.968 ;
      RECT 0.429 0.198 0.495 0.726 ;
      RECT 0.055 0.132 0.495 0.198 ;
      RECT 0.055 0.198 0.121 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDL_ND4_1
#
# 
MACRO LDL_ND4_2 FOREIGN C0A07BLDL_ND4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.561 ;
      RECT 1.166 0.561 1.419 0.627 ;
      RECT 1.353 0.627 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.627 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.561 ;
      RECT 0.561 0.561 0.902 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.22022 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.308 0.363 0.825 ;
      RECT 0.297 0.825 1.65 0.891 ;
      RECT 0.297 0.891 0.363 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 1.045 1.474 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.528 1.045 0.594 1.155 ;
      RECT 0.528 0.979 0.66 1.045 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.056 1.045 1.122 1.155 ;
      RECT 0.99 0.979 1.122 1.045 ;
      RECT 1.342 0.979 1.474 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.023 0.099 1.408 0.165 ;
    RECT 0.099 0.143 0.924 0.209 ;
    RECT 1.023 0.165 1.089 0.209 ;
    RECT 1.342 0.165 1.408 0.275 ;
    RECT 1.727 0.198 1.793 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 0.99 0.209 1.089 0.275 ;
    RECT 1.199 0.264 1.265 0.341 ;
    RECT 0.616 0.275 0.836 0.341 ;
    RECT 1.342 0.275 1.793 0.341 ;
    RECT 0.77 0.341 1.265 0.407 ;
  END
END LDL_ND4_2
#
# 
MACRO LDL_ND4_3 FOREIGN C0A07BLDL_ND4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 0 -0.033 2.376 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.316778 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.825 ;
      RECT 0.264 0.825 2.156 0.891 ;
      RECT 0.099 0.297 0.627 0.363 ;
      RECT 0.099 0.198 0.165 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.792 0.979 0.924 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.045 1.628 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.264 0.143 1.1 0.209 ;
    RECT 1.32 0.143 1.771 0.209 ;
    RECT 1.705 0.209 1.771 0.275 ;
    RECT 0.792 0.275 1.595 0.341 ;
    RECT 1.705 0.275 2.156 0.341 ;
    RECT 1.529 0.341 1.595 0.418 ;
  END
END LDL_ND4_3
#
# 
MACRO LDL_ND4_4 FOREIGN C0A07BLDL_ND4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.583 ;
      RECT 2.013 0.649 2.079 0.726 ;
      RECT 1.749 0.583 2.079 0.649 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 1.089 0.627 1.155 0.726 ;
      RECT 1.089 0.561 1.419 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.400752 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.937 0.891 ;
      RECT 2.871 0.891 2.937 1.034 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.104544 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.376 1.045 2.442 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.024 1.045 2.09 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.374 1.045 0.44 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.143 1.562 0.209 ;
    RECT 1.639 0.143 2.409 0.209 ;
    RECT 3.047 0.198 3.113 0.275 ;
    RECT 1.496 0.209 1.562 0.242 ;
    RECT 0.055 0.209 0.121 0.286 ;
    RECT 2.343 0.209 2.409 0.275 ;
    RECT 1.639 0.209 1.705 0.286 ;
    RECT 0.902 0.275 1.353 0.341 ;
    RECT 1.815 0.275 2.233 0.341 ;
    RECT 2.343 0.275 3.113 0.341 ;
    RECT 1.287 0.341 1.353 0.385 ;
    RECT 1.815 0.341 1.881 0.385 ;
    RECT 2.167 0.341 2.233 0.418 ;
    RECT 1.287 0.385 1.881 0.451 ;
  END
END LDL_ND4_4
#
# 
MACRO LDL_ND4_6 FOREIGN C0A07BLDL_ND4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 0.033 4.048 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.564 0.033 3.63 0.143 ;
      RECT 3.564 0.143 3.696 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.601128 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.253 0.825 4.367 0.891 ;
      RECT 4.301 0.891 4.367 1.034 ;
      RECT 0.253 0.891 0.319 1.034 ;
      RECT 0.22 0.297 1.155 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.861 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.158 1.045 4.224 1.155 ;
      RECT 4.092 0.979 4.224 1.045 ;
      RECT 3.454 1.045 3.52 1.155 ;
      RECT 3.388 0.979 3.52 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.87 1.045 1.936 1.155 ;
      RECT 1.804 0.979 1.936 1.045 ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 3.806 1.045 3.872 1.155 ;
      RECT 3.74 0.979 3.872 1.045 ;
      RECT 3.102 1.045 3.168 1.155 ;
      RECT 3.036 0.979 3.168 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.143 2.255 0.209 ;
    RECT 2.365 0.143 3.487 0.209 ;
    RECT 4.477 0.198 4.543 0.275 ;
    RECT 0.077 0.209 0.143 0.286 ;
    RECT 2.189 0.209 2.255 0.286 ;
    RECT 3.421 0.209 3.487 0.275 ;
    RECT 2.365 0.209 2.431 0.286 ;
    RECT 1.276 0.275 2.079 0.341 ;
    RECT 2.541 0.275 3.311 0.341 ;
    RECT 3.421 0.275 4.543 0.341 ;
    RECT 2.013 0.341 2.079 0.385 ;
    RECT 2.541 0.341 2.607 0.385 ;
    RECT 3.245 0.341 3.311 0.418 ;
    RECT 2.013 0.385 2.607 0.451 ;
  END
END LDL_ND4_6
#
# 
MACRO LDL_ND4_8 FOREIGN C0A07BLDL_ND4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.786 0.033 5.852 0.143 ;
      RECT 5.72 0.143 5.852 0.209 ;
      RECT 5.434 0.033 5.5 0.143 ;
      RECT 5.368 0.143 5.5 0.209 ;
      RECT 5.082 0.033 5.148 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.664 0.143 4.796 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.801504 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.242 0.825 5.852 0.891 ;
      RECT 0.242 0.297 1.419 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.597 0.462 4.059 0.528 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.209088 ;
    PORT
      LAYER M1L ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.049 0.462 5.511 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 5.049 0.528 5.115 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.258 1.045 5.324 1.155 ;
      RECT 5.192 0.979 5.324 1.045 ;
      RECT 4.906 1.045 4.972 1.155 ;
      RECT 4.84 0.979 4.972 1.045 ;
      RECT 4.554 1.045 4.62 1.155 ;
      RECT 4.488 0.979 4.62 1.045 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.992 0.979 3.124 1.045 ;
      RECT 2.2 1.045 2.266 1.155 ;
      RECT 2.2 0.979 2.332 1.045 ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 5.61 1.045 5.676 1.155 ;
      RECT 5.544 0.979 5.676 1.045 ;
      RECT 4.202 1.045 4.268 1.155 ;
      RECT 4.136 0.979 4.268 1.045 ;
      RECT 3.85 1.045 3.916 1.155 ;
      RECT 3.784 0.979 3.916 1.045 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 2.618 1.045 2.684 1.155 ;
      RECT 2.552 0.979 2.684 1.045 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.496 0.979 1.628 1.045 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 0.099 0.143 3.003 0.209 ;
    RECT 3.113 0.143 4.587 0.209 ;
    RECT 5.929 0.198 5.995 0.275 ;
    RECT 0.099 0.209 0.165 0.286 ;
    RECT 2.937 0.209 3.003 0.286 ;
    RECT 4.521 0.209 4.587 0.275 ;
    RECT 3.113 0.209 3.179 0.286 ;
    RECT 1.672 0.275 2.827 0.341 ;
    RECT 3.289 0.275 4.411 0.341 ;
    RECT 4.521 0.275 5.995 0.341 ;
    RECT 2.761 0.341 2.827 0.385 ;
    RECT 3.289 0.341 3.355 0.385 ;
    RECT 4.345 0.341 4.411 0.418 ;
    RECT 2.761 0.385 3.355 0.451 ;
  END
END LDL_ND4_8
#
# 
MACRO LDL_ND4_S_1 FOREIGN C0A07BLDL_ND4_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.462 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.759 0.759 1.034 ;
      RECT 0.297 0.693 0.759 0.759 ;
      RECT 0.297 0.759 0.363 1.034 ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.165 0.99 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.495 0.924 0.561 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
  END
END LDL_ND4_S_1
#
# 
MACRO LDL_ND4_S_2 FOREIGN C0A07BLDL_ND4_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119064 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.957 ;
      RECT 0.396 0.957 1.551 1.023 ;
      RECT 1.485 0.275 1.628 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.132 0.891 0.198 ;
    RECT 0.968 0.143 1.804 0.209 ;
    RECT 0.825 0.198 0.891 0.264 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.968 0.209 1.034 0.242 ;
    RECT 1.738 0.209 1.804 0.242 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.594 0.297 0.759 0.363 ;
    RECT 1.089 0.297 1.276 0.363 ;
    RECT 0.693 0.363 1.155 0.429 ;
  END
END LDL_ND4_S_2
#
# 
MACRO LDL_ND4_S_3 FOREIGN C0A07BLDL_ND4_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.99 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.737 2.211 0.99 ;
      RECT 1.881 0.671 2.211 0.737 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.693 ;
      RECT 1.353 0.693 1.551 0.759 ;
      RECT 1.485 0.462 1.551 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234498 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.847 ;
      RECT 0.396 0.847 1.936 0.913 ;
      RECT 1.617 0.297 2.299 0.363 ;
      RECT 2.233 0.198 2.299 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.057112 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.693 ;
      RECT 0.693 0.693 0.946 0.759 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.122 0.979 1.254 1.045 ;
      RECT 0.682 1.045 0.748 1.155 ;
      RECT 0.616 0.979 0.748 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0.418 0.528 2.046 0.726 ;
    RECT 0 0.528 0.418 0.726 ;
    RECT 2.046 0.528 2.376 0.726 ;
    RECT 0 0.726 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.09 0.132 2.156 0.165 ;
    RECT 0.836 0.165 1.023 0.231 ;
    RECT 1.21 0.165 2.156 0.231 ;
    RECT 0.957 0.231 1.023 0.297 ;
    RECT 0.198 0.297 0.891 0.363 ;
    RECT 0.957 0.297 1.518 0.363 ;
    RECT 0.825 0.363 0.891 0.495 ;
    RECT 0.825 0.495 1.166 0.561 ;
  END
END LDL_ND4_S_3
#
# 
MACRO LDL_ND4_S_4 FOREIGN C0A07BLDL_ND4_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.66 ;
      RECT 1.617 0.66 1.815 0.726 ;
      RECT 1.749 0.462 1.815 0.66 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.671 ;
      RECT 0.297 0.671 0.627 0.737 ;
      RECT 0.297 0.462 0.363 0.671 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.221 0.462 1.287 0.66 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.262328 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.847 ;
      RECT 0.033 0.847 2.805 0.913 ;
      RECT 2.739 0.913 2.805 1.034 ;
      RECT 1.342 0.913 1.452 0.99 ;
      RECT 0.033 0.913 0.121 1.012 ;
      RECT 2.134 0.297 2.618 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.07744 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 2.398 0.979 2.53 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.936 1.045 2.002 1.155 ;
      RECT 1.936 0.979 2.068 1.045 ;
      RECT 1.54 1.045 1.606 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.21 1.045 1.276 1.155 ;
      RECT 1.144 0.979 1.276 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.748 0.979 0.88 1.045 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.286 0.979 0.418 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0.594 0.528 2.178 0.682 ;
    RECT 0 0.528 0.594 0.682 ;
    RECT 2.178 0.528 2.904 0.682 ;
    RECT 0 0.682 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.781 0.165 1.276 0.231 ;
    RECT 1.54 0.165 2.838 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.781 0.231 0.847 0.297 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.946 0.297 1.87 0.363 ;
  END
END LDL_ND4_S_4
#
# 
MACRO LDL_ND4_S_6 FOREIGN C0A07BLDL_ND4_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.814 0.165 0.946 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.077 0.033 0.143 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.671 ;
      RECT 0.297 0.671 0.792 0.737 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.551 0.671 ;
      RECT 1.485 0.671 1.804 0.737 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.671 ;
      RECT 2.156 0.671 2.475 0.737 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.462 3.663 0.671 ;
      RECT 3.146 0.671 3.663 0.737 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.42108 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.847 ;
      RECT 0.429 0.847 3.531 0.913 ;
      RECT 3.443 0.913 3.531 0.99 ;
      RECT 1.749 0.913 1.815 0.99 ;
      RECT 1.353 0.913 1.419 0.99 ;
      RECT 0.429 0.913 0.517 0.99 ;
      RECT 2.937 0.297 3.861 0.363 ;
      RECT 3.795 0.198 3.861 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.234 1.045 3.3 1.155 ;
      RECT 3.168 0.979 3.3 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.244 0.979 2.376 1.045 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.54 0.979 1.672 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.704 1.045 0.77 1.155 ;
      RECT 0.638 0.979 0.77 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0.33 0.528 3.63 0.682 ;
    RECT 0 0.528 0.33 0.682 ;
    RECT 3.63 0.528 3.96 0.682 ;
    RECT 0 0.682 3.96 1.221 ;
    LAYER M1L ;
    RECT 2.068 0.132 2.134 0.165 ;
    RECT 3.652 0.132 3.718 0.165 ;
    RECT 1.144 0.165 1.991 0.231 ;
    RECT 2.068 0.165 3.718 0.231 ;
    RECT 0.275 0.176 0.341 0.297 ;
    RECT 1.925 0.231 1.991 0.297 ;
    RECT 0.275 0.297 1.815 0.363 ;
    RECT 1.925 0.297 2.772 0.363 ;
    RECT 1.749 0.363 1.815 0.44 ;
  END
END LDL_ND4_S_6
#
# 
MACRO LDL_ND4_S_8 FOREIGN C0A07BLDL_ND4_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 0.99 0.165 1.122 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.462 1.947 0.693 ;
      RECT 1.452 0.693 1.947 0.759 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.462 4.455 0.693 ;
      RECT 3.85 0.693 4.455 0.759 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.462 2.739 0.693 ;
      RECT 2.673 0.693 3.19 0.759 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.155848 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.693 ;
      RECT 0.429 0.693 0.968 0.759 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.558536 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.847 ;
      RECT 0.253 0.847 4.499 0.913 ;
      RECT 4.433 0.913 4.499 1.012 ;
      RECT 2.541 0.913 2.607 1.012 ;
      RECT 2.145 0.913 2.211 1.012 ;
      RECT 0.253 0.913 0.319 1.012 ;
      RECT 3.465 0.297 4.51 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.18 0.979 4.312 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      RECT 1.166 1.045 1.232 1.155 ;
      RECT 1.166 0.979 1.298 1.045 ;
      RECT 0.814 1.045 0.88 1.155 ;
      RECT 0.814 0.979 0.946 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.44 0.979 0.572 1.045 ;
      RECT 4.631 0.924 4.697 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0.33 0.528 4.422 0.726 ;
    RECT 0 0.528 0.33 0.726 ;
    RECT 4.422 0.528 4.752 0.726 ;
    RECT 0 0.726 4.752 1.221 ;
    LAYER M1L ;
    RECT 1.199 0.165 2.024 0.231 ;
    RECT 2.508 0.165 4.697 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 1.199 0.231 1.265 0.297 ;
    RECT 4.631 0.231 4.697 0.308 ;
    RECT 0.055 0.297 1.265 0.363 ;
    RECT 1.375 0.297 3.19 0.363 ;
    RECT 1.375 0.363 1.441 0.462 ;
  END
END LDL_ND4_S_8
#
# 
MACRO LDL_NR2B_0P5 FOREIGN C0A07BLDL_NR2B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.045496 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.594 ;
      RECT 0.033 0.594 0.231 0.66 ;
      RECT 0.165 0.66 0.231 0.726 ;
      RECT 0.033 0.462 0.099 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.055 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.814 ;
    RECT 0.055 0.781 0.121 0.957 ;
    RECT 0.429 0.814 0.627 0.88 ;
    RECT 0.429 0.88 0.495 0.957 ;
    RECT 0.055 0.957 0.495 1.023 ;
  END
END LDL_NR2B_0P5
#
# 
MACRO LDL_NR2B_1 FOREIGN C0A07BLDL_NR2B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.275 0.033 0.341 0.198 ;
      RECT 0.242 0.198 0.341 0.264 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.616 0.957 0.759 1.023 ;
      RECT 0.44 0.165 0.759 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.033 0.528 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.297 0.495 0.495 0.561 ;
      RECT 0.297 0.561 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.242 1.023 0.308 1.155 ;
      RECT 0.242 0.957 0.374 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.33 ;
    RECT 0.077 0.33 0.363 0.363 ;
    RECT 0.077 0.363 0.627 0.396 ;
    RECT 0.297 0.396 0.627 0.429 ;
    RECT 0.561 0.429 0.627 0.825 ;
    RECT 0.077 0.825 0.627 0.891 ;
    RECT 0.077 0.891 0.143 1.034 ;
  END
END LDL_NR2B_1
#
# 
MACRO LDL_NR2B_2 FOREIGN C0A07BLDL_NR2B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0 -0.033 1.32 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.693 ;
      RECT 0.616 0.693 0.759 0.759 ;
      RECT 0.616 0.297 1.1 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.429 0.231 ;
    RECT 0.363 0.231 0.429 0.495 ;
    RECT 0.363 0.495 0.594 0.561 ;
    RECT 0.363 0.561 0.429 0.825 ;
    RECT 0.22 0.825 0.429 0.891 ;
    RECT 0.825 0.825 1.276 0.891 ;
    RECT 1.21 0.891 1.276 0.924 ;
    RECT 0.825 0.891 0.891 0.957 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDL_NR2B_2
#
# 
MACRO LDL_NR2B_3 FOREIGN C0A07BLDL_NR2B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.858 0.033 0.924 0.165 ;
      RECT 0.792 0.165 0.924 0.231 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.693 ;
      RECT 0.033 0.759 0.099 0.99 ;
      RECT 0.033 0.693 0.55 0.759 ;
      RECT 0.165 0.297 1.1 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.594 ;
      RECT 0.825 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.528 1.023 0.594 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.792 0.957 0.924 1.023 ;
      RECT 1.199 0.924 1.265 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.353 0.165 1.496 0.231 ;
    RECT 1.353 0.231 1.419 0.693 ;
    RECT 0.33 0.495 0.726 0.561 ;
    RECT 0.66 0.561 0.726 0.693 ;
    RECT 0.66 0.693 1.419 0.759 ;
    RECT 1.353 0.759 1.419 0.825 ;
    RECT 0.242 0.825 1.1 0.891 ;
    RECT 1.353 0.825 1.496 0.891 ;
  END
END LDL_NR2B_3
#
# 
MACRO LDL_NR2B_4 FOREIGN C0A07BLDL_NR2B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.825 ;
      RECT 0.693 0.825 1.155 0.891 ;
      RECT 0.693 0.726 0.759 0.825 ;
      RECT 0.957 0.726 1.023 0.825 ;
      RECT 0.825 0.726 0.891 0.825 ;
      RECT 0.704 0.297 1.914 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 0.198 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.495 ;
    RECT 0.429 0.495 0.99 0.561 ;
    RECT 0.429 0.561 0.495 0.759 ;
    RECT 0.198 0.759 0.495 0.825 ;
    RECT 1.287 0.825 2.057 0.891 ;
    RECT 0.561 0.858 0.627 0.957 ;
    RECT 1.287 0.891 1.353 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.561 0.957 1.353 1.023 ;
  END
END LDL_NR2B_4
#
# 
MACRO LDL_NR2B_6 FOREIGN C0A07BLDL_NR2B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.902 0.825 1.738 0.891 ;
      RECT 0.902 0.297 2.816 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.023 2.816 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.638 0.363 0.704 0.495 ;
    RECT 0.638 0.495 1.518 0.561 ;
    RECT 0.638 0.561 0.704 0.825 ;
    RECT 0.22 0.825 0.704 0.891 ;
    RECT 1.848 0.825 2.959 0.891 ;
    RECT 1.848 0.891 1.914 0.957 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 0.726 0.957 1.914 1.023 ;
  END
END LDL_NR2B_6
#
# 
MACRO LDL_NR2B_8 FOREIGN C0A07BLDL_NR2B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.408 0.033 1.474 0.165 ;
      RECT 1.408 0.165 1.54 0.231 ;
      RECT 1.056 0.033 1.122 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.704 0.165 0.836 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.825 ;
      RECT 0.88 0.825 2.079 0.891 ;
      RECT 0.88 0.297 3.498 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.497 0.462 3.3 0.594 ;
      RECT 2.497 0.594 2.607 0.726 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
    RECT 0.616 0.363 0.682 0.495 ;
    RECT 0.616 0.495 1.826 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 2.145 0.825 3.641 0.891 ;
    RECT 2.145 0.891 2.211 0.957 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.704 0.957 2.211 1.023 ;
  END
END LDL_NR2B_8
#
# 
MACRO LDL_NR2_0P5 FOREIGN C0A07BLDL_NR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.528 0.033 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.638 0.495 0.726 ;
      RECT 0.297 0.572 0.363 0.638 ;
      RECT 0.429 0.462 0.495 0.638 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.792 ;
      RECT 0.165 0.792 0.275 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.042108 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.473 0.099 0.924 ;
      RECT 0.033 0.924 0.143 1.056 ;
      RECT 0.033 0.407 0.297 0.473 ;
      RECT 0.231 0.132 0.297 0.407 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.407 0.924 0.473 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_NR2_0P5
#
# 
MACRO LDL_NR2_1 FOREIGN C0A07BLDL_NR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.528 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      RECT 0 -0.033 0.528 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.528 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.495 0.231 0.561 ;
      RECT 0.165 0.561 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09801 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.385 0.924 0.495 1.056 ;
      RECT 0.055 0.297 0.495 0.363 ;
      RECT 0.407 0.198 0.495 0.297 ;
      RECT 0.055 0.209 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.528 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.528 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.528 0.528 ;
    RECT 0 0.528 0.528 1.221 ;
  END
END LDL_NR2_1
#
# 
MACRO LDL_NR2_10 FOREIGN C0A07BLDL_NR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.6534 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.715 ;
      RECT 1.353 0.715 1.738 0.781 ;
      RECT 1.353 0.781 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.198 0.297 3.498 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.199 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.30976 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.594 3.179 0.726 ;
      RECT 2.244 0.462 3.179 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.045 3.498 1.155 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 3.366 0.979 3.498 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.825 3.641 0.891 ;
    RECT 1.815 0.891 1.881 0.968 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 1.881 1.056 ;
  END
END LDL_NR2_10
#
# 
MACRO LDL_NR2_12 FOREIGN C0A07BLDL_NR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.004 0.033 4.07 0.143 ;
      RECT 3.938 0.143 4.07 0.209 ;
      RECT 3.586 0.033 3.652 0.143 ;
      RECT 3.586 0.143 3.718 0.209 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.882 0.033 2.948 0.143 ;
      RECT 2.882 0.143 3.014 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.418 0.033 0.484 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.594 0.363 0.726 ;
      RECT 0.253 0.462 1.32 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.78408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.715 ;
      RECT 1.485 0.715 2.134 0.781 ;
      RECT 1.485 0.781 1.551 0.825 ;
      RECT 0.242 0.825 1.551 0.891 ;
      RECT 0.242 0.297 4.246 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.594 3.971 0.726 ;
      RECT 2.772 0.462 3.971 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 4.18 1.045 4.246 1.155 ;
      RECT 4.114 0.979 4.246 1.045 ;
      RECT 3.762 1.045 3.828 1.155 ;
      RECT 3.762 0.979 3.894 1.045 ;
      RECT 3.41 1.045 3.476 1.155 ;
      RECT 3.41 0.979 3.542 1.045 ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 3.058 1.045 3.124 1.155 ;
      RECT 3.058 0.979 3.19 1.045 ;
      RECT 2.706 1.045 2.772 1.155 ;
      RECT 2.706 0.979 2.838 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.825 4.389 0.891 ;
    RECT 4.323 0.891 4.389 0.968 ;
    RECT 2.211 0.891 2.277 0.979 ;
    RECT 0.099 0.902 0.165 0.979 ;
    RECT 0.099 0.979 2.277 1.045 ;
  END
END LDL_NR2_12
#
# 
MACRO LDL_NR2_16 FOREIGN C0A07BLDL_NR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.687 0.033 5.753 0.264 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.598 0.033 4.664 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.246 0.033 4.312 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.542 0.033 3.608 0.143 ;
      RECT 3.542 0.143 3.674 0.209 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.19 0.143 3.322 0.209 ;
      RECT 2.838 0.033 2.904 0.143 ;
      RECT 2.838 0.143 2.97 0.209 ;
      RECT 2.486 0.033 2.552 0.143 ;
      RECT 2.486 0.143 2.618 0.209 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.594 5.159 0.726 ;
      RECT 3.564 0.462 5.159 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 1.04544 ;
    PORT
      LAYER M1L ;
      RECT 2.101 0.374 2.211 0.726 ;
      RECT 0.363 0.726 2.794 0.825 ;
      RECT 0.198 0.825 2.794 0.858 ;
      RECT 0.198 0.858 0.473 0.891 ;
      RECT 2.728 0.693 2.794 0.726 ;
      RECT 0.187 0.286 5.61 0.374 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.495616 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.594 0.231 0.726 ;
      RECT 0.121 0.462 2.002 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.478 1.045 5.544 1.155 ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 4.422 1.045 4.488 1.155 ;
      RECT 4.422 0.979 4.554 1.045 ;
      RECT 4.07 1.045 4.136 1.155 ;
      RECT 4.07 0.979 4.202 1.045 ;
      RECT 3.718 1.045 3.784 1.155 ;
      RECT 3.718 0.979 3.85 1.045 ;
      RECT 3.366 1.045 3.432 1.155 ;
      RECT 3.366 0.979 3.498 1.045 ;
      RECT 5.126 1.045 5.192 1.155 ;
      RECT 5.126 0.979 5.258 1.045 ;
      RECT 4.774 1.045 4.84 1.155 ;
      RECT 4.774 0.979 4.906 1.045 ;
      RECT 3.014 1.045 3.08 1.155 ;
      RECT 3.014 0.979 3.146 1.045 ;
      RECT 5.478 0.979 5.61 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 0 0.528 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.86 0.825 5.753 0.913 ;
    RECT 2.86 0.913 2.948 0.968 ;
    RECT 5.687 0.913 5.753 0.968 ;
    RECT 0.055 0.924 0.121 0.968 ;
    RECT 0.055 0.968 2.948 1.056 ;
  END
END LDL_NR2_16
#
# 
MACRO LDL_NR2_1RE FOREIGN C0A07BLDL_NR2_1RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 0.297 0.561 ;
      RECT 0.231 0.561 0.297 0.627 ;
      RECT 0.231 0.627 1.023 0.693 ;
      RECT 0.957 0.528 1.023 0.627 ;
      RECT 0.924 0.462 1.023 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.495 0.748 0.561 ;
      RECT 0.429 0.33 0.495 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.175692 ;
    PORT
      LAYER M1L ;
      RECT 0.451 0.759 1.155 0.825 ;
      RECT 0.671 0.825 0.737 0.99 ;
      RECT 0.451 0.825 0.517 1.034 ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
  END
END LDL_NR2_1RE
#
# 
MACRO LDL_NR2_2 FOREIGN C0A07BLDL_NR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.385 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
      RECT 0.22 0.319 0.704 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.66 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDL_NR2_2
#
# 
MACRO LDL_NR2_2RE FOREIGN C0A07BLDL_NR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.033 1.485 0.396 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.617 0.033 1.683 0.396 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.166 0.231 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.495 0.748 0.561 ;
      RECT 0.682 0.462 0.748 0.495 ;
      RECT 0.121 0.33 0.231 0.495 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.968 0.495 1.716 0.561 ;
      RECT 1.617 0.561 1.683 0.726 ;
      RECT 0.968 0.462 1.034 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.627 1.485 0.693 ;
      RECT 1.419 0.693 1.485 0.902 ;
      RECT 1.067 0.693 1.133 0.902 ;
      RECT 0.825 0.363 0.891 0.627 ;
      RECT 0.891 0.132 0.957 0.297 ;
      RECT 0.418 0.297 1.342 0.363 ;
      RECT 1.276 0.264 1.342 0.297 ;
      RECT 0.418 0.132 0.528 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      RECT 0.451 0.792 0.517 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.627 0.693 0.693 ;
    RECT 0.627 0.693 0.693 0.759 ;
    RECT 0.231 0.693 0.297 0.902 ;
    RECT 0.627 0.759 0.957 0.825 ;
    RECT 1.243 0.792 1.309 1.001 ;
    RECT 1.551 0.825 1.694 0.891 ;
    RECT 0.891 0.825 0.957 1.001 ;
    RECT 1.551 0.891 1.617 0.979 ;
    RECT 1.551 0.979 1.694 1.001 ;
    RECT 0.891 1.001 1.694 1.067 ;
  END
END LDL_NR2_2RE
#
# 
MACRO LDL_NR2_3 FOREIGN C0A07BLDL_NR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.836 0.033 0.902 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.693 ;
      RECT 0.495 0.693 0.627 0.759 ;
      RECT 0.495 0.759 0.561 0.825 ;
      RECT 0.099 0.825 0.561 0.891 ;
      RECT 0.099 0.891 0.165 0.968 ;
      RECT 0.242 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.77 1.045 0.836 1.155 ;
      RECT 0.77 0.979 0.902 1.045 ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.825 1.078 0.891 ;
    RECT 0.627 0.891 0.693 0.979 ;
    RECT 0.242 0.979 0.693 1.045 ;
  END
END LDL_NR2_3
#
# 
MACRO LDL_NR2_4 FOREIGN C0A07BLDL_NR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.748 ;
      RECT 0.561 0.748 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 1.254 0.957 1.386 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.968 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDL_NR2_4
#
# 
MACRO LDL_NR2_4RE FOREIGN C0A07BLDL_NR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.607 0.033 2.673 0.242 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.805 0.033 2.871 0.396 ;
      RECT 2.255 0.033 2.321 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.958 0.231 ;
      RECT 1.034 0.033 1.1 0.165 ;
      RECT 1.034 0.165 1.342 0.231 ;
      RECT 0.671 0.033 0.737 0.264 ;
      RECT 0.231 0.033 0.297 0.396 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.452 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
      VIA 2.64 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.495 1.408 0.561 ;
      RECT 1.342 0.561 1.408 0.594 ;
      RECT 0.132 0.561 0.198 0.627 ;
      RECT 0.132 0.627 0.297 0.693 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.628 0.495 2.816 0.561 ;
      RECT 2.673 0.33 2.739 0.495 ;
      RECT 1.628 0.462 1.694 0.495 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.368082 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.627 2.673 0.693 ;
      RECT 2.607 0.693 2.673 0.902 ;
      RECT 2.079 0.693 2.145 0.902 ;
      RECT 1.595 0.693 1.661 0.902 ;
      RECT 1.485 0.363 1.551 0.627 ;
      RECT 1.353 0.297 1.881 0.363 ;
      RECT 1.815 0.363 2.497 0.429 ;
      RECT 2.431 0.154 2.497 0.363 ;
      RECT 2.079 0.154 2.145 0.363 ;
      RECT 0.451 0.363 1.419 0.429 ;
      RECT 0.891 0.154 0.957 0.363 ;
      RECT 0.451 0.154 0.517 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.023 0.891 1.133 1.155 ;
      RECT 1.023 0.825 1.166 0.891 ;
      RECT 0.715 0.913 0.781 1.155 ;
      RECT 0.638 0.847 0.781 0.913 ;
      RECT 0.407 0.946 0.473 1.155 ;
      RECT 0.055 0.792 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.452 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
      VIA 2.64 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.451 0.693 1.419 0.759 ;
    RECT 0.231 0.759 0.517 0.825 ;
    RECT 1.353 0.759 1.485 0.825 ;
    RECT 0.891 0.759 0.957 0.924 ;
    RECT 2.783 0.77 2.849 1.001 ;
    RECT 1.903 0.792 1.969 1.001 ;
    RECT 2.255 0.792 2.321 1.001 ;
    RECT 2.431 0.792 2.497 1.001 ;
    RECT 1.419 0.825 1.485 1.001 ;
    RECT 0.231 0.825 0.297 1.034 ;
    RECT 1.419 1.001 2.849 1.067 ;
  END
END LDL_NR2_4RE
#
# 
MACRO LDL_NR2_5 FOREIGN C0A07BLDL_NR2_5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.340494 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.385 0.891 0.825 ;
      RECT 0.077 0.825 0.891 0.891 ;
      RECT 0.077 0.891 0.143 0.968 ;
      RECT 0.22 0.319 1.76 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.452 0.979 1.584 1.045 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.825 1.782 0.891 ;
    RECT 0.957 0.891 1.023 0.979 ;
    RECT 0.22 0.979 1.023 1.045 ;
  END
END LDL_NR2_5
#
# 
MACRO LDL_NR2_6 FOREIGN C0A07BLDL_NR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.914 0.033 1.98 0.143 ;
      RECT 1.848 0.143 1.98 0.209 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.423016 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.22 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.123 0.594 ;
      RECT 2.013 0.594 2.123 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.792 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.024 0.979 2.156 1.045 ;
      RECT 1.32 1.045 1.386 1.155 ;
      RECT 1.32 0.979 1.452 1.045 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.672 0.979 1.804 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.847 2.299 0.913 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 1.177 0.913 1.243 0.979 ;
    RECT 2.233 0.913 2.299 0.99 ;
    RECT 0.077 0.979 1.243 1.045 ;
  END
END LDL_NR2_6
#
# 
MACRO LDL_NR2_8 FOREIGN C0A07BLDL_NR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 2.222 0.033 2.288 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 1.452 0.033 1.518 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.166 0.033 1.232 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.748 0.033 0.814 0.143 ;
      RECT 0.748 0.143 0.88 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.825 ;
      RECT 0.22 0.825 1.419 0.891 ;
      RECT 0.22 0.319 2.816 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.651 0.594 ;
      RECT 2.541 0.594 2.651 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.253 0.462 0.924 0.594 ;
      RECT 0.253 0.594 0.363 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.045 2.464 1.155 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.684 0.979 2.816 1.045 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      RECT 2.332 0.979 2.464 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.959 0.891 ;
    RECT 2.893 0.891 2.959 0.968 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 0.077 0.902 0.143 0.979 ;
    RECT 0.077 0.979 1.551 1.045 ;
  END
END LDL_NR2_8
#
# 
MACRO LDL_NR2_S_1 FOREIGN C0A07BLDL_NR2_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.66 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.66 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.66 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05687 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.132 0.363 0.825 ;
      RECT 0.297 0.825 0.594 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.66 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.66 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.66 0.528 ;
    RECT 0 0.528 0.66 1.221 ;
  END
END LDL_NR2_S_1
#
# 
MACRO LDL_NR2_S_12 FOREIGN C0A07BLDL_NR2_S_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 2.651 0.033 2.717 0.407 ;
      RECT 2.299 0.033 2.365 0.242 ;
      RECT 1.925 0.033 1.991 0.407 ;
      RECT 1.551 0.033 1.617 0.407 ;
      RECT 1.199 0.033 1.265 0.418 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.33 0.968 0.462 ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.121 0.198 0.231 0.33 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.267168 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.462 3.839 0.726 ;
      RECT 3.036 0.33 3.839 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.499488 ;
    PORT
      LAYER M1L ;
      RECT 0.363 0.594 2.904 0.726 ;
      RECT 2.794 0.231 2.904 0.594 ;
      RECT 2.794 0.165 3.476 0.231 ;
      RECT 2.475 0.132 2.541 0.594 ;
      RECT 2.123 0.132 2.211 0.594 ;
      RECT 1.727 0.132 1.815 0.594 ;
      RECT 1.353 0.132 1.441 0.594 ;
      RECT 1.067 0.231 1.133 0.594 ;
      RECT 0.374 0.165 1.133 0.231 ;
      RECT 0.242 0.726 0.429 0.858 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.652 1.045 3.718 1.155 ;
      RECT 3.586 0.979 3.718 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.146 0.979 3.278 1.045 ;
      RECT 2.794 1.045 2.86 1.155 ;
      RECT 2.794 0.979 2.926 1.045 ;
      RECT 2.442 1.045 2.508 1.155 ;
      RECT 2.442 0.979 2.574 1.045 ;
      RECT 2.09 1.045 2.156 1.155 ;
      RECT 2.09 0.979 2.222 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.418 ;
    RECT 0 0.418 0.33 0.528 ;
    RECT 3.586 0.418 3.96 0.528 ;
    RECT 0.33 0.418 3.586 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.814 0.121 0.935 ;
    RECT 1.925 0.825 3.861 0.891 ;
    RECT 1.925 0.891 1.991 0.935 ;
    RECT 3.795 0.891 3.861 0.968 ;
    RECT 0.055 0.935 1.991 1.001 ;
  END
END LDL_NR2_S_12
#
# 
MACRO LDL_NR2_S_2 FOREIGN C0A07BLDL_NR2_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
      RECT 0.297 0.33 0.363 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.693 ;
      RECT 0.22 0.693 0.495 0.759 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.825 0.847 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.781 0.891 0.847 0.968 ;
  END
END LDL_NR2_S_2
#
# 
MACRO LDL_NR2_S_3 FOREIGN C0A07BLDL_NR2_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.605 0.033 0.671 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.066792 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.131406 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.627 0.495 0.825 ;
      RECT 0.033 0.825 0.495 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.429 0.561 0.891 0.627 ;
      RECT 0.825 0.264 0.891 0.561 ;
      RECT 0.781 0.132 0.891 0.264 ;
      RECT 0.429 0.132 0.495 0.561 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 1.045 0.814 1.155 ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.748 0.979 0.88 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDL_NR2_S_3
#
# 
MACRO LDL_NR2_S_4 FOREIGN C0A07BLDL_NR2_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.759 0.033 0.825 0.462 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.176 0.649 0.561 ;
      RECT 0.561 0.561 1.023 0.627 ;
      RECT 0.561 0.627 0.649 0.825 ;
      RECT 0.198 0.825 0.649 0.891 ;
      RECT 0.935 0.176 1.023 0.561 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.528 ;
      RECT 1.089 0.528 1.419 0.594 ;
      RECT 1.353 0.33 1.419 0.528 ;
      RECT 1.089 0.33 1.155 0.528 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.924 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.726 0.759 1.529 0.825 ;
    RECT 1.463 0.825 1.529 0.924 ;
    RECT 0.726 0.825 0.792 0.957 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 0.792 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDL_NR2_S_4
#
# 
MACRO LDL_NR2_S_6 FOREIGN C0A07BLDL_NR2_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.21 0.033 1.276 0.165 ;
      RECT 1.144 0.165 1.276 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.259424 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.22 0.825 1.023 0.891 ;
      RECT 0.429 0.297 1.947 0.363 ;
      RECT 1.881 0.132 1.947 0.297 ;
      RECT 1.353 0.132 1.419 0.297 ;
      RECT 0.957 0.132 1.023 0.297 ;
      RECT 0.429 0.132 0.495 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.485 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.825 2.299 0.891 ;
    RECT 1.177 0.891 1.243 0.957 ;
    RECT 2.233 0.891 2.299 0.99 ;
    RECT 0.077 0.924 0.143 0.957 ;
    RECT 0.077 0.957 1.243 1.023 ;
    RECT 0.077 1.023 0.143 1.056 ;
  END
END LDL_NR2_S_6
#
# 
MACRO LDL_NR2_S_8 FOREIGN C0A07BLDL_NR2_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.495 ;
      RECT 2.134 0.033 2.2 0.143 ;
      RECT 2.134 0.143 2.266 0.209 ;
      RECT 1.771 0.033 1.837 0.242 ;
      RECT 1.375 0.033 1.441 0.242 ;
      RECT 0.979 0.033 1.045 0.495 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.055 0.033 0.121 0.561 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.341 2.211 0.473 ;
      RECT 2.145 0.275 2.475 0.341 ;
      RECT 2.277 0.341 2.343 0.473 ;
      RECT 2.409 0.341 2.475 0.473 ;
      RECT 2.409 0.132 2.475 0.275 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.17908 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.352 0.495 0.605 ;
      RECT 0.429 0.286 0.649 0.352 ;
      RECT 0.561 0.352 0.649 0.605 ;
      RECT 0.429 0.198 0.495 0.286 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.419144 ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.594 2.772 0.726 ;
      RECT 0.033 0.726 0.814 0.792 ;
      RECT 0.374 0.792 0.814 0.858 ;
      RECT 0.033 0.792 0.121 0.858 ;
      RECT 0.297 0.132 0.363 0.726 ;
      RECT 2.585 0.132 2.651 0.594 ;
      RECT 1.947 0.132 2.013 0.594 ;
      RECT 1.551 0.132 1.617 0.594 ;
      RECT 1.199 0.132 1.287 0.594 ;
      RECT 0.803 0.132 0.891 0.594 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.914 1.023 1.98 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 2.761 0.858 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.396 ;
    RECT 0 0.396 0.429 0.528 ;
    RECT 2.398 0.396 2.904 0.528 ;
    RECT 0.429 0.396 2.398 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.629 0.891 ;
    RECT 0.902 0.891 0.968 0.957 ;
    RECT 2.563 0.891 2.629 0.99 ;
    RECT 0.231 0.902 0.297 0.957 ;
    RECT 0.231 0.957 0.968 1.023 ;
    RECT 0.231 1.023 0.297 1.056 ;
  END
END LDL_NR2_S_8
#
# 
MACRO LDL_NR3B_0P5 FOREIGN C0A07BLDL_NR3B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.04719 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.132 0.495 0.297 ;
      RECT 0.033 0.132 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDL_NR3B_0P5
#
# 
MACRO LDL_NR3B_1 FOREIGN C0A07BLDL_NR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.66 0.165 0.792 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.924 ;
      RECT 0.429 0.924 0.671 0.99 ;
      RECT 0.605 0.99 0.671 1.056 ;
      RECT 0.033 0.297 0.495 0.363 ;
      RECT 0.429 0.198 0.495 0.297 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.935 0.132 1.001 0.297 ;
    RECT 0.561 0.297 1.001 0.363 ;
    RECT 0.561 0.363 0.627 0.792 ;
    RECT 0.561 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.056 ;
  END
END LDL_NR3B_1
#
# 
MACRO LDL_NR3B_2 FOREIGN C0A07BLDL_NR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.595 0.033 1.661 0.308 ;
      RECT 1.232 0.033 1.298 0.187 ;
      RECT 1.232 0.187 1.364 0.253 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      RECT 0.055 0.033 0.121 0.286 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.858 ;
      RECT 0.198 0.297 1.155 0.363 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.517 0.099 0.726 ;
      RECT 0.033 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 1.595 0.924 1.661 1.155 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.287 0.319 1.518 0.385 ;
    RECT 1.287 0.385 1.353 0.825 ;
    RECT 0.198 0.693 0.836 0.759 ;
    RECT 1.287 0.825 1.518 0.891 ;
    RECT 0.561 0.88 0.627 0.957 ;
    RECT 0.561 0.957 1.364 1.023 ;
  END
END LDL_NR3B_2
#
# 
MACRO LDL_NR3B_3 FOREIGN C0A07BLDL_NR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      RECT 0.22 0.033 0.286 0.143 ;
      RECT 0.22 0.143 0.352 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.858 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.229416 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.803 ;
      RECT 1.353 0.803 1.815 0.869 ;
      RECT 0.033 0.275 1.628 0.341 ;
      RECT 0.033 0.198 0.099 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.925 0.165 2.156 0.231 ;
    RECT 1.925 0.231 1.991 0.495 ;
    RECT 1.518 0.495 1.991 0.561 ;
    RECT 1.925 0.561 1.991 0.957 ;
    RECT 0.22 0.825 1.078 0.891 ;
    RECT 0.77 0.957 1.628 1.023 ;
    RECT 1.925 0.957 2.156 1.023 ;
  END
END LDL_NR3B_3
#
# 
MACRO LDL_NR3B_4 FOREIGN C0A07BLDL_NR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 0.99 0.033 1.056 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.693 ;
      RECT 0.825 0.693 1.408 0.759 ;
      RECT 0.396 0.297 1.287 0.363 ;
      RECT 1.221 0.231 1.287 0.297 ;
      RECT 1.221 0.165 2.211 0.231 ;
      RECT 2.145 0.231 2.211 0.297 ;
      RECT 2.145 0.297 2.684 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.858 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.584 0.297 1.936 0.363 ;
    RECT 1.584 0.363 1.65 0.495 ;
    RECT 0.99 0.495 1.65 0.561 ;
    RECT 1.584 0.561 1.65 0.693 ;
    RECT 1.584 0.693 1.903 0.759 ;
    RECT 1.837 0.759 1.903 0.858 ;
    RECT 0.044 0.825 1.584 0.891 ;
    RECT 2.233 0.825 2.684 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 2.233 0.891 2.299 0.957 ;
    RECT 0.22 0.957 2.299 1.023 ;
  END
END LDL_NR3B_4
#
# 
MACRO LDL_NR3B_6 FOREIGN C0A07BLDL_NR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 3.212 0.033 3.278 0.165 ;
      RECT 3.212 0.165 3.344 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.157 0.462 3.696 0.594 ;
      RECT 3.157 0.594 3.267 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.413094 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.221 0.693 2.09 0.759 ;
      RECT 0.374 0.297 1.947 0.363 ;
      RECT 1.881 0.231 1.947 0.297 ;
      RECT 1.881 0.165 3.003 0.231 ;
      RECT 2.937 0.231 3.003 0.297 ;
      RECT 2.937 0.297 3.872 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.924 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.0726 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 3.047 0.594 ;
      RECT 2.937 0.594 3.047 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.278 1.023 3.344 1.155 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.297 2.816 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 1.386 0.495 2.343 0.561 ;
    RECT 2.277 0.561 2.343 0.693 ;
    RECT 2.277 0.693 2.816 0.759 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 0.198 0.825 3.872 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDL_NR3B_6
#
# 
MACRO LDL_NR3_0P5 FOREIGN C0A07BLDL_NR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.143 ;
      RECT 0.462 0.143 0.594 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05445 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.341 0.363 0.957 ;
      RECT 0.077 0.957 0.363 1.023 ;
      RECT 0.077 0.88 0.165 0.957 ;
      RECT 0.297 0.275 0.759 0.341 ;
      RECT 0.671 0.132 0.759 0.275 ;
      RECT 0.297 0.132 0.363 0.275 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.44 0.627 0.858 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01452 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_NR3_0P5
#
# 
MACRO LDL_NR3_1 FOREIGN C0A07BLDL_NR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.528 0.033 0.594 0.165 ;
      RECT 0.462 0.165 0.594 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10043 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.957 ;
      RECT 0.044 0.957 0.363 1.023 ;
      RECT 0.044 1.023 0.11 1.056 ;
      RECT 0.297 0.297 0.759 0.363 ;
      RECT 0.671 0.198 0.759 0.297 ;
      RECT 0.297 0.198 0.363 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.858 ;
      RECT 0.561 0.451 0.704 0.517 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.671 0.924 0.737 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
  END
END LDL_NR3_1
#
# 
MACRO LDL_NR3_2 FOREIGN C0A07BLDL_NR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 0.495 0.891 ;
      RECT 0.253 0.297 0.693 0.363 ;
      RECT 0.627 0.22 0.693 0.297 ;
      RECT 0.627 0.154 1.221 0.22 ;
      RECT 1.155 0.22 1.221 0.286 ;
      RECT 0.253 0.176 0.319 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.528 ;
      RECT 0.693 0.528 0.891 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.693 0.462 0.759 0.528 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.825 1.254 0.891 ;
    RECT 0.044 0.957 0.902 1.023 ;
    RECT 0.044 1.023 0.11 1.056 ;
  END
END LDL_NR3_2
#
# 
MACRO LDL_NR3_3 FOREIGN C0A07BLDL_NR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.562 0.033 1.628 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.234256 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.341 0.627 0.715 ;
      RECT 0.297 0.715 0.627 0.781 ;
      RECT 0.297 0.781 0.363 0.825 ;
      RECT 0.077 0.825 0.363 0.891 ;
      RECT 0.077 0.891 0.143 0.99 ;
      RECT 0.22 0.275 1.771 0.341 ;
      RECT 1.705 0.198 1.771 0.275 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.32 0.957 1.452 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 0.22 0.957 1.1 1.023 ;
    RECT 0.22 1.023 0.286 1.056 ;
  END
END LDL_NR3_3
#
# 
MACRO LDL_NR3_4 FOREIGN C0A07BLDL_NR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 1.87 0.033 1.936 0.143 ;
      RECT 1.804 0.143 1.936 0.209 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.198 2.211 0.539 ;
      RECT 1.881 0.539 2.211 0.605 ;
      RECT 1.881 0.462 1.947 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.539 ;
      RECT 0.165 0.539 0.495 0.605 ;
      RECT 0.429 0.462 0.495 0.539 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.289674 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.803 ;
      RECT 0.198 0.803 0.759 0.869 ;
      RECT 0.374 0.297 2.079 0.363 ;
      RECT 2.013 0.198 2.079 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.045 2.112 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.825 2.288 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
  END
END LDL_NR3_4
#
# 
MACRO LDL_NR3_6 FOREIGN C0A07BLDL_NR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.926 0.033 2.992 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 0.924 0.033 0.99 0.165 ;
      RECT 0.924 0.165 1.056 0.231 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.255 0.594 ;
      RECT 2.145 0.594 2.255 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.418418 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 2.541 0.825 3.344 0.891 ;
      RECT 0.396 0.297 3.135 0.363 ;
      RECT 3.069 0.198 3.135 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.056 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.443 0.594 ;
      RECT 3.333 0.198 3.443 0.462 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 2.288 0.891 ;
    RECT 3.454 0.924 3.52 0.957 ;
    RECT 1.276 0.957 3.52 1.023 ;
  END
END LDL_NR3_6
#
# 
MACRO LDL_NR3_8 FOREIGN C0A07BLDL_NR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.806 0.033 3.872 0.165 ;
      RECT 3.74 0.165 3.872 0.231 ;
      RECT 3.388 0.033 3.454 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 3.014 0.033 3.08 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.783 0.594 ;
      RECT 2.673 0.594 2.783 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 1.188 0.594 ;
      RECT 0.385 0.594 0.495 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.22264 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.235 0.594 ;
      RECT 4.125 0.198 4.235 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.57596 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 3.19 0.825 4.4 0.891 ;
      RECT 0.374 0.297 4.059 0.363 ;
      RECT 3.949 0.198 4.059 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.825 2.97 0.891 ;
    RECT 1.606 0.957 4.576 1.023 ;
    RECT 4.51 1.023 4.576 1.056 ;
  END
END LDL_NR3_8
#
# 
MACRO LDL_NR4BB_1 FOREIGN C0A07BLDL_NR4BB_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.792 0.143 0.924 0.209 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.396 0.231 0.638 ;
      RECT 0.165 0.33 0.286 0.396 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.33 0.495 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.341 1.155 0.957 ;
      RECT 1.012 0.957 1.155 1.023 ;
      RECT 1.089 0.198 1.155 0.275 ;
      RECT 0.649 0.275 1.155 0.341 ;
      RECT 0.649 0.132 0.715 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.858 ;
      RECT 0.693 0.462 0.803 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.143 0.264 ;
    RECT 0.033 0.264 0.099 0.737 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.033 0.737 0.363 0.803 ;
    RECT 0.825 0.759 1.023 0.825 ;
    RECT 0.297 0.803 0.363 1.023 ;
    RECT 0.825 0.825 0.891 1.023 ;
    RECT 0.297 1.023 0.891 1.089 ;
  END
END LDL_NR4BB_1
#
# 
MACRO LDL_NR4BB_2 FOREIGN C0A07BLDL_NR4BB_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.386 0.033 1.452 0.143 ;
      RECT 1.32 0.143 1.452 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.968 0.143 1.1 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13794 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.341 1.683 0.792 ;
      RECT 1.529 0.792 1.683 0.858 ;
      RECT 1.529 0.858 1.595 0.924 ;
      RECT 0.825 0.275 1.683 0.341 ;
      RECT 0.825 0.198 0.891 0.275 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.561 ;
      RECT 0.693 0.561 1.155 0.627 ;
      RECT 0.693 0.198 0.759 0.561 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.726 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.726 ;
      RECT 0.385 0.462 0.495 0.594 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.484 1.023 0.55 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      RECT 0.055 0.836 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.231 ;
    RECT 0.055 0.231 0.319 0.297 ;
    RECT 0.253 0.297 0.319 0.627 ;
    RECT 1.386 0.495 1.518 0.561 ;
    RECT 1.386 0.561 1.452 0.825 ;
    RECT 0.198 0.627 0.319 0.693 ;
    RECT 0.594 0.693 1.276 0.759 ;
    RECT 0.198 0.693 0.264 0.825 ;
    RECT 0.198 0.825 1.452 0.891 ;
    RECT 1.705 0.924 1.771 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 1.386 1.023 1.771 1.089 ;
  END
END LDL_NR4BB_2
#
# 
MACRO LDL_NR4BB_4 FOREIGN C0A07BLDL_NR4BB_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.432 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.432 0.033 ;
      RECT 3.19 0.033 3.256 0.143 ;
      RECT 3.124 0.143 3.256 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.244 0.143 2.376 0.209 ;
      RECT 1.936 0.033 2.002 0.143 ;
      RECT 1.848 0.143 2.002 0.209 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.133 0.033 1.199 0.308 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.432 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.858 ;
      RECT 0.033 0.462 0.231 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.033 0.33 0.099 0.462 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11132 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.201 0.33 3.267 0.462 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.295966 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 1.122 0.825 1.606 0.891 ;
      RECT 1.331 0.275 3.058 0.341 ;
      RECT 1.331 0.176 1.397 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.432 1.221 ;
      RECT 3.168 1.045 3.234 1.155 ;
      RECT 3.102 0.979 3.234 1.045 ;
      RECT 2.75 1.045 2.816 1.155 ;
      RECT 2.75 0.979 2.882 1.045 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.432 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.432 0.528 ;
    RECT 0 0.528 3.432 1.221 ;
    LAYER M1L ;
    RECT 0.044 0.132 0.11 0.165 ;
    RECT 0.044 0.165 0.495 0.231 ;
    RECT 0.429 0.231 0.495 0.319 ;
    RECT 0.781 0.242 0.847 0.319 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.429 0.319 0.847 0.385 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 0.858 0.495 1.364 0.561 ;
    RECT 0.858 0.561 0.924 0.825 ;
    RECT 2.431 0.77 2.497 0.847 ;
    RECT 0.253 0.825 0.924 0.891 ;
    RECT 1.705 0.847 2.497 0.913 ;
    RECT 2.574 0.847 3.377 0.913 ;
    RECT 0.253 0.891 0.319 0.99 ;
    RECT 1.705 0.913 1.771 0.979 ;
    RECT 2.574 0.913 2.64 0.979 ;
    RECT 3.311 0.913 3.377 0.99 ;
    RECT 0.946 0.979 1.771 1.045 ;
    RECT 1.87 0.979 2.64 1.045 ;
  END
END LDL_NR4BB_4
#
# 
MACRO LDL_NR4B_S_1 FOREIGN C0A07BLDL_NR4B_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.075746 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.957 ;
      RECT 0.693 0.957 0.902 1.023 ;
      RECT 0.253 0.297 0.759 0.363 ;
      RECT 0.627 0.132 0.693 0.297 ;
      RECT 0.253 0.132 0.319 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.869 0.165 1.1 0.231 ;
    RECT 0.869 0.231 0.935 0.792 ;
    RECT 0.869 0.792 1.067 0.858 ;
    RECT 1.001 0.858 1.067 1.056 ;
  END
END LDL_NR4B_S_1
#
# 
MACRO LDL_NR4B_S_2 FOREIGN C0A07BLDL_NR4B_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.561 0.033 0.627 0.264 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.33 1.947 0.726 ;
    END
  END B3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.693 ;
      RECT 0.693 0.693 0.836 0.759 ;
      RECT 0.693 0.165 1.782 0.231 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.914 0.957 2.046 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.407 ;
    RECT 0.231 0.407 0.594 0.473 ;
    RECT 0.407 0.473 0.473 1.012 ;
    RECT 1.265 0.748 1.331 0.825 ;
    RECT 1.419 0.748 1.485 0.825 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.419 0.825 2.189 0.891 ;
    RECT 0.561 0.891 0.627 0.968 ;
    RECT 2.123 0.891 2.189 0.99 ;
    RECT 1.056 0.957 1.694 1.023 ;
  END
END LDL_NR4B_S_2
#
# 
MACRO LDL_NR4B_S_4 FOREIGN C0A07BLDL_NR4B_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/10/10" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.333 0.33 3.399 0.462 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.33 2.475 0.462 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265232 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 0.748 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.165 1.551 0.297 ;
      RECT 1.485 0.099 2.761 0.165 ;
      RECT 2.673 0.165 2.761 0.297 ;
      RECT 2.673 0.297 3.267 0.363 ;
      RECT 3.201 0.198 3.267 0.297 ;
      RECT 1.089 0.198 1.155 0.297 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.33 1.815 0.462 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.432 1.023 3.498 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 1.122 0.561 ;
    RECT 0.429 0.561 0.495 0.814 ;
    RECT 2.013 0.726 2.079 0.825 ;
    RECT 2.167 0.726 2.233 0.825 ;
    RECT 0.572 0.825 2.079 0.891 ;
    RECT 2.167 0.825 3.641 0.891 ;
    RECT 3.575 0.891 3.641 0.968 ;
    RECT 1.452 0.957 2.794 1.023 ;
  END
END LDL_NR4B_S_4
#
# 
MACRO LDL_NR4_0P5 FOREIGN C0A07BLDL_NR4_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.418 0.231 0.858 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.506 0.891 0.726 ;
      RECT 0.693 0.44 0.891 0.506 ;
      RECT 0.693 0.506 0.759 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.057838 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDL_NR4_0P5
#
# 
MACRO LDL_NR4_1 FOREIGN C0A07BLDL_NR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.803 0.033 0.869 0.264 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.418 0.143 0.55 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.825 0.517 0.891 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.792 0.693 0.858 ;
      RECT 0.561 0.462 0.627 0.792 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.088814 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.924 0.891 0.99 ;
      RECT 0.803 0.847 0.891 0.924 ;
      RECT 0.429 0.341 0.495 0.924 ;
      RECT 0.253 0.275 0.693 0.341 ;
      RECT 0.627 0.132 0.693 0.275 ;
      RECT 0.253 0.132 0.319 0.275 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
  END
END LDL_NR4_1
#
# 
MACRO LDL_NR4_2 FOREIGN C0A07BLDL_NR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.408 0.033 1.474 0.143 ;
      RECT 1.342 0.143 1.474 0.209 ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.727 0.033 1.793 0.264 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.44 0.143 0.572 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.15246 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.858 ;
      RECT 0.297 0.297 1.617 0.363 ;
      RECT 1.551 0.176 1.617 0.297 ;
      RECT 1.177 0.176 1.243 0.297 ;
      RECT 0.671 0.176 0.759 0.297 ;
      RECT 0.297 0.176 0.363 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.584 1.045 1.65 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.748 0.913 0.825 ;
    RECT 1.001 0.748 1.067 0.825 ;
    RECT 0.473 0.825 0.913 0.891 ;
    RECT 1.001 0.825 1.793 0.891 ;
    RECT 0.473 0.891 0.539 0.957 ;
    RECT 1.727 0.891 1.793 0.99 ;
    RECT 0.638 0.957 1.276 1.023 ;
    RECT 0.066 0.957 0.539 1.023 ;
  END
END LDL_NR4_2
#
# 
MACRO LDL_NR4_3 FOREIGN C0A07BLDL_NR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.738 0.033 1.804 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.968 0.165 1.1 0.231 ;
      RECT 0.66 0.033 0.726 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      RECT 0.253 0.033 0.319 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.076472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.224334 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.881 0.825 2.343 0.891 ;
      RECT 2.255 0.891 2.343 1.012 ;
      RECT 0.396 0.297 1.947 0.363 ;
      RECT 1.881 0.198 1.947 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.825 0.693 0.891 ;
    RECT 0.792 0.825 1.628 0.891 ;
    RECT 0.627 0.891 0.693 0.957 ;
    RECT 0.627 0.957 1.1 1.023 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDL_NR4_3
#
# 
MACRO LDL_NR4_4 FOREIGN C0A07BLDL_NR4_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 2.739 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A4
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.100672 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.737 0.671 0.825 ;
      RECT 0.198 0.825 0.671 0.891 ;
      RECT 0.561 0.363 0.627 0.737 ;
      RECT 0.231 0.297 2.937 0.363 ;
      RECT 2.871 0.198 2.937 0.297 ;
      RECT 1.815 0.176 1.881 0.297 ;
      RECT 1.309 0.176 1.375 0.297 ;
      RECT 0.231 0.198 0.297 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.045 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.552 1.045 2.618 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.838 0.979 2.97 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.748 1.551 0.825 ;
    RECT 1.639 0.748 1.705 0.825 ;
    RECT 0.759 0.825 1.551 0.891 ;
    RECT 1.639 0.825 3.113 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.924 0.979 2.266 1.045 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDL_NR4_4
#
# 
MACRO LDL_NR4_6 FOREIGN C0A07BLDL_NR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.143 ;
      RECT 3.916 0.143 4.048 0.209 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.301 0.033 4.367 0.264 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.498 0.143 3.63 0.209 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.036 0.143 3.168 0.209 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.143 ;
      RECT 1.474 0.143 1.606 0.209 ;
      RECT 1.056 0.033 1.122 0.143 ;
      RECT 0.99 0.143 1.122 0.209 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.135 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.152944 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 3.993 0.462 4.323 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.431728 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.198 0.825 1.023 0.891 ;
      RECT 0.374 0.297 4.224 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.211 0.748 2.277 0.825 ;
    RECT 2.365 0.748 2.431 0.825 ;
    RECT 1.133 0.825 2.277 0.891 ;
    RECT 2.365 0.825 4.543 0.891 ;
    RECT 1.133 0.891 1.199 0.979 ;
    RECT 4.477 0.891 4.543 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 1.298 0.979 3.344 1.045 ;
    RECT 0.055 0.979 1.199 1.045 ;
  END
END LDL_NR4_6
#
# 
MACRO LDL_NR4_8 FOREIGN C0A07BLDL_NR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 5.203 0.033 5.269 0.264 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.818 0.143 4.95 0.209 ;
      RECT 4.466 0.033 4.532 0.143 ;
      RECT 4.466 0.143 4.598 0.209 ;
      RECT 4.092 0.033 4.158 0.143 ;
      RECT 4.092 0.143 4.224 0.209 ;
      RECT 3.784 0.033 3.85 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.432 0.033 3.498 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.53 0.033 2.596 0.143 ;
      RECT 2.53 0.143 2.662 0.209 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.826 0.033 1.892 0.143 ;
      RECT 1.826 0.143 1.958 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.452 0.143 1.584 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.792 0.033 0.858 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.495 2.475 0.726 ;
      RECT 1.914 0.429 2.475 0.495 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.313 0.495 5.379 0.726 ;
      RECT 4.73 0.429 5.379 0.495 ;
      RECT 5.313 0.33 5.379 0.429 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.495 3.267 0.726 ;
      RECT 3.201 0.429 3.762 0.495 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.726 ;
      RECT 0.165 0.429 0.737 0.495 ;
      RECT 0.165 0.198 0.231 0.429 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.569184 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.341 1.419 0.825 ;
      RECT 0.198 0.825 1.419 0.891 ;
      RECT 0.55 0.275 5.126 0.341 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 5.412 1.023 5.478 1.155 ;
      RECT 5.346 0.957 5.478 1.023 ;
      RECT 5.06 1.023 5.126 1.155 ;
      RECT 4.994 0.957 5.126 1.023 ;
      RECT 4.708 1.023 4.774 1.155 ;
      RECT 4.642 0.957 4.774 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.462 ;
    RECT 0 0.462 1.32 0.528 ;
    RECT 4.51 0.462 5.676 0.528 ;
    RECT 1.32 0.462 4.51 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.825 2.684 0.891 ;
    RECT 2.992 0.825 5.621 0.891 ;
    RECT 1.485 0.891 1.551 0.979 ;
    RECT 5.555 0.891 5.621 0.968 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.551 1.045 ;
    RECT 1.65 0.979 4.026 1.045 ;
  END
END LDL_NR4_8
#
# 
MACRO LDL_OA211_0P5 FOREIGN C0A07BLDL_OA211_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.407 0.66 ;
      RECT 0.297 0.66 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.010648 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 0.429 0.154 0.495 0.275 ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.034 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDL_OA211_0P5
#
# 
MACRO LDL_OA211_1 FOREIGN C0A07BLDL_OA211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.957 ;
      RECT 1.089 0.957 1.276 1.023 ;
      RECT 1.21 1.023 1.276 1.056 ;
      RECT 1.089 0.165 1.276 0.231 ;
      RECT 1.21 0.132 1.276 0.165 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.726 ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.33 0.759 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.44 0.231 0.715 ;
      RECT 0.121 0.715 0.231 0.781 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.187 1.023 0.253 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.957 0.253 1.023 0.99 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.055 0.847 0.693 0.913 ;
    RECT 0.627 0.913 0.693 0.99 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.627 0.99 1.023 1.056 ;
  END
END LDL_OA211_1
#
# 
MACRO LDL_OA211_2 FOREIGN C0A07BLDL_OA211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.266 0.033 2.332 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 2.024 0.825 2.211 0.891 ;
      RECT 2.024 0.297 2.211 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.037752 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.858 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.858 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.946 0.165 1.782 0.231 ;
    RECT 0.22 0.297 1.254 0.363 ;
    RECT 1.474 0.297 1.914 0.363 ;
    RECT 1.848 0.363 1.914 0.495 ;
    RECT 1.848 0.495 2.024 0.561 ;
    RECT 1.848 0.561 1.914 0.957 ;
    RECT 0.044 0.825 0.88 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.572 0.957 1.914 1.023 ;
  END
END LDL_OA211_2
#
# 
MACRO LDL_OA211_4 FOREIGN C0A07BLDL_OA211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.858 ;
      RECT 1.221 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.858 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.363 2.871 0.825 ;
      RECT 2.486 0.825 2.97 0.891 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.084216 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.672 1.045 1.738 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.254 0.165 2.09 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 1.562 0.363 ;
    RECT 1.782 0.297 2.343 0.363 ;
    RECT 2.277 0.363 2.343 0.495 ;
    RECT 2.277 0.495 2.706 0.561 ;
    RECT 2.277 0.561 2.343 0.957 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 1.353 0.825 1.881 0.891 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 1.815 0.891 1.881 0.957 ;
    RECT 0.726 0.957 1.419 1.023 ;
    RECT 1.815 0.957 2.343 1.023 ;
  END
END LDL_OA211_4
#
# 
MACRO LDL_OA211_6 FOREIGN C0A07BLDL_OA211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 4.235 0.033 4.301 0.264 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.498 0.165 3.63 0.231 ;
      RECT 3.179 0.033 3.245 0.264 ;
      RECT 1.463 0.033 1.529 0.198 ;
      RECT 1.43 0.198 1.529 0.264 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.363 3.927 0.726 ;
      RECT 3.3 0.726 4.224 0.858 ;
      RECT 3.322 0.297 4.158 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.561 2.871 0.99 ;
      RECT 2.552 0.495 2.871 0.561 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.561 1.815 0.858 ;
      RECT 1.749 0.495 2.211 0.561 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.464 0.957 2.596 1.023 ;
      RECT 2.112 1.023 2.178 1.155 ;
      RECT 2.112 0.957 2.244 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.235 0.924 4.301 1.155 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.498 0.957 3.63 1.023 ;
      RECT 3.85 0.957 3.982 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.132 1.683 0.209 ;
    RECT 3.025 0.132 3.091 0.209 ;
    RECT 1.617 0.209 3.091 0.275 ;
    RECT 0.198 0.297 1.298 0.341 ;
    RECT 0.198 0.341 2.244 0.363 ;
    RECT 2.354 0.341 3.135 0.407 ;
    RECT 1.232 0.363 2.244 0.407 ;
    RECT 3.069 0.407 3.135 0.495 ;
    RECT 2.354 0.407 2.42 0.825 ;
    RECT 3.069 0.495 3.762 0.561 ;
    RECT 0.055 0.825 1.562 0.891 ;
    RECT 1.881 0.825 2.739 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.881 0.891 1.947 0.957 ;
    RECT 2.673 0.891 2.739 1.023 ;
    RECT 0.902 0.957 1.947 1.023 ;
  END
END LDL_OA211_6
#
# 
MACRO LDL_OA211_8 FOREIGN C0A07BLDL_OA211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.808 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.808 0.033 ;
      RECT 5.346 0.033 5.412 0.165 ;
      RECT 5.28 0.165 5.412 0.231 ;
      RECT 4.994 0.033 5.06 0.165 ;
      RECT 4.928 0.165 5.06 0.231 ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.576 0.165 4.708 0.231 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.808 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.181 0.363 5.247 0.726 ;
      RECT 4.356 0.726 5.676 0.858 ;
      RECT 4.378 0.297 5.588 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.583 ;
      RECT 3.069 0.583 3.927 0.649 ;
      RECT 3.861 0.649 3.927 0.726 ;
      RECT 3.729 0.649 3.795 0.726 ;
      RECT 3.729 0.462 3.795 0.583 ;
      RECT 3.597 0.649 3.663 0.726 ;
      RECT 3.597 0.462 3.663 0.583 ;
      RECT 3.465 0.649 3.531 0.726 ;
      RECT 3.333 0.649 3.399 0.726 ;
      RECT 3.069 0.649 3.135 0.726 ;
      RECT 3.201 0.649 3.267 0.726 ;
      RECT 3.201 0.462 3.267 0.583 ;
      RECT 3.861 0.462 3.927 0.583 ;
      RECT 3.465 0.462 3.531 0.583 ;
      RECT 3.333 0.462 3.399 0.583 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.139392 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.539 ;
      RECT 2.277 0.539 2.871 0.605 ;
      RECT 2.805 0.605 2.871 0.726 ;
      RECT 2.673 0.605 2.739 0.726 ;
      RECT 2.541 0.605 2.607 0.726 ;
      RECT 2.409 0.605 2.475 0.726 ;
      RECT 2.277 0.605 2.343 0.858 ;
      RECT 2.805 0.462 2.871 0.539 ;
      RECT 2.673 0.462 2.739 0.539 ;
      RECT 2.541 0.462 2.607 0.539 ;
      RECT 2.409 0.462 2.475 0.539 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.429 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.161656 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.221 0.462 1.815 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.808 1.221 ;
      RECT 5.346 1.023 5.412 1.155 ;
      RECT 5.28 0.957 5.412 1.023 ;
      RECT 4.994 1.023 5.06 1.155 ;
      RECT 4.928 0.957 5.06 1.023 ;
      RECT 3.674 1.023 3.74 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 4.642 1.023 4.708 1.155 ;
      RECT 4.576 0.957 4.708 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.256 0.957 3.388 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.808 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.808 0.528 ;
    RECT 2.211 0.528 4.048 0.616 ;
    RECT 0 0.528 2.211 0.616 ;
    RECT 4.048 0.528 5.808 0.616 ;
    RECT 0 0.616 5.808 1.221 ;
    LAYER M1L ;
    RECT 2.354 0.165 3.938 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 3.003 0.363 ;
    RECT 3.256 0.297 4.191 0.363 ;
    RECT 2.937 0.363 3.003 0.44 ;
    RECT 4.125 0.363 4.191 0.495 ;
    RECT 4.125 0.495 5.038 0.561 ;
    RECT 4.125 0.561 4.191 0.825 ;
    RECT 0.374 0.825 1.914 0.891 ;
    RECT 2.409 0.825 4.191 0.891 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 1.254 0.957 2.475 1.023 ;
  END
END LDL_OA211_8
#
# 
MACRO LDL_OA21B_1 FOREIGN C0A07BLDL_OA21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.079134 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.924 ;
      RECT 0.583 0.924 0.759 0.99 ;
      RECT 0.583 0.99 0.649 1.056 ;
      RECT 0.693 0.297 0.858 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.407 0.726 ;
      RECT 0.297 0.726 0.363 0.858 ;
      RECT 0.297 0.33 0.363 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.627 0.231 ;
    RECT 0.561 0.231 0.627 0.792 ;
    RECT 0.429 0.792 0.627 0.858 ;
    RECT 0.429 0.858 0.495 0.924 ;
  END
END LDL_OA21B_1
#
# 
MACRO LDL_OA21B_2 FOREIGN C0A07BLDL_OA21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.143264 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.693 ;
      RECT 1.078 0.693 1.287 0.759 ;
      RECT 1.089 0.297 1.551 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
      RECT 1.089 0.198 1.177 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 1.023 0.231 ;
    RECT 0.957 0.231 1.023 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.231 0.693 0.495 0.759 ;
    RECT 0.231 0.759 0.297 0.924 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.935 0.825 1.782 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 0.935 0.891 1.001 0.99 ;
    RECT 0.055 0.902 0.121 1.023 ;
    RECT 0.055 1.023 0.473 1.089 ;
  END
END LDL_OA21B_2
#
# 
MACRO LDL_OA21B_3 FOREIGN C0A07BLDL_OA21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 0.913 0.825 1.364 0.891 ;
      RECT 0.913 0.891 0.979 0.968 ;
      RECT 1.056 0.297 1.914 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.047432 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 0.429 0.231 0.495 0.693 ;
    RECT 0.825 0.495 1.122 0.561 ;
    RECT 0.198 0.693 0.495 0.759 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 1.474 0.825 1.914 0.891 ;
    RECT 0.759 0.891 0.825 0.968 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 1.474 0.891 1.54 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
    RECT 1.056 0.979 1.54 1.045 ;
  END
END LDL_OA21B_3
#
# 
MACRO LDL_OA21B_4 FOREIGN C0A07BLDL_OA21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.98 0.033 2.046 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.267652 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.363 2.079 0.693 ;
      RECT 1.452 0.693 2.079 0.759 ;
      RECT 1.485 0.297 2.64 0.363 ;
      RECT 1.485 0.198 1.551 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.825 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 1.155 0.924 1.221 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.803 0.165 1.419 0.231 ;
    RECT 0.429 0.198 0.495 0.286 ;
    RECT 0.803 0.231 0.869 0.286 ;
    RECT 1.353 0.231 1.419 0.495 ;
    RECT 0.429 0.286 0.869 0.352 ;
    RECT 0.462 0.352 0.528 0.825 ;
    RECT 1.353 0.495 1.782 0.561 ;
    RECT 0.605 0.825 1.078 0.891 ;
    RECT 0.077 0.825 0.528 0.891 ;
    RECT 2.013 0.825 2.838 0.891 ;
    RECT 1.309 0.858 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.979 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 1.309 0.957 2.079 1.023 ;
    RECT 0.22 0.979 0.671 1.045 ;
  END
END LDL_OA21B_4
#
# 
MACRO LDL_OA21B_6 FOREIGN C0A07BLDL_OA21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.454 0.033 3.52 0.165 ;
      RECT 3.388 0.165 3.52 0.231 ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.102 0.033 3.168 0.165 ;
      RECT 3.036 0.165 3.168 0.231 ;
      RECT 2.684 0.033 2.75 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      RECT 2.398 0.033 2.464 0.165 ;
      RECT 2.332 0.165 2.464 0.231 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.694 0.033 1.76 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.069 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.804 0.825 2.607 0.891 ;
      RECT 1.804 0.297 3.718 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.86 1.023 2.926 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.212 1.023 3.278 1.155 ;
      RECT 3.212 0.957 3.344 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.627 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.627 0.363 0.693 0.825 ;
    RECT 1.617 0.495 2.376 0.561 ;
    RECT 0.803 0.825 1.606 0.891 ;
    RECT 0.242 0.825 0.693 0.891 ;
    RECT 2.717 0.825 3.894 0.891 ;
    RECT 0.803 0.891 0.869 0.957 ;
    RECT 2.717 0.891 2.783 0.957 ;
    RECT 0.066 0.957 0.869 1.023 ;
    RECT 1.628 0.957 2.783 1.023 ;
  END
END LDL_OA21B_6
#
# 
MACRO LDL_OA21B_8 FOREIGN C0A07BLDL_OA21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.016 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.576 0.033 4.642 0.165 ;
      RECT 4.51 0.165 4.642 0.231 ;
      RECT 0 -0.033 5.016 0.033 ;
      RECT 4.895 0.033 4.961 0.264 ;
      RECT 4.224 0.033 4.29 0.165 ;
      RECT 4.158 0.165 4.29 0.231 ;
      RECT 3.872 0.033 3.938 0.165 ;
      RECT 3.806 0.165 3.938 0.231 ;
      RECT 3.52 0.033 3.586 0.165 ;
      RECT 3.454 0.165 3.586 0.231 ;
      RECT 3.168 0.033 3.234 0.165 ;
      RECT 3.102 0.165 3.234 0.231 ;
      RECT 2.816 0.033 2.882 0.165 ;
      RECT 2.75 0.165 2.882 0.231 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.016 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.421 0.825 ;
      RECT 2.222 0.825 3.421 0.891 ;
      RECT 2.222 0.297 4.818 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.198 0.363 0.462 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.126808 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 3.575 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.575 0.528 3.663 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.016 1.221 ;
      RECT 4.686 1.045 4.752 1.155 ;
      RECT 4.686 0.979 4.818 1.045 ;
      RECT 4.334 1.023 4.4 1.155 ;
      RECT 4.334 0.957 4.466 1.023 ;
      RECT 3.982 1.023 4.048 1.155 ;
      RECT 3.982 0.957 4.114 1.023 ;
      RECT 3.63 1.023 3.696 1.155 ;
      RECT 3.63 0.957 3.762 1.023 ;
      RECT 1.837 0.924 1.903 1.155 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.016 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.016 0.528 ;
    RECT 0 0.528 5.016 1.221 ;
    LAYER M1L ;
    RECT 0.583 0.22 0.649 0.297 ;
    RECT 0.583 0.297 2.079 0.363 ;
    RECT 2.013 0.363 2.079 0.495 ;
    RECT 0.759 0.363 0.825 0.825 ;
    RECT 2.013 0.495 3.19 0.561 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 3.487 0.825 4.961 0.891 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.487 0.891 3.553 0.957 ;
    RECT 4.895 0.891 4.961 0.968 ;
    RECT 2.046 0.957 3.553 1.023 ;
    RECT 0.198 0.979 1.001 1.045 ;
  END
END LDL_OA21B_8
#
# 
MACRO LDL_OA21_0P5 FOREIGN C0A07BLDL_OA21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.792 0.363 0.99 ;
      RECT 0.297 0.66 0.407 0.792 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.616 0.165 0.891 0.231 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.429 0.858 0.495 0.957 ;
    RECT 0.429 0.957 0.891 1.023 ;
  END
END LDL_OA21_0P5
#
# 
MACRO LDL_OA21_1 FOREIGN C0A07BLDL_OA21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.957 0.957 1.122 1.023 ;
      RECT 0.957 0.165 1.122 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.605 0.759 0.858 ;
      RECT 0.572 0.539 0.759 0.605 ;
      RECT 0.693 0.33 0.759 0.539 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.605 0.363 0.858 ;
      RECT 0.297 0.462 0.363 0.539 ;
      RECT 0.297 0.539 0.462 0.605 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 0.891 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.473 0.198 0.539 0.297 ;
    RECT 0.825 0.231 0.891 0.957 ;
    RECT 0.055 0.297 0.539 0.363 ;
    RECT 0.44 0.957 0.891 1.023 ;
  END
END LDL_OA21_1
#
# 
MACRO LDL_OA21_2 FOREIGN C0A07BLDL_OA21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.496 0.165 1.628 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.396 0.858 ;
      RECT 0.165 0.297 0.352 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.429 0.924 0.495 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.045 0.165 ;
    RECT 0.605 0.165 0.671 0.264 ;
    RECT 0.979 0.165 1.045 0.297 ;
    RECT 1.353 0.176 1.419 0.297 ;
    RECT 1.727 0.176 1.793 0.297 ;
    RECT 0.748 0.231 0.88 0.297 ;
    RECT 0.748 0.297 0.814 0.33 ;
    RECT 0.979 0.297 1.793 0.363 ;
    RECT 0.693 0.33 0.814 0.396 ;
    RECT 0.693 0.396 0.759 0.495 ;
    RECT 0.33 0.495 0.759 0.561 ;
    RECT 0.693 0.561 0.759 0.957 ;
    RECT 0.979 0.748 1.045 0.825 ;
    RECT 0.979 0.825 1.793 0.891 ;
    RECT 1.727 0.891 1.793 0.968 ;
    RECT 0.693 0.957 1.254 1.023 ;
  END
END LDL_OA21_2
#
# 
MACRO LDL_OA21_3 FOREIGN C0A07BLDL_OA21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.716 0.033 1.782 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.528 1.815 0.66 ;
      RECT 1.749 0.66 1.848 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.803 ;
      RECT 0.033 0.803 0.506 0.869 ;
      RECT 0.033 0.726 0.099 0.803 ;
      RECT 0.033 0.869 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.683 1.012 1.749 1.155 ;
      RECT 1.683 0.946 1.782 1.012 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.221 0.209 ;
    RECT 1.155 0.209 1.221 0.297 ;
    RECT 1.859 0.22 1.925 0.297 ;
    RECT 1.155 0.297 1.925 0.363 ;
    RECT 0.979 0.308 1.045 0.825 ;
    RECT 0.33 0.495 0.682 0.561 ;
    RECT 0.616 0.561 0.682 0.825 ;
    RECT 1.551 0.814 1.925 0.88 ;
    RECT 0.616 0.825 1.43 0.891 ;
    RECT 1.859 0.88 1.925 0.946 ;
    RECT 1.551 0.88 1.617 0.957 ;
    RECT 1.122 0.957 1.617 1.023 ;
  END
END LDL_OA21_3
#
# 
MACRO LDL_OA21_4 FOREIGN C0A07BLDL_OA21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.198 0.297 0.682 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.594 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.519 0.924 2.585 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.99 0.121 1.155 ;
      RECT 0.055 0.924 0.165 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.386 0.209 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.902 0.209 0.968 0.495 ;
    RECT 1.078 0.275 2.585 0.341 ;
    RECT 0.462 0.495 0.968 0.561 ;
    RECT 0.902 0.561 0.968 0.825 ;
    RECT 1.848 0.792 1.914 0.825 ;
    RECT 0.902 0.825 1.914 0.891 ;
    RECT 1.991 0.825 2.442 0.891 ;
    RECT 1.991 0.891 2.057 0.957 ;
    RECT 1.606 0.957 2.057 1.023 ;
  END
END LDL_OA21_4
#
# 
MACRO LDL_OA21_6 FOREIGN C0A07BLDL_OA21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.198 0.297 1.034 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.089056 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.594 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.023 1.166 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.165 2.101 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 2.035 0.231 2.101 0.297 ;
    RECT 1.265 0.297 1.958 0.363 ;
    RECT 2.035 0.297 3.509 0.363 ;
    RECT 1.892 0.363 1.958 0.396 ;
    RECT 1.265 0.363 1.331 0.495 ;
    RECT 0.594 0.495 1.331 0.561 ;
    RECT 1.265 0.561 1.331 0.825 ;
    RECT 2.596 0.792 2.662 0.825 ;
    RECT 1.265 0.825 2.662 0.891 ;
    RECT 2.739 0.825 3.509 0.891 ;
    RECT 2.739 0.891 2.805 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 2.002 0.957 2.805 1.023 ;
  END
END LDL_OA21_6
#
# 
MACRO LDL_OA21_8 FOREIGN C0A07BLDL_OA21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.136 0.165 4.268 0.231 ;
      RECT 3.784 0.033 3.85 0.165 ;
      RECT 3.784 0.165 3.916 0.231 ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.805 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.528 4.059 0.726 ;
      RECT 3.597 0.462 4.191 0.528 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.165 2.442 0.231 ;
    RECT 4.345 0.22 4.411 0.297 ;
    RECT 1.617 0.231 1.683 0.495 ;
    RECT 1.782 0.297 4.411 0.363 ;
    RECT 0.594 0.495 1.683 0.561 ;
    RECT 1.617 0.561 1.683 0.825 ;
    RECT 1.617 0.825 3.366 0.891 ;
    RECT 3.476 0.825 4.268 0.891 ;
    RECT 3.476 0.891 3.542 0.957 ;
    RECT 2.706 0.957 3.542 1.023 ;
  END
END LDL_OA21_8
#
# 
MACRO LDL_OA222_0P5 FOREIGN C0A07BLDL_OA222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.397 0.033 1.463 0.242 ;
      RECT 0 -0.033 1.716 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.132 1.683 0.99 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.858 ;
      RECT 1.012 0.462 1.155 0.528 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.858 ;
      RECT 0.792 0.462 0.891 0.528 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.726 ;
      RECT 1.221 0.462 1.331 0.594 ;
      RECT 1.221 0.33 1.287 0.462 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.748 ;
      RECT 0.561 0.462 0.693 0.528 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.385 0.594 0.495 0.726 ;
      RECT 0.429 0.396 0.495 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END C1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.396 1.045 0.462 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.858 0.165 ;
    RECT 1.023 0.143 1.298 0.209 ;
    RECT 0.792 0.165 0.858 0.187 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 0.055 0.165 0.121 0.33 ;
    RECT 0.792 0.187 0.924 0.253 ;
    RECT 1.023 0.209 1.089 0.33 ;
    RECT 0.594 0.231 0.726 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.66 0.297 0.726 0.33 ;
    RECT 0.286 0.297 0.352 0.385 ;
    RECT 0.66 0.33 1.089 0.396 ;
    RECT 0.253 0.385 0.352 0.451 ;
    RECT 0.253 0.451 0.319 0.847 ;
    RECT 1.441 0.594 1.507 0.847 ;
    RECT 0.253 0.847 0.693 0.913 ;
    RECT 1.221 0.847 1.507 0.913 ;
    RECT 0.253 0.913 0.319 0.924 ;
    RECT 0.627 0.913 0.693 0.957 ;
    RECT 1.221 0.913 1.287 0.957 ;
    RECT 0.055 0.924 0.319 0.99 ;
    RECT 0.627 0.957 1.287 1.023 ;
    RECT 0.055 0.99 0.121 1.056 ;
  END
END LDL_OA222_0P5
#
# 
MACRO LDL_OA222_1 FOREIGN C0A07BLDL_OA222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
      RECT 1.573 0.858 1.683 0.99 ;
      RECT 1.573 0.198 1.683 0.33 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.33 0.495 0.583 ;
      RECT 0.385 0.583 0.495 0.726 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.418 0.627 0.66 ;
      RECT 0.561 0.66 0.715 0.726 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.099 0.374 0.187 0.462 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.594 1.287 0.858 ;
      RECT 1.221 0.462 1.331 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.045 0.528 1.155 ;
      RECT 0.396 0.979 0.528 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.88 0.165 ;
    RECT 0.418 0.165 0.55 0.209 ;
    RECT 0.814 0.165 0.946 0.231 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 1.199 0.198 1.265 0.297 ;
    RECT 0.616 0.231 0.748 0.297 ;
    RECT 0.22 0.231 0.352 0.297 ;
    RECT 0.682 0.297 1.265 0.363 ;
    RECT 0.286 0.297 0.352 0.44 ;
    RECT 0.253 0.44 0.352 0.506 ;
    RECT 1.485 0.462 1.551 0.726 ;
    RECT 0.253 0.506 0.319 0.847 ;
    RECT 1.353 0.726 1.551 0.792 ;
    RECT 1.353 0.792 1.419 0.957 ;
    RECT 0.055 0.847 0.66 0.913 ;
    RECT 0.594 0.913 0.66 0.957 ;
    RECT 0.055 0.913 0.121 1.012 ;
    RECT 0.594 0.957 1.419 1.023 ;
  END
END LDL_OA222_1
#
# 
MACRO LDL_OA222_2 FOREIGN C0A07BLDL_OA222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.761 0.033 2.827 0.264 ;
      RECT 0.286 0.033 0.352 0.143 ;
      RECT 0.286 0.143 0.418 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.396 2.739 0.792 ;
      RECT 2.585 0.792 2.739 0.858 ;
      RECT 2.585 0.858 2.651 0.924 ;
      RECT 2.585 0.33 2.739 0.396 ;
      RECT 2.585 0.264 2.651 0.33 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.858 ;
      RECT 1.353 0.429 1.54 0.495 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.671 ;
      RECT 2.145 0.671 2.343 0.737 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.495 1.947 0.726 ;
      RECT 1.881 0.429 2.024 0.495 ;
    END
  END C1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03388 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.495 1.155 0.858 ;
      RECT 0.99 0.429 1.155 0.495 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.924 2.475 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.09 1.023 2.156 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.761 0.924 2.827 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.462 ;
    RECT 0 0.462 0.792 0.528 ;
    RECT 1.903 0.462 2.904 0.528 ;
    RECT 0.792 0.462 1.903 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 2.112 0.143 ;
    RECT 0.759 0.143 2.178 0.165 ;
    RECT 1.122 0.165 1.254 0.209 ;
    RECT 2.046 0.165 2.178 0.209 ;
    RECT 0.759 0.165 0.825 0.308 ;
    RECT 1.551 0.165 1.617 0.308 ;
    RECT 0.561 0.198 0.649 0.297 ;
    RECT 0.055 0.209 0.121 0.297 ;
    RECT 0.924 0.231 1.056 0.297 ;
    RECT 1.32 0.231 1.452 0.297 ;
    RECT 1.749 0.231 1.98 0.297 ;
    LAYER M2L ;
    RECT 0.528 0.231 1.056 0.297 ;
    VIA 0.594 0.264 V1L2L ;
    VIA 0.99 0.264 V1L2L ;
    LAYER M1L ;
    RECT 0.055 0.297 0.649 0.363 ;
    RECT 0.99 0.297 1.386 0.363 ;
    RECT 1.914 0.297 2.486 0.363 ;
    RECT 1.749 0.297 1.815 0.627 ;
    RECT 2.42 0.363 2.486 0.495 ;
    RECT 2.42 0.495 2.552 0.561 ;
    RECT 1.551 0.627 1.815 0.693 ;
    RECT 1.551 0.693 1.617 0.99 ;
    RECT 0.055 0.792 0.121 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.771 0.825 2.321 0.891 ;
    RECT 0.55 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.924 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.771 0.891 1.837 0.99 ;
    RECT 2.255 0.891 2.321 0.99 ;
    RECT 0.957 0.891 1.023 0.99 ;
    RECT 0.407 0.957 0.88 1.023 ;
    RECT 0.957 0.99 1.617 1.056 ;
    RECT 0.814 1.023 0.88 1.056 ;
  END
END LDL_OA222_2
#
# 
MACRO LDL_OA222_4 FOREIGN C0A07BLDL_OA222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.443 0.033 3.509 0.264 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.739 0.033 2.805 0.264 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.772 0.726 3.432 0.858 ;
      RECT 2.882 0.297 3.366 0.363 ;
    END
  END X
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.815 0.594 ;
      RECT 1.485 0.462 1.551 0.528 ;
      RECT 1.749 0.33 1.815 0.528 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END A2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.475 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.772 1.023 2.838 1.155 ;
      RECT 2.706 0.957 2.838 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.443 0.924 3.509 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 0.924 0.165 2.64 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 1.584 0.363 ;
    RECT 1.881 0.319 2.695 0.385 ;
    RECT 2.629 0.385 2.695 0.495 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 2.629 0.495 3.08 0.561 ;
    RECT 1.133 0.693 1.947 0.759 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.133 0.759 1.199 0.825 ;
    RECT 1.881 0.759 1.947 0.825 ;
    RECT 0.55 0.792 0.616 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 2.189 0.825 2.64 0.891 ;
    RECT 0.55 0.825 1.199 0.891 ;
    RECT 1.881 0.825 2.09 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 2.189 0.891 2.255 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.255 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDL_OA222_4
#
# 
MACRO LDL_OA22_0P5 FOREIGN C0A07BLDL_OA22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 1.1 0.957 1.287 1.023 ;
      RECT 1.1 0.165 1.287 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.726 0.891 0.99 ;
      RECT 0.825 0.594 0.935 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.594 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.308 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.429 ;
    RECT 0.561 0.429 1.122 0.495 ;
    RECT 0.561 0.495 0.627 1.034 ;
  END
END LDL_OA22_0P5
#
# 
MACRO LDL_OA22_1 FOREIGN C0A07BLDL_OA22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.253 1.419 0.935 ;
      RECT 1.276 0.935 1.419 1.001 ;
      RECT 1.276 0.187 1.419 0.253 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.572 1.023 0.99 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.572 0.759 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.561 0.099 1.001 0.165 ;
    RECT 0.561 0.165 0.627 0.242 ;
    RECT 0.935 0.165 1.001 0.264 ;
    RECT 0.077 0.176 0.143 0.242 ;
    RECT 0.726 0.231 0.858 0.297 ;
    RECT 0.077 0.242 0.627 0.308 ;
    RECT 0.792 0.297 0.858 0.407 ;
    RECT 0.561 0.407 1.287 0.473 ;
    RECT 1.221 0.473 1.287 0.594 ;
    RECT 0.561 0.473 0.627 0.88 ;
  END
END LDL_OA22_1
#
# 
MACRO LDL_OA22_2 FOREIGN C0A07BLDL_OA22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.033 1.947 0.264 ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.66 ;
      RECT 0.825 0.66 1.023 0.726 ;
      RECT 0.957 0.594 1.023 0.66 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.594 1.683 0.66 ;
      RECT 1.353 0.66 1.947 0.726 ;
      RECT 1.881 0.726 1.947 0.858 ;
      RECT 1.485 0.594 1.551 0.66 ;
      RECT 1.353 0.594 1.419 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.561 0.594 0.627 0.66 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.040656 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.594 0.231 0.66 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.385 2.343 1.012 ;
      RECT 2.057 1.012 2.343 1.078 ;
      RECT 2.057 0.946 2.123 1.012 ;
      RECT 2.024 0.319 2.343 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      RECT 1.914 1.045 1.98 1.155 ;
      RECT 1.848 0.979 1.98 1.045 ;
      RECT 1.562 1.023 1.628 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.605 0.099 1.595 0.165 ;
    RECT 0.605 0.165 0.671 0.297 ;
    RECT 1.155 0.165 1.221 0.33 ;
    RECT 1.529 0.165 1.595 0.33 ;
    RECT 0.253 0.22 0.319 0.297 ;
    RECT 0.979 0.264 1.045 0.429 ;
    RECT 1.331 0.264 1.397 0.429 ;
    RECT 1.705 0.264 1.771 0.429 ;
    RECT 0.253 0.297 0.671 0.363 ;
    RECT 0.979 0.429 1.914 0.495 ;
    RECT 1.848 0.495 2.178 0.561 ;
    RECT 1.188 0.495 1.254 0.825 ;
    RECT 0.055 0.792 0.462 0.858 ;
    RECT 1.331 0.825 1.771 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 1.705 0.891 1.771 0.979 ;
    RECT 0.396 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDL_OA22_2
#
# 
MACRO LDL_OA22_3 FOREIGN C0A07BLDL_OA22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.429 0.462 0.759 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.693 ;
      RECT 1.804 0.693 2.343 0.759 ;
      RECT 2.277 0.759 2.343 0.858 ;
      RECT 1.804 0.297 2.343 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.046 1.023 2.112 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.638 0.165 1.782 0.231 ;
    RECT 0.638 0.231 0.704 0.297 ;
    RECT 0.22 0.297 0.704 0.363 ;
    RECT 0.825 0.297 1.683 0.363 ;
    RECT 1.617 0.363 1.683 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.617 0.495 2.178 0.561 ;
    RECT 0.572 0.792 0.638 0.825 ;
    RECT 1.188 0.792 1.254 0.825 ;
    RECT 0.044 0.825 0.495 0.891 ;
    RECT 1.331 0.825 1.782 0.891 ;
    RECT 0.572 0.825 1.254 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 1.331 0.891 1.397 0.957 ;
    RECT 0.429 0.957 0.88 1.023 ;
    RECT 0.946 0.957 1.397 1.023 ;
    RECT 0.814 1.023 0.88 1.056 ;
    RECT 0.946 1.023 1.012 1.056 ;
  END
END LDL_OA22_3
#
# 
MACRO LDL_OA22_4 FOREIGN C0A07BLDL_OA22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 3.047 0.033 3.113 0.264 ;
      RECT 2.728 0.033 2.794 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 0.968 0.033 1.034 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.408 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.528 ;
      RECT 1.881 0.528 2.343 0.594 ;
      RECT 2.277 0.33 2.343 0.528 ;
      RECT 2.145 0.462 2.211 0.528 ;
      RECT 1.881 0.462 1.947 0.528 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.385 3.003 0.693 ;
      RECT 2.673 0.693 3.003 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.486 0.825 2.739 0.891 ;
      RECT 2.486 0.319 3.003 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.165 2.266 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.111 0.231 1.177 0.297 ;
    RECT 0.055 0.297 1.177 0.363 ;
    RECT 1.243 0.297 2.09 0.363 ;
    RECT 1.243 0.363 1.309 0.825 ;
    RECT 2.409 0.495 2.838 0.561 ;
    RECT 2.409 0.561 2.475 0.693 ;
    RECT 1.507 0.693 2.475 0.759 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.507 0.759 1.573 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.639 0.825 2.09 0.891 ;
    RECT 0.759 0.825 1.573 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.639 0.891 1.705 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.254 0.957 1.705 1.023 ;
  END
END LDL_OA22_4
#
# 
MACRO LDL_OA22_6 FOREIGN C0A07BLDL_OA22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.488 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.96 0.165 4.092 0.231 ;
      RECT 0 -0.033 4.488 0.033 ;
      RECT 3.608 0.033 3.674 0.165 ;
      RECT 3.608 0.165 3.74 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.488 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.462 3.003 0.528 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.3 0.726 4.356 0.858 ;
      RECT 3.432 0.297 4.268 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 0 1.155 4.488 1.221 ;
      RECT 2.97 1.023 3.036 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.608 0.957 3.74 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 3.96 0.957 4.092 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.488 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.488 0.528 ;
    RECT 0 0.528 4.488 1.221 ;
    LAYER M1L ;
    RECT 1.485 0.165 3.212 0.231 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.22 0.297 1.551 0.363 ;
    RECT 1.848 0.297 3.267 0.363 ;
    RECT 3.201 0.363 3.267 0.495 ;
    RECT 2.277 0.363 2.343 0.825 ;
    RECT 3.201 0.495 4.026 0.561 ;
    RECT 0.055 0.825 0.847 0.891 ;
    RECT 2.409 0.825 3.179 0.891 ;
    RECT 0.946 0.825 2.343 0.891 ;
    RECT 0.781 0.891 0.847 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.409 0.891 2.475 0.957 ;
    RECT 3.113 0.891 3.179 0.99 ;
    RECT 0.781 0.957 1.606 1.023 ;
    RECT 1.672 0.957 2.475 1.023 ;
    RECT 1.54 1.023 1.606 1.056 ;
    RECT 1.672 1.023 1.738 1.056 ;
  END
END LDL_OA22_6
#
# 
MACRO LDL_OA22_8 FOREIGN C0A07BLDL_OA22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.165 ;
      RECT 4.752 0.165 4.884 0.231 ;
      RECT 4.466 0.033 4.532 0.165 ;
      RECT 4.4 0.165 4.532 0.231 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.048 0.165 4.18 0.231 ;
      RECT 3.729 0.033 3.795 0.264 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.475 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.089 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.462 3.267 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.363 4.983 0.726 ;
      RECT 3.828 0.726 5.148 0.858 ;
      RECT 3.872 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.023 4.466 1.155 ;
      RECT 4.4 0.957 4.532 1.023 ;
      RECT 3.663 0.924 3.729 1.155 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.752 1.023 4.818 1.155 ;
      RECT 4.752 0.957 4.884 1.023 ;
      RECT 4.048 1.023 4.114 1.155 ;
      RECT 4.048 0.957 4.18 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.165 3.641 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.815 0.231 1.881 0.297 ;
    RECT 3.575 0.231 3.641 0.308 ;
    RECT 1.947 0.297 3.498 0.363 ;
    RECT 0.055 0.297 1.881 0.363 ;
    RECT 1.947 0.363 2.013 0.396 ;
    RECT 3.432 0.363 3.498 0.495 ;
    RECT 2.552 0.363 2.618 0.825 ;
    RECT 3.432 0.495 4.818 0.561 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 2.695 0.825 3.498 0.891 ;
    RECT 1.078 0.825 2.618 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 2.695 0.891 2.761 0.957 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 2.761 1.023 ;
  END
END LDL_OA22_8
#
# 
MACRO LDL_OA2BB2_0P5 FOREIGN C0A07BLDL_OA2BB2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069212 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.924 ;
      RECT 1.177 0.924 1.287 0.99 ;
      RECT 1.177 0.99 1.243 1.056 ;
      RECT 0.792 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.858 ;
      RECT 0.352 0.429 0.495 0.495 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.44 0.957 0.572 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.033 0.297 1.155 0.363 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.649 0.924 0.715 0.99 ;
    RECT 0.033 0.957 0.176 1.023 ;
    RECT 0.649 0.99 1.067 1.056 ;
  END
END LDL_OA2BB2_0P5
#
# 
MACRO LDL_OA2BB2_1 FOREIGN C0A07BLDL_OA2BB2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.726 ;
      RECT 0.308 0.495 0.495 0.561 ;
      RECT 0.429 0.462 0.495 0.495 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.135762 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.209 1.287 0.726 ;
      RECT 1.177 0.726 1.287 0.858 ;
      RECT 1.221 0.858 1.287 0.99 ;
      RECT 0.847 0.143 1.287 0.209 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.726 0.363 1.023 ;
      RECT 0.132 1.023 0.363 1.089 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.451 0.924 0.517 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.187 0.297 1.155 0.363 ;
    RECT 0.055 0.363 0.253 0.429 ;
    RECT 1.089 0.363 1.155 0.594 ;
    RECT 0.055 0.429 0.121 0.77 ;
    RECT 1.001 0.858 1.067 0.99 ;
    RECT 0.627 0.924 0.693 0.99 ;
    RECT 0.627 0.99 1.067 1.056 ;
  END
END LDL_OA2BB2_1
#
# 
MACRO LDL_OA2BB2_2 FOREIGN C0A07BLDL_OA2BB2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.76 0.033 1.826 0.143 ;
      RECT 1.76 0.143 1.892 0.209 ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 1.947 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.584 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.13068 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.396 1.155 0.858 ;
      RECT 0.913 0.33 1.507 0.396 ;
      RECT 1.441 0.264 1.507 0.33 ;
      RECT 0.913 0.242 0.979 0.33 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.66 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.039688 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.275 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.76 0.957 1.892 1.023 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.408 1.023 1.474 1.155 ;
      RECT 1.408 0.957 1.54 1.023 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.298 0.099 1.683 0.165 ;
    RECT 1.298 0.165 1.364 0.187 ;
    RECT 1.617 0.165 1.683 0.297 ;
    RECT 1.991 0.176 2.057 0.297 ;
    RECT 1.232 0.187 1.364 0.253 ;
    RECT 0.374 0.297 0.825 0.363 ;
    RECT 1.617 0.297 2.057 0.363 ;
    RECT 0.759 0.363 0.825 0.495 ;
    RECT 0.759 0.495 0.99 0.561 ;
    RECT 0.759 0.561 0.825 0.66 ;
    RECT 0.583 0.66 0.825 0.726 ;
    RECT 0.583 0.726 0.649 0.858 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.265 0.825 2.057 0.891 ;
    RECT 0.759 0.858 0.825 0.968 ;
    RECT 0.913 0.858 0.979 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 1.991 0.891 2.057 0.968 ;
    RECT 0.913 0.957 1.331 1.023 ;
    RECT 0.407 0.968 0.825 1.034 ;
  END
END LDL_OA2BB2_2
#
# 
MACRO LDL_OA2BB2_3 FOREIGN C0A07BLDL_OA2BB2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.893 0.033 2.959 0.264 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.199 0.033 1.265 0.264 ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0.176 0.033 0.242 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.209814 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.814 ;
      RECT 1.265 0.814 1.683 0.88 ;
      RECT 1.265 0.88 1.331 0.946 ;
      RECT 1.397 0.297 2.244 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.517 2.607 0.726 ;
      RECT 2.541 0.451 2.739 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.726 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.288 1.023 2.354 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.936 1.023 2.002 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.936 0.143 2.409 0.209 ;
    RECT 0.407 0.198 0.473 0.33 ;
    RECT 0.935 0.198 1.001 0.33 ;
    RECT 2.343 0.209 2.409 0.297 ;
    RECT 2.343 0.297 2.794 0.363 ;
    RECT 0.407 0.33 1.177 0.396 ;
    RECT 1.111 0.396 1.177 0.495 ;
    RECT 1.111 0.495 1.518 0.561 ;
    RECT 1.111 0.561 1.177 0.825 ;
    RECT 0.726 0.792 0.792 0.825 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 0.726 0.825 1.177 0.891 ;
    RECT 1.793 0.825 2.937 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.793 0.891 1.859 0.957 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.397 0.957 1.859 1.023 ;
  END
END LDL_OA2BB2_3
#
# 
MACRO LDL_OA2BB2_4 FOREIGN C0A07BLDL_OA2BB2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.26136 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.803 ;
      RECT 1.452 0.803 1.947 0.869 ;
      RECT 1.309 0.297 2.64 0.363 ;
      RECT 1.309 0.22 1.375 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.517 3.003 0.726 ;
      RECT 2.937 0.451 3.267 0.517 ;
      RECT 3.201 0.517 3.267 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.539 ;
      RECT 0.297 0.539 0.495 0.605 ;
      RECT 0.429 0.33 0.495 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.080344 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.948 1.023 3.014 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 2.156 1.023 2.222 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.891 0.231 ;
    RECT 1.98 0.165 2.805 0.231 ;
    RECT 3.443 0.198 3.509 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 2.739 0.231 2.805 0.297 ;
    RECT 0.825 0.297 1.243 0.363 ;
    RECT 2.739 0.297 3.509 0.363 ;
    RECT 1.177 0.363 1.243 0.495 ;
    RECT 1.177 0.495 1.782 0.561 ;
    RECT 1.177 0.561 1.243 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.243 0.891 ;
    RECT 2.013 0.825 3.509 0.891 ;
    RECT 1.309 0.88 1.375 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 2.013 0.891 2.079 0.957 ;
    RECT 3.443 0.891 3.509 0.99 ;
    RECT 0.605 0.957 1.056 1.023 ;
    RECT 1.309 0.957 2.079 1.023 ;
  END
END LDL_OA2BB2_4
#
# 
MACRO LDL_OA2BB2_6 FOREIGN C0A07BLDL_OA2BB2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 5.016 0.033 5.082 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.664 0.033 4.73 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 2.552 0.033 2.618 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.815 0.033 1.881 0.264 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39204 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.693 ;
      RECT 2.673 0.693 2.97 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.134 0.825 2.739 0.891 ;
      RECT 1.958 0.297 4.026 0.363 ;
      RECT 3.96 0.363 4.026 0.396 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.356 0.462 5.016 0.594 ;
      RECT 4.389 0.594 4.455 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.792 0.594 ;
      RECT 0.165 0.594 0.231 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.584 0.594 ;
      RECT 1.089 0.33 1.155 0.462 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.96 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.19 1.023 3.256 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.287 0.231 ;
    RECT 3.014 0.165 4.169 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 1.221 0.231 1.287 0.297 ;
    RECT 4.103 0.231 4.169 0.297 ;
    RECT 1.221 0.297 1.749 0.363 ;
    RECT 4.103 0.297 5.225 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 1.683 0.495 2.574 0.561 ;
    RECT 1.683 0.561 1.749 0.825 ;
    RECT 1.078 0.792 1.144 0.825 ;
    RECT 0.198 0.825 1.001 0.891 ;
    RECT 1.078 0.825 1.936 0.891 ;
    RECT 3.047 0.825 5.225 0.891 ;
    RECT 0.935 0.891 1.001 0.957 ;
    RECT 3.047 0.891 3.113 0.957 ;
    RECT 5.159 0.891 5.225 0.968 ;
    RECT 0.935 0.957 1.738 1.023 ;
    RECT 1.958 0.957 3.113 1.023 ;
  END
END LDL_OA2BB2_6
#
# 
MACRO LDL_OA2BB2_8 FOREIGN C0A07BLDL_OA2BB2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.732 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.094 0.033 6.16 0.165 ;
      RECT 6.028 0.165 6.16 0.231 ;
      RECT 0 -0.033 6.732 0.033 ;
      RECT 6.446 0.033 6.512 0.165 ;
      RECT 6.38 0.165 6.512 0.231 ;
      RECT 5.676 0.033 5.742 0.165 ;
      RECT 5.676 0.165 5.808 0.231 ;
      RECT 5.324 0.033 5.39 0.165 ;
      RECT 5.324 0.165 5.456 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.732 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.52272 ;
    PORT
      LAYER M1L ;
      RECT 3.586 0.363 3.696 0.726 ;
      RECT 2.486 0.726 3.696 0.858 ;
      RECT 2.31 0.297 5.071 0.363 ;
      RECT 5.005 0.363 5.071 0.44 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.828 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.544 0.462 6.336 0.594 ;
      RECT 6.237 0.594 6.303 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.160688 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 0.924 0.594 ;
      RECT 0.825 0.594 0.891 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.732 1.221 ;
      RECT 6.446 1.023 6.512 1.155 ;
      RECT 6.38 0.957 6.512 1.023 ;
      RECT 5.676 1.023 5.742 1.155 ;
      RECT 5.676 0.957 5.808 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 3.916 0.957 4.048 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 6.028 1.023 6.094 1.155 ;
      RECT 6.028 0.957 6.16 1.023 ;
      RECT 4.62 1.023 4.686 1.155 ;
      RECT 4.62 0.957 4.752 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.732 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.732 0.528 ;
    RECT 0 0.528 6.732 1.221 ;
    LAYER M1L ;
    RECT 3.74 0.165 5.247 0.231 ;
    RECT 6.589 0.198 6.655 0.297 ;
    RECT 5.181 0.231 5.247 0.297 ;
    RECT 0.55 0.297 2.09 0.363 ;
    RECT 5.181 0.297 6.655 0.363 ;
    RECT 2.024 0.363 2.09 0.495 ;
    RECT 2.024 0.495 3.443 0.561 ;
    RECT 2.024 0.561 2.09 0.825 ;
    RECT 1.287 0.748 1.353 0.825 ;
    RECT 1.287 0.825 2.09 0.891 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.773 0.825 6.655 0.891 ;
    RECT 2.167 0.88 2.233 0.957 ;
    RECT 2.343 0.88 2.409 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.773 0.891 3.839 0.957 ;
    RECT 6.589 0.891 6.655 0.99 ;
    RECT 1.111 0.957 2.233 1.023 ;
    RECT 2.343 0.957 3.839 1.023 ;
  END
END LDL_OA2BB2_8
#
# 
MACRO LDL_OA31_0P5 FOREIGN C0A07BLDL_OA31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.583 ;
      RECT 0.693 0.583 0.891 0.649 ;
      RECT 0.693 0.462 0.759 0.583 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.891 1.012 0.957 1.155 ;
      RECT 0.858 0.946 0.957 1.012 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.737 ;
    RECT 0.693 0.737 1.023 0.803 ;
    RECT 0.693 0.803 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDL_OA31_0P5
#
# 
MACRO LDL_OA31_1 FOREIGN C0A07BLDL_OA31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.836 0.165 0.968 0.231 ;
      RECT 0.506 0.033 0.572 0.165 ;
      RECT 0.44 0.165 0.572 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.023232 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.693 0.451 0.891 0.517 ;
      RECT 0.693 0.517 0.759 0.649 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END A3
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.264 1.155 0.924 ;
      RECT 1.045 0.924 1.155 1.056 ;
      RECT 1.045 0.132 1.155 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.869 0.924 0.935 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.275 0.132 0.341 0.297 ;
    RECT 0.671 0.132 0.737 0.297 ;
    RECT 0.033 0.165 0.176 0.231 ;
    RECT 0.033 0.231 0.099 0.957 ;
    RECT 0.275 0.297 0.737 0.363 ;
    RECT 0.957 0.462 1.023 0.759 ;
    RECT 0.693 0.759 1.023 0.825 ;
    RECT 0.693 0.825 0.759 0.957 ;
    RECT 0.033 0.957 0.759 1.023 ;
  END
END LDL_OA31_1
#
# 
MACRO LDL_OA31_2 FOREIGN C0A07BLDL_OA31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.298 0.143 1.43 0.209 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.594 0.033 0.66 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.198 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.044528 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.594 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.264 2.079 0.957 ;
      RECT 1.892 0.957 2.079 1.023 ;
      RECT 1.925 0.198 2.079 0.264 ;
      RECT 1.925 0.132 1.991 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.705 0.924 1.771 1.155 ;
      RECT 0 1.155 2.244 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.495 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.429 0.165 0.495 0.286 ;
    RECT 1.507 0.198 1.573 0.286 ;
    RECT 0.803 0.22 0.869 0.286 ;
    RECT 1.155 0.22 1.221 0.286 ;
    RECT 0.22 0.231 0.363 0.297 ;
    RECT 0.429 0.286 1.573 0.352 ;
    RECT 0.297 0.297 0.363 0.825 ;
    RECT 1.881 0.385 1.947 0.693 ;
    RECT 0.77 0.693 1.947 0.759 ;
    RECT 0.77 0.759 0.836 0.825 ;
    RECT 0.946 0.825 1.606 0.891 ;
    RECT 0.297 0.825 0.836 0.891 ;
    RECT 0.418 0.957 1.254 1.023 ;
  END
END LDL_OA31_2
#
# 
MACRO LDL_OA31_3 FOREIGN C0A07BLDL_OA31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.772 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.772 0.033 ;
      RECT 2.464 0.033 2.53 0.165 ;
      RECT 2.398 0.165 2.53 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 0.594 0.033 0.66 0.165 ;
      RECT 0.594 0.165 0.726 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.772 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.198 1.947 0.539 ;
      RECT 1.617 0.539 1.947 0.605 ;
      RECT 1.617 0.462 1.683 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.539 ;
      RECT 1.089 0.539 1.419 0.605 ;
      RECT 1.353 0.462 1.419 0.539 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.033 0.451 0.231 0.517 ;
      RECT 0.033 0.517 0.099 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.803 ;
      RECT 2.673 0.869 2.739 0.99 ;
      RECT 2.222 0.803 2.739 0.869 ;
      RECT 2.222 0.297 2.739 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.398 1.023 2.464 1.155 ;
      RECT 0 1.155 2.772 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.057 0.924 2.123 1.155 ;
      RECT 1.65 1.023 1.716 1.155 ;
      RECT 1.65 0.957 1.782 1.023 ;
      RECT 2.398 0.957 2.53 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.772 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.772 0.528 ;
    RECT 0 0.528 2.772 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.517 0.198 ;
    RECT 0.825 0.165 1.397 0.231 ;
    RECT 0.055 0.198 0.121 0.264 ;
    RECT 0.451 0.198 0.517 0.297 ;
    RECT 0.825 0.231 0.891 0.297 ;
    RECT 1.331 0.231 1.397 0.297 ;
    RECT 0.451 0.297 0.891 0.363 ;
    RECT 1.331 0.297 1.782 0.363 ;
    RECT 0.22 0.297 0.363 0.363 ;
    RECT 0.297 0.363 0.363 0.825 ;
    RECT 2.013 0.495 2.53 0.561 ;
    RECT 2.013 0.561 2.079 0.671 ;
    RECT 0.957 0.671 2.079 0.737 ;
    RECT 0.957 0.737 1.023 0.825 ;
    RECT 1.122 0.825 1.958 0.891 ;
    RECT 0.055 0.825 1.023 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.594 0.957 1.43 1.023 ;
  END
END LDL_OA31_3
#
# 
MACRO LDL_OA31_4 FOREIGN C0A07BLDL_OA31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.618 0.033 2.684 0.165 ;
      RECT 2.618 0.165 2.75 0.231 ;
      RECT 2.277 0.033 2.343 0.264 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.594 ;
      RECT 1.749 0.451 2.211 0.517 ;
      RECT 2.145 0.198 2.211 0.451 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.063888 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.594 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 2.409 0.825 3.003 0.891 ;
      RECT 2.937 0.891 3.003 0.99 ;
      RECT 2.409 0.891 2.475 0.99 ;
      RECT 2.442 0.297 3.003 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.618 0.957 2.75 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.143 0.649 0.209 ;
    RECT 1.991 0.198 2.057 0.275 ;
    RECT 0.583 0.209 0.649 0.275 ;
    RECT 0.055 0.22 0.121 0.275 ;
    RECT 0.583 0.275 2.057 0.341 ;
    RECT 0.055 0.275 0.506 0.363 ;
    RECT 0.44 0.363 0.506 0.825 ;
    RECT 2.277 0.495 2.838 0.561 ;
    RECT 2.277 0.561 2.343 0.825 ;
    RECT 1.254 0.693 2.09 0.759 ;
    RECT 0.198 0.825 2.343 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDL_OA31_4
#
# 
MACRO LDL_OA31_6 FOREIGN C0A07BLDL_OA31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.356 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.828 0.165 3.96 0.231 ;
      RECT 0 -0.033 4.356 0.033 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 3.135 0.033 3.201 0.264 ;
      RECT 2.794 0.033 2.86 0.165 ;
      RECT 2.728 0.165 2.86 0.231 ;
      RECT 2.376 0.033 2.442 0.165 ;
      RECT 2.376 0.165 2.508 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.65 0.033 1.716 0.165 ;
      RECT 1.65 0.165 1.782 0.231 ;
      RECT 1.298 0.033 1.364 0.165 ;
      RECT 1.298 0.165 1.43 0.231 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.356 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.33 3.135 0.539 ;
      RECT 2.805 0.539 3.135 0.605 ;
      RECT 2.805 0.462 2.871 0.539 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.09196 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 4.125 0.363 4.191 0.726 ;
      RECT 3.531 0.726 4.224 0.825 ;
      RECT 3.333 0.825 4.224 0.858 ;
      RECT 3.333 0.858 3.597 0.891 ;
      RECT 3.333 0.891 3.399 0.99 ;
      RECT 3.3 0.297 4.191 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.356 1.221 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.476 1.023 3.542 1.155 ;
      RECT 3.476 0.957 3.608 1.023 ;
      RECT 3.102 1.023 3.168 1.155 ;
      RECT 3.102 0.957 3.234 1.023 ;
      RECT 2.728 1.023 2.794 1.155 ;
      RECT 2.728 0.957 2.86 1.023 ;
      RECT 0.418 1.023 0.484 1.155 ;
      RECT 0.418 0.957 0.55 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.356 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.356 0.528 ;
    RECT 0 0.528 4.356 1.221 ;
    LAYER M1L ;
    RECT 0.066 0.165 0.869 0.231 ;
    RECT 2.937 0.22 3.003 0.297 ;
    RECT 0.803 0.231 0.869 0.297 ;
    RECT 0.803 0.297 3.003 0.363 ;
    RECT 0.242 0.297 0.726 0.363 ;
    RECT 0.66 0.363 0.726 0.825 ;
    RECT 3.201 0.495 3.872 0.561 ;
    RECT 3.201 0.561 3.267 0.825 ;
    RECT 1.65 0.693 3.036 0.759 ;
    RECT 0.242 0.825 3.267 0.891 ;
    RECT 0.77 0.957 2.31 1.023 ;
  END
END LDL_OA31_6
#
# 
MACRO LDL_OA31_8 FOREIGN C0A07BLDL_OA31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 5.61 0.033 5.676 0.165 ;
      RECT 5.544 0.165 5.676 0.231 ;
      RECT 5.258 0.033 5.324 0.165 ;
      RECT 5.192 0.165 5.324 0.231 ;
      RECT 4.906 0.033 4.972 0.165 ;
      RECT 4.84 0.165 4.972 0.231 ;
      RECT 3.3 0.033 3.366 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.948 0.033 3.014 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 2.574 0.033 2.64 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.276 0.033 1.342 0.165 ;
      RECT 1.276 0.165 1.408 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.224 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 2.805 0.594 2.871 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 1.98 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 5.841 0.363 5.907 0.726 ;
      RECT 4.62 0.726 5.94 0.858 ;
      RECT 4.664 0.297 5.907 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.544 1.023 5.61 1.155 ;
      RECT 5.544 0.957 5.676 1.023 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.192 1.023 5.258 1.155 ;
      RECT 5.192 0.957 5.324 1.023 ;
      RECT 4.84 1.023 4.906 1.155 ;
      RECT 4.84 0.957 4.972 1.023 ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 3.586 0.165 4.455 0.231 ;
    RECT 4.389 0.231 4.455 0.495 ;
    RECT 0.374 0.297 4.246 0.363 ;
    RECT 4.389 0.495 5.588 0.561 ;
    RECT 4.389 0.561 4.455 0.825 ;
    RECT 2.222 0.792 2.288 0.825 ;
    RECT 2.354 0.792 2.42 0.825 ;
    RECT 0.055 0.825 2.288 0.891 ;
    RECT 2.354 0.825 4.455 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.276 0.957 3.366 1.023 ;
  END
END LDL_OA31_8
#
# 
MACRO LDL_OAI2111_0P5 FOREIGN C0A07BLDL_OAI2111_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.506 ;
      RECT 0.484 0.506 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.068244 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.693 ;
      RECT 0.429 0.693 0.891 0.759 ;
      RECT 0.825 0.759 0.891 0.99 ;
      RECT 0.429 0.759 0.495 1.023 ;
      RECT 0.825 0.165 1.122 0.231 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.627 0.858 0.693 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI2111_0P5
#
# 
MACRO LDL_OAI2111_1 FOREIGN C0A07BLDL_OAI2111_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.462 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.594 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.134068 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.803 ;
      RECT 0.429 0.803 0.891 0.869 ;
      RECT 0.825 0.869 0.891 0.99 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.825 0.297 1.122 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.165 0.462 0.231 0.539 ;
      RECT 0.088 0.539 0.231 0.605 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0242 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.99 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.66 1.023 0.726 1.155 ;
      RECT 0.594 0.957 0.726 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI2111_1
#
# 
MACRO LDL_OAI2111_2 FOREIGN C0A07BLDL_OAI2111_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.528 ;
      RECT 0.561 0.528 0.891 0.55 ;
      RECT 0.693 0.55 0.891 0.594 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.33 0.627 0.462 ;
    END
  END B3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.495 0.231 0.759 ;
      RECT 0.121 0.429 0.231 0.495 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0484 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.638 0.572 0.682 ;
      RECT 0.429 0.682 1.155 0.748 ;
      RECT 1.089 0.462 1.155 0.682 ;
      RECT 0.429 0.33 0.495 0.638 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.462 1.419 0.825 ;
      RECT 1.353 0.825 1.881 0.891 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.693 1.947 0.759 ;
      RECT 1.881 0.462 1.947 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.825 ;
      RECT 0.231 0.825 1.155 0.891 ;
      RECT 1.089 0.891 1.155 0.957 ;
      RECT 1.089 0.957 1.738 1.023 ;
      RECT 0.231 0.891 0.297 0.99 ;
      RECT 0.198 0.297 0.363 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 1.21 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 0.726 0.297 1.914 0.363 ;
  END
END LDL_OAI2111_2
#
# 
MACRO LDL_OAI2111_4 FOREIGN C0A07BLDL_OAI2111_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.817 0.033 3.883 0.176 ;
      RECT 3.784 0.176 3.883 0.242 ;
      RECT 3.498 0.033 3.564 0.165 ;
      RECT 3.432 0.165 3.564 0.231 ;
      RECT 3.146 0.033 3.212 0.165 ;
      RECT 3.08 0.165 3.212 0.231 ;
      RECT 2.75 0.033 2.816 0.165 ;
      RECT 2.684 0.165 2.816 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.495 0.891 0.726 ;
      RECT 0.825 0.429 1.419 0.495 ;
      RECT 1.353 0.495 1.419 0.561 ;
      RECT 1.353 0.561 1.683 0.627 ;
      RECT 1.617 0.495 1.683 0.561 ;
      RECT 1.617 0.429 2.123 0.495 ;
      RECT 2.057 0.495 2.123 0.594 ;
      RECT 0.825 0.33 0.891 0.429 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.495 2.739 0.726 ;
      RECT 2.673 0.429 3.531 0.495 ;
      RECT 3.465 0.495 3.531 0.594 ;
    END
  END A1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.693 ;
      RECT 1.089 0.693 2.343 0.759 ;
      RECT 2.145 0.759 2.211 0.858 ;
      RECT 1.089 0.594 1.155 0.693 ;
      RECT 2.277 0.462 2.343 0.693 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.0968 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.825 ;
      RECT 2.409 0.825 2.871 0.891 ;
      RECT 2.805 0.627 2.871 0.825 ;
      RECT 2.805 0.561 3.399 0.627 ;
      RECT 3.333 0.627 3.399 0.693 ;
      RECT 3.333 0.693 3.795 0.759 ;
      RECT 3.729 0.462 3.795 0.693 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.386232 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.825 ;
      RECT 0.198 0.825 2.079 0.891 ;
      RECT 1.991 0.957 3.003 1.023 ;
      RECT 2.937 0.891 3.003 0.957 ;
      RECT 2.937 0.825 3.564 0.891 ;
      RECT 1.991 0.891 2.079 0.957 ;
      RECT 0.198 0.297 0.759 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.212 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.165 ;
    RECT 0.055 0.165 2.266 0.231 ;
    RECT 0.055 0.231 0.121 0.264 ;
    RECT 1.078 0.297 3.74 0.363 ;
  END
END LDL_OAI2111_4
#
# 
MACRO LDL_OAI211_1 FOREIGN C0A07BLDL_OAI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.506 0.759 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
      RECT 0.693 0.33 0.759 0.506 ;
      RECT 0.561 0.33 0.627 0.506 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.088 0.462 0.231 0.572 ;
      RECT 0.165 0.572 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.825 ;
      RECT 0.429 0.825 1.023 0.891 ;
      RECT 0.935 0.891 1.023 0.99 ;
      RECT 0.429 0.891 0.495 1.023 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.165 0.682 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.231 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI211_1
#
# 
MACRO LDL_OAI211_2 FOREIGN C0A07BLDL_OAI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.617 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.825 ;
      RECT 0.561 0.825 1.65 0.891 ;
      RECT 0.561 0.726 0.627 0.825 ;
      RECT 1.485 0.297 1.65 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.99 0.957 1.122 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.727 0.132 1.793 0.165 ;
    RECT 0.99 0.165 1.793 0.231 ;
    RECT 1.727 0.231 1.793 0.264 ;
    RECT 0.22 0.297 1.298 0.363 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.957 0.88 1.023 ;
  END
END LDL_OAI211_2
#
# 
MACRO LDL_OAI211_4 FOREIGN C0A07BLDL_OAI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
      RECT 1.221 0.594 1.287 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.66 0.594 ;
      RECT 0.561 0.594 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.394944 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.825 ;
      RECT 0.935 0.825 2.97 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 2.409 0.297 2.97 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 3.047 0.132 3.113 0.165 ;
    RECT 1.606 0.165 3.113 0.231 ;
    RECT 3.047 0.231 3.113 0.264 ;
    RECT 0.198 0.297 2.266 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDL_OAI211_4
#
# 
MACRO LDL_OAI211_6 FOREIGN C0A07BLDL_OAI211_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.308 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.180048 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 2.112 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.924 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.825 ;
      RECT 1.287 0.825 4.378 0.891 ;
      RECT 1.287 0.726 1.353 0.825 ;
      RECT 3.465 0.297 4.378 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 3.718 1.023 3.784 1.155 ;
      RECT 3.718 0.957 3.85 1.023 ;
      RECT 3.366 1.023 3.432 1.155 ;
      RECT 3.366 0.957 3.498 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.477 0.924 4.543 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 4.554 0.231 ;
    RECT 0.231 0.22 0.297 0.297 ;
    RECT 0.231 0.297 3.322 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDL_OAI211_6
#
# 
MACRO LDL_OAI211_8 FOREIGN C0A07BLDL_OAI211_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 2.134 0.033 2.2 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 3.564 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.240064 ;
    PORT
      LAYER M1L ;
      RECT 5.016 0.462 5.808 0.594 ;
      RECT 5.709 0.594 5.775 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.789888 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.825 ;
      RECT 1.617 0.825 5.874 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 4.686 0.297 5.874 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 5.566 1.023 5.632 1.155 ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 4.862 1.023 4.928 1.155 ;
      RECT 4.862 0.957 4.994 1.023 ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 4.51 0.957 4.642 1.023 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 3.454 1.023 3.52 1.155 ;
      RECT 3.454 0.957 3.586 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 5.951 0.924 6.017 1.155 ;
      RECT 5.214 1.023 5.28 1.155 ;
      RECT 5.214 0.957 5.346 1.023 ;
      RECT 3.806 1.023 3.872 1.155 ;
      RECT 3.806 0.957 3.938 1.023 ;
      RECT 3.08 1.023 3.146 1.155 ;
      RECT 3.08 0.957 3.234 1.023 ;
      RECT 5.566 0.957 5.698 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.951 0.132 6.017 0.165 ;
    RECT 3.102 0.165 6.017 0.231 ;
    RECT 5.951 0.231 6.017 0.264 ;
    RECT 0.198 0.297 4.466 0.363 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDL_OAI211_8
#
# 
MACRO LDL_OAI21B_0P5 FOREIGN C0A07BLDL_OAI21B_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.023 0.033 1.089 0.242 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.33 1.023 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.047674 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.803 ;
      RECT 0.429 0.803 0.627 0.869 ;
      RECT 0.429 0.869 0.495 0.99 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.429 0.132 0.495 0.297 ;
    RECT 0.825 0.132 0.891 0.495 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.726 0.495 0.891 0.561 ;
    RECT 0.825 0.561 0.891 1.056 ;
  END
END LDL_OAI21B_0P5
#
# 
MACRO LDL_OAI21B_1 FOREIGN C0A07BLDL_OAI21B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.013552 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.55 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.55 ;
      RECT 0.825 0.55 0.891 0.627 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.737 0.495 0.99 ;
      RECT 0.429 0.671 0.627 0.737 ;
      RECT 0.561 0.264 0.627 0.671 ;
      RECT 0.561 0.198 0.671 0.264 ;
      RECT 0.605 0.132 0.671 0.198 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.935 0.924 1.001 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.132 0.825 0.33 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.693 0.33 0.825 0.396 ;
    RECT 0.693 0.396 0.759 0.792 ;
    RECT 0.693 0.792 0.825 0.858 ;
    RECT 0.759 0.858 0.825 1.034 ;
  END
END LDL_OAI21B_1
#
# 
MACRO LDL_OAI21B_2 FOREIGN C0A07BLDL_OAI21B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 0.033 1.43 0.143 ;
      RECT 1.364 0.143 1.496 0.209 ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 1.012 0.165 1.144 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.172788 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.825 ;
      RECT 0.495 0.825 1.155 0.891 ;
      RECT 1.089 0.693 1.155 0.825 ;
      RECT 0.495 0.891 0.561 0.99 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.364 0.979 1.496 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.143 0.935 0.209 ;
    RECT 0.297 0.198 0.363 0.495 ;
    RECT 0.869 0.209 0.935 0.297 ;
    RECT 0.495 0.209 0.561 0.33 ;
    RECT 1.573 0.22 1.639 0.297 ;
    RECT 0.869 0.297 1.639 0.363 ;
    RECT 0.297 0.495 0.594 0.561 ;
    RECT 0.297 0.561 0.363 0.825 ;
    RECT 0.055 0.825 0.363 0.891 ;
    RECT 1.221 0.825 1.639 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 1.221 0.891 1.287 0.957 ;
    RECT 1.573 0.891 1.639 0.968 ;
    RECT 0.836 0.957 1.287 1.023 ;
  END
END LDL_OAI21B_2
#
# 
MACRO LDL_OAI21B_3 FOREIGN C0A07BLDL_OAI21B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.024 0.033 2.09 0.143 ;
      RECT 2.024 0.143 2.156 0.209 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.32 0.165 1.452 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.237886 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.715 ;
      RECT 0.77 0.715 1.628 0.781 ;
      RECT 0.957 0.781 1.023 0.858 ;
      RECT 0.594 0.297 1.078 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.594 ;
      RECT 1.485 0.462 1.815 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.012 1.023 1.078 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.506 1.023 0.572 1.155 ;
      RECT 0.506 0.957 0.638 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.243 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 2.233 0.22 2.299 0.297 ;
    RECT 1.177 0.231 1.243 0.297 ;
    RECT 0.231 0.297 0.495 0.363 ;
    RECT 1.177 0.297 2.299 0.363 ;
    RECT 0.429 0.363 0.495 0.495 ;
    RECT 0.429 0.495 0.858 0.561 ;
    RECT 0.429 0.561 0.495 0.825 ;
    RECT 0.198 0.825 0.495 0.891 ;
    RECT 1.705 0.825 2.156 0.891 ;
    RECT 1.705 0.891 1.771 0.957 ;
    RECT 1.32 0.957 1.771 1.023 ;
  END
END LDL_OAI21B_3
#
# 
MACRO LDL_OAI21B_4 FOREIGN C0A07BLDL_OAI21B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.574 0.033 2.64 0.143 ;
      RECT 2.574 0.143 2.706 0.209 ;
      RECT 2.222 0.033 2.288 0.165 ;
      RECT 2.222 0.165 2.354 0.231 ;
      RECT 1.87 0.033 1.936 0.165 ;
      RECT 1.87 0.165 2.002 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.517 2.475 0.726 ;
      RECT 2.409 0.451 2.607 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.584 0.462 2.244 0.594 ;
      RECT 2.145 0.594 2.211 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.726 ;
      RECT 0.627 0.726 2.002 0.858 ;
      RECT 1.936 0.693 2.002 0.726 ;
      RECT 0.627 0.858 0.693 0.99 ;
      RECT 0.77 0.297 1.287 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 0.77 1.023 0.836 1.155 ;
      RECT 0.77 0.957 0.902 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.594 0.143 1.441 0.209 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 1.375 0.209 1.441 0.297 ;
    RECT 2.783 0.22 2.849 0.297 ;
    RECT 0.231 0.297 0.528 0.363 ;
    RECT 1.375 0.297 2.849 0.363 ;
    RECT 0.462 0.363 0.528 0.495 ;
    RECT 0.462 0.495 1.122 0.561 ;
    RECT 0.462 0.561 0.528 0.825 ;
    RECT 2.783 0.748 2.849 0.825 ;
    RECT 0.198 0.825 0.528 0.891 ;
    RECT 2.079 0.825 2.849 0.891 ;
    RECT 2.079 0.891 2.145 0.957 ;
    RECT 1.342 0.957 2.145 1.023 ;
  END
END LDL_OAI21B_4
#
# 
MACRO LDL_OAI21B_6 FOREIGN C0A07BLDL_OAI21B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 0.033 3.476 0.165 ;
      RECT 3.41 0.165 3.542 0.231 ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.058 0.033 3.124 0.165 ;
      RECT 3.058 0.165 3.19 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.706 0.165 2.838 0.231 ;
      RECT 2.354 0.033 2.42 0.165 ;
      RECT 2.354 0.165 2.486 0.231 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 2.002 0.165 2.134 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.729 0.594 3.795 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 3.036 0.594 ;
      RECT 2.937 0.594 3.003 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.77 0.726 2.838 0.858 ;
      RECT 2.772 0.693 2.838 0.726 ;
      RECT 0.946 0.297 1.749 0.363 ;
      RECT 1.683 0.363 1.749 0.44 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 1.298 0.957 1.43 1.023 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.143 1.925 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 1.859 0.209 1.925 0.297 ;
    RECT 3.971 0.22 4.037 0.297 ;
    RECT 0.055 0.297 0.66 0.363 ;
    RECT 1.859 0.297 4.037 0.363 ;
    RECT 0.594 0.363 0.66 0.495 ;
    RECT 0.594 0.495 1.386 0.561 ;
    RECT 0.594 0.561 0.66 0.825 ;
    RECT 3.971 0.748 4.037 0.825 ;
    RECT 0.055 0.825 0.66 0.891 ;
    RECT 2.915 0.825 4.037 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.915 0.891 2.981 0.957 ;
    RECT 1.826 0.957 2.981 1.023 ;
  END
END LDL_OAI21B_6
#
# 
MACRO LDL_OAI21B_8 FOREIGN C0A07BLDL_OAI21B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 0.033 5.016 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.598 0.033 4.664 0.165 ;
      RECT 4.598 0.165 4.73 0.231 ;
      RECT 4.246 0.033 4.312 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.894 0.033 3.96 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.96 0.594 ;
      RECT 3.861 0.594 3.927 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.726 ;
      RECT 0.902 0.726 3.465 0.825 ;
      RECT 0.902 0.825 3.685 0.858 ;
      RECT 3.597 0.726 3.685 0.825 ;
      RECT 3.399 0.858 3.685 0.891 ;
      RECT 2.145 0.363 2.255 0.462 ;
      RECT 1.078 0.297 2.255 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.092 0.462 4.884 0.594 ;
      RECT 4.785 0.594 4.851 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.097768 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.95 1.023 5.016 1.155 ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 3.894 1.023 3.96 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.246 1.023 4.312 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.165 2.409 0.231 ;
    RECT 5.159 0.22 5.225 0.297 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.198 0.297 0.759 0.363 ;
    RECT 2.343 0.297 5.225 0.363 ;
    RECT 0.693 0.363 0.759 0.495 ;
    RECT 0.693 0.495 1.958 0.561 ;
    RECT 0.693 0.561 0.759 0.825 ;
    RECT 5.159 0.748 5.225 0.825 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 3.751 0.825 5.225 0.891 ;
    RECT 3.751 0.891 3.817 0.957 ;
    RECT 2.31 0.957 3.817 1.023 ;
  END
END LDL_OAI21B_8
#
# 
MACRO LDL_OAI21_0P5 FOREIGN C0A07BLDL_OAI21_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.055902 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.957 ;
      RECT 0.396 0.957 0.759 1.023 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.154 0.121 0.297 ;
    RECT 0.429 0.154 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI21_0P5
#
# 
MACRO LDL_OAI21_1 FOREIGN C0A07BLDL_OAI21_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.33 0.627 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.99 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.098978 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.231 0.759 0.825 ;
      RECT 0.429 0.825 0.759 0.891 ;
      RECT 0.429 0.891 0.495 0.99 ;
      RECT 0.616 0.165 0.759 0.231 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.858 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI21_1
#
# 
MACRO LDL_OAI21_2 FOREIGN C0A07BLDL_OAI21_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.1573 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.308 0.495 0.825 ;
      RECT 0.198 0.825 0.891 0.891 ;
      RECT 0.825 0.726 0.891 0.825 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.188 1.023 1.254 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.331 0.22 1.397 0.297 ;
    RECT 0.605 0.297 1.397 0.363 ;
    RECT 0.957 0.825 1.397 0.891 ;
    RECT 0.957 0.891 1.023 0.957 ;
    RECT 1.331 0.891 1.397 0.968 ;
    RECT 0.572 0.957 1.023 1.023 ;
  END
END LDL_OAI21_2
#
# 
MACRO LDL_OAI21_3 FOREIGN C0A07BLDL_OAI21_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.496 0.033 1.562 0.143 ;
      RECT 1.496 0.143 1.628 0.209 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.825 ;
      RECT 0.22 0.825 1.056 0.891 ;
      RECT 0.077 0.297 0.495 0.363 ;
      RECT 0.077 0.22 0.143 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.298 1.023 1.364 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.396 1.023 0.462 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.298 0.957 1.43 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.143 0.671 0.209 ;
    RECT 0.605 0.209 0.671 0.297 ;
    RECT 1.705 0.22 1.771 0.297 ;
    RECT 0.605 0.297 1.771 0.363 ;
    RECT 1.155 0.825 1.628 0.891 ;
    RECT 1.155 0.891 1.221 0.957 ;
    RECT 0.748 0.957 1.221 1.023 ;
  END
END LDL_OAI21_3
#
# 
MACRO LDL_OAI21_4 FOREIGN C0A07BLDL_OAI21_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 2.178 0.033 2.244 0.143 ;
      RECT 2.178 0.143 2.31 0.209 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.188 0.462 1.848 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.376 0.594 ;
      RECT 2.013 0.594 2.079 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.387 0.22 2.453 0.297 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.748 2.453 0.825 ;
    RECT 1.683 0.825 2.453 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDL_OAI21_4
#
# 
MACRO LDL_OAI21_6 FOREIGN C0A07BLDL_OAI21_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 0.033 2.948 0.165 ;
      RECT 2.882 0.165 3.014 0.231 ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 3.234 0.033 3.3 0.143 ;
      RECT 3.234 0.143 3.366 0.209 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.935 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.772 0.462 3.3 0.594 ;
      RECT 3.201 0.594 3.267 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.363 1.155 0.726 ;
      RECT 0.132 0.726 2.288 0.858 ;
      RECT 0.374 0.297 1.21 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.882 1.023 2.948 1.155 ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 2.53 1.023 2.596 1.155 ;
      RECT 2.53 0.957 2.662 1.023 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.882 0.957 3.014 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.375 0.231 ;
    RECT 3.443 0.22 3.509 0.297 ;
    RECT 1.309 0.231 1.375 0.297 ;
    RECT 1.309 0.297 3.509 0.363 ;
    RECT 2.387 0.825 3.509 0.891 ;
    RECT 2.387 0.891 2.453 0.957 ;
    RECT 3.443 0.891 3.509 0.968 ;
    RECT 1.276 0.957 2.453 1.023 ;
  END
END LDL_OAI21_6
#
# 
MACRO LDL_OAI21_8 FOREIGN C0A07BLDL_OAI21_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 0.033 4.004 0.165 ;
      RECT 3.938 0.165 4.07 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.586 0.033 3.652 0.165 ;
      RECT 3.586 0.165 3.718 0.231 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 2.508 0.033 2.574 0.165 ;
      RECT 2.508 0.165 2.64 0.231 ;
      RECT 2.156 0.033 2.222 0.165 ;
      RECT 2.156 0.165 2.288 0.231 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 1.188 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.112 0.462 2.772 0.594 ;
      RECT 2.673 0.594 2.739 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.607904 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.726 ;
      RECT 0.132 0.726 2.409 0.825 ;
      RECT 0.132 0.825 2.992 0.858 ;
      RECT 2.343 0.858 2.992 0.891 ;
      RECT 0.374 0.297 1.551 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.432 0.462 4.092 0.594 ;
      RECT 3.993 0.594 4.059 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.234 1.023 3.3 1.155 ;
      RECT 3.234 0.957 3.366 1.023 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.165 1.727 0.231 ;
    RECT 4.499 0.22 4.565 0.297 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 1.661 0.297 4.565 0.363 ;
    RECT 3.091 0.825 4.565 0.891 ;
    RECT 3.091 0.891 3.157 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.628 0.957 3.157 1.023 ;
  END
END LDL_OAI21_8
#
# 
MACRO LDL_OAI21_S_1 FOREIGN C0A07BLDL_OAI21_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      RECT 0 -0.033 0.792 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.407 0.594 ;
      RECT 0.297 0.594 0.363 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.308 0.759 0.979 ;
      RECT 0.418 0.979 0.759 1.045 ;
      RECT 0.649 0.176 0.759 0.308 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.077 0.132 0.143 0.297 ;
    RECT 0.473 0.132 0.539 0.297 ;
    RECT 0.077 0.297 0.539 0.363 ;
  END
END LDL_OAI21_S_1
#
# 
MACRO LDL_OAI21_S_2 FOREIGN C0A07BLDL_OAI21_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.052272 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.036784 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.462 1.023 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.119548 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.396 1.287 0.803 ;
      RECT 1.133 0.803 1.287 0.869 ;
      RECT 1.133 0.869 1.199 0.957 ;
      RECT 0.572 0.957 1.199 1.023 ;
      RECT 1.188 0.33 1.287 0.396 ;
      RECT 1.188 0.319 1.254 0.33 ;
      RECT 1.122 0.253 1.254 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.286 1.045 0.352 1.155 ;
      RECT 0.22 0.979 0.352 1.045 ;
      RECT 1.331 0.924 1.397 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.957 0.099 1.397 0.165 ;
    RECT 1.331 0.165 1.397 0.264 ;
    RECT 0.957 0.165 1.023 0.297 ;
    RECT 0.253 0.176 0.319 0.297 ;
    RECT 0.605 0.22 0.671 0.297 ;
    RECT 0.253 0.297 1.023 0.363 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.044 0.825 0.847 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
  END
END LDL_OAI21_S_2
#
# 
MACRO LDL_OAI21_S_3 FOREIGN C0A07BLDL_OAI21_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.716 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.716 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.716 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.078408 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.199166 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.286 1.419 0.825 ;
      RECT 1.155 0.825 1.65 0.891 ;
      RECT 1.155 0.891 1.221 0.957 ;
      RECT 0.748 0.957 1.221 1.023 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.32 0.957 1.452 1.023 ;
      RECT 0 1.155 1.716 1.221 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.716 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.716 0.528 ;
    RECT 0 0.528 1.716 1.221 ;
    LAYER M1L ;
    RECT 1.177 0.099 1.65 0.165 ;
    RECT 1.518 0.165 1.65 0.209 ;
    RECT 1.177 0.165 1.243 0.297 ;
    RECT 0.396 0.297 1.243 0.363 ;
    RECT 0.22 0.825 1.056 0.891 ;
  END
END LDL_OAI21_S_3
#
# 
MACRO LDL_OAI21_S_4 FOREIGN C0A07BLDL_OAI21_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.77 0.033 0.836 0.165 ;
      RECT 0.77 0.165 0.902 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.363 1.815 0.825 ;
      RECT 0.968 0.825 2.156 0.891 ;
      RECT 1.749 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.075504 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.105512 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.045 1.914 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.66 1.045 0.726 1.155 ;
      RECT 0.594 0.979 0.726 1.045 ;
      RECT 0.308 1.045 0.374 1.155 ;
      RECT 0.242 0.979 0.374 1.045 ;
      RECT 1.848 0.979 1.98 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.156 0.231 ;
    RECT 1.551 0.231 1.617 0.297 ;
    RECT 0.242 0.297 1.617 0.363 ;
    RECT 0.066 0.847 0.869 0.913 ;
    RECT 0.803 0.913 0.869 0.957 ;
    RECT 0.803 0.957 1.628 1.023 ;
  END
END LDL_OAI21_S_4
#
# 
MACRO LDL_OAI21_S_6 FOREIGN C0A07BLDL_OAI21_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.991 0.033 2.057 0.176 ;
      RECT 1.958 0.176 2.057 0.242 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.328152 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.363 2.343 0.825 ;
      RECT 1.287 0.825 2.97 0.891 ;
      RECT 1.287 0.748 1.353 0.825 ;
      RECT 2.277 0.297 2.794 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 1.452 0.462 1.98 0.594 ;
      RECT 1.485 0.594 1.551 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.462 2.904 0.594 ;
      RECT 2.541 0.594 2.607 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.156816 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.297 0.594 0.363 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.134 0.165 2.992 0.231 ;
    RECT 2.134 0.231 2.2 0.319 ;
    RECT 0.198 0.319 2.2 0.385 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.111 0.957 2.266 1.023 ;
  END
END LDL_OAI21_S_6
#
# 
MACRO LDL_OAI21_S_8 FOREIGN C0A07BLDL_OAI21_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 2.695 0.033 2.761 0.176 ;
      RECT 2.662 0.176 2.761 0.242 ;
      RECT 2.343 0.033 2.409 0.176 ;
      RECT 2.31 0.176 2.409 0.242 ;
      RECT 2.024 0.033 2.09 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.352 0.165 0.484 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46827 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.135 0.825 ;
      RECT 1.617 0.825 3.85 0.891 ;
      RECT 1.617 0.726 1.705 0.825 ;
      RECT 3.014 0.297 3.85 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 0.429 0.594 0.495 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.210056 ;
    PORT
      LAYER M1L ;
      RECT 1.837 0.462 2.64 0.594 ;
      RECT 1.837 0.594 1.947 0.726 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.15004 ;
    PORT
      LAYER M1L ;
      RECT 3.3 0.462 3.828 0.594 ;
      RECT 3.333 0.594 3.399 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.608 1.045 3.674 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.256 1.045 3.322 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 2.838 0.165 3.674 0.231 ;
    RECT 2.838 0.231 2.904 0.319 ;
    RECT 0.583 0.242 0.649 0.319 ;
    RECT 0.583 0.319 2.904 0.385 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 1.463 0.891 1.529 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.463 0.957 2.97 1.023 ;
  END
END LDL_OAI21_S_8
#
# 
MACRO LDL_OAI221_1 FOREIGN C0A07BLDL_OAI221_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.14036 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.352 1.023 0.957 ;
      RECT 0.374 0.957 1.023 1.023 ;
      RECT 0.957 0.286 1.056 0.352 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.572 0.627 0.858 ;
      RECT 0.429 0.462 0.627 0.572 ;
      RECT 0.429 0.572 0.495 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.572 0.231 0.858 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.033 0.572 0.099 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.99 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.55 0.143 1.254 0.209 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.858 0.363 ;
  END
END LDL_OAI221_1
#
# 
MACRO LDL_OAI221_2 FOREIGN C0A07BLDL_OAI221_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.230868 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.385 1.947 0.847 ;
      RECT 0.55 0.847 2.211 0.869 ;
      RECT 0.924 0.869 2.211 0.913 ;
      RECT 2.123 0.913 2.211 0.99 ;
      RECT 0.55 0.803 0.99 0.847 ;
      RECT 1.881 0.319 2.046 0.385 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.539 ;
      RECT 0.825 0.539 1.155 0.605 ;
      RECT 0.825 0.528 0.891 0.539 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.66 ;
      RECT 0.66 0.66 0.759 0.726 ;
    END
  END B2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.594 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.297 0.462 0.363 0.66 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.495 1.551 0.594 ;
      RECT 1.485 0.429 1.815 0.495 ;
      RECT 1.749 0.495 1.815 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.914 0.979 2.046 1.045 ;
      RECT 1.122 1.045 1.188 1.155 ;
      RECT 1.056 0.979 1.188 1.045 ;
      RECT 0.231 0.99 0.297 1.155 ;
      RECT 0.198 0.924 0.297 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.056 0.165 2.189 0.231 ;
    RECT 2.123 0.231 2.189 0.308 ;
    RECT 0.198 0.297 1.716 0.363 ;
    RECT 1.617 0.638 1.683 0.715 ;
    RECT 0.88 0.671 1.155 0.715 ;
    RECT 0.88 0.715 1.683 0.737 ;
    RECT 1.089 0.737 1.683 0.781 ;
    RECT 0.055 0.792 0.429 0.858 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.363 0.858 0.429 0.957 ;
    RECT 0.363 0.957 0.858 1.023 ;
  END
END LDL_OAI221_2
#
# 
MACRO LDL_OAI221_4 FOREIGN C0A07BLDL_OAI221_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.092 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.092 0.033 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.187 0.033 0.253 0.165 ;
      RECT 0.187 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.092 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.517 3.531 0.726 ;
      RECT 3.465 0.451 3.795 0.517 ;
      RECT 3.729 0.517 3.795 0.726 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.40656 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.363 3.399 0.825 ;
      RECT 2.519 0.825 3.85 0.891 ;
      RECT 2.519 0.759 2.607 0.825 ;
      RECT 1.485 0.693 2.607 0.759 ;
      RECT 1.485 0.759 1.551 0.825 ;
      RECT 0.902 0.825 1.551 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 3.333 0.297 3.85 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.594 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 1.089 0.517 1.155 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.805 0.517 2.871 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.462 2.112 0.594 ;
      RECT 1.353 0.594 1.419 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.092 1.221 ;
      RECT 3.542 1.023 3.608 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.092 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.092 0.528 ;
    RECT 0 0.528 4.092 1.221 ;
    LAYER M1L ;
    RECT 1.606 0.165 4.026 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.055 0.297 2.97 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.639 0.825 2.409 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 1.639 0.891 1.705 0.968 ;
    RECT 0.759 0.957 1.562 1.023 ;
    RECT 2.343 0.957 3.146 1.023 ;
    RECT 1.496 1.023 1.562 1.056 ;
  END
END LDL_OAI221_4
#
# 
MACRO LDL_OAI222_0P5 FOREIGN C0A07BLDL_OAI222_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.33 1.419 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.924 ;
    END
  END C2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.924 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.924 ;
    END
  END B1
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.015488 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.682 0.231 0.858 ;
      RECT 0.121 0.55 0.231 0.682 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.10527 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.858 1.155 1.023 ;
      RECT 0.033 1.023 1.155 1.089 ;
      RECT 0.429 0.495 0.495 1.023 ;
      RECT 0.297 0.429 0.495 0.495 ;
      RECT 0.297 0.396 0.363 0.429 ;
      RECT 0.231 0.33 0.363 0.396 ;
      RECT 0.231 0.264 0.297 0.33 ;
      RECT 0.033 0.924 0.143 1.023 ;
      RECT 0.033 0.858 0.099 0.924 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.517 0.165 ;
    RECT 0.77 0.099 1.353 0.165 ;
    RECT 0.451 0.165 0.517 0.297 ;
    RECT 0.055 0.165 0.121 0.407 ;
    RECT 0.77 0.165 0.836 0.231 ;
    RECT 1.287 0.165 1.353 0.242 ;
    RECT 0.704 0.231 0.836 0.297 ;
    RECT 0.913 0.242 1.012 0.308 ;
    RECT 0.451 0.297 0.627 0.363 ;
    RECT 0.913 0.308 0.979 0.429 ;
    RECT 0.561 0.363 0.627 0.429 ;
    RECT 0.561 0.429 0.979 0.495 ;
  END
END LDL_OAI222_0P5
#
# 
MACRO LDL_OAI222_1 FOREIGN C0A07BLDL_OAI222_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.211508 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.363 0.495 0.792 ;
      RECT 0.297 0.792 0.759 0.858 ;
      RECT 0.693 0.858 0.759 0.957 ;
      RECT 0.693 0.957 0.99 1.023 ;
      RECT 0.297 0.858 0.363 0.924 ;
      RECT 0.033 0.924 0.363 0.99 ;
      RECT 0.033 0.99 0.121 1.056 ;
      RECT 0.242 0.297 0.495 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.66 ;
      RECT 0.561 0.66 0.759 0.726 ;
      RECT 0.693 0.462 0.759 0.66 ;
    END
  END B2
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.638 ;
      RECT 0.198 0.638 0.363 0.726 ;
    END
  END C2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.891 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END A2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.792 0.132 0.858 ;
      RECT 0.033 0.572 0.099 0.792 ;
      RECT 0.033 0.462 0.231 0.572 ;
      RECT 0.165 0.429 0.231 0.462 ;
    END
  END C1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030008 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.99 ;
      RECT 1.045 0.462 1.155 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.451 0.99 0.517 1.155 ;
      RECT 0.451 0.924 0.55 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.165 0.902 0.231 ;
    RECT 0.055 0.231 0.121 0.308 ;
    RECT 0.594 0.297 1.254 0.363 ;
  END
END LDL_OAI222_1
#
# 
MACRO LDL_OAI222_2 FOREIGN C0A07BLDL_OAI222_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.23232 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.693 ;
      RECT 1.089 0.693 1.947 0.759 ;
      RECT 1.881 0.759 1.947 0.825 ;
      RECT 1.881 0.825 2.09 0.891 ;
      RECT 1.089 0.759 1.155 0.825 ;
      RECT 0.539 0.825 1.155 0.891 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 1.881 0.297 2.442 0.363 ;
    END
  END X
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.462 2.343 0.66 ;
      RECT 2.277 0.66 2.475 0.726 ;
      RECT 2.409 0.462 2.475 0.66 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.462 2.211 0.66 ;
      RECT 2.013 0.66 2.211 0.726 ;
      RECT 2.013 0.462 2.079 0.66 ;
    END
  END C1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.539 ;
      RECT 1.485 0.539 1.815 0.605 ;
      RECT 1.485 0.462 1.551 0.539 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.594 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.060016 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.726 ;
      RECT 0.561 0.451 0.891 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.99 2.409 1.155 ;
      RECT 2.343 0.924 2.442 0.99 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.924 0.132 0.99 0.165 ;
    RECT 2.519 0.132 2.585 0.165 ;
    RECT 0.924 0.165 2.585 0.231 ;
    RECT 2.519 0.231 2.585 0.264 ;
    RECT 0.198 0.297 1.584 0.363 ;
    RECT 0.055 0.792 0.473 0.858 ;
    RECT 2.2 0.792 2.585 0.858 ;
    RECT 1.309 0.825 1.76 0.891 ;
    RECT 0.055 0.858 0.121 0.924 ;
    RECT 0.407 0.858 0.473 0.957 ;
    RECT 2.519 0.858 2.585 0.924 ;
    RECT 2.2 0.858 2.266 0.957 ;
    RECT 1.309 0.891 1.375 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.924 0.957 1.375 1.023 ;
    RECT 1.782 0.957 2.266 1.023 ;
    RECT 0.792 1.023 0.858 1.056 ;
    RECT 0.924 1.023 0.99 1.056 ;
  END
END LDL_OAI222_2
#
# 
MACRO LDL_OAI222_4 FOREIGN C0A07BLDL_OAI222_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.479644 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.363 3.531 0.682 ;
      RECT 2.277 0.682 3.531 0.748 ;
      RECT 3.465 0.748 3.531 0.825 ;
      RECT 3.465 0.825 3.916 0.891 ;
      RECT 2.277 0.748 2.343 0.825 ;
      RECT 0.935 0.825 2.343 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 3.465 0.297 4.642 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 2.64 0.462 3.3 0.594 ;
      RECT 3.201 0.33 3.267 0.462 ;
    END
  END B2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.517 3.927 0.726 ;
      RECT 3.597 0.451 3.927 0.517 ;
      RECT 3.597 0.517 3.663 0.726 ;
    END
  END C1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.517 1.947 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 2.145 0.517 2.211 0.594 ;
    END
  END B1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.120032 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.517 4.587 0.726 ;
      RECT 4.257 0.451 4.587 0.517 ;
      RECT 4.257 0.517 4.323 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.51 1.023 4.576 1.155 ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.158 1.023 4.224 1.155 ;
      RECT 4.158 0.957 4.29 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.904 0.957 3.036 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.51 0.957 4.642 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.672 0.165 4.818 0.231 ;
    RECT 0.231 0.209 0.297 0.297 ;
    RECT 0.231 0.297 3.036 0.363 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.409 0.825 3.212 0.891 ;
    RECT 4.015 0.825 4.818 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 2.409 0.891 2.475 0.979 ;
    RECT 4.015 0.891 4.081 0.957 ;
    RECT 3.234 0.957 4.081 1.023 ;
    RECT 0.759 0.979 1.562 1.045 ;
    RECT 1.672 0.979 2.475 1.045 ;
  END
END LDL_OAI222_4
#
# 
MACRO LDL_OAI22_0P5 FOREIGN C0A07BLDL_OAI22_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      RECT 0 -0.033 0.924 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.396 0.759 0.858 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.052756 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.495 0.495 0.99 ;
      RECT 0.429 0.429 0.627 0.495 ;
      RECT 0.561 0.297 0.627 0.429 ;
      RECT 0.561 0.231 0.704 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.803 0.924 0.869 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.429 0.099 0.869 0.165 ;
    RECT 0.055 0.132 0.121 0.297 ;
    RECT 0.803 0.165 0.869 0.264 ;
    RECT 0.429 0.165 0.495 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
  END
END LDL_OAI22_0P5
#
# 
MACRO LDL_OAI22_1 FOREIGN C0A07BLDL_OAI22_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.09922 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.539 0.594 ;
      RECT 0.429 0.594 0.495 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.814 0.132 0.88 0.165 ;
    RECT 0.407 0.165 0.88 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDL_OAI22_1
#
# 
MACRO LDL_OAI22_2 FOREIGN C0A07BLDL_OAI22_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.484 0.033 0.55 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.66 ;
      RECT 0.165 0.66 0.363 0.726 ;
      RECT 0.165 0.462 0.231 0.66 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.66 ;
      RECT 0.693 0.66 0.891 0.726 ;
      RECT 0.825 0.33 0.891 0.66 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.638 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.825 ;
      RECT 0.561 0.825 1.287 0.891 ;
      RECT 0.957 0.297 1.815 0.363 ;
      RECT 1.727 0.198 1.815 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 0.253 0.99 0.319 1.155 ;
      RECT 0.22 0.924 0.319 0.99 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.66 0.165 1.628 0.231 ;
    RECT 0.66 0.231 0.726 0.297 ;
    RECT 0.22 0.297 0.726 0.363 ;
    RECT 1.727 0.748 1.793 0.825 ;
    RECT 0.077 0.792 0.462 0.858 ;
    RECT 1.386 0.825 1.793 0.891 ;
    RECT 0.077 0.858 0.143 0.924 ;
    RECT 0.396 0.858 0.462 0.957 ;
    RECT 1.386 0.891 1.452 0.957 ;
    RECT 0.396 0.957 0.902 1.023 ;
    RECT 0.968 0.957 1.452 1.023 ;
    RECT 0.836 1.023 0.902 1.056 ;
    RECT 0.968 1.023 1.034 1.056 ;
  END
END LDL_OAI22_2
#
# 
MACRO LDL_OAI22_3 FOREIGN C0A07BLDL_OAI22_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.012 0.033 1.078 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.285076 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.77 0.825 1.683 0.891 ;
      RECT 1.32 0.297 2.156 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.462 2.079 0.66 ;
      RECT 1.881 0.66 2.079 0.726 ;
      RECT 1.881 0.462 1.947 0.66 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.881 0.99 1.947 1.155 ;
      RECT 1.881 0.924 1.98 0.99 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 2.266 0.132 2.332 0.165 ;
    RECT 1.155 0.165 2.332 0.231 ;
    RECT 1.155 0.231 1.221 0.297 ;
    RECT 0.044 0.264 0.11 0.297 ;
    RECT 0.044 0.297 1.221 0.363 ;
    RECT 1.749 0.792 2.123 0.858 ;
    RECT 0.22 0.825 0.671 0.891 ;
    RECT 2.057 0.858 2.123 0.924 ;
    RECT 1.749 0.858 1.815 0.957 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.078 1.023 ;
    RECT 1.298 0.957 1.815 1.023 ;
  END
END LDL_OAI22_3
#
# 
MACRO LDL_OAI22_4 FOREIGN C0A07BLDL_OAI22_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.390588 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.363 1.551 0.671 ;
      RECT 1.287 0.671 1.815 0.737 ;
      RECT 1.749 0.737 1.815 0.825 ;
      RECT 1.749 0.825 2.277 0.891 ;
      RECT 2.211 0.792 2.277 0.825 ;
      RECT 1.287 0.737 1.353 0.825 ;
      RECT 0.902 0.825 1.353 0.891 ;
      RECT 0.902 0.792 0.968 0.825 ;
      RECT 1.485 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.177 0.726 ;
      RECT 0.957 0.451 1.177 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 2.013 0.451 2.211 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.32 0.165 2.97 0.231 ;
    RECT 1.32 0.231 1.386 0.297 ;
    RECT 0.198 0.297 1.386 0.363 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.617 0.858 1.683 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.968 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.617 0.957 2.409 1.023 ;
  END
END LDL_OAI22_4
#
# 
MACRO LDL_OAI22_6 FOREIGN C0A07BLDL_OAI22_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 1.804 0.033 1.87 0.165 ;
      RECT 1.804 0.165 1.936 0.231 ;
      RECT 1.452 0.033 1.518 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.696 0.462 4.356 0.594 ;
      RECT 4.257 0.594 4.323 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.98 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.462 0.792 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 2.244 0.462 3.168 0.594 ;
      RECT 2.277 0.33 2.343 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.726 3.366 0.825 ;
      RECT 1.265 0.825 3.366 0.858 ;
      RECT 1.265 0.781 1.353 0.825 ;
      RECT 1.265 0.858 1.485 0.891 ;
      RECT 3.3 0.385 3.366 0.726 ;
      RECT 2.53 0.319 4.422 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 4.004 1.023 4.07 1.155 ;
      RECT 3.938 0.957 4.07 1.023 ;
      RECT 3.619 0.924 3.685 1.155 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.145 0.165 4.565 0.231 ;
    RECT 2.145 0.231 2.211 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.22 0.297 2.211 0.363 ;
    RECT 3.454 0.759 3.894 0.825 ;
    RECT 0.044 0.825 1.199 0.891 ;
    RECT 3.828 0.825 4.565 0.891 ;
    RECT 3.454 0.825 3.542 0.957 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.133 0.891 1.199 0.957 ;
    RECT 4.499 0.891 4.565 0.968 ;
    RECT 1.133 0.957 2.288 1.023 ;
    RECT 2.354 0.957 3.542 1.023 ;
    RECT 2.222 1.023 2.288 1.056 ;
    RECT 2.354 1.023 2.42 1.056 ;
  END
END LDL_OAI22_6
#
# 
MACRO LDL_OAI22_8 FOREIGN C0A07BLDL_OAI22_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.53 0.033 2.596 0.165 ;
      RECT 2.53 0.165 2.662 0.231 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.1 0.033 1.166 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.396 0.033 0.462 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 5.577 0.594 5.643 0.726 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.716 0.462 2.508 0.594 ;
      RECT 1.749 0.594 1.815 0.726 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.036 0.462 4.224 0.594 ;
      RECT 3.069 0.33 3.135 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 1.947 0.726 4.257 0.825 ;
      RECT 1.65 0.825 4.455 0.858 ;
      RECT 4.389 0.363 4.455 0.825 ;
      RECT 3.256 0.297 5.852 0.363 ;
      RECT 4.191 0.858 4.455 0.891 ;
      RECT 1.65 0.858 2.013 0.891 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.99 1.023 1.056 1.155 ;
      RECT 0.924 0.957 1.056 1.023 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 0.638 1.023 0.704 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 5.962 0.132 6.028 0.165 ;
    RECT 2.772 0.165 6.028 0.231 ;
    RECT 2.772 0.231 2.838 0.297 ;
    RECT 0.22 0.297 2.838 0.363 ;
    RECT 0.044 0.825 1.54 0.891 ;
    RECT 4.521 0.825 6.028 0.891 ;
    RECT 0.044 0.891 0.11 0.924 ;
    RECT 1.474 0.891 1.54 0.957 ;
    RECT 5.962 0.891 6.028 0.924 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 1.474 0.957 3.014 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
    RECT 2.948 1.023 3.014 1.056 ;
    RECT 3.08 1.023 3.146 1.056 ;
  END
END LDL_OAI22_8
#
# 
MACRO LDL_OAI22_S_1 FOREIGN C0A07BLDL_OAI22_S_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.561 0.495 0.858 ;
      RECT 0.429 0.462 0.495 0.495 ;
      RECT 0.429 0.495 0.572 0.561 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.341 0.891 0.957 ;
      RECT 0.374 0.957 0.891 1.023 ;
      RECT 0.55 0.275 0.891 0.341 ;
      RECT 0.55 0.341 0.616 0.374 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.027104 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.099 0.792 0.143 ;
    RECT 0.407 0.143 0.858 0.165 ;
    RECT 0.726 0.165 0.858 0.209 ;
    RECT 0.407 0.165 0.473 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
  END
END LDL_OAI22_S_1
#
# 
MACRO LDL_OAI22_S_2 FOREIGN C0A07BLDL_OAI22_S_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 0.616 0.033 0.682 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.184404 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.341 1.023 0.825 ;
      RECT 0.539 0.825 1.287 0.891 ;
      RECT 1.221 0.726 1.287 0.825 ;
      RECT 0.539 0.726 0.627 0.825 ;
      RECT 0.957 0.275 1.815 0.341 ;
      RECT 1.727 0.198 1.815 0.275 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.165 0.517 0.231 0.594 ;
    END
  END B2
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.517 1.551 0.726 ;
      RECT 1.485 0.451 1.683 0.517 ;
      RECT 1.617 0.517 1.683 0.594 ;
    END
  END A2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.517 0.759 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.561 0.517 0.627 0.594 ;
    END
  END B1
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.054208 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 1.089 0.451 1.287 0.517 ;
      RECT 1.221 0.517 1.287 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.143 1.628 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 0.759 0.209 0.825 0.275 ;
    RECT 0.055 0.275 0.825 0.341 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 1.705 0.726 1.771 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 1.353 0.825 1.771 0.891 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 1.353 0.891 1.419 0.957 ;
    RECT 0.407 0.957 0.858 1.023 ;
    RECT 0.968 0.957 1.419 1.023 ;
  END
END LDL_OAI22_S_2
#
# 
MACRO LDL_OAI22_S_3 FOREIGN C0A07BLDL_OAI22_S_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.221 0.451 1.419 0.517 ;
      RECT 1.221 0.517 1.287 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.253132 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.341 1.551 0.825 ;
      RECT 0.759 0.825 1.551 0.891 ;
      RECT 0.759 0.726 0.825 0.825 ;
      RECT 1.276 0.275 2.156 0.341 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.693 0.451 1.023 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.081312 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.111 0.143 2.332 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.266 0.209 2.332 0.242 ;
    RECT 1.111 0.209 1.177 0.275 ;
    RECT 0.055 0.275 1.177 0.341 ;
    RECT 0.198 0.825 0.649 0.891 ;
    RECT 1.661 0.825 2.156 0.891 ;
    RECT 0.583 0.891 0.649 0.957 ;
    RECT 1.661 0.891 1.727 0.957 ;
    RECT 0.583 0.957 1.034 1.023 ;
    RECT 1.276 0.957 1.727 1.023 ;
  END
END LDL_OAI22_S_3
#
# 
MACRO LDL_OAI22_S_4 FOREIGN C0A07BLDL_OAI22_S_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.673 0.451 2.871 0.517 ;
      RECT 2.673 0.517 2.739 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.848 0.462 2.508 0.594 ;
      RECT 2.409 0.594 2.475 0.726 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.462 1.496 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.342672 ;
    PORT
      LAYER M1L ;
      RECT 1.595 0.363 1.683 0.693 ;
      RECT 1.287 0.693 1.881 0.759 ;
      RECT 1.815 0.759 1.881 0.825 ;
      RECT 1.815 0.825 2.233 0.891 ;
      RECT 2.145 0.726 2.233 0.825 ;
      RECT 1.287 0.759 1.353 0.825 ;
      RECT 0.935 0.825 1.353 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.595 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.108416 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.429 0.517 0.495 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.463 0.231 1.529 0.275 ;
    RECT 0.055 0.275 1.529 0.341 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.113 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.047 0.891 3.113 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
  END
END LDL_OAI22_S_4
#
# 
MACRO LDL_OAI22_S_6 FOREIGN C0A07BLDL_OAI22_S_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 2.046 0.033 2.112 0.165 ;
      RECT 1.98 0.165 2.112 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.188 0.033 1.254 0.165 ;
      RECT 1.188 0.165 1.32 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.542564 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.363 2.475 0.693 ;
      RECT 2.013 0.693 2.739 0.759 ;
      RECT 2.673 0.759 2.739 0.825 ;
      RECT 2.673 0.825 3.333 0.891 ;
      RECT 3.267 0.726 3.333 0.825 ;
      RECT 2.013 0.759 2.079 0.825 ;
      RECT 1.276 0.825 2.079 0.891 ;
      RECT 2.409 0.297 4.246 0.363 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 2.64 0.462 3.564 0.594 ;
    END
  END A1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.594 1.419 0.726 ;
      RECT 1.32 0.462 2.112 0.594 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.163592 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.594 3.795 0.726 ;
      RECT 3.696 0.462 4.356 0.594 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.938 1.023 4.004 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.356 1.023 4.422 1.155 ;
      RECT 4.29 0.957 4.422 1.023 ;
      RECT 3.586 1.023 3.652 1.155 ;
      RECT 3.586 0.957 3.718 1.023 ;
      RECT 3.938 0.957 4.07 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.189 0.165 4.422 0.231 ;
    RECT 2.189 0.231 2.255 0.297 ;
    RECT 0.198 0.297 2.255 0.363 ;
    RECT 0.055 0.825 1.177 0.891 ;
    RECT 3.443 0.825 4.565 0.891 ;
    RECT 2.189 0.858 2.255 0.957 ;
    RECT 2.387 0.858 2.453 0.957 ;
    RECT 1.111 0.891 1.177 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 3.443 0.891 3.509 0.957 ;
    RECT 4.499 0.891 4.565 0.99 ;
    RECT 1.111 0.957 2.255 1.023 ;
    RECT 2.387 0.957 3.509 1.023 ;
  END
END LDL_OAI22_S_6
#
# 
MACRO LDL_OAI22_S_8 FOREIGN C0A07BLDL_OAI22_S_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.672276 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.341 3.135 0.825 ;
      RECT 1.749 0.825 4.455 0.891 ;
      RECT 4.389 0.715 4.455 0.825 ;
      RECT 1.749 0.759 1.815 0.825 ;
      RECT 1.606 0.693 1.815 0.759 ;
      RECT 3.069 0.275 6.039 0.341 ;
      RECT 5.951 0.198 6.039 0.275 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 4.884 0.462 5.676 0.594 ;
      RECT 4.917 0.594 4.983 0.726 ;
    END
  END A2
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 0.396 0.462 1.188 0.594 ;
      RECT 1.089 0.594 1.155 0.726 ;
    END
  END B2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.594 3.531 0.726 ;
      RECT 3.432 0.462 4.224 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.216832 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.848 0.462 2.64 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.786 1.023 5.852 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.368 0.957 5.5 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 5.016 0.957 5.148 1.023 ;
      RECT 4.664 1.023 4.73 1.155 ;
      RECT 4.664 0.957 4.796 1.023 ;
      RECT 1.32 1.023 1.386 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 2.871 0.143 5.852 0.209 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 2.871 0.209 2.937 0.275 ;
    RECT 0.055 0.275 2.937 0.341 ;
    RECT 0.055 0.825 1.683 0.891 ;
    RECT 4.521 0.825 5.995 0.891 ;
    RECT 1.617 0.891 1.683 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.521 0.891 4.587 0.957 ;
    RECT 5.929 0.891 5.995 0.99 ;
    RECT 1.617 0.957 2.97 1.023 ;
    RECT 3.08 0.957 4.587 1.023 ;
  END
END LDL_OAI22_S_8
#
# 
MACRO LDL_OAI2B11_1 FOREIGN C0A07BLDL_OAI2B11_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.572 0.033 0.638 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END C1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.028072 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.561 ;
      RECT 0.825 0.561 1.023 0.627 ;
      RECT 0.825 0.627 0.891 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.11737 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.825 ;
      RECT 0.693 0.825 1.287 0.891 ;
      RECT 0.693 0.891 0.759 1.023 ;
      RECT 1.122 0.165 1.287 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.946 1.023 1.012 1.155 ;
      RECT 0.946 0.957 1.078 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.22 0.165 0.363 0.231 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.803 0.198 0.869 0.297 ;
    RECT 0.297 0.231 0.363 0.957 ;
    RECT 0.429 0.297 0.869 0.363 ;
    RECT 0.671 0.462 0.737 0.528 ;
    RECT 0.561 0.528 0.737 0.594 ;
    RECT 0.561 0.594 0.627 0.957 ;
    RECT 0.22 0.957 0.627 1.023 ;
  END
END LDL_OAI2B11_1
#
# 
MACRO LDL_OAI2B11_2 FOREIGN C0A07BLDL_OAI2B11_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.66 ;
      RECT 1.089 0.66 1.287 0.726 ;
      RECT 1.089 0.462 1.155 0.66 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.55 ;
      RECT 0.033 0.55 0.231 0.616 ;
      RECT 0.033 0.616 0.099 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.056144 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 1.947 0.528 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.177144 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.935 0.825 1.914 0.891 ;
      RECT 0.935 0.726 1.023 0.825 ;
      RECT 1.617 0.297 1.914 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.198 ;
    RECT 1.991 0.132 2.057 0.165 ;
    RECT 1.254 0.165 2.057 0.231 ;
    RECT 0.231 0.198 0.363 0.264 ;
    RECT 0.583 0.198 0.649 0.297 ;
    RECT 1.991 0.231 2.057 0.264 ;
    RECT 0.297 0.264 0.363 0.693 ;
    RECT 0.583 0.297 1.529 0.363 ;
    RECT 1.463 0.363 1.529 0.44 ;
    RECT 0.803 0.495 0.99 0.561 ;
    RECT 0.803 0.561 0.869 0.693 ;
    RECT 0.231 0.693 0.869 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.407 0.825 0.825 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.407 0.891 0.473 0.968 ;
    RECT 0.759 0.957 1.21 1.023 ;
  END
END LDL_OAI2B11_2
#
# 
MACRO LDL_OAI2B11_4 FOREIGN C0A07BLDL_OAI2B11_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 2.002 0.033 2.068 0.165 ;
      RECT 1.936 0.165 2.068 0.231 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.584 0.165 1.716 0.231 ;
      RECT 1.232 0.033 1.298 0.165 ;
      RECT 1.232 0.165 1.364 0.231 ;
      RECT 0.88 0.033 0.946 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.429 0.033 0.495 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.462 3.399 0.528 ;
      RECT 3.201 0.528 3.267 0.726 ;
    END
  END C1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 0.528 0.462 1.056 0.594 ;
      RECT 0.561 0.198 0.627 0.462 ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.561 ;
      RECT 0.033 0.561 0.231 0.627 ;
      RECT 0.033 0.627 0.099 0.726 ;
    END
  END A
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.112288 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END C2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.354288 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.825 ;
      RECT 1.441 0.825 3.498 0.891 ;
      RECT 1.441 0.726 1.507 0.825 ;
      RECT 2.937 0.297 3.498 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.838 1.023 2.904 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.134 1.023 2.2 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 0.704 1.023 0.77 1.155 ;
      RECT 0.704 0.957 0.836 1.023 ;
      RECT 3.575 0.924 3.641 1.155 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.407 0.924 0.473 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.264 0.165 ;
    RECT 2.134 0.132 2.2 0.165 ;
    RECT 3.575 0.132 3.641 0.165 ;
    RECT 0.198 0.165 0.363 0.231 ;
    RECT 2.134 0.165 3.641 0.231 ;
    RECT 0.737 0.22 0.803 0.297 ;
    RECT 0.297 0.231 0.363 0.693 ;
    RECT 3.575 0.231 3.641 0.264 ;
    RECT 0.737 0.297 2.794 0.363 ;
    RECT 1.221 0.495 1.804 0.561 ;
    RECT 1.221 0.561 1.287 0.693 ;
    RECT 0.231 0.693 1.287 0.759 ;
    RECT 0.231 0.759 0.297 0.858 ;
    RECT 0.561 0.825 1.331 0.891 ;
    RECT 1.265 0.891 1.331 0.957 ;
    RECT 0.561 0.891 0.627 0.99 ;
    RECT 1.265 0.957 2.068 1.023 ;
    RECT 2.002 1.023 2.068 1.056 ;
  END
END LDL_OAI2B11_4
#
# 
MACRO LDL_OAI2B1_1 FOREIGN C0A07BLDL_OAI2B1_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.231 0.627 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.429 0.726 0.495 0.858 ;
      RECT 0.561 0.165 0.704 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.99 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.957 ;
    RECT 0.429 0.198 0.495 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 0.297 0.462 0.407 0.594 ;
    RECT 0.297 0.594 0.363 0.957 ;
    RECT 0.297 0.957 1.122 1.023 ;
  END
END LDL_OAI2B1_1
#
# 
MACRO LDL_OAI2B1_2 FOREIGN C0A07BLDL_OAI2B1_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.19844 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.264 0.363 0.957 ;
      RECT 0.198 1.023 0.264 1.056 ;
      RECT 0.198 0.957 0.858 1.023 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.924 0.462 1.32 0.594 ;
    END
  END B
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END C
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.025168 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.099 0.649 0.165 ;
    RECT 0.055 0.165 0.121 0.264 ;
    RECT 0.583 0.165 0.649 0.297 ;
    RECT 1.485 0.165 1.628 0.231 ;
    RECT 1.485 0.231 1.551 0.693 ;
    RECT 0.583 0.297 1.386 0.363 ;
    RECT 0.759 0.462 0.825 0.693 ;
    RECT 0.759 0.693 1.551 0.759 ;
    RECT 1.485 0.759 1.551 0.957 ;
    RECT 0.55 0.825 1.386 0.891 ;
    RECT 1.485 0.957 1.628 1.023 ;
  END
END LDL_OAI2B1_2
#
# 
MACRO LDL_OAI2B1_4 FOREIGN C0A07BLDL_OAI2B1_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.915 0.033 2.981 0.264 ;
      RECT 2.244 0.033 2.31 0.165 ;
      RECT 2.178 0.165 2.31 0.231 ;
      RECT 1.826 0.033 1.892 0.165 ;
      RECT 1.826 0.165 1.958 0.231 ;
      RECT 1.474 0.033 1.54 0.165 ;
      RECT 1.474 0.165 1.606 0.231 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.122 0.165 1.254 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.132 0.462 0.66 0.594 ;
      RECT 0.165 0.33 0.231 0.462 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.308792 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 1.606 0.858 ;
      RECT 1.54 0.693 1.606 0.726 ;
      RECT 0.374 0.297 0.891 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.33 2.871 0.726 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.98 0.462 2.288 0.528 ;
      RECT 1.98 0.528 2.607 0.594 ;
      RECT 2.541 0.198 2.607 0.528 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 2.915 0.924 2.981 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 2.772 0.132 2.838 0.165 ;
    RECT 0.198 0.165 1.045 0.231 ;
    RECT 2.673 0.165 2.838 0.231 ;
    RECT 0.979 0.231 1.045 0.297 ;
    RECT 2.673 0.231 2.739 0.693 ;
    RECT 2.387 0.264 2.453 0.297 ;
    RECT 0.979 0.297 2.453 0.363 ;
    RECT 2.387 0.363 2.453 0.429 ;
    RECT 1.21 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 1.749 0.693 2.739 0.759 ;
    RECT 2.673 0.759 2.739 0.825 ;
    RECT 1.683 0.825 2.486 0.891 ;
    RECT 2.673 0.825 2.838 0.891 ;
    RECT 1.683 0.891 1.749 0.957 ;
    RECT 0.946 0.957 1.749 1.023 ;
  END
END LDL_OAI2B1_4
#
# 
MACRO LDL_OAI2B2_1 FOREIGN C0A07BLDL_OAI2B2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.264 0.033 0.33 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.00968 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.198 1.023 0.594 ;
    END
  END A
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END C2
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END C1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.102124 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.957 ;
      RECT 0.429 0.957 0.891 1.023 ;
      RECT 0.429 0.858 0.495 0.957 ;
      RECT 0.572 0.297 0.891 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.132 0.891 0.165 ;
    RECT 1.155 0.132 1.221 1.056 ;
    RECT 0.407 0.165 0.891 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.407 0.231 0.473 0.297 ;
    RECT 0.055 0.297 0.473 0.363 ;
    RECT 0.495 0.462 0.561 0.66 ;
    RECT 0.495 0.66 0.627 0.726 ;
    RECT 0.561 0.726 0.627 0.858 ;
    LAYER M2L ;
    RECT 0.528 0.759 1.254 0.825 ;
    VIA 0.594 0.792 V1L2L ;
    VIA 1.188 0.792 V1L2L ;
  END
END LDL_OAI2B2_1
#
# 
MACRO LDL_OAI2B2_2 FOREIGN C0A07BLDL_OAI2B2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 0.638 0.033 0.704 0.165 ;
      RECT 0.572 0.165 0.704 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.204732 ;
    PORT
      LAYER M1L ;
      RECT 0.935 0.341 1.023 0.726 ;
      RECT 0.792 0.726 1.21 0.759 ;
      RECT 1.144 0.693 1.21 0.726 ;
      RECT 0.792 0.825 1.21 0.858 ;
      RECT 0.561 0.759 1.21 0.825 ;
      RECT 0.935 0.275 1.738 0.341 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.462 1.683 0.594 ;
      LAYER M2L ;
      RECT 1.353 0.495 1.683 0.561 ;
      VIA 1.584 0.528 V1L2L ;
    END
  END B
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.01936 ;
    PORT
      LAYER M1L ;
      RECT 1.859 0.33 1.947 0.594 ;
    END
  END A
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.627 ;
      RECT 0.561 0.627 0.693 0.693 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END C2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.815 0.924 1.881 1.155 ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 1.43 1.045 1.496 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.969 0.132 2.079 0.264 ;
    RECT 0.781 0.143 1.562 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.781 0.209 0.847 0.297 ;
    RECT 2.013 0.264 2.079 0.693 ;
    RECT 0.055 0.297 0.847 0.363 ;
    RECT 0.781 0.363 0.847 0.561 ;
    RECT 1.122 0.495 1.353 0.561 ;
    RECT 1.287 0.561 1.353 0.693 ;
    RECT 1.287 0.693 2.079 0.759 ;
    RECT 1.969 0.759 2.079 0.924 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 1.287 0.825 1.738 0.891 ;
    RECT 0.429 0.891 0.495 0.924 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.287 0.891 1.353 0.924 ;
    RECT 0.429 0.924 0.847 0.99 ;
    RECT 0.935 0.924 1.353 0.99 ;
    RECT 0.781 0.99 0.847 1.056 ;
    RECT 0.935 0.99 1.001 1.056 ;
  END
END LDL_OAI2B2_2
#
# 
MACRO LDL_OAI2B2_4 FOREIGN C0A07BLDL_OAI2B2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.696 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.696 0.033 ;
      RECT 3.575 0.033 3.641 0.264 ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.696 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.39688 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.705 0.693 ;
      RECT 0.935 0.693 2.233 0.759 ;
      RECT 2.145 0.759 2.233 0.858 ;
      RECT 0.935 0.759 1.023 0.858 ;
      RECT 1.617 0.297 3.135 0.363 ;
      RECT 3.047 0.198 3.135 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.198 3.267 0.561 ;
      RECT 2.508 0.561 3.267 0.594 ;
      RECT 3.003 0.594 3.267 0.627 ;
      RECT 2.508 0.462 3.069 0.561 ;
    END
  END B
  PIN C1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.66 0.462 1.32 0.594 ;
      RECT 0.693 0.594 0.759 0.726 ;
    END
  END C1
  PIN C2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.165 0.451 0.495 0.517 ;
      RECT 0.165 0.517 0.231 0.726 ;
    END
  END C2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 3.465 0.33 3.531 0.858 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.696 1.221 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.616 1.045 0.682 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      RECT 3.575 0.924 3.641 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.696 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.696 0.528 ;
    RECT 0 0.528 3.696 1.221 ;
    LAYER M1L ;
    RECT 2.904 0.132 2.97 0.165 ;
    RECT 3.399 0.132 3.465 0.198 ;
    RECT 1.463 0.165 2.97 0.231 ;
    RECT 3.333 0.198 3.465 0.264 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 3.333 0.264 3.399 0.693 ;
    RECT 0.055 0.297 1.529 0.363 ;
    RECT 1.87 0.495 2.409 0.561 ;
    RECT 2.343 0.561 2.409 0.693 ;
    RECT 2.343 0.693 3.399 0.759 ;
    RECT 3.333 0.759 3.399 0.924 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 2.343 0.825 3.146 0.891 ;
    RECT 1.463 0.858 1.529 0.957 ;
    RECT 1.639 0.858 1.705 0.957 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 2.343 0.891 2.409 0.957 ;
    RECT 3.333 0.924 3.465 0.99 ;
    RECT 0.759 0.957 1.529 1.023 ;
    RECT 1.639 0.957 2.409 1.023 ;
    RECT 3.399 0.99 3.465 1.056 ;
  END
END LDL_OAI2B2_4
#
# 
MACRO LDL_OAI31_0P5 FOREIGN C0A07BLDL_OAI31_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.05082 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.264 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.781 0.198 0.891 0.264 ;
      RECT 0.781 0.132 0.847 0.198 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.517 0.495 0.858 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.016456 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
  END
END LDL_OAI31_0P5
#
# 
MACRO LDL_OAI31_1 FOREIGN C0A07BLDL_OAI31_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.924 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.924 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 0.924 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.594 0.495 0.858 ;
      RECT 0.429 0.462 0.539 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.231 0.891 0.957 ;
      RECT 0.572 0.957 0.891 1.023 ;
      RECT 0.748 0.165 0.891 0.231 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.924 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.924 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.924 0.528 ;
    RECT 0 0.528 0.924 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 0.682 0.363 ;
  END
END LDL_OAI31_1
#
# 
MACRO LDL_OAI31_2 FOREIGN C0A07BLDL_OAI31_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.308 1.551 0.825 ;
      RECT 0.913 0.825 1.782 0.891 ;
      RECT 0.913 0.726 1.023 0.825 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.287 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 1.452 1.023 1.518 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.143 1.782 0.209 ;
    RECT 1.265 0.209 1.331 0.297 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.748 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
  END
END LDL_OAI31_2
#
# 
MACRO LDL_OAI31_3 FOREIGN C0A07BLDL_OAI31_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.265474 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.254 0.825 2.156 0.891 ;
      RECT 1.881 0.297 2.343 0.363 ;
      RECT 2.255 0.198 2.343 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 2.013 0.462 2.211 0.528 ;
      RECT 2.145 0.528 2.211 0.726 ;
    END
  END B
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 0.374 1.023 0.44 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 1.661 0.165 2.156 0.231 ;
    RECT 1.661 0.231 1.727 0.297 ;
    RECT 0.198 0.297 1.727 0.363 ;
    RECT 0.198 0.825 1.034 0.891 ;
    RECT 0.726 0.957 1.562 1.023 ;
  END
END LDL_OAI31_3
#
# 
MACRO LDL_OAI31_4 FOREIGN C0A07BLDL_OAI31_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.178 0.033 2.244 0.165 ;
      RECT 2.112 0.165 2.244 0.231 ;
      RECT 1.76 0.033 1.826 0.165 ;
      RECT 1.76 0.165 1.892 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.330088 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.825 ;
      RECT 1.617 0.825 3.135 0.891 ;
      RECT 3.047 0.891 3.135 0.99 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 2.97 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.517 2.739 0.726 ;
      RECT 2.673 0.451 3.003 0.517 ;
      RECT 2.937 0.517 3.003 0.726 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.486 1.023 2.552 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 2.838 0.957 2.97 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 2.321 0.143 3.113 0.209 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 3.047 0.209 3.113 0.286 ;
    RECT 2.321 0.209 2.387 0.297 ;
    RECT 0.055 0.297 2.387 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.902 0.957 2.244 1.023 ;
  END
END LDL_OAI31_4
#
# 
MACRO LDL_OAI31_6 FOREIGN C0A07BLDL_OAI31_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.838 0.033 2.904 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.594 0.891 0.726 ;
      RECT 0.264 0.462 0.924 0.594 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.594 1.947 0.726 ;
      RECT 1.32 0.462 1.98 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.594 3.267 0.726 ;
      RECT 2.64 0.462 3.3 0.594 ;
    END
  END A1
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.594 4.455 0.726 ;
      RECT 3.828 0.462 4.488 0.594 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.487388 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.363 3.663 0.825 ;
      RECT 2.343 0.825 4.587 0.891 ;
      RECT 4.499 0.891 4.587 0.99 ;
      RECT 2.343 0.748 2.409 0.825 ;
      RECT 3.597 0.297 4.4 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 1.023 3.982 1.155 ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.268 1.023 4.334 1.155 ;
      RECT 4.268 0.957 4.4 1.023 ;
      RECT 3.564 1.023 3.63 1.155 ;
      RECT 3.564 0.957 3.696 1.023 ;
      RECT 3.916 0.957 4.048 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 3.421 0.165 4.565 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.499 0.231 4.565 0.308 ;
    RECT 0.055 0.297 3.487 0.363 ;
    RECT 2.167 0.748 2.233 0.825 ;
    RECT 0.055 0.825 2.233 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.254 0.957 3.322 1.023 ;
  END
END LDL_OAI31_6
#
# 
MACRO LDL_OAI31_8 FOREIGN C0A07BLDL_OAI31_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.072 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.072 0.033 ;
      RECT 4.312 0.033 4.378 0.165 ;
      RECT 4.246 0.165 4.378 0.231 ;
      RECT 3.96 0.033 4.026 0.165 ;
      RECT 3.894 0.165 4.026 0.231 ;
      RECT 3.542 0.033 3.608 0.165 ;
      RECT 3.542 0.165 3.674 0.231 ;
      RECT 3.19 0.033 3.256 0.165 ;
      RECT 3.19 0.165 3.322 0.231 ;
      RECT 2.662 0.033 2.728 0.165 ;
      RECT 2.662 0.165 2.794 0.231 ;
      RECT 2.31 0.033 2.376 0.165 ;
      RECT 2.31 0.165 2.442 0.231 ;
      RECT 1.958 0.033 2.024 0.165 ;
      RECT 1.958 0.165 2.09 0.231 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.072 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.645172 ;
    PORT
      LAYER M1L ;
      RECT 4.653 0.363 4.719 0.825 ;
      RECT 3.014 0.825 6.039 0.891 ;
      RECT 5.951 0.891 6.039 0.99 ;
      RECT 3.014 0.792 3.08 0.825 ;
      RECT 4.653 0.297 5.852 0.363 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.594 5.643 0.726 ;
      RECT 4.884 0.462 5.676 0.594 ;
    END
  END B
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.594 4.059 0.726 ;
      RECT 3.3 0.462 4.092 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.594 2.475 0.726 ;
      RECT 1.716 0.462 2.508 0.594 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.594 1.155 0.726 ;
      RECT 0.396 0.462 1.188 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.072 1.221 ;
      RECT 5.72 1.023 5.786 1.155 ;
      RECT 5.72 0.957 5.852 1.023 ;
      RECT 5.324 1.023 5.39 1.155 ;
      RECT 5.324 0.957 5.456 1.023 ;
      RECT 4.972 1.023 5.038 1.155 ;
      RECT 4.972 0.957 5.104 1.023 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.072 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.072 0.528 ;
    RECT 0 0.528 6.072 1.221 ;
    LAYER M1L ;
    RECT 4.455 0.165 6.017 0.231 ;
    RECT 0.055 0.22 0.121 0.297 ;
    RECT 4.455 0.231 4.521 0.297 ;
    RECT 5.951 0.231 6.017 0.308 ;
    RECT 0.055 0.297 4.521 0.363 ;
    RECT 2.871 0.748 2.937 0.825 ;
    RECT 0.055 0.825 2.937 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 1.606 0.957 4.378 1.023 ;
  END
END LDL_OAI31_8
#
# 
MACRO LDL_OAI33_1 FOREIGN C0A07BLDL_OAI33_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.129954 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.231 1.287 0.957 ;
      RECT 0.55 0.957 1.287 1.023 ;
      RECT 0.748 0.165 1.287 0.231 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.462 1.155 0.858 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.462 0.935 0.616 ;
      RECT 0.825 0.616 0.891 0.858 ;
    END
  END B2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.594 0.627 0.858 ;
      RECT 0.517 0.462 0.627 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.759 0.858 ;
    END
  END B1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.99 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.297 1.078 0.363 ;
  END
END LDL_OAI33_1
#
# 
MACRO LDL_OAI33_2 FOREIGN C0A07BLDL_OAI33_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.122 0.033 1.188 0.165 ;
      RECT 1.056 0.165 1.188 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.24926 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 0.913 0.825 1.683 0.891 ;
      RECT 0.913 0.726 0.979 0.825 ;
      RECT 1.408 0.297 2.42 0.363 ;
      RECT 1.408 0.264 1.474 0.297 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.517 1.155 0.726 ;
      RECT 0.957 0.451 1.155 0.517 ;
      RECT 0.957 0.517 1.023 0.594 ;
    END
  END A1
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.517 1.419 0.726 ;
      RECT 1.353 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.517 2.079 0.726 ;
      RECT 1.881 0.451 2.079 0.517 ;
      RECT 1.881 0.517 1.947 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.517 2.343 0.726 ;
      RECT 2.277 0.451 2.475 0.517 ;
      RECT 2.409 0.517 2.475 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.277 1.023 2.343 1.155 ;
      RECT 2.277 0.957 2.42 1.023 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 1.265 0.099 1.628 0.165 ;
    RECT 1.562 0.165 2.585 0.231 ;
    RECT 1.265 0.165 1.331 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 2.519 0.231 2.585 0.308 ;
    RECT 0.055 0.297 1.331 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 1.771 0.726 1.837 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 1.771 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 0.55 0.957 1.188 1.023 ;
    RECT 1.408 0.957 2.046 1.023 ;
  END
END LDL_OAI33_2
#
# 
MACRO LDL_OAI33_4 FOREIGN C0A07BLDL_OAI33_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.752 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.752 0.033 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.134 0.165 2.266 0.231 ;
      RECT 1.782 0.033 1.848 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.752 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.456896 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.825 ;
      RECT 1.617 0.825 3.157 0.891 ;
      RECT 1.617 0.726 1.683 0.825 ;
      RECT 2.486 0.297 4.554 0.363 ;
      RECT 4.488 0.363 4.554 0.396 ;
      RECT 2.486 0.264 2.552 0.297 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.517 2.211 0.726 ;
      RECT 1.881 0.451 2.211 0.517 ;
      RECT 1.881 0.517 1.947 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.517 4.345 0.726 ;
      RECT 4.125 0.451 4.345 0.517 ;
      RECT 4.125 0.517 4.191 0.726 ;
    END
  END B3
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.517 3.795 0.726 ;
      RECT 3.311 0.451 3.795 0.517 ;
      RECT 3.311 0.517 3.399 0.594 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.541 0.451 2.871 0.517 ;
      RECT 2.541 0.517 2.607 0.726 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.488 1.023 4.554 1.155 ;
      RECT 0 1.155 4.752 1.221 ;
      RECT 4.07 1.023 4.136 1.155 ;
      RECT 4.07 0.957 4.202 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 4.422 0.957 4.554 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.752 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.752 0.528 ;
    RECT 0 0.528 4.752 1.221 ;
    LAYER M1L ;
    RECT 2.343 0.099 2.728 0.165 ;
    RECT 2.662 0.165 4.697 0.231 ;
    RECT 2.343 0.165 2.409 0.297 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 4.631 0.231 4.697 0.33 ;
    RECT 0.055 0.297 2.409 0.363 ;
    RECT 1.463 0.726 1.529 0.825 ;
    RECT 3.223 0.748 3.289 0.825 ;
    RECT 0.055 0.825 1.529 0.891 ;
    RECT 3.223 0.825 4.697 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 4.631 0.891 4.697 0.968 ;
    RECT 0.902 0.957 2.266 1.023 ;
    RECT 2.486 0.957 3.85 1.023 ;
  END
END LDL_OAI33_4
#
# 
MACRO LDL_OAOI211_1 FOREIGN C0A07BLDL_OAOI211_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.935 0.033 1.001 0.264 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.517 0.891 0.594 ;
      RECT 0.825 0.451 1.023 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
      RECT 0.825 0.33 0.891 0.451 ;
    END
  END C
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.110594 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.198 0.759 0.693 ;
      RECT 0.693 0.693 0.858 0.759 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.594 ;
      RECT 0.429 0.517 0.495 0.726 ;
      RECT 0.429 0.451 0.627 0.517 ;
      RECT 0.561 0.198 0.627 0.451 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.121 0.462 0.231 0.594 ;
      RECT 0.165 0.594 0.231 0.858 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.02904 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.44 0.363 0.99 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.572 1.023 0.638 1.155 ;
      RECT 0.572 0.957 0.704 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.055 0.176 0.121 0.275 ;
    RECT 0.429 0.176 0.495 0.275 ;
    RECT 0.055 0.275 0.495 0.341 ;
    RECT 0.429 0.825 1.001 0.891 ;
    RECT 0.429 0.891 0.495 0.968 ;
    RECT 0.935 0.891 1.001 0.968 ;
  END
END LDL_OAOI211_1
#
# 
MACRO LDL_OAOI211_2 FOREIGN C0A07BLDL_OAOI211_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.98 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.98 0.033 ;
      RECT 1.837 0.033 1.903 0.264 ;
      RECT 0.616 0.033 0.682 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.98 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 1.221 0.451 1.551 0.517 ;
      RECT 1.485 0.517 1.551 0.858 ;
    END
  END B
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.133584 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.891 ;
      RECT 1.056 0.297 1.683 0.363 ;
      RECT 1.617 0.165 1.683 0.297 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.726 ;
      RECT 0.165 0.451 0.363 0.517 ;
      RECT 0.297 0.517 0.363 0.726 ;
    END
  END A2
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.33 1.815 0.858 ;
    END
  END C
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.05808 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.517 0.627 0.726 ;
      RECT 0.561 0.451 0.759 0.517 ;
      RECT 0.693 0.517 0.759 0.594 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.98 1.221 ;
      RECT 1.056 1.023 1.122 1.155 ;
      RECT 1.056 0.957 1.188 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.98 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.98 0.528 ;
    RECT 0 0.528 1.98 1.221 ;
    LAYER M1L ;
    RECT 0.847 0.165 1.364 0.231 ;
    RECT 0.055 0.198 0.121 0.297 ;
    RECT 0.847 0.231 0.913 0.297 ;
    RECT 0.055 0.297 0.913 0.363 ;
    RECT 0.759 0.726 0.825 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.913 0.825 1.375 0.891 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.913 0.891 0.979 0.957 ;
    RECT 1.309 0.891 1.375 0.99 ;
    RECT 1.815 0.924 1.881 0.99 ;
    RECT 0.55 0.957 0.979 1.023 ;
    RECT 1.309 0.99 1.881 1.056 ;
  END
END LDL_OAOI211_2
#
# 
MACRO LDL_OAOI211_4 FOREIGN C0A07BLDL_OAOI211_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.3 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.3 0.033 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.618 0.033 2.684 0.143 ;
      RECT 2.618 0.143 2.75 0.209 ;
      RECT 1.32 0.033 1.386 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.968 0.033 1.034 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.3 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.2541 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.363 2.739 0.825 ;
      RECT 2.618 0.825 3.102 0.891 ;
      RECT 1.76 0.297 3.267 0.363 ;
      RECT 3.179 0.198 3.267 0.297 ;
    END
  END X
  PIN B
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.517 1.815 0.726 ;
      RECT 1.749 0.451 2.079 0.517 ;
      RECT 2.013 0.517 2.079 0.726 ;
    END
  END B
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.517 0.363 0.726 ;
      RECT 0.297 0.451 0.627 0.517 ;
      RECT 0.561 0.517 0.627 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.517 1.287 0.726 ;
      RECT 0.957 0.451 1.287 0.517 ;
      RECT 0.957 0.517 1.023 0.726 ;
    END
  END A1
  PIN C
    DIRECTION INPUT ;
    AntennaGateArea 0.11616 ;
    PORT
      LAYER M1L ;
      RECT 2.805 0.517 2.871 0.726 ;
      RECT 2.805 0.451 3.135 0.517 ;
      RECT 3.069 0.517 3.135 0.726 ;
    END
  END C
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.3 1.221 ;
      RECT 2.112 1.045 2.178 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.76 1.045 1.826 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.55 1.045 0.616 1.155 ;
      RECT 0.55 0.979 0.682 1.045 ;
      RECT 0.198 1.045 0.264 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.3 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.3 0.528 ;
    RECT 0 0.528 3.3 1.221 ;
    LAYER M1L ;
    RECT 1.551 0.165 2.42 0.231 ;
    RECT 0.055 0.198 0.121 0.275 ;
    RECT 1.551 0.231 1.617 0.275 ;
    RECT 0.055 0.275 1.617 0.341 ;
    RECT 1.463 0.77 1.529 0.847 ;
    RECT 0.055 0.847 1.529 0.913 ;
    RECT 1.617 0.847 2.508 0.913 ;
    RECT 3.179 0.902 3.245 0.979 ;
    RECT 0.055 0.913 0.121 0.99 ;
    RECT 1.617 0.913 1.683 0.979 ;
    RECT 2.442 0.913 2.508 0.979 ;
    RECT 0.902 0.979 1.683 1.045 ;
    RECT 2.442 0.979 3.245 1.045 ;
  END
END LDL_OAOI211_4
#
# 
MACRO LDL_OR2_0P5 FOREIGN C0A07BLDL_OR2_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.55 0.231 ;
      RECT 0.055 0.033 0.121 0.275 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.264 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.528 0.099 0.748 ;
      RECT 0.033 0.462 0.187 0.528 ;
      RECT 0.121 0.396 0.187 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.858 ;
      RECT 0.649 0.858 0.759 1.001 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.011616 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.385 0.682 ;
      RECT 0.198 0.682 0.385 0.748 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.418 1.045 0.484 1.155 ;
      RECT 0.418 0.979 0.55 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.264 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.253 0.132 0.319 0.297 ;
    RECT 0.253 0.297 0.561 0.363 ;
    RECT 0.495 0.363 0.561 0.847 ;
    RECT 0.055 0.847 0.561 0.913 ;
    RECT 0.055 0.913 0.121 1.034 ;
  END
END LDL_OR2_0P5
#
# 
MACRO LDL_OR2_1 FOREIGN C0A07BLDL_OR2_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 0.792 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.792 0.033 ;
      RECT 0.495 0.033 0.561 0.297 ;
      LAYER M2L ;
      RECT 0 -0.033 0.792 0.033 ;
      VIA 0.396 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.033 0.429 0.099 0.594 ;
      RECT 0.033 0.363 0.231 0.429 ;
      RECT 0.165 0.286 0.231 0.363 ;
      RECT 0.033 0.198 0.099 0.363 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.495 0.693 ;
      RECT 0.429 0.693 0.495 0.792 ;
      RECT 0.297 0.693 0.363 0.99 ;
      RECT 0.429 0.561 0.495 0.627 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.924 ;
      RECT 0.649 0.924 0.759 1.056 ;
      RECT 0.649 0.132 0.759 0.264 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.792 1.221 ;
      RECT 0.473 0.891 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 0.792 1.221 ;
      VIA 0.396 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 0.792 0.528 ;
    RECT 0 0.528 0.792 1.221 ;
    LAYER M1L ;
    RECT 0.242 0.143 0.396 0.209 ;
    RECT 0.297 0.209 0.363 0.396 ;
    RECT 0.297 0.396 0.627 0.462 ;
    RECT 0.297 0.462 0.363 0.495 ;
    RECT 0.561 0.462 0.627 0.616 ;
    RECT 0.165 0.495 0.363 0.561 ;
    RECT 0.165 0.561 0.231 0.957 ;
    RECT 0.066 0.957 0.231 1.023 ;
  END
END LDL_OR2_1
#
# 
MACRO LDL_OR2_10 FOREIGN C0A07BLDL_OR2_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.499 0.033 4.565 0.264 ;
      RECT 4.114 0.033 4.18 0.165 ;
      RECT 4.114 0.165 4.246 0.231 ;
      RECT 3.762 0.033 3.828 0.143 ;
      RECT 3.762 0.143 3.894 0.209 ;
      RECT 3.41 0.033 3.476 0.143 ;
      RECT 3.41 0.143 3.542 0.209 ;
      RECT 3.058 0.033 3.124 0.143 ;
      RECT 3.058 0.143 3.19 0.209 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.288 0.033 2.354 0.143 ;
      RECT 2.288 0.143 2.42 0.209 ;
      RECT 1.892 0.033 1.958 0.143 ;
      RECT 1.892 0.143 2.024 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.143 ;
      RECT 1.144 0.143 1.276 0.209 ;
      RECT 0.77 0.033 0.836 0.143 ;
      RECT 0.77 0.143 0.902 0.209 ;
      RECT 0.374 0.033 0.44 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 3.861 0.385 3.927 0.726 ;
      RECT 2.772 0.726 4.488 0.858 ;
      RECT 2.882 0.319 4.422 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.343 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.114 1.023 4.18 1.155 ;
      RECT 4.114 0.957 4.246 1.023 ;
      RECT 3.762 1.023 3.828 1.155 ;
      RECT 3.762 0.957 3.894 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 2.288 1.045 2.354 1.155 ;
      RECT 2.288 0.979 2.42 1.045 ;
      RECT 4.499 0.924 4.565 1.155 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 3.058 0.957 3.19 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 1.892 1.045 1.958 1.155 ;
      RECT 1.892 0.979 2.024 1.045 ;
      RECT 1.518 1.045 1.584 1.155 ;
      RECT 1.518 0.979 1.65 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.154 0.297 0.275 ;
    RECT 0.605 0.154 0.671 0.275 ;
    RECT 1.001 0.154 1.067 0.275 ;
    RECT 1.375 0.154 1.441 0.275 ;
    RECT 1.749 0.154 1.815 0.275 ;
    RECT 2.123 0.154 2.189 0.275 ;
    RECT 2.519 0.198 2.585 0.275 ;
    RECT 0.231 0.275 2.585 0.341 ;
    RECT 2.519 0.341 2.585 0.495 ;
    RECT 1.177 0.341 1.243 0.825 ;
    RECT 2.519 0.495 3.762 0.561 ;
    RECT 0.055 0.748 0.121 0.825 ;
    RECT 0.055 0.825 1.243 0.891 ;
    RECT 1.375 0.847 2.618 0.913 ;
    RECT 1.375 0.913 1.441 0.957 ;
    RECT 0.198 0.957 1.441 1.023 ;
  END
END LDL_OR2_10
#
# 
MACRO LDL_OR2_12 FOREIGN C0A07BLDL_OR2_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.28 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.28 0.033 ;
      RECT 4.818 0.033 4.884 0.143 ;
      RECT 4.752 0.143 4.884 0.209 ;
      RECT 4.4 0.033 4.466 0.143 ;
      RECT 4.4 0.143 4.532 0.209 ;
      RECT 4.048 0.033 4.114 0.143 ;
      RECT 4.048 0.143 4.18 0.209 ;
      RECT 3.696 0.033 3.762 0.143 ;
      RECT 3.696 0.143 3.828 0.209 ;
      RECT 3.344 0.033 3.41 0.143 ;
      RECT 3.344 0.143 3.476 0.209 ;
      RECT 3.036 0.033 3.102 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.156 0.033 2.222 0.143 ;
      RECT 2.156 0.143 2.288 0.209 ;
      RECT 1.782 0.033 1.848 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 5.28 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 1.617 0.462 2.739 0.528 ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.197472 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 1.155 0.528 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.198 0.495 0.462 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.363 4.323 0.726 ;
      RECT 3.036 0.726 5.148 0.858 ;
      RECT 3.168 0.297 5.06 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.28 1.221 ;
      RECT 4.4 1.045 4.466 1.155 ;
      RECT 4.4 0.979 4.532 1.045 ;
      RECT 3.344 1.045 3.41 1.155 ;
      RECT 3.344 0.979 3.476 1.045 ;
      RECT 3.025 0.99 3.091 1.155 ;
      RECT 3.025 0.924 3.124 0.99 ;
      RECT 2.662 1.045 2.728 1.155 ;
      RECT 2.662 0.979 2.794 1.045 ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 4.818 1.045 4.884 1.155 ;
      RECT 4.752 0.979 4.884 1.045 ;
      RECT 4.048 1.045 4.114 1.155 ;
      RECT 4.048 0.979 4.18 1.045 ;
      RECT 3.696 1.045 3.762 1.155 ;
      RECT 3.696 0.979 3.828 1.045 ;
      RECT 1.958 1.045 2.024 1.155 ;
      RECT 1.958 0.979 2.09 1.045 ;
      RECT 1.606 1.045 1.672 1.155 ;
      RECT 1.606 0.979 1.738 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 5.28 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.28 0.528 ;
    RECT 0 0.528 5.28 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.297 3.058 0.363 ;
    RECT 2.992 0.363 3.058 0.495 ;
    RECT 1.287 0.363 1.353 0.825 ;
    RECT 2.992 0.495 4.092 0.561 ;
    RECT 1.463 0.825 2.937 0.891 ;
    RECT 0.198 0.825 1.353 0.891 ;
    RECT 2.871 0.891 2.937 0.968 ;
    RECT 1.463 0.891 1.529 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 1.529 1.045 ;
  END
END LDL_OR2_12
#
# 
MACRO LDL_OR2_16 FOREIGN C0A07BLDL_OR2_16_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.864 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.864 0.033 ;
      RECT 6.743 0.033 6.809 0.264 ;
      RECT 6.424 0.033 6.49 0.143 ;
      RECT 6.358 0.143 6.49 0.209 ;
      RECT 6.072 0.033 6.138 0.143 ;
      RECT 6.006 0.143 6.138 0.209 ;
      RECT 5.72 0.033 5.786 0.143 ;
      RECT 5.654 0.143 5.786 0.209 ;
      RECT 5.368 0.033 5.434 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 4.95 0.143 5.082 0.209 ;
      RECT 4.664 0.033 4.73 0.143 ;
      RECT 4.598 0.143 4.73 0.209 ;
      RECT 4.312 0.033 4.378 0.143 ;
      RECT 4.246 0.143 4.378 0.209 ;
      RECT 3.96 0.033 4.026 0.143 ;
      RECT 3.894 0.143 4.026 0.209 ;
      RECT 3.014 0.033 3.08 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 1.958 0.033 2.024 0.143 ;
      RECT 1.958 0.143 2.09 0.209 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.738 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 6.864 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
      VIA 6.6 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 1.023 0.594 ;
      RECT 0.957 0.462 1.023 0.528 ;
      RECT 0.825 0.198 0.891 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.277816 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.267 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.743424 ;
    PORT
      LAYER M1L ;
      RECT 5.951 0.363 6.039 0.726 ;
      RECT 3.96 0.726 6.732 0.858 ;
      RECT 4.07 0.297 6.666 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.864 1.221 ;
      RECT 6.006 1.045 6.072 1.155 ;
      RECT 6.006 0.979 6.138 1.045 ;
      RECT 5.654 1.045 5.72 1.155 ;
      RECT 5.654 0.979 5.786 1.045 ;
      RECT 5.302 1.045 5.368 1.155 ;
      RECT 5.302 0.979 5.434 1.045 ;
      RECT 4.95 1.045 5.016 1.155 ;
      RECT 4.95 0.979 5.082 1.045 ;
      RECT 3.927 0.99 3.993 1.155 ;
      RECT 3.927 0.924 4.026 0.99 ;
      RECT 2.838 1.045 2.904 1.155 ;
      RECT 2.838 0.979 2.97 1.045 ;
      RECT 2.486 1.045 2.552 1.155 ;
      RECT 2.486 0.979 2.618 1.045 ;
      RECT 2.134 1.045 2.2 1.155 ;
      RECT 2.134 0.979 2.266 1.045 ;
      RECT 6.743 0.924 6.809 1.155 ;
      RECT 6.358 1.045 6.424 1.155 ;
      RECT 6.358 0.979 6.49 1.045 ;
      RECT 4.598 1.045 4.664 1.155 ;
      RECT 4.598 0.979 4.73 1.045 ;
      RECT 4.246 1.045 4.312 1.155 ;
      RECT 4.246 0.979 4.378 1.045 ;
      RECT 3.542 1.045 3.608 1.155 ;
      RECT 3.542 0.979 3.674 1.045 ;
      RECT 3.19 1.045 3.256 1.155 ;
      RECT 3.19 0.979 3.322 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 6.864 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
      VIA 6.6 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.864 0.528 ;
    RECT 0 0.528 6.864 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.297 3.96 0.363 ;
    RECT 3.894 0.363 3.96 0.495 ;
    RECT 1.815 0.363 1.881 0.759 ;
    RECT 3.894 0.495 5.83 0.561 ;
    RECT 0.055 0.759 1.881 0.825 ;
    RECT 1.991 0.825 3.85 0.891 ;
    RECT 0.055 0.825 0.121 0.902 ;
    RECT 1.991 0.891 2.057 0.979 ;
    RECT 0.198 0.979 2.057 1.045 ;
  END
END LDL_OR2_16
#
# 
MACRO LDL_OR2_2 FOREIGN C0A07BLDL_OR2_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.946 0.165 1.078 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.242 0.033 0.308 0.165 ;
      RECT 0.176 0.165 0.308 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.66 0 V1L2L ;
      VIA 1.188 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.253 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.035816 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.385 1.287 0.803 ;
      RECT 1.089 0.803 1.287 0.869 ;
      RECT 1.089 0.726 1.155 0.803 ;
      RECT 1.122 0.319 1.287 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.66 1.188 V1L2L ;
      VIA 1.188 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.385 0.22 0.473 0.33 ;
    RECT 0.385 0.33 1.023 0.396 ;
    RECT 0.957 0.396 1.023 0.495 ;
    RECT 0.385 0.396 0.451 0.66 ;
    RECT 0.957 0.495 1.122 0.561 ;
    RECT 0.264 0.66 0.451 0.726 ;
    RECT 0.264 0.726 0.33 0.781 ;
    RECT 0.198 0.781 0.33 0.847 ;
    RECT 0.407 0.825 0.88 0.891 ;
    RECT 0.407 0.891 0.473 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.473 1.045 ;
  END
END LDL_OR2_2
#
# 
MACRO LDL_OR2_2RE FOREIGN C0A07BLDL_OR2_2RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 1.045 0.033 1.155 0.187 ;
      RECT 1.001 0.187 1.155 0.253 ;
      RECT 0.693 0.033 0.759 0.396 ;
      RECT 0.396 0.033 0.462 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.066 0.495 0.264 0.561 ;
      RECT 0.066 0.561 0.132 0.759 ;
      RECT 0.066 0.759 0.264 0.825 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.385 1.155 0.759 ;
      RECT 0.891 0.759 1.155 0.825 ;
      RECT 0.891 0.825 0.957 1.034 ;
      RECT 0.858 0.319 1.155 0.385 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.264 0.627 0.495 0.693 ;
      RECT 0.429 0.462 0.495 0.627 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.693 0.814 0.759 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.198 0.132 0.308 0.297 ;
    RECT 0.198 0.297 0.627 0.363 ;
    RECT 0.561 0.363 0.627 0.495 ;
    RECT 0.781 0.462 1.023 0.495 ;
    RECT 0.561 0.495 1.023 0.528 ;
    RECT 0.561 0.528 0.847 0.561 ;
    RECT 0.957 0.528 1.023 0.594 ;
    RECT 0.781 0.561 0.847 0.594 ;
    RECT 0.561 0.561 0.627 0.759 ;
    RECT 0.451 0.759 0.627 0.825 ;
    RECT 0.451 0.825 0.517 1.034 ;
  END
END LDL_OR2_2RE
#
# 
MACRO LDL_OR2_3 FOREIGN C0A07BLDL_OR2_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.32 0.033 1.386 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.049368 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.561 0.462 0.759 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.385 1.419 0.693 ;
      RECT 0.957 0.693 1.551 0.759 ;
      RECT 1.463 0.759 1.551 0.858 ;
      RECT 0.957 0.759 1.023 0.858 ;
      RECT 1.078 0.319 1.551 0.385 ;
      RECT 1.463 0.198 1.551 0.319 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.287 0.913 1.353 1.155 ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.55 1.023 0.616 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.319 0.319 0.946 0.385 ;
    RECT 0.88 0.385 0.946 0.495 ;
    RECT 0.319 0.385 0.385 0.693 ;
    RECT 0.88 0.495 1.254 0.561 ;
    RECT 0.231 0.693 0.385 0.759 ;
    RECT 0.231 0.759 0.297 0.836 ;
    RECT 0.407 0.825 0.858 0.891 ;
    RECT 0.055 0.869 0.121 0.957 ;
    RECT 0.407 0.891 0.473 0.957 ;
    RECT 0.055 0.957 0.473 1.023 ;
  END
END LDL_OR2_3
#
# 
MACRO LDL_OR2_4 FOREIGN C0A07BLDL_OR2_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.969 0.033 2.035 0.264 ;
      RECT 1.584 0.033 1.65 0.143 ;
      RECT 1.584 0.143 1.716 0.209 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.166 0.165 1.298 0.231 ;
      RECT 0.638 0.033 0.704 0.143 ;
      RECT 0.638 0.143 0.77 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.32 0.726 1.98 0.858 ;
      RECT 1.408 0.319 1.892 0.385 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.65 1.045 1.716 1.155 ;
      RECT 1.584 0.979 1.716 1.045 ;
      RECT 0.726 1.023 0.792 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.364 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 0.407 0.22 0.473 0.33 ;
    RECT 0.935 0.22 1.001 0.33 ;
    RECT 0.407 0.33 1.166 0.396 ;
    RECT 1.1 0.396 1.166 0.495 ;
    RECT 0.407 0.396 0.473 0.836 ;
    RECT 1.1 0.495 1.65 0.561 ;
    RECT 0.583 0.825 1.034 0.891 ;
    RECT 0.055 0.836 0.473 0.902 ;
    RECT 0.583 0.891 0.649 0.979 ;
    RECT 0.055 0.902 0.121 0.968 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDL_OR2_4
#
# 
MACRO LDL_OR2_4RE FOREIGN C0A07BLDL_OR2_4RET_R2 0 0 ;
##MACROVERSION "2.0 2009/04/28" ;
#LDBCLASS PGA GA    ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.233 0.033 2.343 0.187 ;
      RECT 2.189 0.187 2.343 0.253 ;
      RECT 1.606 0.033 1.672 0.143 ;
      RECT 1.606 0.143 1.958 0.209 ;
      RECT 1.243 0.033 1.309 0.264 ;
      RECT 1.067 0.033 1.133 0.264 ;
      RECT 0.418 0.033 0.484 0.165 ;
      RECT 0.418 0.165 0.77 0.231 ;
      RECT 0.055 0.033 0.121 0.396 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.924 0 V1L2L ;
      VIA 1.584 0 V1L2L ;
      VIA 2.112 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.759 ;
      RECT 0.132 0.759 0.726 0.825 ;
      RECT 0.66 0.693 0.726 0.759 ;
      RECT 0.66 0.627 0.99 0.693 ;
      RECT 0.924 0.561 0.99 0.627 ;
      RECT 0.924 0.495 1.056 0.561 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 1.419 0.627 2.079 0.693 ;
      RECT 2.079 0.759 2.145 0.924 ;
      RECT 2.013 0.693 2.343 0.759 ;
      RECT 2.277 0.385 2.343 0.693 ;
      RECT 1.419 0.363 2.343 0.385 ;
      RECT 1.782 0.319 2.343 0.363 ;
      RECT 1.419 0.385 1.848 0.429 ;
      RECT 1.419 0.154 1.485 0.363 ;
      RECT 1.419 0.693 1.485 0.902 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.627 0.528 0.693 ;
      RECT 0.297 0.561 0.363 0.627 ;
      RECT 0.297 0.495 0.814 0.561 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 2.255 0.924 2.321 1.155 ;
      RECT 1.837 0.792 1.903 1.155 ;
      RECT 1.661 0.792 1.727 1.155 ;
      RECT 1.243 0.924 1.309 1.155 ;
      RECT 1.067 0.924 1.133 1.155 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.924 1.188 V1L2L ;
      VIA 1.584 1.188 V1L2L ;
      VIA 2.112 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.33 ;
    RECT 0.891 0.154 0.957 0.363 ;
    RECT 0.231 0.33 0.759 0.363 ;
    RECT 0.231 0.363 1.287 0.396 ;
    RECT 0.693 0.396 1.287 0.429 ;
    RECT 1.221 0.429 1.287 0.495 ;
    RECT 2.002 0.462 2.211 0.495 ;
    RECT 1.221 0.495 2.211 0.528 ;
    RECT 1.221 0.528 2.068 0.561 ;
    RECT 2.145 0.528 2.211 0.594 ;
    RECT 1.221 0.561 1.287 0.759 ;
    RECT 0.825 0.759 1.287 0.825 ;
    RECT 0.825 0.825 0.891 0.891 ;
    RECT 0.418 0.891 0.891 0.957 ;
  END
END LDL_OR2_4RE
#
# 
MACRO LDL_OR2_6 FOREIGN C0A07BLDL_OR2_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.068 0.033 2.134 0.143 ;
      RECT 2.002 0.143 2.134 0.209 ;
      RECT 1.661 0.033 1.727 0.264 ;
      RECT 1.1 0.033 1.166 0.143 ;
      RECT 1.1 0.143 1.232 0.209 ;
      RECT 0.484 0.033 0.55 0.143 ;
      RECT 0.484 0.143 0.616 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.594 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.385 2.475 0.726 ;
      RECT 1.716 0.726 2.772 0.858 ;
      RECT 1.826 0.319 2.662 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.354 1.045 2.42 1.155 ;
      RECT 2.354 0.979 2.486 1.045 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 2.068 1.045 2.134 1.155 ;
      RECT 2.002 0.979 2.134 1.045 ;
      RECT 1.716 1.045 1.782 1.155 ;
      RECT 1.65 0.979 1.782 1.045 ;
      RECT 1.364 1.045 1.43 1.155 ;
      RECT 1.298 0.979 1.43 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.198 0.297 0.275 ;
    RECT 1.331 0.198 1.397 0.275 ;
    RECT 0.231 0.275 1.584 0.341 ;
    RECT 1.518 0.341 1.584 0.495 ;
    RECT 0.616 0.341 0.682 0.825 ;
    RECT 1.518 0.495 2.31 0.561 ;
    RECT 0.231 0.748 0.297 0.825 ;
    RECT 0.759 0.825 1.606 0.891 ;
    RECT 0.231 0.825 0.682 0.891 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
  END
END LDL_OR2_6
#
# 
MACRO LDL_OR2_8 FOREIGN C0A07BLDL_OR2_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.498 0.033 3.564 0.143 ;
      RECT 3.432 0.143 3.564 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.08 0.143 3.212 0.209 ;
      RECT 2.728 0.033 2.794 0.143 ;
      RECT 2.728 0.143 2.86 0.209 ;
      RECT 2.409 0.033 2.475 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.342 0.033 1.408 0.143 ;
      RECT 1.276 0.143 1.408 0.209 ;
      RECT 0.924 0.033 0.99 0.143 ;
      RECT 0.924 0.143 1.056 0.209 ;
      RECT 0.605 0.033 0.671 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.627 0.594 ;
      RECT 0.561 0.462 0.627 0.528 ;
      RECT 0.429 0.198 0.495 0.528 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 2.508 0.726 3.828 0.858 ;
      RECT 3.465 0.385 3.531 0.726 ;
      RECT 2.552 0.319 3.762 0.385 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 2.409 0.946 2.475 1.155 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 3.498 1.045 3.564 1.155 ;
      RECT 3.432 0.979 3.564 1.045 ;
      RECT 3.146 1.045 3.212 1.155 ;
      RECT 3.08 0.979 3.212 1.045 ;
      RECT 2.728 1.045 2.794 1.155 ;
      RECT 2.728 0.979 2.86 1.045 ;
      RECT 1.98 1.045 2.046 1.155 ;
      RECT 1.98 0.979 2.112 1.045 ;
      RECT 1.628 1.045 1.694 1.155 ;
      RECT 1.628 0.979 1.76 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 0.748 0.297 1.947 0.363 ;
    RECT 1.881 0.363 1.947 0.495 ;
    RECT 0.99 0.363 1.056 0.671 ;
    RECT 1.881 0.495 3.212 0.561 ;
    RECT 0.22 0.671 1.056 0.737 ;
    RECT 0.077 0.825 2.288 0.891 ;
    RECT 0.077 0.891 0.143 0.968 ;
  END
END LDL_OR2_8
#
# 
MACRO LDL_OR3B_1 FOREIGN C0A07BLDL_OR3B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.056 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.198 0.495 0.726 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.495 0.759 0.561 ;
      RECT 0.693 0.561 0.759 0.726 ;
      RECT 0.693 0.33 0.759 0.495 ;
      RECT 0.561 0.561 0.627 0.726 ;
      RECT 0.561 0.33 0.627 0.495 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092686 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.231 1.023 0.957 ;
      RECT 0.682 0.957 1.023 1.023 ;
      RECT 0.682 1.023 0.748 1.056 ;
      RECT 0.858 0.165 1.023 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      RECT 0.528 1.023 0.594 1.155 ;
      RECT 0.462 0.957 0.594 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.297 0.286 0.363 0.825 ;
    RECT 0.825 0.462 0.891 0.825 ;
    RECT 0.297 0.825 0.891 0.891 ;
    RECT 0.297 0.891 0.363 0.957 ;
    RECT 0.066 0.957 0.363 1.023 ;
  END
END LDL_OR3B_1
#
# 
MACRO LDL_OR3B_2 FOREIGN C0A07BLDL_OR3B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      RECT 1.584 0.033 1.65 0.165 ;
      RECT 1.518 0.165 1.65 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.485 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.363 1.287 0.825 ;
      RECT 1.144 0.825 1.65 0.891 ;
      RECT 1.144 0.297 1.287 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.032912 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.198 0.363 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.342 1.023 1.408 1.155 ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.22 1.023 0.286 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 1.727 0.924 1.793 1.155 ;
      RECT 1.342 0.957 1.474 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.968 0.132 1.034 0.165 ;
    RECT 0.451 0.165 0.891 0.231 ;
    RECT 0.968 0.165 1.419 0.231 ;
    RECT 1.727 0.22 1.793 0.297 ;
    RECT 0.451 0.231 0.517 0.308 ;
    RECT 0.825 0.231 0.891 0.462 ;
    RECT 1.353 0.231 1.419 0.297 ;
    RECT 1.353 0.297 1.793 0.363 ;
    RECT 0.825 0.462 1.155 0.528 ;
    RECT 1.089 0.528 1.155 0.594 ;
    RECT 0.825 0.528 0.891 0.825 ;
    RECT 0.077 0.825 0.517 0.891 ;
    RECT 0.616 0.825 0.891 0.891 ;
    RECT 0.451 0.891 0.517 0.957 ;
    RECT 0.077 0.891 0.143 0.968 ;
    RECT 0.451 0.957 0.924 1.023 ;
  END
END LDL_OR3B_2
#
# 
MACRO LDL_OR3B_3 FOREIGN C0A07BLDL_OR3B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.112 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.112 0.033 ;
      RECT 1.991 0.033 2.057 0.264 ;
      RECT 1.606 0.033 1.672 0.165 ;
      RECT 1.606 0.165 1.738 0.231 ;
      RECT 0.748 0.033 0.814 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 2.112 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.165 0.528 0.231 0.594 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.727 0.462 1.947 0.528 ;
      RECT 1.727 0.528 1.815 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.429 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.594 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.495 1.419 0.726 ;
      RECT 1.056 0.726 1.584 0.825 ;
      RECT 1.056 0.825 1.914 0.858 ;
      RECT 1.518 0.858 1.914 0.891 ;
      RECT 1.287 0.429 1.419 0.495 ;
      RECT 1.287 0.363 1.353 0.429 ;
      RECT 0.902 0.297 1.353 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.112 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.023 0.33 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      RECT 1.991 0.924 2.057 1.155 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.112 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.112 0.528 ;
    RECT 0 0.528 2.112 1.221 ;
    LAYER M1L ;
    RECT 1.078 0.165 1.529 0.231 ;
    RECT 0.231 0.198 0.297 0.297 ;
    RECT 0.605 0.198 0.671 0.297 ;
    RECT 1.463 0.231 1.529 0.297 ;
    RECT 0.231 0.297 0.792 0.363 ;
    RECT 1.463 0.297 1.914 0.363 ;
    RECT 0.726 0.363 0.792 0.495 ;
    RECT 0.726 0.495 1.188 0.561 ;
    RECT 0.726 0.561 0.792 0.704 ;
    RECT 0.605 0.704 0.792 0.77 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.605 0.77 0.671 0.836 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 0.429 0.891 0.495 0.979 ;
    RECT 0.781 0.902 0.847 0.979 ;
    RECT 0.429 0.979 0.847 1.045 ;
  END
END LDL_OR3B_3
#
# 
MACRO LDL_OR3B_4 FOREIGN C0A07BLDL_OR3B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 2.552 0.033 2.618 0.143 ;
      RECT 2.552 0.143 2.684 0.209 ;
      RECT 2.2 0.033 2.266 0.165 ;
      RECT 2.2 0.165 2.332 0.231 ;
      RECT 0.946 0.033 1.012 0.143 ;
      RECT 0.946 0.143 1.078 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.363 1.947 0.825 ;
      RECT 1.485 0.825 2.684 0.891 ;
      RECT 1.496 0.297 1.947 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.825 0.528 0.891 0.594 ;
      RECT 0.693 0.528 0.759 0.594 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.331 0.924 1.397 1.155 ;
      RECT 2.761 0.924 2.827 1.155 ;
      RECT 2.024 1.023 2.09 1.155 ;
      RECT 2.024 0.957 2.156 1.023 ;
      RECT 1.672 1.023 1.738 1.155 ;
      RECT 1.672 0.957 1.804 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 1.32 0.143 2.123 0.209 ;
    RECT 2.057 0.209 2.123 0.297 ;
    RECT 2.761 0.22 2.827 0.297 ;
    RECT 0.396 0.275 1.265 0.341 ;
    RECT 2.057 0.297 2.827 0.363 ;
    RECT 1.199 0.341 1.265 0.495 ;
    RECT 1.199 0.495 1.782 0.561 ;
    RECT 1.199 0.561 1.265 0.825 ;
    RECT 0.781 0.748 0.847 0.825 ;
    RECT 0.198 0.825 0.671 0.891 ;
    RECT 0.781 0.825 1.265 0.891 ;
    RECT 0.605 0.891 0.671 0.957 ;
    RECT 0.605 0.957 1.056 1.023 ;
  END
END LDL_OR3B_4
#
# 
MACRO LDL_OR3B_6 FOREIGN C0A07BLDL_OR3B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.96 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.96 0.033 ;
      RECT 3.674 0.033 3.74 0.143 ;
      RECT 3.608 0.143 3.74 0.209 ;
      RECT 3.234 0.033 3.3 0.165 ;
      RECT 3.234 0.165 3.366 0.231 ;
      RECT 2.86 0.033 2.926 0.165 ;
      RECT 2.86 0.165 2.992 0.231 ;
      RECT 0.902 0.033 0.968 0.143 ;
      RECT 0.902 0.143 1.034 0.209 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.96 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.089 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.353 0.198 1.419 0.462 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.094864 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.198 0.231 0.462 ;
    END
  END B2
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.528 3.663 0.594 ;
      RECT 2.805 0.462 3.663 0.528 ;
      RECT 3.465 0.528 3.531 0.594 ;
      RECT 3.333 0.528 3.399 0.594 ;
      RECT 3.201 0.528 3.267 0.594 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.828 0.858 ;
      RECT 1.804 0.297 2.607 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.41 0.957 3.542 1.023 ;
      RECT 0 1.155 3.96 1.221 ;
      RECT 3.85 1.023 3.916 1.155 ;
      RECT 3.784 0.957 3.916 1.023 ;
      RECT 3.036 1.023 3.102 1.155 ;
      RECT 3.036 0.957 3.168 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.332 1.023 2.398 1.155 ;
      RECT 2.332 0.957 2.464 1.023 ;
      RECT 1.98 1.023 2.046 1.155 ;
      RECT 1.98 0.957 2.112 1.023 ;
      RECT 0.616 1.023 0.682 1.155 ;
      RECT 0.55 0.957 0.682 1.023 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.96 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.96 0.528 ;
    RECT 0 0.528 3.96 1.221 ;
    LAYER M1L ;
    RECT 1.628 0.165 2.783 0.231 ;
    RECT 3.817 0.22 3.883 0.297 ;
    RECT 2.717 0.231 2.783 0.297 ;
    RECT 0.374 0.275 1.21 0.341 ;
    RECT 2.717 0.297 3.883 0.363 ;
    RECT 0.902 0.341 0.968 0.825 ;
    RECT 1.518 0.495 2.442 0.561 ;
    RECT 1.518 0.561 1.584 0.825 ;
    RECT 0.055 0.825 0.825 0.891 ;
    RECT 0.902 0.825 1.584 0.891 ;
    RECT 0.759 0.891 0.825 0.957 ;
    RECT 0.055 0.891 0.121 0.99 ;
    RECT 0.759 0.957 1.562 1.023 ;
  END
END LDL_OR3B_6
#
# 
MACRO LDL_OR3B_8 FOREIGN C0A07BLDL_OR3B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 4.554 0.033 4.62 0.143 ;
      RECT 4.554 0.143 4.686 0.209 ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.202 0.033 4.268 0.165 ;
      RECT 4.202 0.165 4.334 0.231 ;
      RECT 3.85 0.033 3.916 0.165 ;
      RECT 3.85 0.165 3.982 0.231 ;
      RECT 3.476 0.033 3.542 0.165 ;
      RECT 3.476 0.165 3.608 0.231 ;
      RECT 1.342 0.033 1.408 0.165 ;
      RECT 1.342 0.165 1.474 0.231 ;
      RECT 0.726 0.033 0.792 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.124872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.363 3.003 0.726 ;
      RECT 1.98 0.726 4.752 0.858 ;
      RECT 2.046 0.297 3.234 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 4.378 1.023 4.444 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.023 4.092 1.155 ;
      RECT 4.026 0.957 4.158 1.023 ;
      RECT 3.652 1.023 3.718 1.155 ;
      RECT 3.652 0.957 3.784 1.023 ;
      RECT 3.3 1.023 3.366 1.155 ;
      RECT 3.3 0.957 3.432 1.023 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.926 0.957 3.058 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.574 0.957 2.706 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.222 0.957 2.354 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.87 0.957 2.002 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.518 0.957 1.65 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.144 0.957 1.276 1.023 ;
      RECT 4.763 0.924 4.829 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.87 0.165 3.399 0.231 ;
    RECT 4.763 0.22 4.829 0.297 ;
    RECT 3.333 0.231 3.399 0.297 ;
    RECT 0.198 0.297 1.815 0.363 ;
    RECT 3.333 0.297 4.829 0.363 ;
    RECT 1.749 0.363 1.815 0.495 ;
    RECT 0.825 0.363 0.891 0.825 ;
    RECT 1.749 0.495 2.838 0.561 ;
    RECT 0.055 0.726 0.121 0.825 ;
    RECT 0.979 0.825 1.826 0.891 ;
    RECT 0.055 0.825 0.891 0.891 ;
    RECT 0.979 0.891 1.045 0.957 ;
    RECT 0.198 0.957 1.045 1.023 ;
  END
END LDL_OR3B_8
#
# 
MACRO LDL_OR3_0P5 FOREIGN C0A07BLDL_OR3_0P5_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.037026 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.012584 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDL_OR3_0P5
#
# 
MACRO LDL_OR3_1 FOREIGN C0A07BLDL_OR3_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.056 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.759 0.033 0.825 0.264 ;
      RECT 0 -0.033 1.056 0.033 ;
      RECT 0.462 0.033 0.528 0.143 ;
      RECT 0.396 0.143 0.528 0.209 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.056 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.069696 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.264 1.023 0.858 ;
      RECT 0.913 0.858 1.023 0.99 ;
      RECT 0.913 0.132 1.023 0.264 ;
    END
  END X
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.561 0.627 0.858 ;
      RECT 0.484 0.495 0.627 0.561 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.056 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 1.056 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.056 0.528 ;
    RECT 0 0.528 1.056 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.286 ;
    RECT 0.605 0.132 0.671 0.286 ;
    RECT 0.231 0.286 0.671 0.352 ;
    RECT 0.605 0.352 0.671 0.363 ;
    RECT 0.605 0.363 0.891 0.429 ;
    RECT 0.825 0.429 0.891 0.528 ;
    RECT 0.781 0.528 0.891 0.594 ;
    RECT 0.781 0.594 0.847 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.847 1.056 ;
  END
END LDL_OR3_1
#
# 
MACRO LDL_OR3_10 FOREIGN C0A07BLDL_OR3_10_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.676 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.676 0.033 ;
      RECT 4.62 0.033 4.686 0.165 ;
      RECT 4.62 0.165 4.752 0.231 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 1.518 0.033 1.584 0.165 ;
      RECT 1.452 0.165 1.584 0.231 ;
      RECT 1.166 0.033 1.232 0.165 ;
      RECT 1.1 0.165 1.232 0.231 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 5.676 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.277 0.462 2.871 0.528 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 3.729 0.528 3.795 0.726 ;
      RECT 3.333 0.462 3.927 0.528 ;
      RECT 3.861 0.528 3.927 0.726 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
      RECT 3.333 0.528 3.399 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.175208 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 4.785 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.785 0.528 4.851 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.46464 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.363 0.759 0.726 ;
      RECT 0.132 0.726 1.848 0.858 ;
      RECT 0.22 0.297 1.76 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.676 1.221 ;
      RECT 2.926 1.023 2.992 1.155 ;
      RECT 2.86 0.957 2.992 1.023 ;
      RECT 2.574 1.023 2.64 1.155 ;
      RECT 2.508 0.957 2.64 1.023 ;
      RECT 1.87 1.023 1.936 1.155 ;
      RECT 1.804 0.957 1.936 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 2.222 1.023 2.288 1.155 ;
      RECT 2.156 0.957 2.288 1.023 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.676 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.676 0.528 ;
    RECT 0 0.528 5.676 1.221 ;
    LAYER M1L ;
    RECT 2.013 0.165 3.839 0.231 ;
    RECT 3.773 0.231 3.839 0.297 ;
    RECT 2.013 0.231 2.079 0.495 ;
    RECT 3.773 0.297 4.928 0.363 ;
    RECT 4.477 0.363 4.543 0.825 ;
    RECT 0.968 0.495 2.079 0.561 ;
    RECT 1.98 0.825 4.224 0.891 ;
    RECT 4.477 0.825 5.632 0.891 ;
    RECT 5.566 0.891 5.632 0.924 ;
    RECT 3.212 0.957 5.456 1.023 ;
  END
END LDL_OR3_10
#
# 
MACRO LDL_OR3_12 FOREIGN C0A07BLDL_OR3_12_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.808 0.033 5.874 0.143 ;
      RECT 5.742 0.143 5.874 0.209 ;
      RECT 5.39 0.033 5.456 0.143 ;
      RECT 5.39 0.143 5.522 0.209 ;
      RECT 5.016 0.033 5.082 0.143 ;
      RECT 5.016 0.143 5.148 0.209 ;
      RECT 4.642 0.033 4.708 0.143 ;
      RECT 4.642 0.143 4.774 0.209 ;
      RECT 4.29 0.033 4.356 0.143 ;
      RECT 4.29 0.143 4.422 0.209 ;
      RECT 3.08 0.033 3.146 0.143 ;
      RECT 3.014 0.143 3.146 0.209 ;
      RECT 2.662 0.033 2.728 0.143 ;
      RECT 2.662 0.143 2.794 0.209 ;
      RECT 2.167 0.033 2.233 0.264 ;
      RECT 1.848 0.033 1.914 0.165 ;
      RECT 1.782 0.165 1.914 0.231 ;
      RECT 1.496 0.033 1.562 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 5.577 0.528 5.643 0.726 ;
      RECT 5.313 0.462 6.171 0.528 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.841 0.528 5.907 0.726 ;
      RECT 5.709 0.528 5.775 0.726 ;
      RECT 5.445 0.528 5.511 0.726 ;
      RECT 5.313 0.528 5.379 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.205216 ;
    PORT
      LAYER M1L ;
      RECT 3.993 0.495 4.059 0.726 ;
      RECT 3.993 0.429 4.796 0.495 ;
      RECT 3.993 0.33 4.059 0.429 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.557568 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.363 0.891 0.726 ;
      RECT 0.132 0.726 2.112 0.858 ;
      RECT 0.198 0.297 2.09 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.023 1.21 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 0.792 1.023 0.858 1.155 ;
      RECT 0.726 0.957 0.858 1.023 ;
      RECT 0.44 1.023 0.506 1.155 ;
      RECT 0.374 0.957 0.506 1.023 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.462 ;
    RECT 0 0.462 3.641 0.528 ;
    RECT 5.258 0.462 6.6 0.528 ;
    RECT 3.641 0.462 5.258 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 3.223 0.165 4.213 0.231 ;
    RECT 3.223 0.231 3.289 0.275 ;
    RECT 4.147 0.231 4.213 0.275 ;
    RECT 2.409 0.275 3.289 0.341 ;
    RECT 4.147 0.275 6.05 0.341 ;
    RECT 2.409 0.341 2.475 0.495 ;
    RECT 5.049 0.341 5.115 0.825 ;
    RECT 1.012 0.495 2.475 0.561 ;
    RECT 6.336 0.792 6.402 0.825 ;
    RECT 2.31 0.825 4.95 0.891 ;
    RECT 5.049 0.825 6.402 0.891 ;
    RECT 6.479 0.88 6.545 0.957 ;
    RECT 3.916 0.957 6.545 1.023 ;
  END
END LDL_OR3_12
#
# 
MACRO LDL_OR3_2 FOREIGN C0A07BLDL_OR3_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.848 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.848 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 1.848 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.33 0.759 0.726 ;
    END
  END A3
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.198 1.683 0.594 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.231 0.231 0.825 ;
      RECT 0.165 0.825 0.352 0.891 ;
      RECT 0.165 0.165 0.352 0.231 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.848 1.221 ;
      RECT 0.473 0.924 0.539 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.848 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.848 0.528 ;
    RECT 0 0.528 1.848 1.221 ;
    LAYER M1L ;
    RECT 0.495 0.165 1.441 0.231 ;
    RECT 0.495 0.231 0.561 0.429 ;
    RECT 1.375 0.231 1.441 0.803 ;
    RECT 0.297 0.429 0.561 0.495 ;
    RECT 0.297 0.495 0.363 0.594 ;
    RECT 1.232 0.792 1.298 0.825 ;
    RECT 1.375 0.803 1.65 0.869 ;
    RECT 0.616 0.825 1.298 0.891 ;
    RECT 1.727 0.88 1.793 0.957 ;
    RECT 0.99 0.957 1.793 1.023 ;
  END
END LDL_OR3_2
#
# 
MACRO LDL_OR3_3 FOREIGN C0A07BLDL_OR3_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 0.198 0.033 0.264 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.33 0.891 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.33 2.079 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.33 1.551 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.162624 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.825 ;
      RECT 0.033 0.825 0.506 0.891 ;
      RECT 0.033 0.891 0.121 0.99 ;
      RECT 0.033 0.297 0.506 0.363 ;
      RECT 0.033 0.198 0.121 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 1.034 1.023 1.1 1.155 ;
      RECT 0.968 0.957 1.1 1.023 ;
      RECT 0.605 0.924 0.671 1.155 ;
      RECT 0.198 1.023 0.264 1.155 ;
      RECT 0.198 0.957 0.33 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.649 0.165 2.156 0.231 ;
    RECT 0.649 0.231 0.715 0.495 ;
    RECT 1.749 0.231 1.815 0.825 ;
    RECT 0.374 0.495 0.715 0.561 ;
    RECT 0.77 0.825 1.628 0.891 ;
    RECT 1.749 0.825 2.332 0.891 ;
    RECT 2.266 0.891 2.332 0.924 ;
    RECT 1.32 0.957 2.156 1.023 ;
  END
END LDL_OR3_3
#
# 
MACRO LDL_OR3_4 FOREIGN C0A07BLDL_OR3_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.508 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.508 0.033 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.508 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.33 2.211 0.726 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.363 0.231 0.726 ;
      RECT 0.132 0.726 0.792 0.858 ;
      RECT 0.165 0.297 0.704 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.33 1.683 0.726 ;
    END
  END A2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.508 1.221 ;
      RECT 1.166 1.023 1.232 1.155 ;
      RECT 1.1 0.957 1.232 1.023 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.508 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.508 0.528 ;
    RECT 0 0.528 2.508 1.221 ;
    LAYER M1L ;
    RECT 0.825 0.165 2.288 0.231 ;
    RECT 0.825 0.231 0.891 0.495 ;
    RECT 1.881 0.231 1.947 0.825 ;
    RECT 0.418 0.495 0.891 0.561 ;
    RECT 0.924 0.825 1.76 0.891 ;
    RECT 1.881 0.825 2.464 0.891 ;
    RECT 2.398 0.891 2.464 0.924 ;
    RECT 1.452 0.957 2.288 1.023 ;
  END
END LDL_OR3_4
#
# 
MACRO LDL_OR3_6 FOREIGN C0A07BLDL_OR3_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.564 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.564 0.033 ;
      RECT 2.86 0.033 2.926 0.143 ;
      RECT 2.86 0.143 2.992 0.209 ;
      RECT 2.508 0.033 2.574 0.143 ;
      RECT 2.508 0.143 2.64 0.209 ;
      RECT 1.628 0.033 1.694 0.143 ;
      RECT 1.628 0.143 1.76 0.209 ;
      RECT 1.188 0.033 1.254 0.143 ;
      RECT 1.188 0.143 1.32 0.209 ;
      RECT 0.814 0.033 0.88 0.165 ;
      RECT 0.748 0.165 0.88 0.231 ;
      RECT 0.462 0.033 0.528 0.165 ;
      RECT 0.396 0.165 0.528 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.564 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.277 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.409 0.528 2.475 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.528 3.267 0.726 ;
      RECT 3.069 0.462 3.399 0.528 ;
      RECT 3.333 0.528 3.399 0.726 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 3.333 0.198 3.399 0.462 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.462 1.683 0.528 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.278784 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.363 0.363 0.726 ;
      RECT 0.132 0.726 1.056 0.858 ;
      RECT 0.22 0.297 1.056 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.564 1.221 ;
      RECT 1.518 1.023 1.584 1.155 ;
      RECT 1.452 0.957 1.584 1.023 ;
      RECT 0.814 1.023 0.88 1.155 ;
      RECT 0.748 0.957 0.88 1.023 ;
      RECT 0.462 1.023 0.528 1.155 ;
      RECT 0.396 0.957 0.528 1.023 ;
      RECT 1.133 0.924 1.199 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.564 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.564 0.528 ;
    RECT 0 0.528 3.564 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.275 3.168 0.341 ;
    RECT 1.155 0.341 1.221 0.495 ;
    RECT 2.805 0.341 2.871 0.825 ;
    RECT 0.484 0.495 1.221 0.561 ;
    RECT 1.276 0.825 2.64 0.891 ;
    RECT 2.805 0.825 3.344 0.891 ;
    RECT 1.98 0.957 3.52 1.023 ;
    RECT 3.454 1.023 3.52 1.056 ;
  END
END LDL_OR3_6
#
# 
MACRO LDL_OR3_8 FOREIGN C0A07BLDL_OR3_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.884 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 4.884 0.033 ;
      RECT 4.334 0.033 4.4 0.143 ;
      RECT 4.268 0.143 4.4 0.209 ;
      RECT 3.894 0.033 3.96 0.143 ;
      RECT 3.828 0.143 3.96 0.209 ;
      RECT 3.454 0.033 3.52 0.143 ;
      RECT 3.388 0.143 3.52 0.209 ;
      RECT 2.97 0.033 3.036 0.143 ;
      RECT 2.97 0.143 3.102 0.209 ;
      RECT 2.464 0.033 2.53 0.143 ;
      RECT 2.464 0.143 2.596 0.209 ;
      RECT 2.046 0.033 2.112 0.143 ;
      RECT 2.046 0.143 2.178 0.209 ;
      RECT 1.518 0.033 1.584 0.143 ;
      RECT 1.518 0.143 1.65 0.209 ;
      RECT 1.144 0.033 1.21 0.165 ;
      RECT 1.078 0.165 1.21 0.231 ;
      RECT 0.792 0.033 0.858 0.165 ;
      RECT 0.726 0.165 0.858 0.231 ;
      RECT 0.44 0.033 0.506 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 4.884 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 3.993 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.726 ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
      RECT 3.993 0.528 4.059 0.726 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.495 3.003 0.726 ;
      RECT 2.937 0.429 3.421 0.495 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.013 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
      RECT 2.277 0.528 2.343 0.726 ;
      RECT 2.145 0.528 2.211 0.726 ;
      RECT 2.013 0.528 2.079 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.371712 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.363 0.627 0.726 ;
      RECT 0.132 0.726 1.452 0.858 ;
      RECT 0.198 0.297 1.386 0.363 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.884 1.221 ;
      RECT 2.53 1.045 2.596 1.155 ;
      RECT 2.464 0.979 2.596 1.045 ;
      RECT 2.178 1.045 2.244 1.155 ;
      RECT 2.112 0.979 2.244 1.045 ;
      RECT 1.826 1.045 1.892 1.155 ;
      RECT 1.76 0.979 1.892 1.045 ;
      RECT 0.792 1.045 0.858 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      RECT 1.43 1.023 1.496 1.155 ;
      RECT 1.43 0.957 1.562 1.023 ;
      RECT 1.144 1.045 1.21 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 0.44 1.045 0.506 1.155 ;
      RECT 0.374 0.979 0.506 1.045 ;
      RECT 0.055 0.924 0.121 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 4.884 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.884 0.462 ;
    RECT 0 0.462 2.552 0.528 ;
    RECT 3.872 0.462 4.884 0.528 ;
    RECT 2.552 0.462 3.872 0.528 ;
    RECT 0 0.528 4.884 1.221 ;
    LAYER M1L ;
    RECT 1.793 0.176 1.859 0.275 ;
    RECT 2.321 0.176 2.387 0.275 ;
    RECT 3.663 0.176 3.729 0.275 ;
    RECT 4.037 0.176 4.103 0.275 ;
    RECT 2.717 0.198 2.783 0.275 ;
    RECT 4.565 0.198 4.631 0.275 ;
    RECT 1.793 0.275 4.631 0.341 ;
    RECT 1.793 0.341 1.859 0.495 ;
    RECT 3.861 0.341 3.927 0.825 ;
    RECT 0.726 0.495 1.859 0.561 ;
    RECT 1.584 0.825 3.553 0.891 ;
    RECT 3.861 0.825 4.664 0.891 ;
    RECT 2.86 0.957 4.84 1.023 ;
    RECT 4.774 1.023 4.84 1.056 ;
  END
END LDL_OR3_8
#
# 
MACRO LDL_OR4B_1 FOREIGN C0A07BLDL_OR4B_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.188 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0.704 0.033 0.77 0.165 ;
      RECT 0.638 0.165 0.77 0.231 ;
      RECT 0 -0.033 1.188 0.033 ;
      RECT 0.22 0.033 0.286 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 1.188 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.089782 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.231 1.155 0.825 ;
      RECT 0.825 0.825 1.155 0.891 ;
      RECT 0.825 0.891 0.891 0.99 ;
      RECT 1.012 0.165 1.155 0.231 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.462 0.803 0.594 ;
      RECT 0.693 0.594 0.759 0.858 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.462 0.231 0.858 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.594 0.363 0.99 ;
      RECT 0.297 0.462 0.407 0.594 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.021296 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.188 1.221 ;
      RECT 0.682 1.023 0.748 1.155 ;
      RECT 0.616 0.957 0.748 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 1.188 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.188 0.528 ;
    RECT 0 0.528 1.188 1.221 ;
    LAYER M1L ;
    RECT 0.033 0.132 0.121 0.297 ;
    RECT 0.451 0.132 0.517 0.297 ;
    RECT 0.033 0.297 1.001 0.363 ;
    RECT 0.935 0.363 1.001 0.594 ;
    RECT 0.033 0.363 0.099 0.957 ;
    RECT 0.033 0.957 0.176 1.023 ;
  END
END LDL_OR4B_1
#
# 
MACRO LDL_OR4B_2 FOREIGN C0A07BLDL_OR4B_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.244 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.244 0.033 ;
      RECT 1.892 0.033 1.958 0.165 ;
      RECT 1.892 0.165 2.024 0.231 ;
      RECT 1.122 0.033 1.188 0.143 ;
      RECT 1.122 0.143 1.254 0.209 ;
      RECT 0.572 0.033 0.638 0.143 ;
      RECT 0.572 0.143 0.704 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.244 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.881 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.617 0.363 1.683 0.825 ;
      RECT 1.54 0.825 2.024 0.891 ;
      RECT 1.54 0.297 1.683 0.363 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.03872 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.462 1.287 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.716 1.023 1.782 1.155 ;
      RECT 1.716 0.957 1.848 1.023 ;
      RECT 0 1.155 2.244 1.221 ;
      RECT 1.364 1.023 1.43 1.155 ;
      RECT 1.364 0.957 1.496 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.244 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.244 0.528 ;
    RECT 0 0.528 2.244 1.221 ;
    LAYER M1L ;
    RECT 1.364 0.143 1.815 0.209 ;
    RECT 0.242 0.165 0.495 0.231 ;
    RECT 1.749 0.209 1.815 0.297 ;
    RECT 0.429 0.231 0.495 0.275 ;
    RECT 2.134 0.264 2.2 0.297 ;
    RECT 0.429 0.275 1.419 0.341 ;
    RECT 1.749 0.297 2.2 0.363 ;
    RECT 1.353 0.341 1.419 0.495 ;
    RECT 0.429 0.341 0.495 0.825 ;
    RECT 1.353 0.495 1.518 0.561 ;
    RECT 0.594 0.825 1.067 0.891 ;
    RECT 0.242 0.825 0.495 0.891 ;
    RECT 1.001 0.891 1.067 0.957 ;
    RECT 0.066 0.957 0.902 1.023 ;
    RECT 1.001 0.957 1.254 1.023 ;
  END
END LDL_OR4B_2
#
# 
MACRO LDL_OR4B_3 FOREIGN C0A07BLDL_OR4B_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.904 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.033 2.475 0.176 ;
      RECT 2.409 0.176 2.508 0.242 ;
      RECT 0 -0.033 2.904 0.033 ;
      RECT 1.43 0.033 1.496 0.143 ;
      RECT 1.43 0.143 1.562 0.209 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 2.904 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.825 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.363 2.211 0.825 ;
      RECT 1.826 0.825 2.684 0.891 ;
      RECT 1.65 0.297 2.211 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.092928 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.528 2.475 0.726 ;
      RECT 2.409 0.462 2.607 0.528 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END A
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.726 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.059048 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.376 1.023 2.442 1.155 ;
      RECT 0 1.155 2.904 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 2.002 0.957 2.134 1.023 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      RECT 2.376 0.957 2.508 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.904 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.904 0.528 ;
    RECT 0 0.528 2.904 1.221 ;
    LAYER M1L ;
    RECT 0.374 0.165 0.627 0.231 ;
    RECT 1.826 0.165 2.343 0.231 ;
    RECT 0.935 0.22 1.001 0.297 ;
    RECT 1.287 0.22 1.353 0.297 ;
    RECT 0.561 0.231 0.627 0.297 ;
    RECT 2.277 0.231 2.343 0.319 ;
    RECT 0.561 0.297 1.551 0.363 ;
    RECT 2.277 0.319 2.684 0.385 ;
    RECT 1.485 0.363 1.551 0.495 ;
    RECT 0.561 0.363 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDL_OR4B_3
#
# 
MACRO LDL_OR4B_4 FOREIGN C0A07BLDL_OR4B_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.168 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.904 0.033 2.97 0.165 ;
      RECT 2.838 0.165 2.97 0.231 ;
      RECT 0 -0.033 3.168 0.033 ;
      RECT 2.486 0.033 2.552 0.165 ;
      RECT 2.486 0.165 2.618 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.704 0.033 0.77 0.143 ;
      RECT 0.704 0.143 0.836 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.168 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
    END
  END VSS
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.353 0.528 1.419 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.33 0.363 0.528 ;
      RECT 0.165 0.528 0.495 0.594 ;
      RECT 0.429 0.33 0.495 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END B1
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.594 ;
      RECT 2.673 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.594 ;
      RECT 2.805 0.528 2.871 0.594 ;
      RECT 2.673 0.528 2.739 0.594 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 2.145 0.44 2.211 0.726 ;
      RECT 1.716 0.726 3.036 0.858 ;
      RECT 2.145 0.363 2.255 0.44 ;
      RECT 1.782 0.297 2.255 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.074536 ;
    PORT
      LAYER M1L ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.693 0.462 1.023 0.528 ;
      RECT 0.957 0.528 1.023 0.726 ;
      RECT 0.693 0.528 0.759 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.168 1.221 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      RECT 1.606 1.023 1.672 1.155 ;
      RECT 1.606 0.957 1.738 1.023 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 3.047 0.924 3.113 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 3.168 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.168 0.528 ;
    RECT 0 0.528 3.168 1.221 ;
    LAYER M1L ;
    RECT 0.363 0.165 0.627 0.231 ;
    RECT 1.606 0.165 2.409 0.231 ;
    RECT 3.047 0.22 3.113 0.297 ;
    RECT 0.561 0.231 0.627 0.275 ;
    RECT 2.343 0.231 2.409 0.297 ;
    RECT 0.561 0.275 1.551 0.341 ;
    RECT 2.343 0.297 3.113 0.363 ;
    RECT 1.485 0.341 1.551 0.495 ;
    RECT 0.561 0.341 0.627 0.825 ;
    RECT 1.485 0.495 2.046 0.561 ;
    RECT 0.726 0.825 1.562 0.891 ;
    RECT 0.055 0.825 0.627 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.198 0.979 1.034 1.045 ;
  END
END LDL_OR4B_4
#
# 
MACRO LDL_OR4B_6 FOREIGN C0A07BLDL_OR4B_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 4.62 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 3.916 0.033 3.982 0.165 ;
      RECT 3.916 0.165 4.048 0.231 ;
      RECT 0 -0.033 4.62 0.033 ;
      RECT 4.268 0.033 4.334 0.165 ;
      RECT 4.268 0.165 4.4 0.231 ;
      RECT 3.564 0.033 3.63 0.165 ;
      RECT 3.564 0.165 3.696 0.231 ;
      RECT 1.848 0.033 1.914 0.143 ;
      RECT 1.782 0.143 1.914 0.209 ;
      RECT 1.254 0.033 1.32 0.143 ;
      RECT 1.254 0.143 1.386 0.209 ;
      RECT 0.814 0.033 0.88 0.143 ;
      RECT 0.814 0.143 0.946 0.209 ;
      RECT 0.44 0.033 0.506 0.143 ;
      RECT 0.374 0.143 0.506 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 4.62 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.4598 ;
    PORT
      LAYER M1L ;
      RECT 3.201 0.363 3.267 0.726 ;
      RECT 2.376 0.726 4.488 0.858 ;
      RECT 2.486 0.297 3.322 0.363 ;
    END
  END X
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.297 0.462 0.627 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END B2
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.102608 ;
    PORT
      LAYER M1L ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END B3
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.185856 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.594 ;
      RECT 3.729 0.462 4.587 0.528 ;
      RECT 4.521 0.528 4.587 0.594 ;
      RECT 4.389 0.528 4.455 0.594 ;
      RECT 4.125 0.528 4.191 0.594 ;
      RECT 3.993 0.528 4.059 0.594 ;
      RECT 3.861 0.528 3.927 0.594 ;
      RECT 3.729 0.528 3.795 0.594 ;
    END
  END A
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 4.62 1.221 ;
      RECT 4.092 1.023 4.158 1.155 ;
      RECT 4.092 0.957 4.224 1.023 ;
      RECT 3.74 1.023 3.806 1.155 ;
      RECT 3.74 0.957 3.872 1.023 ;
      RECT 3.388 1.023 3.454 1.155 ;
      RECT 3.388 0.957 3.52 1.023 ;
      RECT 2.31 1.023 2.376 1.155 ;
      RECT 2.31 0.957 2.442 1.023 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      RECT 1.958 1.023 2.024 1.155 ;
      RECT 1.958 0.957 2.09 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 4.62 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 4.62 0.528 ;
    RECT 0 0.528 4.62 1.221 ;
    LAYER M1L ;
    RECT 2.31 0.165 3.487 0.231 ;
    RECT 3.421 0.231 3.487 0.297 ;
    RECT 4.51 0.264 4.576 0.297 ;
    RECT 0.198 0.275 2.211 0.341 ;
    RECT 3.421 0.297 4.576 0.363 ;
    RECT 2.145 0.341 2.211 0.495 ;
    RECT 0.693 0.341 0.759 0.825 ;
    RECT 2.145 0.495 3.102 0.561 ;
    RECT 0.902 0.825 2.266 0.891 ;
    RECT 0.198 0.825 0.759 0.891 ;
    RECT 0.055 0.924 0.121 0.957 ;
    RECT 0.055 0.957 1.562 1.023 ;
    RECT 0.055 1.023 0.121 1.056 ;
  END
END LDL_OR4B_6
#
# 
MACRO LDL_OR4B_8 FOREIGN C0A07BLDL_OR4B_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.468 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.116 0.033 6.182 0.165 ;
      RECT 6.116 0.165 6.248 0.231 ;
      RECT 0 -0.033 6.468 0.033 ;
      RECT 5.764 0.033 5.83 0.165 ;
      RECT 5.764 0.165 5.896 0.231 ;
      RECT 5.412 0.033 5.478 0.165 ;
      RECT 5.412 0.165 5.544 0.231 ;
      RECT 5.06 0.033 5.126 0.165 ;
      RECT 5.06 0.165 5.192 0.231 ;
      RECT 3.08 0.033 3.146 0.165 ;
      RECT 3.014 0.165 3.146 0.231 ;
      RECT 2.706 0.033 2.772 0.165 ;
      RECT 2.64 0.165 2.772 0.231 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 6.468 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.247808 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.594 ;
      RECT 5.445 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.594 ;
      RECT 6.105 0.528 6.171 0.594 ;
      RECT 5.841 0.528 5.907 0.594 ;
      RECT 5.709 0.528 5.775 0.594 ;
      RECT 5.445 0.528 5.511 0.594 ;
      RECT 5.577 0.528 5.643 0.594 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.541 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
      RECT 2.805 0.528 2.871 0.726 ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.541 0.528 2.607 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.297 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END B1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 4.785 0.363 4.851 0.726 ;
      RECT 3.564 0.726 6.336 0.858 ;
      RECT 3.652 0.297 4.851 0.363 ;
    END
  END X
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.142296 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.353 0.462 1.947 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
      RECT 1.617 0.528 1.683 0.726 ;
      RECT 1.485 0.528 1.551 0.726 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.468 1.221 ;
      RECT 4.884 1.023 4.95 1.155 ;
      RECT 4.884 0.957 5.016 1.023 ;
      RECT 4.532 1.023 4.598 1.155 ;
      RECT 4.532 0.957 4.664 1.023 ;
      RECT 4.18 1.023 4.246 1.155 ;
      RECT 4.18 0.957 4.312 1.023 ;
      RECT 6.006 1.023 6.072 1.155 ;
      RECT 5.94 0.957 6.072 1.023 ;
      RECT 5.588 1.023 5.654 1.155 ;
      RECT 5.588 0.957 5.72 1.023 ;
      RECT 5.236 1.023 5.302 1.155 ;
      RECT 5.236 0.957 5.368 1.023 ;
      RECT 3.828 1.023 3.894 1.155 ;
      RECT 3.828 0.957 3.96 1.023 ;
      RECT 3.487 0.924 3.553 1.155 ;
      RECT 3.014 1.023 3.08 1.155 ;
      RECT 3.014 0.957 3.146 1.023 ;
      RECT 2.662 1.023 2.728 1.155 ;
      RECT 2.662 0.957 2.794 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.468 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.468 0.528 ;
    RECT 0 0.528 6.468 1.221 ;
    LAYER M1L ;
    RECT 3.476 0.165 4.983 0.231 ;
    RECT 4.917 0.231 4.983 0.297 ;
    RECT 6.358 0.264 6.424 0.297 ;
    RECT 0.726 0.297 3.399 0.363 ;
    RECT 4.917 0.297 6.424 0.363 ;
    RECT 3.333 0.363 3.399 0.495 ;
    RECT 1.056 0.363 1.122 0.825 ;
    RECT 3.333 0.495 4.554 0.561 ;
    RECT 0.198 0.792 0.264 0.825 ;
    RECT 1.254 0.825 3.366 0.891 ;
    RECT 0.198 0.825 1.122 0.891 ;
    RECT 0.055 0.88 0.121 0.957 ;
    RECT 0.055 0.957 2.266 1.023 ;
  END
END LDL_OR4B_8
#
# 
MACRO LDL_OR4B_HD_1 FOREIGN C0A07BLDL_OR4B_HD_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.32 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.32 0.033 ;
      RECT 1.177 0.033 1.243 0.264 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.32 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.030976 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.33 1.155 0.726 ;
    END
  END A
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.101882 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.363 1.023 0.99 ;
      RECT 0.759 0.297 1.023 0.363 ;
      RECT 0.759 0.198 0.825 0.297 ;
    END
  END X
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.017424 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.32 1.221 ;
      RECT 1.177 0.924 1.243 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.32 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.32 0.528 ;
    RECT 0 0.528 1.32 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDL_OR4B_HD_1
#
# 
MACRO LDL_OR4B_HD_2 FOREIGN C0A07BLDL_OR4B_HD_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.584 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 1.254 0.033 1.32 0.165 ;
      RECT 1.254 0.165 1.386 0.231 ;
      RECT 0 -0.033 1.584 0.033 ;
      RECT 0.374 0.033 0.44 0.165 ;
      RECT 0.374 0.165 0.506 0.231 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.584 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 0.957 0.396 1.023 0.825 ;
      RECT 0.902 0.825 1.386 0.891 ;
      RECT 0.913 0.264 1.023 0.396 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.061952 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.462 1.419 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.517 0.231 0.858 ;
      RECT 0.088 0.451 0.231 0.517 ;
    END
  END B1
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.022264 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.462 0.627 0.858 ;
    END
  END B3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.584 1.221 ;
      RECT 1.078 1.023 1.144 1.155 ;
      RECT 1.078 0.957 1.21 1.023 ;
      RECT 1.463 0.924 1.529 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.584 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.584 0.528 ;
    RECT 0 0.528 1.584 1.221 ;
    LAYER M1L ;
    RECT 0.759 0.099 1.177 0.165 ;
    RECT 0.231 0.132 0.297 0.297 ;
    RECT 0.605 0.132 0.671 0.297 ;
    RECT 0.759 0.165 0.825 0.264 ;
    RECT 1.111 0.165 1.177 0.319 ;
    RECT 1.463 0.242 1.529 0.319 ;
    RECT 0.231 0.297 0.671 0.363 ;
    RECT 1.111 0.319 1.529 0.385 ;
    RECT 0.429 0.363 0.495 0.99 ;
    RECT 0.825 0.462 0.891 0.528 ;
    RECT 0.693 0.528 0.891 0.594 ;
    RECT 0.693 0.594 0.759 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.759 1.056 ;
  END
END LDL_OR4B_HD_2
#
# 
MACRO LDL_OR4B_HD_4 FOREIGN C0A07BLDL_OR4B_HD_4_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.376 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 2.376 0.033 ;
      RECT 2.09 0.033 2.156 0.165 ;
      RECT 2.024 0.165 2.156 0.231 ;
      RECT 1.672 0.033 1.738 0.165 ;
      RECT 1.672 0.165 1.804 0.231 ;
      RECT 0.286 0.033 0.352 0.165 ;
      RECT 0.22 0.165 0.352 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.376 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
    END
  END VSS
  PIN B2
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.462 0.363 0.858 ;
    END
  END B2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.353 0.363 1.419 0.825 ;
      RECT 0.946 0.825 2.156 0.891 ;
      RECT 0.946 0.297 1.419 0.363 ;
    END
  END X
  PIN A
    DIRECTION INPUT ;
    AntennaGateArea 0.123904 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.528 2.079 0.726 ;
      RECT 1.749 0.462 2.079 0.528 ;
      RECT 1.881 0.528 1.947 0.726 ;
      RECT 1.749 0.528 1.815 0.726 ;
    END
  END A
  PIN B3
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.726 ;
    END
  END B3
  PIN B1
    DIRECTION INPUT ;
    AntennaGateArea 0.026136 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.594 0.231 0.858 ;
      RECT 0.121 0.462 0.231 0.594 ;
    END
  END B1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 2.376 1.221 ;
      RECT 0.748 1.023 0.814 1.155 ;
      RECT 0.682 0.957 0.814 1.023 ;
      RECT 2.233 0.924 2.299 1.155 ;
      RECT 1.848 1.023 1.914 1.155 ;
      RECT 1.848 0.957 1.98 1.023 ;
      RECT 1.496 1.023 1.562 1.155 ;
      RECT 1.496 0.957 1.628 1.023 ;
      RECT 1.122 1.023 1.188 1.155 ;
      RECT 1.122 0.957 1.254 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 2.376 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.376 0.528 ;
    RECT 0 0.528 2.376 1.221 ;
    LAYER M1L ;
    RECT 0.77 0.165 1.595 0.231 ;
    RECT 0.055 0.176 0.121 0.297 ;
    RECT 0.429 0.176 0.495 0.297 ;
    RECT 1.529 0.231 1.595 0.319 ;
    RECT 2.233 0.242 2.299 0.319 ;
    RECT 0.055 0.297 0.495 0.363 ;
    RECT 1.529 0.319 2.299 0.385 ;
    RECT 0.429 0.363 0.495 0.825 ;
    RECT 0.759 0.495 1.254 0.561 ;
    RECT 0.759 0.561 0.825 0.825 ;
    RECT 0.429 0.825 0.825 0.891 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDL_OR4B_HD_4
#
# 
MACRO LDL_OR4_1 FOREIGN C0A07BLDL_OR4_1_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 1.452 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 1.452 0.033 ;
      RECT 1.331 0.033 1.397 0.264 ;
      RECT 0.946 0.033 1.012 0.165 ;
      RECT 0.88 0.165 1.012 0.231 ;
      RECT 0.407 0.033 0.473 0.264 ;
      RECT 0.055 0.033 0.121 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 1.452 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
    END
  END VSS
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.08349 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.264 0.759 0.792 ;
      RECT 0.693 0.792 0.803 0.858 ;
      RECT 0.737 0.858 0.803 0.924 ;
      RECT 0.561 0.198 0.759 0.264 ;
      RECT 0.561 0.132 0.627 0.198 ;
    END
  END X
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.221 0.33 1.287 0.726 ;
    END
  END A3
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.605 0.231 0.858 ;
      RECT 0.033 0.539 0.231 0.605 ;
      RECT 0.033 0.462 0.099 0.539 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 0.297 0.528 0.363 0.858 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.018392 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.155 0.528 ;
      RECT 0.957 0.528 1.023 0.594 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 1.452 1.221 ;
      RECT 0.968 1.023 1.034 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      RECT 0.561 0.946 0.627 1.155 ;
      LAYER M2L ;
      RECT 0 1.155 1.452 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 1.452 0.528 ;
    RECT 0 0.528 1.452 1.221 ;
    LAYER M1L ;
    RECT 0.231 0.132 0.297 0.363 ;
    RECT 1.089 0.165 1.232 0.231 ;
    RECT 1.089 0.231 1.155 0.308 ;
    RECT 0.825 0.308 1.155 0.374 ;
    RECT 0.231 0.363 0.627 0.429 ;
    RECT 0.825 0.374 0.891 0.66 ;
    RECT 0.561 0.429 0.627 0.781 ;
    RECT 0.825 0.66 0.935 0.726 ;
    RECT 0.869 0.726 0.935 0.825 ;
    RECT 0.429 0.781 0.627 0.847 ;
    RECT 0.869 0.825 1.397 0.891 ;
    RECT 0.429 0.847 0.495 0.99 ;
    RECT 1.331 0.891 1.397 0.99 ;
    RECT 0.055 0.924 0.121 0.99 ;
    RECT 0.055 0.99 0.495 1.056 ;
  END
END LDL_OR4_1
#
# 
MACRO LDL_OR4_2 FOREIGN C0A07BLDL_OR4_2_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 2.64 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.343 0.033 2.409 0.264 ;
      RECT 0 -0.033 2.64 0.033 ;
      RECT 1.463 0.033 1.529 0.264 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 2.64 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.561 0.198 0.627 0.594 ;
    END
  END A1
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.726 ;
    END
  END A2
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.148104 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.308 1.199 0.44 ;
      RECT 1.089 0.44 1.155 0.825 ;
      RECT 1.089 0.825 1.562 0.891 ;
      RECT 1.089 0.891 1.177 0.99 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.33 2.475 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.034848 ;
    PORT
      LAYER M1L ;
      RECT 2.013 0.198 2.079 0.594 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 1.045 2.376 1.155 ;
      RECT 2.31 0.979 2.442 1.045 ;
      RECT 0 1.155 2.64 1.221 ;
      RECT 1.254 1.023 1.32 1.155 ;
      RECT 1.254 0.957 1.386 1.023 ;
      RECT 0.935 0.924 1.001 1.155 ;
      RECT 0.264 1.045 0.33 1.155 ;
      RECT 0.198 0.979 0.33 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 2.64 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 2.64 0.528 ;
    RECT 0 0.528 2.64 1.221 ;
    LAYER M1L ;
    RECT 0.902 0.143 1.353 0.209 ;
    RECT 0.407 0.198 0.473 0.693 ;
    RECT 1.287 0.209 1.353 0.363 ;
    RECT 2.167 0.22 2.233 0.693 ;
    RECT 1.639 0.264 1.705 0.363 ;
    RECT 1.287 0.363 1.705 0.429 ;
    RECT 0.913 0.462 0.979 0.693 ;
    RECT 1.43 0.495 1.815 0.561 ;
    RECT 1.749 0.561 1.815 0.693 ;
    RECT 0.407 0.693 0.979 0.759 ;
    RECT 1.749 0.693 2.233 0.759 ;
    RECT 0.583 0.759 0.649 0.924 ;
    RECT 1.991 0.759 2.057 0.924 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 2.167 0.825 2.585 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.407 0.891 0.473 1.023 ;
    RECT 2.519 0.891 2.585 0.968 ;
    RECT 2.167 0.891 2.233 1.023 ;
    RECT 0.759 0.924 0.825 1.023 ;
    RECT 1.815 0.924 1.881 1.023 ;
    RECT 0.407 1.023 0.825 1.089 ;
    RECT 1.815 1.023 2.233 1.089 ;
  END
END LDL_OR4_2
#
# 
MACRO LDL_OR4_3 FOREIGN C0A07BLDL_OR4_3_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 3.036 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 2.31 0.033 2.376 0.143 ;
      RECT 2.31 0.143 2.442 0.209 ;
      RECT 0 -0.033 3.036 0.033 ;
      RECT 2.684 0.033 2.75 0.143 ;
      RECT 2.684 0.143 2.816 0.209 ;
      RECT 2.013 0.033 2.079 0.264 ;
      RECT 1.628 0.033 1.694 0.165 ;
      RECT 1.628 0.165 1.76 0.231 ;
      RECT 0.66 0.033 0.726 0.143 ;
      RECT 0.594 0.143 0.726 0.209 ;
      RECT 0.198 0.033 0.264 0.143 ;
      RECT 0.198 0.143 0.33 0.209 ;
      LAYER M2L ;
      RECT 0 -0.033 3.036 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
    END
  END VSS
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.231 0.726 ;
      RECT 0.165 0.462 0.363 0.528 ;
      RECT 0.297 0.528 0.363 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 0.429 0.462 0.495 0.66 ;
      RECT 0.429 0.66 0.627 0.726 ;
      RECT 0.561 0.462 0.627 0.66 ;
    END
  END A1
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.409 0.462 2.475 0.66 ;
      RECT 2.409 0.66 2.607 0.726 ;
      RECT 2.541 0.462 2.607 0.66 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.050336 ;
    PORT
      LAYER M1L ;
      RECT 2.673 0.528 2.739 0.726 ;
      RECT 2.673 0.462 2.871 0.528 ;
      RECT 2.805 0.528 2.871 0.726 ;
    END
  END A4
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.231594 ;
    PORT
      LAYER M1L ;
      RECT 1.056 0.726 1.98 0.858 ;
      RECT 1.353 0.363 1.419 0.726 ;
      RECT 0.957 0.297 1.419 0.363 ;
      RECT 0.957 0.198 1.023 0.297 ;
    END
  END X
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.036 1.221 ;
      RECT 1.276 1.023 1.342 1.155 ;
      RECT 1.276 0.957 1.408 1.023 ;
      RECT 0.957 0.924 1.023 1.155 ;
      RECT 0.286 1.023 0.352 1.155 ;
      RECT 0.22 0.957 0.352 1.023 ;
      RECT 2.684 1.023 2.75 1.155 ;
      RECT 2.684 0.957 2.816 1.023 ;
      RECT 2.013 0.924 2.079 1.155 ;
      RECT 1.628 1.023 1.694 1.155 ;
      RECT 1.628 0.957 1.76 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 3.036 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.036 0.528 ;
    RECT 0 0.528 3.036 1.221 ;
    LAYER M1L ;
    RECT 1.1 0.132 1.166 0.165 ;
    RECT 0.055 0.154 0.121 0.275 ;
    RECT 2.915 0.154 2.981 0.286 ;
    RECT 1.1 0.165 1.551 0.231 ;
    RECT 2.167 0.176 2.233 0.286 ;
    RECT 2.541 0.176 2.607 0.286 ;
    RECT 0.429 0.198 0.495 0.275 ;
    RECT 0.803 0.198 0.869 0.275 ;
    RECT 1.485 0.231 1.551 0.297 ;
    RECT 0.055 0.275 0.869 0.341 ;
    RECT 2.167 0.286 2.981 0.352 ;
    RECT 1.485 0.297 1.936 0.363 ;
    RECT 0.693 0.341 0.759 0.495 ;
    RECT 2.277 0.352 2.343 0.495 ;
    RECT 0.693 0.495 1.254 0.561 ;
    RECT 1.65 0.495 2.343 0.561 ;
    RECT 0.693 0.561 0.759 0.803 ;
    RECT 2.277 0.561 2.343 0.803 ;
    RECT 0.594 0.803 0.759 0.869 ;
    RECT 2.277 0.803 2.442 0.869 ;
    RECT 0.055 0.825 0.495 0.891 ;
    RECT 2.541 0.825 2.981 0.891 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 0.429 0.891 0.495 0.99 ;
    RECT 2.915 0.891 2.981 0.968 ;
    RECT 2.541 0.891 2.607 0.99 ;
    RECT 0.803 0.924 0.869 0.99 ;
    RECT 2.167 0.924 2.233 0.99 ;
    RECT 0.429 0.99 0.869 1.056 ;
    RECT 2.167 0.99 2.607 1.056 ;
  END
END LDL_OR4_3
#
# 
MACRO LDL_OR4_4 FOREIGN C0A07BLDL_OR4_4_R3 0 0 ;
##MACROVERSION "3.0 2008/10/28" ;
  SIZE 3.828 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 3.828 0.033 ;
      RECT 3.102 0.033 3.168 0.143 ;
      RECT 3.102 0.143 3.234 0.209 ;
      RECT 2.816 0.033 2.882 0.143 ;
      RECT 2.75 0.143 2.882 0.209 ;
      RECT 2.354 0.033 2.42 0.143 ;
      RECT 2.354 0.143 2.486 0.209 ;
      RECT 2.035 0.033 2.101 0.242 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.143 ;
      RECT 0.55 0.143 0.682 0.209 ;
      RECT 0.264 0.033 0.33 0.165 ;
      RECT 0.198 0.165 0.33 0.231 ;
      LAYER M2L ;
      RECT 0 -0.033 3.828 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
    END
  END VSS
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 3.597 0.198 3.663 0.462 ;
      RECT 3.465 0.462 3.663 0.528 ;
      RECT 3.597 0.528 3.663 0.726 ;
      RECT 3.465 0.528 3.531 0.726 ;
    END
  END A3
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.296208 ;
    PORT
      LAYER M1L ;
      RECT 1.749 0.385 1.815 0.726 ;
      RECT 1.188 0.726 2.508 0.858 ;
      RECT 1.298 0.319 1.815 0.385 ;
    END
  END X
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 2.937 0.528 3.003 0.726 ;
      RECT 2.937 0.462 3.135 0.528 ;
      RECT 3.069 0.528 3.135 0.726 ;
    END
  END A4
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.693 0.528 0.759 0.726 ;
      RECT 0.693 0.462 0.891 0.528 ;
      RECT 0.825 0.528 0.891 0.726 ;
    END
  END A2
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.065824 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.528 0.363 0.594 ;
      RECT 0.297 0.462 0.363 0.528 ;
      RECT 0.165 0.33 0.231 0.528 ;
    END
  END A1
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 3.828 1.221 ;
      RECT 2.992 1.045 3.058 1.155 ;
      RECT 2.926 0.979 3.058 1.045 ;
      RECT 2.618 1.023 2.684 1.155 ;
      RECT 2.552 0.957 2.684 1.023 ;
      RECT 2.178 1.023 2.244 1.155 ;
      RECT 2.178 0.957 2.31 1.023 ;
      RECT 1.826 1.023 1.892 1.155 ;
      RECT 1.826 0.957 1.958 1.023 ;
      RECT 1.474 1.023 1.54 1.155 ;
      RECT 1.474 0.957 1.606 1.023 ;
      RECT 1.1 1.045 1.166 1.155 ;
      RECT 1.1 0.979 1.232 1.045 ;
      RECT 0.726 1.045 0.792 1.155 ;
      RECT 0.726 0.979 0.858 1.045 ;
      LAYER M2L ;
      RECT 0 1.155 3.828 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 3.828 0.528 ;
    RECT 0 0.528 3.828 1.221 ;
    LAYER M1L ;
    RECT 1.155 0.143 1.958 0.209 ;
    RECT 0.407 0.198 0.473 0.297 ;
    RECT 1.155 0.209 1.221 0.286 ;
    RECT 1.892 0.209 1.958 0.341 ;
    RECT 0.759 0.22 0.825 0.297 ;
    RECT 2.563 0.264 2.629 0.341 ;
    RECT 2.695 0.275 3.41 0.341 ;
    RECT 0.407 0.297 1.089 0.363 ;
    RECT 1.892 0.341 2.629 0.407 ;
    RECT 2.695 0.341 2.761 0.495 ;
    RECT 3.267 0.341 3.333 0.825 ;
    RECT 1.023 0.363 1.089 0.495 ;
    RECT 0.495 0.363 0.561 0.715 ;
    RECT 1.023 0.495 1.628 0.561 ;
    RECT 1.98 0.495 2.761 0.561 ;
    RECT 0.407 0.715 0.561 0.781 ;
    RECT 0.407 0.781 0.473 0.825 ;
    RECT 0.055 0.825 0.473 0.891 ;
    RECT 3.267 0.825 3.773 0.891 ;
    RECT 0.583 0.847 1.034 0.913 ;
    RECT 2.75 0.847 3.201 0.913 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 3.707 0.891 3.773 0.968 ;
    RECT 0.583 0.913 0.649 0.979 ;
    RECT 3.135 0.913 3.201 0.957 ;
    RECT 3.135 0.957 3.608 1.023 ;
    RECT 0.198 0.979 0.649 1.045 ;
  END
END LDL_OR4_4
#
# 
MACRO LDL_OR4_6 FOREIGN C0A07BLDL_OR4_6_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 5.412 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 5.412 0.033 ;
      RECT 5.082 0.033 5.148 0.165 ;
      RECT 5.082 0.165 5.214 0.231 ;
      RECT 4.73 0.033 4.796 0.143 ;
      RECT 4.73 0.143 4.862 0.209 ;
      RECT 4.378 0.033 4.444 0.143 ;
      RECT 4.378 0.143 4.51 0.209 ;
      RECT 4.092 0.033 4.158 0.165 ;
      RECT 4.026 0.165 4.158 0.231 ;
      RECT 3.553 0.033 3.619 0.242 ;
      RECT 3.201 0.033 3.267 0.242 ;
      RECT 2.849 0.033 2.915 0.242 ;
      RECT 1.254 0.033 1.32 0.187 ;
      RECT 1.254 0.187 1.386 0.253 ;
      RECT 0.902 0.033 0.968 0.165 ;
      RECT 0.902 0.165 1.034 0.231 ;
      RECT 0.55 0.033 0.616 0.165 ;
      RECT 0.55 0.165 0.682 0.231 ;
      RECT 0.231 0.033 0.297 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 5.412 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.33 0.231 0.462 ;
      RECT 0.165 0.462 0.495 0.528 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.444312 ;
    PORT
      LAYER M1L ;
      RECT 2.541 0.363 2.607 0.726 ;
      RECT 1.716 0.726 3.696 0.858 ;
      RECT 1.76 0.297 2.607 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 0.957 0.462 1.287 0.528 ;
      RECT 1.221 0.528 1.287 0.726 ;
      RECT 0.957 0.528 1.023 0.726 ;
    END
  END A2
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.917 0.528 4.983 0.726 ;
      RECT 4.917 0.462 5.247 0.528 ;
      RECT 5.181 0.528 5.247 0.594 ;
      RECT 5.049 0.528 5.115 0.594 ;
    END
  END A3
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.098736 ;
    PORT
      LAYER M1L ;
      RECT 4.257 0.528 4.323 0.726 ;
      RECT 4.125 0.462 4.455 0.528 ;
      RECT 4.389 0.528 4.455 0.726 ;
      RECT 4.125 0.528 4.191 0.726 ;
    END
  END A4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 5.412 1.221 ;
      RECT 4.444 1.023 4.51 1.155 ;
      RECT 4.378 0.957 4.51 1.023 ;
      RECT 4.026 1.045 4.092 1.155 ;
      RECT 4.026 0.979 4.158 1.045 ;
      RECT 3.696 1.023 3.762 1.155 ;
      RECT 3.696 0.957 3.828 1.023 ;
      RECT 3.41 1.023 3.476 1.155 ;
      RECT 3.344 0.957 3.476 1.023 ;
      RECT 3.058 1.023 3.124 1.155 ;
      RECT 2.992 0.957 3.124 1.023 ;
      RECT 2.706 1.023 2.772 1.155 ;
      RECT 2.64 0.957 2.772 1.023 ;
      RECT 2.354 1.023 2.42 1.155 ;
      RECT 2.288 0.957 2.42 1.023 ;
      RECT 2.002 1.023 2.068 1.155 ;
      RECT 1.936 0.957 2.068 1.023 ;
      RECT 1.584 1.023 1.65 1.155 ;
      RECT 1.584 0.957 1.716 1.023 ;
      RECT 1.254 1.045 1.32 1.155 ;
      RECT 1.254 0.979 1.386 1.045 ;
      RECT 0.902 1.023 0.968 1.155 ;
      RECT 0.902 0.957 1.034 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 5.412 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 5.412 0.528 ;
    RECT 0 0.528 5.412 1.221 ;
    LAYER M1L ;
    RECT 1.617 0.143 2.739 0.209 ;
    RECT 1.617 0.209 1.683 0.286 ;
    RECT 2.673 0.209 2.739 0.341 ;
    RECT 4.235 0.22 4.301 0.308 ;
    RECT 4.587 0.22 4.653 0.308 ;
    RECT 4.939 0.22 5.005 0.308 ;
    RECT 0.407 0.242 0.473 0.33 ;
    RECT 0.759 0.242 0.825 0.33 ;
    RECT 1.111 0.242 1.177 0.33 ;
    RECT 3.729 0.264 3.795 0.341 ;
    RECT 3.927 0.308 5.005 0.374 ;
    RECT 0.407 0.33 1.529 0.396 ;
    RECT 2.673 0.341 3.795 0.407 ;
    RECT 3.927 0.374 3.993 0.495 ;
    RECT 4.763 0.374 4.829 0.847 ;
    RECT 1.463 0.396 1.529 0.495 ;
    RECT 0.616 0.396 0.682 0.825 ;
    RECT 1.463 0.495 2.376 0.561 ;
    RECT 2.937 0.495 3.993 0.561 ;
    RECT 5.115 0.77 5.181 0.847 ;
    RECT 0.759 0.825 1.562 0.891 ;
    RECT 0.198 0.825 0.682 0.891 ;
    RECT 3.85 0.825 4.653 0.891 ;
    RECT 4.763 0.847 5.181 0.913 ;
    RECT 5.291 0.88 5.357 0.979 ;
    RECT 0.759 0.891 0.825 0.979 ;
    RECT 4.587 0.891 4.653 0.979 ;
    RECT 0.055 0.902 0.121 0.979 ;
    RECT 0.055 0.979 0.825 1.045 ;
    RECT 4.587 0.979 5.357 1.045 ;
  END
END LDL_OR4_6
#
# 
MACRO LDL_OR4_8 FOREIGN C0A07BLDL_OR4_8_R2 0 0 ;
##MACROVERSION "2.0 2008/09/25" ;
  SIZE 6.6 BY 1.188 ;
   CLASS CORE ;
   SYMMETRY X Y ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 6.083 0.033 6.149 0.264 ;
      RECT 0 -0.033 6.6 0.033 ;
      RECT 5.698 0.033 5.764 0.143 ;
      RECT 5.698 0.143 5.83 0.209 ;
      RECT 5.302 0.033 5.368 0.143 ;
      RECT 5.302 0.143 5.434 0.209 ;
      RECT 4.95 0.033 5.016 0.165 ;
      RECT 4.95 0.165 5.082 0.231 ;
      RECT 4.422 0.033 4.488 0.143 ;
      RECT 4.422 0.143 4.554 0.209 ;
      RECT 4.07 0.033 4.136 0.143 ;
      RECT 4.07 0.143 4.202 0.209 ;
      RECT 3.718 0.033 3.784 0.143 ;
      RECT 3.718 0.143 3.85 0.209 ;
      RECT 3.366 0.033 3.432 0.143 ;
      RECT 3.366 0.143 3.498 0.209 ;
      RECT 1.43 0.033 1.496 0.165 ;
      RECT 1.43 0.165 1.562 0.231 ;
      RECT 1.078 0.033 1.144 0.143 ;
      RECT 1.078 0.143 1.21 0.209 ;
      RECT 0.726 0.033 0.792 0.143 ;
      RECT 0.726 0.143 0.858 0.209 ;
      RECT 0.407 0.033 0.473 0.264 ;
      LAYER M2L ;
      RECT 0 -0.033 6.6 0.033 ;
      VIA 0.264 0 V1L2L ;
      VIA 0.792 0 V1L2L ;
      VIA 1.32 0 V1L2L ;
      VIA 1.848 0 V1L2L ;
      VIA 2.376 0 V1L2L ;
      VIA 2.904 0 V1L2L ;
      VIA 3.432 0 V1L2L ;
      VIA 3.96 0 V1L2L ;
      VIA 4.488 0 V1L2L ;
      VIA 5.016 0 V1L2L ;
      VIA 5.544 0 V1L2L ;
      VIA 6.072 0 V1L2L ;
    END
  END VSS
  PIN A1
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 0.165 0.198 0.231 0.462 ;
      RECT 0.165 0.462 0.627 0.528 ;
      RECT 0.561 0.528 0.627 0.726 ;
      RECT 0.429 0.528 0.495 0.726 ;
      RECT 0.297 0.528 0.363 0.726 ;
      RECT 0.165 0.528 0.231 0.726 ;
    END
  END A1
  PIN X
    DIRECTION OUTPUT ;
    AntennaDiffArea 0.592416 ;
    PORT
      LAYER M1L ;
      RECT 3.069 0.363 3.157 0.726 ;
      RECT 1.848 0.726 4.62 0.858 ;
      RECT 1.958 0.297 3.157 0.363 ;
    END
  END X
  PIN A2
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 1.089 0.528 1.155 0.726 ;
      RECT 1.089 0.462 1.551 0.528 ;
      RECT 1.485 0.528 1.551 0.726 ;
      RECT 1.353 0.528 1.419 0.726 ;
      RECT 1.221 0.528 1.287 0.726 ;
    END
  END A2
  PIN A4
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.049 0.528 5.115 0.726 ;
      RECT 5.049 0.462 5.379 0.528 ;
      RECT 5.313 0.528 5.379 0.726 ;
      RECT 5.181 0.528 5.247 0.726 ;
    END
  END A4
  PIN A3
    DIRECTION INPUT ;
    AntennaGateArea 0.129712 ;
    PORT
      LAYER M1L ;
      RECT 5.973 0.528 6.039 0.726 ;
      RECT 5.973 0.462 6.303 0.528 ;
      RECT 6.237 0.528 6.303 0.726 ;
      RECT 6.105 0.528 6.171 0.726 ;
      RECT 6.237 0.198 6.303 0.462 ;
    END
  END A3
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 6.6 1.221 ;
      RECT 5.368 1.023 5.434 1.155 ;
      RECT 5.302 0.957 5.434 1.023 ;
      RECT 5.016 1.023 5.082 1.155 ;
      RECT 4.95 0.957 5.082 1.023 ;
      RECT 3.96 1.023 4.026 1.155 ;
      RECT 3.894 0.957 4.026 1.023 ;
      RECT 2.904 1.023 2.97 1.155 ;
      RECT 2.838 0.957 2.97 1.023 ;
      RECT 2.552 1.023 2.618 1.155 ;
      RECT 2.486 0.957 2.618 1.023 ;
      RECT 2.2 1.023 2.266 1.155 ;
      RECT 2.134 0.957 2.266 1.023 ;
      RECT 1.782 1.023 1.848 1.155 ;
      RECT 1.782 0.957 1.914 1.023 ;
      RECT 1.496 1.045 1.562 1.155 ;
      RECT 1.43 0.979 1.562 1.045 ;
      RECT 1.078 1.045 1.144 1.155 ;
      RECT 1.078 0.979 1.21 1.045 ;
      RECT 4.598 1.023 4.664 1.155 ;
      RECT 4.598 0.957 4.73 1.023 ;
      RECT 4.312 1.023 4.378 1.155 ;
      RECT 4.246 0.957 4.378 1.023 ;
      RECT 3.608 1.023 3.674 1.155 ;
      RECT 3.542 0.957 3.674 1.023 ;
      RECT 3.256 1.023 3.322 1.155 ;
      RECT 3.19 0.957 3.322 1.023 ;
      LAYER M2L ;
      RECT 0 1.155 6.6 1.221 ;
      VIA 0.264 1.188 V1L2L ;
      VIA 0.792 1.188 V1L2L ;
      VIA 1.32 1.188 V1L2L ;
      VIA 1.848 1.188 V1L2L ;
      VIA 2.376 1.188 V1L2L ;
      VIA 2.904 1.188 V1L2L ;
      VIA 3.432 1.188 V1L2L ;
      VIA 3.96 1.188 V1L2L ;
      VIA 4.488 1.188 V1L2L ;
      VIA 5.016 1.188 V1L2L ;
      VIA 5.544 1.188 V1L2L ;
      VIA 6.072 1.188 V1L2L ;
    END
  END VDD
  OBS
    LAYER LVT ;
    RECT 0 -0.033 6.6 0.528 ;
    RECT 0 0.528 6.6 1.221 ;
    LAYER M1L ;
    RECT 1.815 0.143 3.289 0.209 ;
    RECT 1.815 0.209 1.881 0.286 ;
    RECT 3.223 0.209 3.289 0.297 ;
    RECT 0.55 0.297 1.749 0.363 ;
    RECT 3.223 0.297 4.73 0.363 ;
    RECT 4.884 0.297 6.006 0.363 ;
    RECT 1.683 0.363 1.749 0.495 ;
    RECT 0.792 0.363 0.858 0.825 ;
    RECT 4.884 0.363 4.95 0.495 ;
    RECT 5.731 0.363 5.797 0.847 ;
    RECT 1.683 0.495 2.827 0.561 ;
    RECT 3.3 0.495 4.95 0.561 ;
    RECT 6.435 0.77 6.501 0.847 ;
    RECT 0.935 0.825 1.738 0.891 ;
    RECT 0.055 0.825 0.858 0.891 ;
    RECT 4.774 0.825 5.621 0.891 ;
    RECT 5.731 0.847 6.501 0.913 ;
    RECT 0.935 0.891 1.001 0.979 ;
    RECT 0.055 0.891 0.121 0.968 ;
    RECT 5.555 0.891 5.621 0.979 ;
    RECT 0.198 0.979 1.001 1.045 ;
    RECT 5.555 0.979 6.358 1.045 ;
  END
END LDL_OR4_8
#
# 
MACRO LDL_POWERSTOPL FOREIGN C0A07BLDL_POWERSTOPL_R2 0 0 ;
##MACROVERSION "2.0 2008/09/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.264 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.264 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.264 0.033 ;
      VIA 0.132 0 V1L2L ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.264 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.264 1.221 ;
      VIA 0.132 1.188 V1L2L ;
    END
  END VDD
END LDL_POWERSTOPL
#
# 
MACRO LDL_POWERSTOPR FOREIGN C0A07BLDL_POWERSTOPR_R2 0 0 ;
##MACROVERSION "2.0 2008/09/09" ;
#LDBCLASS PBF STD    ;
  SIZE 0.264 BY 1.188 ;
   CLASS CORE SPACER ;
   SYMMETRY X ;
  SITE nc40_dsc ;
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 -0.033 0.264 0.033 ;
      LAYER M2L ;
      RECT 0 -0.033 0.264 0.033 ;
      VIA 0.132 0 V1L2L ;
    END
  END VSS
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE ABUTMENT ;
    PORT
      LAYER M1L ;
      RECT 0 1.155 0.264 1.221 ;
      LAYER M2L ;
      RECT 0 1.155 0.264 1.221 ;
      VIA 0.132 1.188 V1L2L ;
    END
  END VDD
END LDL_POWERSTOPR

MACRO C0S8L0STARCIO_FE_DIRECT11V
##MACROVERSION "2.0 2010/07/27" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_DIRECT11V_R1 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INOUT  ;
    USE SIGNAL ;
    ##PINASSIGNRULE G30096CU_out DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
END Y
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 195.517 0.132 253.704 ;
##IORING_PIN      RECT 29.964 195.517 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 15.081 0.132 15.675 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 15.081 0.132 15.675 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 11.649 0.132 12.243 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 11.649 0.132 12.243 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 8.217 0.132 8.811 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 8.217 0.132 8.811 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 4.785 0.132 5.379 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 4.785 0.132 5.379 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
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##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 3.069 0.132 3.663 ;
##IORING_PIN      RECT 0 6.501 0.132 7.095 ;
##IORING_PIN      RECT 0 9.933 0.132 10.527 ;
##IORING_PIN      RECT 0 13.365 0.132 13.959 ;
##IORING_PIN      RECT 0 16.797 0.132 17.391 ;
##IORING_PIN      RECT 0 20.229 0.132 20.823 ;
##IORING_PIN      RECT 0 23.661 0.132 24.255 ;
##IORING_PIN      RECT 0 27.093 0.132 27.687 ;
##IORING_PIN      RECT 0 30.525 0.132 31.119 ;
##IORING_PIN      RECT 0 33.957 0.132 34.551 ;
##IORING_PIN      RECT 0 37.389 0.132 37.983 ;
##IORING_PIN      RECT 0 40.821 0.132 41.415 ;
##IORING_PIN      RECT 0 44.253 0.132 44.847 ;
##IORING_PIN      RECT 0 47.685 0.132 48.279 ;
##IORING_PIN      RECT 0 51.117 0.132 51.711 ;
##IORING_PIN      RECT 0 54.549 0.132 55.143 ;
##IORING_PIN      RECT 0 57.981 0.132 58.575 ;
##IORING_PIN      RECT 0 61.413 0.132 62.007 ;
##IORING_PIN      RECT 0 63.129 0.132 63.723 ;
##IORING_PIN      RECT 0 64.845 0.132 65.439 ;
##IORING_PIN      RECT 0 66.561 0.132 67.155 ;
##IORING_PIN      RECT 0 68.277 0.132 68.871 ;
##IORING_PIN      RECT 0 69.993 0.132 70.587 ;
##IORING_PIN      RECT 0 71.709 0.132 72.303 ;
##IORING_PIN      RECT 0 73.425 0.132 74.019 ;
##IORING_PIN      RECT 0 75.141 0.132 75.735 ;
##IORING_PIN      RECT 0 76.857 0.132 77.451 ;
##IORING_PIN      RECT 0 78.573 0.132 79.167 ;
##IORING_PIN      RECT 0 80.289 0.132 80.883 ;
##IORING_PIN      RECT 0 82.005 0.132 82.599 ;
##IORING_PIN      RECT 0 83.721 0.132 84.315 ;
##IORING_PIN      RECT 0 85.437 0.132 86.031 ;
##IORING_PIN      RECT 0 87.153 0.132 87.747 ;
##IORING_PIN      RECT 0 88.869 0.132 89.463 ;
##IORING_PIN      RECT 0 90.585 0.132 91.179 ;
##IORING_PIN      RECT 0 92.301 0.132 92.895 ;
##IORING_PIN      RECT 0 94.017 0.132 94.611 ;
##IORING_PIN      RECT 0 103.191 0.132 103.785 ;
##IORING_PIN      RECT 0 104.907 0.132 105.501 ;
##IORING_PIN      RECT 0 106.623 0.132 107.217 ;
##IORING_PIN      RECT 0 108.339 0.132 108.933 ;
##IORING_PIN      RECT 0 110.055 0.132 110.649 ;
##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_DIRECT11V
MACRO C0S8L0STARCIO_FE_DIRECT33V
##MACROVERSION "1.1 2010/07/27" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_DIRECT33V_R1 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
END Y
##PIN VDD DIRECTION INOUT  ;
##    USE POWER ;
##    SHAPE FEEDTHRU ;
##    ##CONNECTTO SROUTE ;
##    #SPICE PIN VDD ;
##  PORT
##   CLASS CORE ;
##    LAYER PM ;
##    RECT 1.98 253.75 28.116 255.75 ;
##  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##END VDD
##PIN VSS DIRECTION INOUT  ;
##    USE GROUND ;
##    SHAPE FEEDTHRU ;
##    ##CONNECTTO SROUTE ;
##    #SPICE PIN VSS ;
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 9.273 240.174 10.263 241.164 ;
##    LAYER M3L ;
##    RECT 9.273 240.174 10.263 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 1.386 254.17 8.646 255.75 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 11.418 254.17 18.678 255.75 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 21.450 254.17 28.710 255.75 ;
##  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
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##IORING_PIN    PORT
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##IORING_PIN    END
##END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    #SPICE PIN CTR5 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    #SPICE PIN CTR42 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    #SPICE PIN CTR41 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    #SPICE PIN CTR40 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
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##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_DIRECT33V
MACRO C0S8L0STARCIO_FE_TWF1BC33ALV04SZ
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4BC33ALV04SZ7C_R1 ;
 CLASS PAD INOUT ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 1.089 LAYER M2L ;
AntennaPartialMetalSideArea 4.41672 LAYER M2L ;
AntennaPartialCutArea 0.02178 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.164062 LAYER M2L ;
AntennaMaxSideAreaCAR 0.795455 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END A
PIN CTL DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.618 240.999 25.080 241.197 ;
    LAYER M2L ;
    RECT 24.618 240.999 25.080 241.197 ;
    VIA  24.750 241.098 V1L2L  ;
    VIA  24.948 241.098 V1L2L ;
  END
AntennaPartialMetalArea 1.189188 LAYER M1L ;
AntennaPartialMetalSideArea 4.84176 LAYER M1L ;
AntennaPartialMetalArea 0.41382 LAYER M2L ;
AntennaPartialMetalSideArea 1.5708 LAYER M2L ;
AntennaPartialCutArea 0.030492 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.140625 LAYER M2L ;
AntennaMaxSideAreaCAR 0.696023 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END CTL
PIN OEN DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.971388 LAYER M2L ;
AntennaPartialMetalSideArea 3.91776 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.421875 LAYER M2L ;
AntennaMaxSideAreaCAR 2.08807 LAYER M2L ;
AntennaMaxCutCAR 0.09375 LAYER C2L3L ;
END OEN
PIN C0 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.95832 LAYER M1L ;
AntennaPartialMetalSideArea 3.86232 LAYER M1L ;
AntennaPartialMetalArea 0.415998 LAYER M2L ;
AntennaPartialMetalSideArea 1.58004 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C0
PIN C1 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.583704 LAYER M1L ;
AntennaPartialMetalSideArea 2.27304 LAYER M1L ;
AntennaPartialMetalArea 0.331056 LAYER M2L ;
AntennaPartialMetalSideArea 1.21968 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C1
PIN Y0 DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END Y0
PIN Y1 DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y1
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 278.854664 LAYER M3L ;
AntennaDiffArea 726.840224 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 278.854664 LAYER M4L ;
AntennaDiffArea 836.837936 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 278.854664 LAYER M5L ;
AntennaDiffArea 836.837936 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 278.854664 LAYER M6S ;
AntennaDiffArea 836.837936 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 278.854664 LAYER M7T ;
AntennaDiffArea 836.837936 LAYER M7T ;
AntennaMaxAreaCAR 39.3855 LAYER M3L ;
AntennaMaxSideAreaCAR 172.004 LAYER M3L ;
AntennaMaxCutCAR 0.131318 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
##IORING_PIN      RECT 29.964 104.214 30.096 104.478 ;
##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
##IORING_PIN      RECT 29.964 105.27 30.096 105.534 ;
##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
##IORING_PIN      RECT 29.964 107.382 30.096 107.646 ;
##IORING_PIN      RECT 29.964 107.91 30.096 108.174 ;
##IORING_PIN      RECT 29.964 108.438 30.096 108.702 ;
##IORING_PIN      RECT 29.964 108.966 30.096 109.23 ;
##IORING_PIN      RECT 29.964 109.494 30.096 109.758 ;
##IORING_PIN      RECT 29.964 110.022 30.096 110.286 ;
##IORING_PIN      RECT 29.964 110.55 30.096 110.814 ;
##IORING_PIN      RECT 29.964 111.078 30.096 111.342 ;
##IORING_PIN      RECT 29.964 111.606 30.096 111.87 ;
##IORING_PIN      RECT 29.964 112.134 30.096 112.398 ;
##IORING_PIN      RECT 29.964 112.662 30.096 112.926 ;
##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
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##IORING_PIN      RECT 0 30.525 0.132 31.119 ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN      RECT 0 33.957 0.132 34.551 ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN      RECT 0 37.389 0.132 37.983 ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN      RECT 0 40.821 0.132 41.415 ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN      RECT 0 44.253 0.132 44.847 ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      RECT 0 47.685 0.132 48.279 ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      RECT 0 51.117 0.132 51.711 ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      RECT 0 54.549 0.132 55.143 ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      RECT 0 57.981 0.132 58.575 ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      RECT 0 61.413 0.132 62.007 ;
##IORING_PIN      RECT 0 63.129 0.132 63.723 ;
##IORING_PIN      RECT 0 64.845 0.132 65.439 ;
##IORING_PIN      RECT 0 66.561 0.132 67.155 ;
##IORING_PIN      RECT 0 68.277 0.132 68.871 ;
##IORING_PIN      RECT 0 69.993 0.132 70.587 ;
##IORING_PIN      RECT 0 71.709 0.132 72.303 ;
##IORING_PIN      RECT 0 73.425 0.132 74.019 ;
##IORING_PIN      RECT 0 75.141 0.132 75.735 ;
##IORING_PIN      RECT 0 76.857 0.132 77.451 ;
##IORING_PIN      RECT 0 78.573 0.132 79.167 ;
##IORING_PIN      RECT 0 80.289 0.132 80.883 ;
##IORING_PIN      RECT 0 82.005 0.132 82.599 ;
##IORING_PIN      RECT 0 83.721 0.132 84.315 ;
##IORING_PIN      RECT 0 85.437 0.132 86.031 ;
##IORING_PIN      RECT 0 87.153 0.132 87.747 ;
##IORING_PIN      RECT 0 88.869 0.132 89.463 ;
##IORING_PIN      RECT 0 90.585 0.132 91.179 ;
##IORING_PIN      RECT 0 92.301 0.132 92.895 ;
##IORING_PIN      RECT 0 94.017 0.132 94.611 ;
##IORING_PIN      RECT 0 103.191 0.132 103.785 ;
##IORING_PIN      RECT 0 104.907 0.132 105.501 ;
##IORING_PIN      RECT 0 106.623 0.132 107.217 ;
##IORING_PIN      RECT 0 108.339 0.132 108.933 ;
##IORING_PIN      RECT 0 110.055 0.132 110.649 ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
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##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1BC33ALV04SZ
MACRO C0S8L0STARCIO_FE_TWF1BC33ANV04SZ
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4BC33ANV04SZ7C_R1 ;
 CLASS PAD INOUT ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 1.089 LAYER M2L ;
AntennaPartialMetalSideArea 4.41672 LAYER M2L ;
AntennaPartialCutArea 0.02178 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.164062 LAYER M2L ;
AntennaMaxSideAreaCAR 0.795455 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END A
PIN CTL DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.618 240.999 25.080 241.197 ;
    LAYER M2L ;
    RECT 24.618 240.999 25.080 241.197 ;
    VIA  24.750 241.098 V1L2L  ;
    VIA  24.948 241.098 V1L2L ;
  END
AntennaPartialMetalArea 1.189188 LAYER M1L ;
AntennaPartialMetalSideArea 4.84176 LAYER M1L ;
AntennaPartialMetalArea 0.41382 LAYER M2L ;
AntennaPartialMetalSideArea 1.5708 LAYER M2L ;
AntennaPartialCutArea 0.030492 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.140625 LAYER M2L ;
AntennaMaxSideAreaCAR 0.696023 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END CTL
PIN OEN DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.971388 LAYER M2L ;
AntennaPartialMetalSideArea 3.91776 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.421875 LAYER M2L ;
AntennaMaxSideAreaCAR 2.08807 LAYER M2L ;
AntennaMaxCutCAR 0.09375 LAYER C2L3L ;
END OEN
PIN C0 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.95832 LAYER M1L ;
AntennaPartialMetalSideArea 3.86232 LAYER M1L ;
AntennaPartialMetalArea 0.415998 LAYER M2L ;
AntennaPartialMetalSideArea 1.58004 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C0
PIN C1 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.583704 LAYER M1L ;
AntennaPartialMetalSideArea 2.27304 LAYER M1L ;
AntennaPartialMetalArea 0.331056 LAYER M2L ;
AntennaPartialMetalSideArea 1.21968 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C1
PIN Y0 DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END Y0
PIN Y1 DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y1
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 280.788728 LAYER M3L ;
AntennaDiffArea 728.95724 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 280.788728 LAYER M4L ;
AntennaDiffArea 838.954952 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 280.788728 LAYER M5L ;
AntennaDiffArea 838.954952 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 280.788728 LAYER M6S ;
AntennaDiffArea 838.954952 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 280.788728 LAYER M7T ;
AntennaDiffArea 838.954952 LAYER M7T ;
AntennaMaxAreaCAR 39.3768 LAYER M3L ;
AntennaMaxSideAreaCAR 171.992 LAYER M3L ;
AntennaMaxCutCAR 0.130413 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
##IORING_PIN      RECT 29.964 104.214 30.096 104.478 ;
##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
##IORING_PIN      RECT 29.964 105.27 30.096 105.534 ;
##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
##IORING_PIN      RECT 29.964 107.382 30.096 107.646 ;
##IORING_PIN      RECT 29.964 107.91 30.096 108.174 ;
##IORING_PIN      RECT 29.964 108.438 30.096 108.702 ;
##IORING_PIN      RECT 29.964 108.966 30.096 109.23 ;
##IORING_PIN      RECT 29.964 109.494 30.096 109.758 ;
##IORING_PIN      RECT 29.964 110.022 30.096 110.286 ;
##IORING_PIN      RECT 29.964 110.55 30.096 110.814 ;
##IORING_PIN      RECT 29.964 111.078 30.096 111.342 ;
##IORING_PIN      RECT 29.964 111.606 30.096 111.87 ;
##IORING_PIN      RECT 29.964 112.134 30.096 112.398 ;
##IORING_PIN      RECT 29.964 112.662 30.096 112.926 ;
##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
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##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
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##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1BC33ANV04SZ
MACRO C0S8L0STARCIO_FE_TWF1BC33ASLV04SZ
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4BC33ASLV04SZ7C_R1 ;
 CLASS PAD INOUT ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 1.089 LAYER M2L ;
AntennaPartialMetalSideArea 4.41672 LAYER M2L ;
AntennaPartialCutArea 0.02178 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.164062 LAYER M2L ;
AntennaMaxSideAreaCAR 0.795455 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END A
PIN OEN DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.971388 LAYER M2L ;
AntennaPartialMetalSideArea 3.91776 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.421875 LAYER M2L ;
AntennaMaxSideAreaCAR 2.08807 LAYER M2L ;
AntennaMaxCutCAR 0.09375 LAYER C2L3L ;
END OEN
PIN CTL DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.618 240.999 25.080 241.197 ;
    LAYER M2L ;
    RECT 24.618 240.999 25.080 241.197 ;
    VIA  24.750 241.098 V1L2L  ;
    VIA  24.948 241.098 V1L2L ;
  END
AntennaPartialMetalArea 1.189188 LAYER M1L ;
AntennaPartialMetalSideArea 4.84176 LAYER M1L ;
AntennaPartialMetalArea 0.41382 LAYER M2L ;
AntennaPartialMetalSideArea 1.5708 LAYER M2L ;
AntennaPartialCutArea 0.030492 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.140625 LAYER M2L ;
AntennaMaxSideAreaCAR 0.696023 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END CTL
PIN C0 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.95832 LAYER M1L ;
AntennaPartialMetalSideArea 3.86232 LAYER M1L ;
AntennaPartialMetalArea 0.415998 LAYER M2L ;
AntennaPartialMetalSideArea 1.58004 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C0
PIN C1 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.583704 LAYER M1L ;
AntennaPartialMetalSideArea 2.27304 LAYER M1L ;
AntennaPartialMetalArea 0.331056 LAYER M2L ;
AntennaPartialMetalSideArea 1.21968 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C1
PIN Y0 DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END Y0
PIN Y1 DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y1
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 281.468264 LAYER M3L ;
AntennaDiffArea 726.936056 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 281.468264 LAYER M4L ;
AntennaDiffArea 836.933768 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 281.468264 LAYER M5L ;
AntennaDiffArea 836.933768 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 281.468264 LAYER M6S ;
AntennaDiffArea 836.933768 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 281.468264 LAYER M7T ;
AntennaDiffArea 836.933768 LAYER M7T ;
AntennaMaxAreaCAR 39.3738 LAYER M3L ;
AntennaMaxSideAreaCAR 171.988 LAYER M3L ;
AntennaMaxCutCAR 0.130099 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
##IORING_PIN      RECT 29.964 104.214 30.096 104.478 ;
##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
##IORING_PIN      RECT 29.964 105.27 30.096 105.534 ;
##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
##IORING_PIN      RECT 29.964 107.382 30.096 107.646 ;
##IORING_PIN      RECT 29.964 107.91 30.096 108.174 ;
##IORING_PIN      RECT 29.964 108.438 30.096 108.702 ;
##IORING_PIN      RECT 29.964 108.966 30.096 109.23 ;
##IORING_PIN      RECT 29.964 109.494 30.096 109.758 ;
##IORING_PIN      RECT 29.964 110.022 30.096 110.286 ;
##IORING_PIN      RECT 29.964 110.55 30.096 110.814 ;
##IORING_PIN      RECT 29.964 111.078 30.096 111.342 ;
##IORING_PIN      RECT 29.964 111.606 30.096 111.87 ;
##IORING_PIN      RECT 29.964 112.134 30.096 112.398 ;
##IORING_PIN      RECT 29.964 112.662 30.096 112.926 ;
##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
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##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
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##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
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##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
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##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
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##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
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##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1BC33ASLV04SZ
MACRO C0S8L0STARCIO_FE_TWF1BC33ASNV04SZ
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4BC33ASNV04SZ7C_R1 ;
 CLASS PAD INOUT ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 1.089 LAYER M2L ;
AntennaPartialMetalSideArea 4.41672 LAYER M2L ;
AntennaPartialCutArea 0.02178 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.164062 LAYER M2L ;
AntennaMaxSideAreaCAR 0.795455 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END A
PIN OEN DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.971388 LAYER M2L ;
AntennaPartialMetalSideArea 3.91776 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.421875 LAYER M2L ;
AntennaMaxSideAreaCAR 2.08807 LAYER M2L ;
AntennaMaxCutCAR 0.09375 LAYER C2L3L ;
END OEN
PIN CTL DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.618 240.999 25.080 241.197 ;
    LAYER M2L ;
    RECT 24.618 240.999 25.080 241.197 ;
    VIA  24.750 241.098 V1L2L  ;
    VIA  24.948 241.098 V1L2L ;
  END
AntennaPartialMetalArea 1.189188 LAYER M1L ;
AntennaPartialMetalSideArea 4.84176 LAYER M1L ;
AntennaPartialMetalArea 0.41382 LAYER M2L ;
AntennaPartialMetalSideArea 1.5708 LAYER M2L ;
AntennaPartialCutArea 0.030492 LAYER C1L2L ;
AntennaGateArea 0.185856 LAYER M2L ;
AntennaMaxAreaCAR 0.140625 LAYER M2L ;
AntennaMaxSideAreaCAR 0.696023 LAYER M2L ;
AntennaMaxCutCAR 0.0703125 LAYER C2L3L ;
END CTL
PIN C0 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.95832 LAYER M1L ;
AntennaPartialMetalSideArea 3.86232 LAYER M1L ;
AntennaPartialMetalArea 0.415998 LAYER M2L ;
AntennaPartialMetalSideArea 1.58004 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C0
PIN C1 DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.583704 LAYER M1L ;
AntennaPartialMetalSideArea 2.27304 LAYER M1L ;
AntennaPartialMetalArea 0.331056 LAYER M2L ;
AntennaPartialMetalSideArea 1.21968 LAYER M2L ;
AntennaPartialCutArea 0.026136 LAYER C1L2L ;
AntennaGateArea 0.061952 LAYER M2L ;
AntennaMaxAreaCAR 0.351562 LAYER M2L ;
AntennaMaxSideAreaCAR 1.78977 LAYER M2L ;
AntennaMaxCutCAR 0.140625 LAYER C2L3L ;
END C1
PIN Y0 DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END Y0
PIN Y1 DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y1
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 283.402328 LAYER M3L ;
AntennaDiffArea 729.053072 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 283.402328 LAYER M4L ;
AntennaDiffArea 839.050784 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 283.402328 LAYER M5L ;
AntennaDiffArea 839.050784 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 283.402328 LAYER M6S ;
AntennaDiffArea 839.050784 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 283.402328 LAYER M7T ;
AntennaDiffArea 839.050784 LAYER M7T ;
AntennaMaxAreaCAR 39.3653 LAYER M3L ;
AntennaMaxSideAreaCAR 171.977 LAYER M3L ;
AntennaMaxCutCAR 0.129211 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
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##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
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##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1BC33ASNV04SZ
MACRO C0S8L0STARCIO_FE_TWF1IC11AS_DIO
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4IC11AS_DIO7C_R2 ;
 CLASS PAD INPUT  ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION INOUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.651 240.999 25.641 241.197 ;
    LAYER M2L ;
    RECT 24.651 240.999 25.641 241.197 ;
    VIA  24.750 241.098 V1L2L ;
    VIA  24.948 241.098 V1L2L ;
    VIA  25.146 241.098 V1L2L ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 324.280968 LAYER M3L ;
AntennaDiffArea 690.03759 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 324.280968 LAYER M4L ;
AntennaDiffArea 800.035302 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 324.280968 LAYER M5L ;
AntennaDiffArea 800.035302 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 324.280968 LAYER M6S ;
AntennaDiffArea 800.035302 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 324.280968 LAYER M7T ;
AntennaDiffArea 800.035302 LAYER M7T ;
AntennaMaxAreaCAR 80.1632 LAYER M3L ;
AntennaMaxSideAreaCAR 354.781 LAYER M3L ;
AntennaMaxCutCAR 0.112991 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
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##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
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    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1IC11AS_DIO
MACRO C0S8L0STARCIO_FE_TWF1IC33AS
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4IC33AS7C_R1 ;
 CLASS PAD INPUT  ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 324.280968 LAYER M3L ;
AntennaDiffArea 690.03759 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 324.280968 LAYER M4L ;
AntennaDiffArea 800.035302 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 324.280968 LAYER M5L ;
AntennaDiffArea 800.035302 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 324.280968 LAYER M6S ;
AntennaDiffArea 800.035302 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 324.280968 LAYER M7T ;
AntennaDiffArea 800.035302 LAYER M7T ;
AntennaMaxAreaCAR 80.1632 LAYER M3L ;
AntennaMaxSideAreaCAR 354.781 LAYER M3L ;
AntennaMaxCutCAR 0.112991 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
##IORING_PIN      RECT 29.964 104.214 30.096 104.478 ;
##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
##IORING_PIN      RECT 29.964 105.27 30.096 105.534 ;
##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
##IORING_PIN      RECT 29.964 107.382 30.096 107.646 ;
##IORING_PIN      RECT 29.964 107.91 30.096 108.174 ;
##IORING_PIN      RECT 29.964 108.438 30.096 108.702 ;
##IORING_PIN      RECT 29.964 108.966 30.096 109.23 ;
##IORING_PIN      RECT 29.964 109.494 30.096 109.758 ;
##IORING_PIN      RECT 29.964 110.022 30.096 110.286 ;
##IORING_PIN      RECT 29.964 110.55 30.096 110.814 ;
##IORING_PIN      RECT 29.964 111.078 30.096 111.342 ;
##IORING_PIN      RECT 29.964 111.606 30.096 111.87 ;
##IORING_PIN      RECT 29.964 112.134 30.096 112.398 ;
##IORING_PIN      RECT 29.964 112.662 30.096 112.926 ;
##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
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##IORING_PIN      RECT 0 16.797 0.132 17.391 ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN      RECT 0 20.229 0.132 20.823 ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN      RECT 0 23.661 0.132 24.255 ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN      RECT 0 27.093 0.132 27.687 ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN      RECT 0 30.525 0.132 31.119 ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN      RECT 0 33.957 0.132 34.551 ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN      RECT 0 37.389 0.132 37.983 ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN      RECT 0 40.821 0.132 41.415 ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN      RECT 0 44.253 0.132 44.847 ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      RECT 0 47.685 0.132 48.279 ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      RECT 0 51.117 0.132 51.711 ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      RECT 0 54.549 0.132 55.143 ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      RECT 0 57.981 0.132 58.575 ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      RECT 0 61.413 0.132 62.007 ;
##IORING_PIN      RECT 0 63.129 0.132 63.723 ;
##IORING_PIN      RECT 0 64.845 0.132 65.439 ;
##IORING_PIN      RECT 0 66.561 0.132 67.155 ;
##IORING_PIN      RECT 0 68.277 0.132 68.871 ;
##IORING_PIN      RECT 0 69.993 0.132 70.587 ;
##IORING_PIN      RECT 0 71.709 0.132 72.303 ;
##IORING_PIN      RECT 0 73.425 0.132 74.019 ;
##IORING_PIN      RECT 0 75.141 0.132 75.735 ;
##IORING_PIN      RECT 0 76.857 0.132 77.451 ;
##IORING_PIN      RECT 0 78.573 0.132 79.167 ;
##IORING_PIN      RECT 0 80.289 0.132 80.883 ;
##IORING_PIN      RECT 0 82.005 0.132 82.599 ;
##IORING_PIN      RECT 0 83.721 0.132 84.315 ;
##IORING_PIN      RECT 0 85.437 0.132 86.031 ;
##IORING_PIN      RECT 0 87.153 0.132 87.747 ;
##IORING_PIN      RECT 0 88.869 0.132 89.463 ;
##IORING_PIN      RECT 0 90.585 0.132 91.179 ;
##IORING_PIN      RECT 0 92.301 0.132 92.895 ;
##IORING_PIN      RECT 0 94.017 0.132 94.611 ;
##IORING_PIN      RECT 0 103.191 0.132 103.785 ;
##IORING_PIN      RECT 0 104.907 0.132 105.501 ;
##IORING_PIN      RECT 0 106.623 0.132 107.217 ;
##IORING_PIN      RECT 0 108.339 0.132 108.933 ;
##IORING_PIN      RECT 0 110.055 0.132 110.649 ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
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##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1IC33AS
MACRO C0S8L0STARCIO_FE_TWF1IC33ASS
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4IC33ASS7C_R1 ;
 CLASS PAD INPUT  ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INPUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 25.212 240.999 25.674 241.197 ;
    LAYER M2L ;
    RECT 25.212 240.999 25.674 241.197 ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 326.894568 LAYER M3L ;
AntennaDiffArea 690.133422 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 326.894568 LAYER M4L ;
AntennaDiffArea 800.131134 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 326.894568 LAYER M5L ;
AntennaDiffArea 800.131134 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 326.894568 LAYER M6S ;
AntennaDiffArea 800.131134 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 326.894568 LAYER M7T ;
AntennaDiffArea 800.131134 LAYER M7T ;
AntennaMaxAreaCAR 80.1545 LAYER M3L ;
AntennaMaxSideAreaCAR 354.769 LAYER M3L ;
AntennaMaxCutCAR 0.112087 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
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##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
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##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
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##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
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##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
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##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
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##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
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##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
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##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
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##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
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##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
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##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
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##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M1L ;
    RECT 2.64 240.999 3.102 241.197 ;
    LAYER M2L ;
    RECT 2.64 240.999 3.102 241.197 ;
    VIA  2.772 241.098 V1L2L ;
    VIA  2.970 241.098 V1L2L ;
    LAYER M1L ;
    RECT 4.422 240.999 4.884 241.197 ;
    LAYER M2L ;
    RECT 4.422 240.999 4.884 241.197 ;
    VIA  4.554 241.098 V1L2L ;
    VIA  4.752 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.016 240.999 5.478 241.197 ;
    LAYER M2L ;
    RECT 5.016 240.999 5.478 241.197 ;
    VIA  5.148 241.098 V1L2L ;
    VIA  5.346 241.098 V1L2L ;
    LAYER M1L ;
    RECT 5.610 240.999 6.072 241.197 ;
    LAYER M2L ;
    RECT 5.610 240.999 6.072 241.197 ;
    VIA  5.742 241.098 V1L2L ;
    VIA  5.940 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.204 240.999 6.666 241.197 ;
    LAYER M2L ;
    RECT 6.204 240.999 6.666 241.197 ;
    VIA  6.336 241.098 V1L2L ;
    VIA  6.534 241.098 V1L2L ;
    LAYER M1L ;
    RECT 6.798 240.999 7.260 241.197 ;
    LAYER M2L ;
    RECT 6.798 240.999 7.260 241.197 ;
    VIA  6.930 241.098 V1L2L ;
    VIA  7.128 241.098 V1L2L ;
    LAYER M1L ;
    RECT 22.836 240.999 23.298 241.197 ;
    LAYER M2L ;
    RECT 22.836 240.999 23.298 241.197 ;
    VIA  22.968 241.098 V1L2L ;
    VIA  23.166 241.098 V1L2L ;
    LAYER M1L ;
    RECT 23.430 240.999 23.892 241.197 ;
    LAYER M2L ;
    RECT 23.430 240.999 23.892 241.197 ;
    VIA  23.562 241.098 V1L2L ;
    VIA  23.760 241.098 V1L2L ;
    LAYER M1L ;
    RECT 24.024 240.999 24.486 241.197 ;
    LAYER M2L ;
    RECT 24.024 240.999 24.486 241.197 ;
    VIA  24.156 241.098 V1L2L ;
    VIA  24.354 241.098 V1L2L ;
    LAYER M1L ;
    RECT 25.806 240.999 26.268 241.197 ;
    LAYER M2L ;
    RECT 25.806 240.999 26.268 241.197 ;
    VIA  25.938 241.098 V1L2L ;
    VIA  26.136 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.400 240.999 26.862 241.197 ;
    LAYER M2L ;
    RECT 26.400 240.999 26.862 241.197 ;
    VIA  26.532 241.098 V1L2L ;
    VIA  26.730 241.098 V1L2L ;
    LAYER M1L ;
    RECT 26.994 240.999 27.456 241.197 ;
    LAYER M2L ;
    RECT 26.994 240.999 27.456 241.197 ;
    VIA  27.126 241.098 V1L2L ;
    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1IC33ASS
MACRO C0S8L0STARCIO_FE_TWF1IC33AS_DIO
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS FE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4IC33AS_DIO7C_R2 ;
 CLASS PAD INPUT  ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN A DIRECTION INOUT  ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END A
PIN Y DIRECTION INOUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
  PORT
    LAYER M1L ;
    RECT 24.651 240.999 25.641 241.197 ;
    LAYER M2L ;
    RECT 24.651 240.999 25.641 241.197 ;
    VIA  24.750 241.098 V1L2L ;
    VIA  24.948 241.098 V1L2L ;
    VIA  25.146 241.098 V1L2L ;
    VIA  25.344 241.098 V1L2L ;
    VIA  25.542 241.098 V1L2L ;
  END
AntennaPartialMetalArea 0.091476 LAYER M1L ;
AntennaPartialMetalSideArea 0.1848 LAYER M1L ;
AntennaPartialMetalArea 0.450846 LAYER M2L ;
AntennaPartialMetalSideArea 1.7094 LAYER M2L ;
AntennaPartialCutArea 0.034848 LAYER C1L2L ;
AntennaDiffArea 0.474804 LAYER M2L ;
END Y
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
AntennaPartialMetalArea 1515.83355 LAYER M3L ;
AntennaPartialMetalSideArea 834.178 LAYER M3L ;
AntennaGateArea 324.280968 LAYER M3L ;
AntennaDiffArea 690.03759 LAYER M3L ;
AntennaPartialMetalArea 2346.790644 LAYER M4L ;
AntennaPartialMetalSideArea 1128.48 LAYER M4L ;
AntennaPartialCutArea 213.692292 LAYER C3L4L ;
AntennaGateArea 324.280968 LAYER M4L ;
AntennaDiffArea 800.035302 LAYER M4L ;
AntennaPartialMetalArea 2332.167552 LAYER M5L ;
AntennaPartialMetalSideArea 1114.57 LAYER M5L ;
AntennaPartialCutArea 377.965764 LAYER C4L5L ;
AntennaGateArea 324.280968 LAYER M5L ;
AntennaDiffArea 800.035302 LAYER M5L ;
AntennaPartialMetalArea 375.417504 LAYER M6S ;
AntennaPartialMetalSideArea 360.914 LAYER M6S ;
AntennaPartialCutArea 3.763584 LAYER C5L6S ;
AntennaGateArea 324.280968 LAYER M6S ;
AntennaDiffArea 800.035302 LAYER M6S ;
AntennaPartialMetalArea 1347.18012 LAYER M7T ;
AntennaPartialMetalSideArea 298.544 LAYER M7T ;
AntennaPartialCutArea 98.01 LAYER C6S7T ;
AntennaGateArea 324.280968 LAYER M7T ;
AntennaDiffArea 800.035302 LAYER M7T ;
AntennaMaxAreaCAR 80.1632 LAYER M3L ;
AntennaMaxSideAreaCAR 354.781 LAYER M3L ;
AntennaMaxCutCAR 0.112991 LAYER C3L4L ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
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##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
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##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
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    RECT 0 0 30.096 241.164 ;
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    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
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    VIA  27.324 241.098 V1L2L ;
  END
END C0S8L0STARCIO_FE_TWF1IC33AS_DIO
MACRO C0S8L0STARCIO_FE_TWF1SBLBUFF FOREIGN C0S8L0STARCIO_FE_TWF4SBLBUFF7C_R2 0 0 ;
##MACROVERSION "2.0 2009/05/22" ;
#LDBCLASS BE STDV33 STDV33   ;
  CLASS ENDCAP BOTTOMLEFT ;
 SIZE 331.32 BY 331.32 ;
 SITE BLBUFF ;
  ##IOCLASS RIGHT STDV33 TOP STDV33  ;
##IORING_PIN  PIN VSS
##IORING_PIN    #SPICE PIN VSS ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN      RECT 331.188 130.647 331.32 131.241 ;
##IORING_PIN      RECT 331.188 132.363 331.32 132.957 ;
##IORING_PIN      RECT 331.188 134.079 331.32 134.673 ;
##IORING_PIN      RECT 331.188 135.795 331.32 136.389 ;
##IORING_PIN      RECT 331.188 137.511 331.32 138.105 ;
##IORING_PIN      RECT 331.188 139.227 331.32 139.821 ;
##IORING_PIN      RECT 331.188 140.943 331.32 141.537 ;
##IORING_PIN      RECT 331.188 142.659 331.32 143.253 ;
##IORING_PIN      RECT 331.188 144.375 331.32 144.969 ;
##IORING_PIN      RECT 331.188 146.091 331.32 146.685 ;
##IORING_PIN      RECT 331.188 147.807 331.32 148.401 ;
##IORING_PIN      RECT 331.188 149.523 331.32 150.117 ;
##IORING_PIN      RECT 331.188 151.239 331.32 151.833 ;
##IORING_PIN      RECT 331.188 152.955 331.32 153.549 ;
##IORING_PIN      RECT 331.188 163.251 331.32 163.845 ;
##IORING_PIN      RECT 331.188 164.967 331.32 165.561 ;
##IORING_PIN      RECT 331.188 166.683 331.32 167.277 ;
##IORING_PIN      RECT 331.188 168.399 331.32 168.993 ;
##IORING_PIN      RECT 331.188 170.115 331.32 170.709 ;
##IORING_PIN      RECT 331.188 171.831 331.32 172.425 ;
##IORING_PIN      RECT 331.188 173.547 331.32 174.141 ;
##IORING_PIN      RECT 331.188 175.263 331.32 175.857 ;
##IORING_PIN      RECT 331.188 176.979 331.32 177.573 ;
##IORING_PIN      RECT 331.188 178.695 331.32 179.289 ;
##IORING_PIN      RECT 331.188 180.411 331.32 181.005 ;
##IORING_PIN      RECT 331.188 182.127 331.32 182.721 ;
##IORING_PIN      RECT 331.188 183.843 331.32 184.437 ;
##IORING_PIN      RECT 331.188 185.559 331.32 186.153 ;
##IORING_PIN      RECT 331.188 187.275 331.32 187.869 ;
##IORING_PIN      RECT 331.188 188.991 331.32 189.585 ;
##IORING_PIN      RECT 331.188 190.707 331.32 191.301 ;
##IORING_PIN      RECT 331.188 192.423 331.32 193.017 ;
##IORING_PIN      RECT 331.188 194.139 331.32 194.733 ;
##IORING_PIN      RECT 331.188 195.855 331.32 196.449 ;
##IORING_PIN      RECT 331.188 197.571 331.32 198.165 ;
##IORING_PIN      RECT 331.188 199.287 331.32 199.881 ;
##IORING_PIN      RECT 331.188 201.003 331.32 201.597 ;
##IORING_PIN      RECT 331.188 202.719 331.32 203.313 ;
##IORING_PIN      RECT 331.188 204.435 331.32 205.029 ;
##IORING_PIN      RECT 331.188 206.151 331.32 206.745 ;
##IORING_PIN      RECT 331.188 207.867 331.32 208.461 ;
##IORING_PIN      RECT 331.188 209.583 331.32 210.177 ;
##IORING_PIN      RECT 331.188 211.299 331.32 211.893 ;
##IORING_PIN      RECT 331.188 213.015 331.32 213.609 ;
##IORING_PIN      RECT 331.188 214.731 331.32 215.325 ;
##IORING_PIN      RECT 331.188 216.447 331.32 217.041 ;
##IORING_PIN      RECT 331.188 218.163 331.32 218.757 ;
##IORING_PIN      RECT 331.188 219.879 331.32 220.473 ;
##IORING_PIN      RECT 331.188 221.595 331.32 222.189 ;
##IORING_PIN      RECT 331.188 223.311 331.32 223.905 ;
##IORING_PIN      RECT 331.188 225.027 331.32 225.621 ;
##IORING_PIN      RECT 331.188 226.743 331.32 227.337 ;
##IORING_PIN      RECT 331.188 228.459 331.32 229.053 ;
##IORING_PIN      RECT 331.188 230.175 331.32 230.769 ;
##IORING_PIN      RECT 331.188 231.891 331.32 232.485 ;
##IORING_PIN      RECT 331.188 234.828 331.32 235.422 ;
##IORING_PIN      RECT 331.188 236.478 331.32 237.072 ;
##IORING_PIN      RECT 331.188 238.128 331.32 238.722 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 1.353 331.188 1.947 331.32 ;
##IORING_PIN      RECT 3.069 331.188 3.663 331.32 ;
##IORING_PIN      RECT 4.785 331.188 5.379 331.32 ;
##IORING_PIN      RECT 6.501 331.188 7.095 331.32 ;
##IORING_PIN      RECT 8.217 331.188 8.811 331.32 ;
##IORING_PIN      RECT 9.933 331.188 10.527 331.32 ;
##IORING_PIN      RECT 11.649 331.188 12.243 331.32 ;
##IORING_PIN      RECT 13.365 331.188 13.959 331.32 ;
##IORING_PIN      RECT 15.081 331.188 15.675 331.32 ;
##IORING_PIN      RECT 16.797 331.188 17.391 331.32 ;
##IORING_PIN      RECT 18.513 331.188 19.107 331.32 ;
##IORING_PIN      RECT 20.229 331.188 20.823 331.32 ;
##IORING_PIN      RECT 21.945 331.188 22.539 331.32 ;
##IORING_PIN      RECT 23.661 331.188 24.255 331.32 ;
##IORING_PIN      RECT 25.377 331.188 25.971 331.32 ;
##IORING_PIN      RECT 27.093 331.188 27.687 331.32 ;
##IORING_PIN      RECT 28.809 331.188 29.403 331.32 ;
##IORING_PIN      RECT 30.525 331.188 31.119 331.32 ;
##IORING_PIN      RECT 32.241 331.188 32.835 331.32 ;
##IORING_PIN      RECT 33.957 331.188 34.551 331.32 ;
##IORING_PIN      RECT 35.673 331.188 36.267 331.32 ;
##IORING_PIN      RECT 37.389 331.188 37.983 331.32 ;
##IORING_PIN      RECT 39.105 331.188 39.699 331.32 ;
##IORING_PIN      RECT 40.821 331.188 41.415 331.32 ;
##IORING_PIN      RECT 42.537 331.188 43.131 331.32 ;
##IORING_PIN      RECT 44.253 331.188 44.847 331.32 ;
##IORING_PIN      RECT 45.969 331.188 46.563 331.32 ;
##IORING_PIN      RECT 47.685 331.188 48.279 331.32 ;
##IORING_PIN      RECT 49.401 331.188 49.995 331.32 ;
##IORING_PIN      RECT 51.117 331.188 51.711 331.32 ;
##IORING_PIN      RECT 52.833 331.188 53.427 331.32 ;
##IORING_PIN      RECT 54.549 331.188 55.143 331.32 ;
##IORING_PIN      RECT 56.265 331.188 56.859 331.32 ;
##IORING_PIN      RECT 57.981 331.188 58.575 331.32 ;
##IORING_PIN      RECT 59.697 331.188 60.291 331.32 ;
##IORING_PIN      RECT 61.413 331.188 62.007 331.32 ;
##IORING_PIN      RECT 63.129 331.188 63.723 331.32 ;
##IORING_PIN      RECT 64.845 331.188 65.439 331.32 ;
##IORING_PIN      RECT 66.561 331.188 67.155 331.32 ;
##IORING_PIN      RECT 68.277 331.188 68.871 331.32 ;
##IORING_PIN      RECT 69.993 331.188 70.587 331.32 ;
##IORING_PIN      RECT 71.709 331.188 72.303 331.32 ;
##IORING_PIN      RECT 73.425 331.188 74.019 331.32 ;
##IORING_PIN      RECT 75.141 331.188 75.735 331.32 ;
##IORING_PIN      RECT 76.857 331.188 77.451 331.32 ;
##IORING_PIN      RECT 78.573 331.188 79.167 331.32 ;
##IORING_PIN      RECT 80.289 331.188 80.883 331.32 ;
##IORING_PIN      RECT 82.005 331.188 82.599 331.32 ;
##IORING_PIN      RECT 83.721 331.188 84.315 331.32 ;
##IORING_PIN      RECT 85.437 331.188 86.031 331.32 ;
##IORING_PIN      RECT 87.153 331.188 87.747 331.32 ;
##IORING_PIN      RECT 88.869 331.188 89.463 331.32 ;
##IORING_PIN      RECT 90.585 331.188 91.179 331.32 ;
##IORING_PIN      RECT 92.301 331.188 92.895 331.32 ;
##IORING_PIN      RECT 94.017 331.188 94.611 331.32 ;
##IORING_PIN      RECT 103.191 331.188 103.785 331.32 ;
##IORING_PIN      RECT 104.907 331.188 105.501 331.32 ;
##IORING_PIN      RECT 106.623 331.188 107.217 331.32 ;
##IORING_PIN      RECT 108.339 331.188 108.933 331.32 ;
##IORING_PIN      RECT 110.055 331.188 110.649 331.32 ;
##IORING_PIN      RECT 111.771 331.188 112.365 331.32 ;
##IORING_PIN      RECT 113.487 331.188 114.081 331.32 ;
##IORING_PIN      RECT 115.203 331.188 115.797 331.32 ;
##IORING_PIN      RECT 116.919 331.188 117.513 331.32 ;
##IORING_PIN      RECT 118.635 331.188 119.229 331.32 ;
##IORING_PIN      RECT 120.351 331.188 120.945 331.32 ;
##IORING_PIN      RECT 122.067 331.188 122.661 331.32 ;
##IORING_PIN      RECT 123.783 331.188 124.377 331.32 ;
##IORING_PIN      RECT 125.499 331.188 126.093 331.32 ;
##IORING_PIN      RECT 127.215 331.188 127.809 331.32 ;
##IORING_PIN      RECT 128.931 331.188 129.525 331.32 ;
##IORING_PIN      RECT 130.647 331.188 131.241 331.32 ;
##IORING_PIN      RECT 132.363 331.188 132.957 331.32 ;
##IORING_PIN      RECT 134.079 331.188 134.673 331.32 ;
##IORING_PIN      RECT 135.795 331.188 136.389 331.32 ;
##IORING_PIN      RECT 137.511 331.188 138.105 331.32 ;
##IORING_PIN      RECT 139.227 331.188 139.821 331.32 ;
##IORING_PIN      RECT 140.943 331.188 141.537 331.32 ;
##IORING_PIN      RECT 142.659 331.188 143.253 331.32 ;
##IORING_PIN      RECT 144.375 331.188 144.969 331.32 ;
##IORING_PIN      RECT 146.091 331.188 146.685 331.32 ;
##IORING_PIN      RECT 147.807 331.188 148.401 331.32 ;
##IORING_PIN      RECT 149.523 331.188 150.117 331.32 ;
##IORING_PIN      RECT 151.239 331.188 151.833 331.32 ;
##IORING_PIN      RECT 152.955 331.188 153.549 331.32 ;
##IORING_PIN      RECT 331.188 1.353 331.32 1.947 ;
##IORING_PIN      RECT 331.188 3.069 331.32 3.663 ;
##IORING_PIN      RECT 331.188 4.785 331.32 5.379 ;
##IORING_PIN      RECT 331.188 6.501 331.32 7.095 ;
##IORING_PIN      RECT 331.188 8.217 331.32 8.811 ;
##IORING_PIN      RECT 331.188 9.933 331.32 10.527 ;
##IORING_PIN      RECT 331.188 11.649 331.32 12.243 ;
##IORING_PIN      RECT 331.188 13.365 331.32 13.959 ;
##IORING_PIN      RECT 331.188 15.081 331.32 15.675 ;
##IORING_PIN      RECT 331.188 16.797 331.32 17.391 ;
##IORING_PIN      RECT 331.188 18.513 331.32 19.107 ;
##IORING_PIN      RECT 331.188 20.229 331.32 20.823 ;
##IORING_PIN      RECT 331.188 21.945 331.32 22.539 ;
##IORING_PIN      RECT 331.188 23.661 331.32 24.255 ;
##IORING_PIN      RECT 331.188 25.377 331.32 25.971 ;
##IORING_PIN      RECT 331.188 27.093 331.32 27.687 ;
##IORING_PIN      RECT 331.188 28.809 331.32 29.403 ;
##IORING_PIN      RECT 331.188 30.525 331.32 31.119 ;
##IORING_PIN      RECT 331.188 32.241 331.32 32.835 ;
##IORING_PIN      RECT 331.188 33.957 331.32 34.551 ;
##IORING_PIN      RECT 331.188 35.673 331.32 36.267 ;
##IORING_PIN      RECT 331.188 37.389 331.32 37.983 ;
##IORING_PIN      RECT 331.188 39.105 331.32 39.699 ;
##IORING_PIN      RECT 331.188 40.821 331.32 41.415 ;
##IORING_PIN      RECT 331.188 42.537 331.32 43.131 ;
##IORING_PIN      RECT 331.188 44.253 331.32 44.847 ;
##IORING_PIN      RECT 331.188 45.969 331.32 46.563 ;
##IORING_PIN      RECT 331.188 47.685 331.32 48.279 ;
##IORING_PIN      RECT 331.188 49.401 331.32 49.995 ;
##IORING_PIN      RECT 331.188 51.117 331.32 51.711 ;
##IORING_PIN      RECT 331.188 52.833 331.32 53.427 ;
##IORING_PIN      RECT 331.188 54.549 331.32 55.143 ;
##IORING_PIN      RECT 331.188 56.265 331.32 56.859 ;
##IORING_PIN      RECT 331.188 57.981 331.32 58.575 ;
##IORING_PIN      RECT 331.188 59.697 331.32 60.291 ;
##IORING_PIN      RECT 331.188 61.413 331.32 62.007 ;
##IORING_PIN      RECT 331.188 63.129 331.32 63.723 ;
##IORING_PIN      RECT 331.188 64.845 331.32 65.439 ;
##IORING_PIN      RECT 331.188 66.561 331.32 67.155 ;
##IORING_PIN      RECT 331.188 68.277 331.32 68.871 ;
##IORING_PIN      RECT 331.188 69.993 331.32 70.587 ;
##IORING_PIN      RECT 331.188 71.709 331.32 72.303 ;
##IORING_PIN      RECT 331.188 73.425 331.32 74.019 ;
##IORING_PIN      RECT 331.188 75.141 331.32 75.735 ;
##IORING_PIN      RECT 331.188 76.857 331.32 77.451 ;
##IORING_PIN      RECT 331.188 78.573 331.32 79.167 ;
##IORING_PIN      RECT 331.188 80.289 331.32 80.883 ;
##IORING_PIN      RECT 331.188 82.005 331.32 82.599 ;
##IORING_PIN      RECT 331.188 83.721 331.32 84.315 ;
##IORING_PIN      RECT 331.188 85.437 331.32 86.031 ;
##IORING_PIN      RECT 331.188 87.153 331.32 87.747 ;
##IORING_PIN      RECT 331.188 88.869 331.32 89.463 ;
##IORING_PIN      RECT 331.188 90.585 331.32 91.179 ;
##IORING_PIN      RECT 331.188 92.301 331.32 92.895 ;
##IORING_PIN      RECT 331.188 94.017 331.32 94.611 ;
##IORING_PIN      RECT 331.188 103.191 331.32 103.785 ;
##IORING_PIN      RECT 331.188 104.907 331.32 105.501 ;
##IORING_PIN      RECT 331.188 106.623 331.32 107.217 ;
##IORING_PIN      RECT 331.188 108.339 331.32 108.933 ;
##IORING_PIN      RECT 331.188 110.055 331.32 110.649 ;
##IORING_PIN      RECT 331.188 111.771 331.32 112.365 ;
##IORING_PIN      RECT 331.188 113.487 331.32 114.081 ;
##IORING_PIN      RECT 331.188 115.203 331.32 115.797 ;
##IORING_PIN      RECT 331.188 116.919 331.32 117.513 ;
##IORING_PIN      RECT 331.188 118.635 331.32 119.229 ;
##IORING_PIN      RECT 331.188 120.351 331.32 120.945 ;
##IORING_PIN      RECT 331.188 122.067 331.32 122.661 ;
##IORING_PIN      RECT 331.188 123.783 331.32 124.377 ;
##IORING_PIN      RECT 331.188 125.499 331.32 126.093 ;
##IORING_PIN      RECT 331.188 127.215 331.32 127.809 ;
##IORING_PIN      RECT 331.188 128.931 331.32 129.525 ;
##IORING_PIN      RECT 331.188 130.647 331.32 131.241 ;
##IORING_PIN      RECT 331.188 132.363 331.32 132.957 ;
##IORING_PIN      RECT 331.188 134.079 331.32 134.673 ;
##IORING_PIN      RECT 331.188 135.795 331.32 136.389 ;
##IORING_PIN      RECT 331.188 137.511 331.32 138.105 ;
##IORING_PIN      RECT 331.188 139.227 331.32 139.821 ;
##IORING_PIN      RECT 331.188 140.943 331.32 141.537 ;
##IORING_PIN      RECT 331.188 142.659 331.32 143.253 ;
##IORING_PIN      RECT 331.188 144.375 331.32 144.969 ;
##IORING_PIN      RECT 331.188 146.091 331.32 146.685 ;
##IORING_PIN      RECT 331.188 147.807 331.32 148.401 ;
##IORING_PIN      RECT 331.188 149.523 331.32 150.117 ;
##IORING_PIN      RECT 331.188 151.239 331.32 151.833 ;
##IORING_PIN      RECT 331.188 152.955 331.32 153.549 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 202.719 331.188 203.313 331.32 ;
##IORING_PIN      RECT 204.435 331.188 205.029 331.32 ;
##IORING_PIN      RECT 206.151 331.188 206.745 331.32 ;
##IORING_PIN      RECT 207.867 331.188 208.461 331.32 ;
##IORING_PIN      RECT 209.583 331.188 210.177 331.32 ;
##IORING_PIN      RECT 211.299 331.188 211.893 331.32 ;
##IORING_PIN      RECT 213.015 331.188 213.609 331.32 ;
##IORING_PIN      RECT 214.731 331.188 215.325 331.32 ;
##IORING_PIN      RECT 216.447 331.188 217.041 331.32 ;
##IORING_PIN      RECT 218.163 331.188 218.757 331.32 ;
##IORING_PIN      RECT 219.879 331.188 220.473 331.32 ;
##IORING_PIN      RECT 221.595 331.188 222.189 331.32 ;
##IORING_PIN      RECT 223.311 331.188 223.905 331.32 ;
##IORING_PIN      RECT 225.027 331.188 225.621 331.32 ;
##IORING_PIN      RECT 226.743 331.188 227.337 331.32 ;
##IORING_PIN      RECT 228.459 331.188 229.053 331.32 ;
##IORING_PIN      RECT 230.175 331.188 230.769 331.32 ;
##IORING_PIN      RECT 231.891 331.188 232.485 331.32 ;
##IORING_PIN      RECT 234.828 331.188 235.422 331.32 ;
##IORING_PIN      RECT 236.478 331.188 237.072 331.32 ;
##IORING_PIN      RECT 238.128 331.188 238.722 331.32 ;
##IORING_PIN      RECT 331.188 202.719 331.32 203.313 ;
##IORING_PIN      RECT 331.188 204.435 331.32 205.029 ;
##IORING_PIN      RECT 331.188 206.151 331.32 206.745 ;
##IORING_PIN      RECT 331.188 207.867 331.32 208.461 ;
##IORING_PIN      RECT 331.188 209.583 331.32 210.177 ;
##IORING_PIN      RECT 331.188 211.299 331.32 211.893 ;
##IORING_PIN      RECT 331.188 213.015 331.32 213.609 ;
##IORING_PIN      RECT 331.188 214.731 331.32 215.325 ;
##IORING_PIN      RECT 331.188 216.447 331.32 217.041 ;
##IORING_PIN      RECT 331.188 218.163 331.32 218.757 ;
##IORING_PIN      RECT 331.188 219.879 331.32 220.473 ;
##IORING_PIN      RECT 331.188 221.595 331.32 222.189 ;
##IORING_PIN      RECT 331.188 223.311 331.32 223.905 ;
##IORING_PIN      RECT 331.188 225.027 331.32 225.621 ;
##IORING_PIN      RECT 331.188 226.743 331.32 227.337 ;
##IORING_PIN      RECT 331.188 228.459 331.32 229.053 ;
##IORING_PIN      RECT 331.188 230.175 331.32 230.769 ;
##IORING_PIN      RECT 331.188 231.891 331.32 232.485 ;
##IORING_PIN      RECT 331.188 234.828 331.32 235.422 ;
##IORING_PIN      RECT 331.188 236.478 331.32 237.072 ;
##IORING_PIN      RECT 331.188 238.128 331.32 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 202.224 331.188 209.352 331.32 ;
##IORING_PIN      RECT 213.312 331.188 220.44 331.32 ;
##IORING_PIN      RECT 224.4 331.188 231.528 331.32 ;
##IORING_PIN      RECT 331.188 202.224 331.32 209.352 ;
##IORING_PIN      RECT 331.188 213.312 331.32 220.44 ;
##IORING_PIN      RECT 331.188 224.4 331.32 231.528 ;
##IORING_PIN    END
##IORING_PIN  END VSS
##IORING_PIN  PIN VDD
##IORING_PIN    #SPICE PIN VDD ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 234.003 331.188 234.597 331.32 ;
##IORING_PIN      RECT 235.653 331.188 236.247 331.32 ;
##IORING_PIN      RECT 237.303 331.188 237.897 331.32 ;
##IORING_PIN      RECT 238.953 331.188 239.547 331.32 ;
##IORING_PIN      RECT 331.188 234.003 331.32 234.597 ;
##IORING_PIN      RECT 331.188 235.653 331.32 236.247 ;
##IORING_PIN      RECT 331.188 237.303 331.32 237.897 ;
##IORING_PIN      RECT 331.188 238.953 331.32 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 234.003 331.188 234.597 331.32 ;
##IORING_PIN      RECT 235.653 331.188 236.247 331.32 ;
##IORING_PIN      RECT 237.303 331.188 237.897 331.32 ;
##IORING_PIN      RECT 238.953 331.188 239.547 331.32 ;
##IORING_PIN      RECT 331.188 234.003 331.32 234.597 ;
##IORING_PIN      RECT 331.188 235.653 331.32 236.247 ;
##IORING_PIN      RECT 331.188 237.303 331.32 237.897 ;
##IORING_PIN      RECT 331.188 238.953 331.32 239.547 ;
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 210.504 331.188 253.704 331.32 ;
##IORING_PIN      RECT 331.188 210.504 331.32 253.704 ;
##IORING_PIN    END
##IORING_PIN  END VDD
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 2.211 331.188 2.805 331.32 ;
##IORING_PIN      RECT 3.927 331.188 4.521 331.32 ;
##IORING_PIN      RECT 5.643 331.188 6.237 331.32 ;
##IORING_PIN      RECT 7.359 331.188 7.953 331.32 ;
##IORING_PIN      RECT 9.075 331.188 9.669 331.32 ;
##IORING_PIN      RECT 10.791 331.188 11.385 331.32 ;
##IORING_PIN      RECT 12.507 331.188 13.101 331.32 ;
##IORING_PIN      RECT 14.223 331.188 14.817 331.32 ;
##IORING_PIN      RECT 15.939 331.188 16.533 331.32 ;
##IORING_PIN      RECT 17.655 331.188 18.249 331.32 ;
##IORING_PIN      RECT 19.371 331.188 19.965 331.32 ;
##IORING_PIN      RECT 21.087 331.188 21.681 331.32 ;
##IORING_PIN      RECT 22.803 331.188 23.397 331.32 ;
##IORING_PIN      RECT 24.519 331.188 25.113 331.32 ;
##IORING_PIN      RECT 26.235 331.188 26.829 331.32 ;
##IORING_PIN      RECT 27.951 331.188 28.545 331.32 ;
##IORING_PIN      RECT 29.667 331.188 30.261 331.32 ;
##IORING_PIN      RECT 31.383 331.188 31.977 331.32 ;
##IORING_PIN      RECT 33.099 331.188 33.693 331.32 ;
##IORING_PIN      RECT 34.815 331.188 35.409 331.32 ;
##IORING_PIN      RECT 36.531 331.188 37.125 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 2.211 331.188 2.805 331.32 ;
##IORING_PIN      RECT 3.927 331.188 4.521 331.32 ;
##IORING_PIN      RECT 5.643 331.188 6.237 331.32 ;
##IORING_PIN      RECT 7.359 331.188 7.953 331.32 ;
##IORING_PIN      RECT 9.075 331.188 9.669 331.32 ;
##IORING_PIN      RECT 10.791 331.188 11.385 331.32 ;
##IORING_PIN      RECT 12.507 331.188 13.101 331.32 ;
##IORING_PIN      RECT 14.223 331.188 14.817 331.32 ;
##IORING_PIN      RECT 15.939 331.188 16.533 331.32 ;
##IORING_PIN      RECT 17.655 331.188 18.249 331.32 ;
##IORING_PIN      RECT 19.371 331.188 19.965 331.32 ;
##IORING_PIN      RECT 21.087 331.188 21.681 331.32 ;
##IORING_PIN      RECT 22.803 331.188 23.397 331.32 ;
##IORING_PIN      RECT 24.519 331.188 25.113 331.32 ;
##IORING_PIN      RECT 26.235 331.188 26.829 331.32 ;
##IORING_PIN      RECT 27.951 331.188 28.545 331.32 ;
##IORING_PIN      RECT 29.667 331.188 30.261 331.32 ;
##IORING_PIN      RECT 31.383 331.188 31.977 331.32 ;
##IORING_PIN      RECT 33.099 331.188 33.693 331.32 ;
##IORING_PIN      RECT 34.815 331.188 35.409 331.32 ;
##IORING_PIN      RECT 36.531 331.188 37.125 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 38.247 331.188 38.841 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 38.247 331.188 38.841 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 39.963 331.188 40.557 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 39.963 331.188 40.557 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 41.679 331.188 42.273 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 41.679 331.188 42.273 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 43.395 331.188 43.989 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 43.395 331.188 43.989 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 45.111 331.188 45.705 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 45.111 331.188 45.705 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 46.827 331.188 47.421 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 46.827 331.188 47.421 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 48.543 331.188 49.137 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 48.543 331.188 49.137 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 50.259 331.188 50.853 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 50.259 331.188 50.853 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 51.975 331.188 52.569 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 51.975 331.188 52.569 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 53.691 331.188 54.285 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 53.691 331.188 54.285 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 55.407 331.188 56.001 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 55.407 331.188 56.001 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 57.123 331.188 57.717 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 57.123 331.188 57.717 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 58.839 331.188 59.433 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 58.839 331.188 59.433 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.555 331.188 61.149 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.555 331.188 61.149 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 62.271 331.188 62.865 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 62.271 331.188 62.865 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 63.987 331.188 64.581 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 63.987 331.188 64.581 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 65.703 331.188 66.297 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 65.703 331.188 66.297 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 67.419 331.188 68.013 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 67.419 331.188 68.013 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 69.135 331.188 69.729 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 69.135 331.188 69.729 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 70.851 331.188 71.445 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 70.851 331.188 71.445 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 72.567 331.188 73.161 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 72.567 331.188 73.161 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 74.283 331.188 74.877 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 74.283 331.188 74.877 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 75.999 331.188 76.593 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 75.999 331.188 76.593 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 77.715 331.188 78.309 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 77.715 331.188 78.309 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 79.431 331.188 80.025 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 79.431 331.188 80.025 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 81.147 331.188 81.741 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 81.147 331.188 81.741 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 82.863 331.188 83.457 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 82.863 331.188 83.457 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 84.579 331.188 85.173 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 84.579 331.188 85.173 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 86.295 331.188 86.889 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 86.295 331.188 86.889 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 88.011 331.188 88.605 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 88.011 331.188 88.605 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 89.727 331.188 90.321 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 89.727 331.188 90.321 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 91.443 331.188 92.037 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 91.443 331.188 92.037 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 93.159 331.188 93.753 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 93.159 331.188 93.753 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 94.875 331.188 95.469 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 94.875 331.188 95.469 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 104.049 331.188 104.643 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 104.049 331.188 104.643 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 105.765 331.188 106.359 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 105.765 331.188 106.359 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 107.481 331.188 108.075 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 107.481 331.188 108.075 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 109.197 331.188 109.791 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 109.197 331.188 109.791 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 110.913 331.188 111.507 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 110.913 331.188 111.507 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 112.629 331.188 113.223 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 112.629 331.188 113.223 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 114.345 331.188 114.939 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 114.345 331.188 114.939 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 116.061 331.188 116.655 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 116.061 331.188 116.655 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 117.777 331.188 118.371 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 117.777 331.188 118.371 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 119.493 331.188 120.087 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 119.493 331.188 120.087 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 121.209 331.188 121.803 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 121.209 331.188 121.803 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 122.925 331.188 123.519 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 122.925 331.188 123.519 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 124.641 331.188 125.235 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 124.641 331.188 125.235 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 126.357 331.188 126.951 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 126.357 331.188 126.951 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 128.073 331.188 128.667 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 128.073 331.188 128.667 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 129.789 331.188 130.383 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 129.789 331.188 130.383 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 131.505 331.188 132.099 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 131.505 331.188 132.099 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 133.221 331.188 133.815 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 133.221 331.188 133.815 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 134.937 331.188 135.531 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 134.937 331.188 135.531 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 136.653 331.188 137.247 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 136.653 331.188 137.247 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 138.369 331.188 138.963 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 138.369 331.188 138.963 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 140.085 331.188 140.679 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 140.085 331.188 140.679 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 141.801 331.188 142.395 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 141.801 331.188 142.395 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 143.517 331.188 144.111 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 143.517 331.188 144.111 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 145.233 331.188 145.827 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 145.233 331.188 145.827 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 146.949 331.188 147.543 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 146.949 331.188 147.543 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 148.665 331.188 149.259 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 148.665 331.188 149.259 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 150.381 331.188 150.975 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 150.381 331.188 150.975 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 152.097 331.188 152.691 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 152.097 331.188 152.691 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 153.813 331.188 154.407 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 153.813 331.188 154.407 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 231.033 331.188 231.627 331.32 ;
##IORING_PIN      RECT 331.188 231.033 331.32 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 231.033 331.188 231.627 331.32 ;
##IORING_PIN      RECT 331.188 231.033 331.32 231.627 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 231.033 331.188 231.627 331.32 ;
##IORING_PIN      RECT 331.188 231.033 331.32 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 229.317 331.188 229.911 331.32 ;
##IORING_PIN      RECT 331.188 229.317 331.32 229.911 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 229.317 331.188 229.911 331.32 ;
##IORING_PIN      RECT 331.188 229.317 331.32 229.911 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 229.317 331.188 229.911 331.32 ;
##IORING_PIN      RECT 331.188 229.317 331.32 229.911 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 227.601 331.188 228.195 331.32 ;
##IORING_PIN      RECT 331.188 227.601 331.32 228.195 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 227.601 331.188 228.195 331.32 ;
##IORING_PIN      RECT 331.188 227.601 331.32 228.195 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 227.601 331.188 228.195 331.32 ;
##IORING_PIN      RECT 331.188 227.601 331.32 228.195 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 225.885 331.188 226.479 331.32 ;
##IORING_PIN      RECT 331.188 225.885 331.32 226.479 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 225.885 331.188 226.479 331.32 ;
##IORING_PIN      RECT 331.188 225.885 331.32 226.479 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 225.885 331.188 226.479 331.32 ;
##IORING_PIN      RECT 331.188 225.885 331.32 226.479 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 224.169 331.188 224.763 331.32 ;
##IORING_PIN      RECT 331.188 224.169 331.32 224.763 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 224.169 331.188 224.763 331.32 ;
##IORING_PIN      RECT 331.188 224.169 331.32 224.763 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 224.169 331.188 224.763 331.32 ;
##IORING_PIN      RECT 331.188 224.169 331.32 224.763 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 222.453 331.188 223.047 331.32 ;
##IORING_PIN      RECT 331.188 222.453 331.32 223.047 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 222.453 331.188 223.047 331.32 ;
##IORING_PIN      RECT 331.188 222.453 331.32 223.047 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 222.453 331.188 223.047 331.32 ;
##IORING_PIN      RECT 331.188 222.453 331.32 223.047 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 220.737 331.188 221.331 331.32 ;
##IORING_PIN      RECT 331.188 220.737 331.32 221.331 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 220.737 331.188 221.331 331.32 ;
##IORING_PIN      RECT 331.188 220.737 331.32 221.331 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 220.737 331.188 221.331 331.32 ;
##IORING_PIN      RECT 331.188 220.737 331.32 221.331 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 219.021 331.188 219.615 331.32 ;
##IORING_PIN      RECT 331.188 219.021 331.32 219.615 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 219.021 331.188 219.615 331.32 ;
##IORING_PIN      RECT 331.188 219.021 331.32 219.615 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 219.021 331.188 219.615 331.32 ;
##IORING_PIN      RECT 331.188 219.021 331.32 219.615 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 217.305 331.188 217.899 331.32 ;
##IORING_PIN      RECT 331.188 217.305 331.32 217.899 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 217.305 331.188 217.899 331.32 ;
##IORING_PIN      RECT 331.188 217.305 331.32 217.899 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 217.305 331.188 217.899 331.32 ;
##IORING_PIN      RECT 331.188 217.305 331.32 217.899 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 215.589 331.188 216.183 331.32 ;
##IORING_PIN      RECT 331.188 215.589 331.32 216.183 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 215.589 331.188 216.183 331.32 ;
##IORING_PIN      RECT 331.188 215.589 331.32 216.183 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 215.589 331.188 216.183 331.32 ;
##IORING_PIN      RECT 331.188 215.589 331.32 216.183 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 213.873 331.188 214.467 331.32 ;
##IORING_PIN      RECT 331.188 213.873 331.32 214.467 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 213.873 331.188 214.467 331.32 ;
##IORING_PIN      RECT 331.188 213.873 331.32 214.467 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 213.873 331.188 214.467 331.32 ;
##IORING_PIN      RECT 331.188 213.873 331.32 214.467 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 212.157 331.188 212.751 331.32 ;
##IORING_PIN      RECT 331.188 212.157 331.32 212.751 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 212.157 331.188 212.751 331.32 ;
##IORING_PIN      RECT 331.188 212.157 331.32 212.751 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 212.157 331.188 212.751 331.32 ;
##IORING_PIN      RECT 331.188 212.157 331.32 212.751 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 210.441 331.188 211.035 331.32 ;
##IORING_PIN      RECT 331.188 210.441 331.32 211.035 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 210.441 331.188 211.035 331.32 ;
##IORING_PIN      RECT 331.188 210.441 331.32 211.035 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 210.441 331.188 211.035 331.32 ;
##IORING_PIN      RECT 331.188 210.441 331.32 211.035 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 208.725 331.188 209.319 331.32 ;
##IORING_PIN      RECT 331.188 208.725 331.32 209.319 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 208.725 331.188 209.319 331.32 ;
##IORING_PIN      RECT 331.188 208.725 331.32 209.319 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 208.725 331.188 209.319 331.32 ;
##IORING_PIN      RECT 331.188 208.725 331.32 209.319 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 207.009 331.188 207.603 331.32 ;
##IORING_PIN      RECT 331.188 207.009 331.32 207.603 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 207.009 331.188 207.603 331.32 ;
##IORING_PIN      RECT 331.188 207.009 331.32 207.603 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 207.009 331.188 207.603 331.32 ;
##IORING_PIN      RECT 331.188 207.009 331.32 207.603 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 205.293 331.188 205.887 331.32 ;
##IORING_PIN      RECT 331.188 205.293 331.32 205.887 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 205.293 331.188 205.887 331.32 ;
##IORING_PIN      RECT 331.188 205.293 331.32 205.887 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 205.293 331.188 205.887 331.32 ;
##IORING_PIN      RECT 331.188 205.293 331.32 205.887 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 203.577 331.188 204.171 331.32 ;
##IORING_PIN      RECT 331.188 203.577 331.32 204.171 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 203.577 331.188 204.171 331.32 ;
##IORING_PIN      RECT 331.188 203.577 331.32 204.171 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 203.577 331.188 204.171 331.32 ;
##IORING_PIN      RECT 331.188 203.577 331.32 204.171 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 201.861 331.188 202.455 331.32 ;
##IORING_PIN      RECT 331.188 201.861 331.32 202.455 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 201.861 331.188 202.455 331.32 ;
##IORING_PIN      RECT 331.188 201.861 331.32 202.455 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 200.145 331.188 200.739 331.32 ;
##IORING_PIN      RECT 331.188 200.145 331.32 200.739 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 200.145 331.188 200.739 331.32 ;
##IORING_PIN      RECT 331.188 200.145 331.32 200.739 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 198.429 331.188 199.023 331.32 ;
##IORING_PIN      RECT 331.188 198.429 331.32 199.023 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 198.429 331.188 199.023 331.32 ;
##IORING_PIN      RECT 331.188 198.429 331.32 199.023 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 196.713 331.188 197.307 331.32 ;
##IORING_PIN      RECT 331.188 196.713 331.32 197.307 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 196.713 331.188 197.307 331.32 ;
##IORING_PIN      RECT 331.188 196.713 331.32 197.307 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 194.997 331.188 195.591 331.32 ;
##IORING_PIN      RECT 331.188 194.997 331.32 195.591 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 194.997 331.188 195.591 331.32 ;
##IORING_PIN      RECT 331.188 194.997 331.32 195.591 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 193.281 331.188 193.875 331.32 ;
##IORING_PIN      RECT 331.188 193.281 331.32 193.875 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 193.281 331.188 193.875 331.32 ;
##IORING_PIN      RECT 331.188 193.281 331.32 193.875 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 191.565 331.188 192.159 331.32 ;
##IORING_PIN      RECT 331.188 191.565 331.32 192.159 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 191.565 331.188 192.159 331.32 ;
##IORING_PIN      RECT 331.188 191.565 331.32 192.159 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 189.849 331.188 190.443 331.32 ;
##IORING_PIN      RECT 331.188 189.849 331.32 190.443 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 189.849 331.188 190.443 331.32 ;
##IORING_PIN      RECT 331.188 189.849 331.32 190.443 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 188.133 331.188 188.727 331.32 ;
##IORING_PIN      RECT 331.188 188.133 331.32 188.727 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 188.133 331.188 188.727 331.32 ;
##IORING_PIN      RECT 331.188 188.133 331.32 188.727 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 186.417 331.188 187.011 331.32 ;
##IORING_PIN      RECT 331.188 186.417 331.32 187.011 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 186.417 331.188 187.011 331.32 ;
##IORING_PIN      RECT 331.188 186.417 331.32 187.011 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 184.701 331.188 185.295 331.32 ;
##IORING_PIN      RECT 331.188 184.701 331.32 185.295 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 184.701 331.188 185.295 331.32 ;
##IORING_PIN      RECT 331.188 184.701 331.32 185.295 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 182.985 331.188 183.579 331.32 ;
##IORING_PIN      RECT 331.188 182.985 331.32 183.579 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 182.985 331.188 183.579 331.32 ;
##IORING_PIN      RECT 331.188 182.985 331.32 183.579 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 181.269 331.188 181.863 331.32 ;
##IORING_PIN      RECT 331.188 181.269 331.32 181.863 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 181.269 331.188 181.863 331.32 ;
##IORING_PIN      RECT 331.188 181.269 331.32 181.863 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 179.553 331.188 180.147 331.32 ;
##IORING_PIN      RECT 331.188 179.553 331.32 180.147 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 179.553 331.188 180.147 331.32 ;
##IORING_PIN      RECT 331.188 179.553 331.32 180.147 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 177.837 331.188 178.431 331.32 ;
##IORING_PIN      RECT 331.188 177.837 331.32 178.431 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 177.837 331.188 178.431 331.32 ;
##IORING_PIN      RECT 331.188 177.837 331.32 178.431 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 176.121 331.188 176.715 331.32 ;
##IORING_PIN      RECT 331.188 176.121 331.32 176.715 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 176.121 331.188 176.715 331.32 ;
##IORING_PIN      RECT 331.188 176.121 331.32 176.715 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 174.405 331.188 174.999 331.32 ;
##IORING_PIN      RECT 331.188 174.405 331.32 174.999 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 174.405 331.188 174.999 331.32 ;
##IORING_PIN      RECT 331.188 174.405 331.32 174.999 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 172.689 331.188 173.283 331.32 ;
##IORING_PIN      RECT 331.188 172.689 331.32 173.283 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 172.689 331.188 173.283 331.32 ;
##IORING_PIN      RECT 331.188 172.689 331.32 173.283 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 170.973 331.188 171.567 331.32 ;
##IORING_PIN      RECT 331.188 170.973 331.32 171.567 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 170.973 331.188 171.567 331.32 ;
##IORING_PIN      RECT 331.188 170.973 331.32 171.567 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 169.257 331.188 169.851 331.32 ;
##IORING_PIN      RECT 331.188 169.257 331.32 169.851 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 169.257 331.188 169.851 331.32 ;
##IORING_PIN      RECT 331.188 169.257 331.32 169.851 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 167.541 331.188 168.135 331.32 ;
##IORING_PIN      RECT 331.188 167.541 331.32 168.135 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 167.541 331.188 168.135 331.32 ;
##IORING_PIN      RECT 331.188 167.541 331.32 168.135 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 165.825 331.188 166.419 331.32 ;
##IORING_PIN      RECT 331.188 165.825 331.32 166.419 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 165.825 331.188 166.419 331.32 ;
##IORING_PIN      RECT 331.188 165.825 331.32 166.419 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 164.109 331.188 164.703 331.32 ;
##IORING_PIN      RECT 331.188 164.109 331.32 164.703 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 164.109 331.188 164.703 331.32 ;
##IORING_PIN      RECT 331.188 164.109 331.32 164.703 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 153.813 331.32 154.407 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 153.813 331.32 154.407 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 152.097 331.32 152.691 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 152.097 331.32 152.691 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 150.381 331.32 150.975 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 150.381 331.32 150.975 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 148.665 331.32 149.259 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 148.665 331.32 149.259 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 146.949 331.32 147.543 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 146.949 331.32 147.543 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 145.233 331.32 145.827 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 145.233 331.32 145.827 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 143.517 331.32 144.111 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 143.517 331.32 144.111 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 141.801 331.32 142.395 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 141.801 331.32 142.395 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 140.085 331.32 140.679 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 140.085 331.32 140.679 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 138.369 331.32 138.963 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 138.369 331.32 138.963 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 136.653 331.32 137.247 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 136.653 331.32 137.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 134.937 331.32 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 134.937 331.32 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 133.221 331.32 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 133.221 331.32 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 131.505 331.32 132.099 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 131.505 331.32 132.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 129.789 331.32 130.383 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 129.789 331.32 130.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 128.073 331.32 128.667 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 128.073 331.32 128.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 126.357 331.32 126.951 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 126.357 331.32 126.951 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 124.641 331.32 125.235 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 124.641 331.32 125.235 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 122.925 331.32 123.519 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 122.925 331.32 123.519 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 121.209 331.32 121.803 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 121.209 331.32 121.803 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 119.493 331.32 120.087 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 119.493 331.32 120.087 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 117.777 331.32 118.371 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 117.777 331.32 118.371 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 116.061 331.32 116.655 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 116.061 331.32 116.655 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 114.345 331.32 114.939 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 114.345 331.32 114.939 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 112.629 331.32 113.223 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 112.629 331.32 113.223 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 110.913 331.32 111.507 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 110.913 331.32 111.507 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 109.197 331.32 109.791 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 109.197 331.32 109.791 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 107.481 331.32 108.075 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 107.481 331.32 108.075 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 105.765 331.32 106.359 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 105.765 331.32 106.359 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 104.049 331.32 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 104.049 331.32 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 94.875 331.32 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 94.875 331.32 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 93.159 331.32 93.753 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 93.159 331.32 93.753 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 91.443 331.32 92.037 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 91.443 331.32 92.037 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 89.727 331.32 90.321 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 89.727 331.32 90.321 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 88.011 331.32 88.605 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 88.011 331.32 88.605 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 86.295 331.32 86.889 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 86.295 331.32 86.889 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 84.579 331.32 85.173 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 84.579 331.32 85.173 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 82.863 331.32 83.457 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 82.863 331.32 83.457 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 81.147 331.32 81.741 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 81.147 331.32 81.741 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 79.431 331.32 80.025 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 79.431 331.32 80.025 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 77.715 331.32 78.309 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 77.715 331.32 78.309 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 75.999 331.32 76.593 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 75.999 331.32 76.593 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 74.283 331.32 74.877 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 74.283 331.32 74.877 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 72.567 331.32 73.161 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 72.567 331.32 73.161 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 70.851 331.32 71.445 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 70.851 331.32 71.445 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 69.135 331.32 69.729 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 69.135 331.32 69.729 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN  END VDD33
  OBS
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  END
END C0S8L0STARCIO_FE_TWF1SBLBUFF
MACRO C0S8L0STARCIO_FE_TWF1SBRBUFF FOREIGN C0S8L0STARCIO_FE_TWF4SBRBUFF7C_R2 -331.32 0 ;
##MACROVERSION "2.0 2009/05/22" ;
#LDBCLASS BE STDV33 STDV33   ;
  CLASS ENDCAP BOTTOMRIGHT ;
 SIZE 331.32 BY 331.32 ;
 SITE BRBUFF ;
  ##IOCLASS LEFT STDV33 TOP STDV33  ;
##IORING_PIN  PIN VSS
##IORING_PIN    #SPICE PIN VSS ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    DIRECTION INOUT ;
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##IORING_PIN    END
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##IORING_PIN      RECT 227.535 331.188 228.129 331.32 ;
##IORING_PIN      RECT 236.709 331.188 237.303 331.32 ;
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##IORING_PIN      RECT 259.017 331.188 259.611 331.32 ;
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##IORING_PIN      RECT 262.449 331.188 263.043 331.32 ;
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##IORING_PIN      RECT 265.881 331.188 266.475 331.32 ;
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##IORING_PIN      RECT 269.313 331.188 269.907 331.32 ;
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##IORING_PIN      RECT 272.745 331.188 273.339 331.32 ;
##IORING_PIN      RECT 274.461 331.188 275.055 331.32 ;
##IORING_PIN      RECT 276.177 331.188 276.771 331.32 ;
##IORING_PIN      RECT 277.893 331.188 278.487 331.32 ;
##IORING_PIN      RECT 279.609 331.188 280.203 331.32 ;
##IORING_PIN      RECT 281.325 331.188 281.919 331.32 ;
##IORING_PIN      RECT 283.041 331.188 283.635 331.32 ;
##IORING_PIN      RECT 284.757 331.188 285.351 331.32 ;
##IORING_PIN      RECT 286.473 331.188 287.067 331.32 ;
##IORING_PIN      RECT 288.189 331.188 288.783 331.32 ;
##IORING_PIN      RECT 289.905 331.188 290.499 331.32 ;
##IORING_PIN      RECT 291.621 331.188 292.215 331.32 ;
##IORING_PIN      RECT 293.337 331.188 293.931 331.32 ;
##IORING_PIN      RECT 295.053 331.188 295.647 331.32 ;
##IORING_PIN      RECT 296.769 331.188 297.363 331.32 ;
##IORING_PIN      RECT 298.485 331.188 299.079 331.32 ;
##IORING_PIN      RECT 300.201 331.188 300.795 331.32 ;
##IORING_PIN      RECT 301.917 331.188 302.511 331.32 ;
##IORING_PIN      RECT 303.633 331.188 304.227 331.32 ;
##IORING_PIN      RECT 305.349 331.188 305.943 331.32 ;
##IORING_PIN      RECT 307.065 331.188 307.659 331.32 ;
##IORING_PIN      RECT 308.781 331.188 309.375 331.32 ;
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##IORING_PIN      RECT 312.213 331.188 312.807 331.32 ;
##IORING_PIN      RECT 313.929 331.188 314.523 331.32 ;
##IORING_PIN      RECT 315.645 331.188 316.239 331.32 ;
##IORING_PIN      RECT 317.361 331.188 317.955 331.32 ;
##IORING_PIN      RECT 319.077 331.188 319.671 331.32 ;
##IORING_PIN      RECT 320.793 331.188 321.387 331.32 ;
##IORING_PIN      RECT 322.509 331.188 323.103 331.32 ;
##IORING_PIN      RECT 324.225 331.188 324.819 331.32 ;
##IORING_PIN      RECT 325.941 331.188 326.535 331.32 ;
##IORING_PIN      RECT 327.657 331.188 328.251 331.32 ;
##IORING_PIN      RECT 329.373 331.188 329.967 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      RECT 0 3.069 0.132 3.663 ;
##IORING_PIN      RECT 0 4.785 0.132 5.379 ;
##IORING_PIN      RECT 0 6.501 0.132 7.095 ;
##IORING_PIN      RECT 0 8.217 0.132 8.811 ;
##IORING_PIN      RECT 0 9.933 0.132 10.527 ;
##IORING_PIN      RECT 0 11.649 0.132 12.243 ;
##IORING_PIN      RECT 0 13.365 0.132 13.959 ;
##IORING_PIN      RECT 0 15.081 0.132 15.675 ;
##IORING_PIN      RECT 0 16.797 0.132 17.391 ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN      RECT 0 20.229 0.132 20.823 ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN      RECT 0 23.661 0.132 24.255 ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN      RECT 0 27.093 0.132 27.687 ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN      RECT 0 30.525 0.132 31.119 ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN      RECT 0 33.957 0.132 34.551 ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN      RECT 0 37.389 0.132 37.983 ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN      RECT 0 40.821 0.132 41.415 ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN      RECT 0 44.253 0.132 44.847 ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      RECT 0 47.685 0.132 48.279 ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      RECT 0 51.117 0.132 51.711 ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      RECT 0 54.549 0.132 55.143 ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      RECT 0 57.981 0.132 58.575 ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      RECT 0 61.413 0.132 62.007 ;
##IORING_PIN      RECT 0 63.129 0.132 63.723 ;
##IORING_PIN      RECT 0 64.845 0.132 65.439 ;
##IORING_PIN      RECT 0 66.561 0.132 67.155 ;
##IORING_PIN      RECT 0 68.277 0.132 68.871 ;
##IORING_PIN      RECT 0 69.993 0.132 70.587 ;
##IORING_PIN      RECT 0 71.709 0.132 72.303 ;
##IORING_PIN      RECT 0 73.425 0.132 74.019 ;
##IORING_PIN      RECT 0 75.141 0.132 75.735 ;
##IORING_PIN      RECT 0 76.857 0.132 77.451 ;
##IORING_PIN      RECT 0 78.573 0.132 79.167 ;
##IORING_PIN      RECT 0 80.289 0.132 80.883 ;
##IORING_PIN      RECT 0 82.005 0.132 82.599 ;
##IORING_PIN      RECT 0 83.721 0.132 84.315 ;
##IORING_PIN      RECT 0 85.437 0.132 86.031 ;
##IORING_PIN      RECT 0 87.153 0.132 87.747 ;
##IORING_PIN      RECT 0 88.869 0.132 89.463 ;
##IORING_PIN      RECT 0 90.585 0.132 91.179 ;
##IORING_PIN      RECT 0 92.301 0.132 92.895 ;
##IORING_PIN      RECT 0 94.017 0.132 94.611 ;
##IORING_PIN      RECT 0 103.191 0.132 103.785 ;
##IORING_PIN      RECT 0 104.907 0.132 105.501 ;
##IORING_PIN      RECT 0 106.623 0.132 107.217 ;
##IORING_PIN      RECT 0 108.339 0.132 108.933 ;
##IORING_PIN      RECT 0 110.055 0.132 110.649 ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 177.771 331.188 178.365 331.32 ;
##IORING_PIN      RECT 179.487 331.188 180.081 331.32 ;
##IORING_PIN      RECT 181.203 331.188 181.797 331.32 ;
##IORING_PIN      RECT 182.919 331.188 183.513 331.32 ;
##IORING_PIN      RECT 184.635 331.188 185.229 331.32 ;
##IORING_PIN      RECT 186.351 331.188 186.945 331.32 ;
##IORING_PIN      RECT 188.067 331.188 188.661 331.32 ;
##IORING_PIN      RECT 189.783 331.188 190.377 331.32 ;
##IORING_PIN      RECT 191.499 331.188 192.093 331.32 ;
##IORING_PIN      RECT 193.215 331.188 193.809 331.32 ;
##IORING_PIN      RECT 194.931 331.188 195.525 331.32 ;
##IORING_PIN      RECT 196.647 331.188 197.241 331.32 ;
##IORING_PIN      RECT 198.363 331.188 198.957 331.32 ;
##IORING_PIN      RECT 200.079 331.188 200.673 331.32 ;
##IORING_PIN      RECT 201.795 331.188 202.389 331.32 ;
##IORING_PIN      RECT 203.511 331.188 204.105 331.32 ;
##IORING_PIN      RECT 205.227 331.188 205.821 331.32 ;
##IORING_PIN      RECT 206.943 331.188 207.537 331.32 ;
##IORING_PIN      RECT 208.659 331.188 209.253 331.32 ;
##IORING_PIN      RECT 210.375 331.188 210.969 331.32 ;
##IORING_PIN      RECT 212.091 331.188 212.685 331.32 ;
##IORING_PIN      RECT 213.807 331.188 214.401 331.32 ;
##IORING_PIN      RECT 215.523 331.188 216.117 331.32 ;
##IORING_PIN      RECT 217.239 331.188 217.833 331.32 ;
##IORING_PIN      RECT 218.955 331.188 219.549 331.32 ;
##IORING_PIN      RECT 220.671 331.188 221.265 331.32 ;
##IORING_PIN      RECT 222.387 331.188 222.981 331.32 ;
##IORING_PIN      RECT 224.103 331.188 224.697 331.32 ;
##IORING_PIN      RECT 225.819 331.188 226.413 331.32 ;
##IORING_PIN      RECT 227.535 331.188 228.129 331.32 ;
##IORING_PIN      RECT 236.709 331.188 237.303 331.32 ;
##IORING_PIN      RECT 238.425 331.188 239.019 331.32 ;
##IORING_PIN      RECT 240.141 331.188 240.735 331.32 ;
##IORING_PIN      RECT 241.857 331.188 242.451 331.32 ;
##IORING_PIN      RECT 243.573 331.188 244.167 331.32 ;
##IORING_PIN      RECT 245.289 331.188 245.883 331.32 ;
##IORING_PIN      RECT 247.005 331.188 247.599 331.32 ;
##IORING_PIN      RECT 248.721 331.188 249.315 331.32 ;
##IORING_PIN      RECT 250.437 331.188 251.031 331.32 ;
##IORING_PIN      RECT 252.153 331.188 252.747 331.32 ;
##IORING_PIN      RECT 253.869 331.188 254.463 331.32 ;
##IORING_PIN      RECT 255.585 331.188 256.179 331.32 ;
##IORING_PIN      RECT 257.301 331.188 257.895 331.32 ;
##IORING_PIN      RECT 259.017 331.188 259.611 331.32 ;
##IORING_PIN      RECT 260.733 331.188 261.327 331.32 ;
##IORING_PIN      RECT 262.449 331.188 263.043 331.32 ;
##IORING_PIN      RECT 264.165 331.188 264.759 331.32 ;
##IORING_PIN      RECT 265.881 331.188 266.475 331.32 ;
##IORING_PIN      RECT 267.597 331.188 268.191 331.32 ;
##IORING_PIN      RECT 269.313 331.188 269.907 331.32 ;
##IORING_PIN      RECT 271.029 331.188 271.623 331.32 ;
##IORING_PIN      RECT 272.745 331.188 273.339 331.32 ;
##IORING_PIN      RECT 274.461 331.188 275.055 331.32 ;
##IORING_PIN      RECT 276.177 331.188 276.771 331.32 ;
##IORING_PIN      RECT 277.893 331.188 278.487 331.32 ;
##IORING_PIN      RECT 279.609 331.188 280.203 331.32 ;
##IORING_PIN      RECT 281.325 331.188 281.919 331.32 ;
##IORING_PIN      RECT 283.041 331.188 283.635 331.32 ;
##IORING_PIN      RECT 284.757 331.188 285.351 331.32 ;
##IORING_PIN      RECT 286.473 331.188 287.067 331.32 ;
##IORING_PIN      RECT 288.189 331.188 288.783 331.32 ;
##IORING_PIN      RECT 289.905 331.188 290.499 331.32 ;
##IORING_PIN      RECT 291.621 331.188 292.215 331.32 ;
##IORING_PIN      RECT 293.337 331.188 293.931 331.32 ;
##IORING_PIN      RECT 295.053 331.188 295.647 331.32 ;
##IORING_PIN      RECT 296.769 331.188 297.363 331.32 ;
##IORING_PIN      RECT 298.485 331.188 299.079 331.32 ;
##IORING_PIN      RECT 300.201 331.188 300.795 331.32 ;
##IORING_PIN      RECT 301.917 331.188 302.511 331.32 ;
##IORING_PIN      RECT 303.633 331.188 304.227 331.32 ;
##IORING_PIN      RECT 305.349 331.188 305.943 331.32 ;
##IORING_PIN      RECT 307.065 331.188 307.659 331.32 ;
##IORING_PIN      RECT 308.781 331.188 309.375 331.32 ;
##IORING_PIN      RECT 310.497 331.188 311.091 331.32 ;
##IORING_PIN      RECT 312.213 331.188 312.807 331.32 ;
##IORING_PIN      RECT 313.929 331.188 314.523 331.32 ;
##IORING_PIN      RECT 315.645 331.188 316.239 331.32 ;
##IORING_PIN      RECT 317.361 331.188 317.955 331.32 ;
##IORING_PIN      RECT 319.077 331.188 319.671 331.32 ;
##IORING_PIN      RECT 320.793 331.188 321.387 331.32 ;
##IORING_PIN      RECT 322.509 331.188 323.103 331.32 ;
##IORING_PIN      RECT 324.225 331.188 324.819 331.32 ;
##IORING_PIN      RECT 325.941 331.188 326.535 331.32 ;
##IORING_PIN      RECT 327.657 331.188 328.251 331.32 ;
##IORING_PIN      RECT 329.373 331.188 329.967 331.32 ;
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
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##IORING_PIN      RECT 98.835 331.188 99.429 331.32 ;
##IORING_PIN      RECT 100.551 331.188 101.145 331.32 ;
##IORING_PIN      RECT 102.267 331.188 102.861 331.32 ;
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##IORING_PIN      RECT 110.847 331.188 111.441 331.32 ;
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##IORING_PIN      RECT 122.859 331.188 123.453 331.32 ;
##IORING_PIN      RECT 124.575 331.188 125.169 331.32 ;
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##IORING_PIN      RECT 128.007 331.188 128.601 331.32 ;
##IORING_PIN      LAYER M7T ;
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##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
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##IORING_PIN    END
##IORING_PIN  END VSS
##IORING_PIN  PIN VDD
##IORING_PIN    #SPICE PIN VDD ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 91.773 331.188 92.367 331.32 ;
##IORING_PIN      RECT 93.423 331.188 94.017 331.32 ;
##IORING_PIN      RECT 95.073 331.188 95.667 331.32 ;
##IORING_PIN      RECT 96.723 331.188 97.317 331.32 ;
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 91.773 331.188 92.367 331.32 ;
##IORING_PIN      RECT 93.423 331.188 94.017 331.32 ;
##IORING_PIN      RECT 95.073 331.188 95.667 331.32 ;
##IORING_PIN      RECT 96.723 331.188 97.317 331.32 ;
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 77.616 331.188 120.816 331.32 ;
##IORING_PIN    END
##IORING_PIN  END VDD
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 295.911 331.188 296.505 331.32 ;
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##IORING_PIN      RECT 299.343 331.188 299.937 331.32 ;
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##IORING_PIN      RECT 302.775 331.188 303.369 331.32 ;
##IORING_PIN      RECT 304.491 331.188 305.085 331.32 ;
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##IORING_PIN      RECT 307.923 331.188 308.517 331.32 ;
##IORING_PIN      RECT 309.639 331.188 310.233 331.32 ;
##IORING_PIN      RECT 311.355 331.188 311.949 331.32 ;
##IORING_PIN      RECT 313.071 331.188 313.665 331.32 ;
##IORING_PIN      RECT 314.787 331.188 315.381 331.32 ;
##IORING_PIN      RECT 316.503 331.188 317.097 331.32 ;
##IORING_PIN      RECT 318.219 331.188 318.813 331.32 ;
##IORING_PIN      RECT 319.935 331.188 320.529 331.32 ;
##IORING_PIN      RECT 321.651 331.188 322.245 331.32 ;
##IORING_PIN      RECT 323.367 331.188 323.961 331.32 ;
##IORING_PIN      RECT 325.083 331.188 325.677 331.32 ;
##IORING_PIN      RECT 326.799 331.188 327.393 331.32 ;
##IORING_PIN      RECT 328.515 331.188 329.109 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 294.195 331.188 294.789 331.32 ;
##IORING_PIN      RECT 295.911 331.188 296.505 331.32 ;
##IORING_PIN      RECT 297.627 331.188 298.221 331.32 ;
##IORING_PIN      RECT 299.343 331.188 299.937 331.32 ;
##IORING_PIN      RECT 301.059 331.188 301.653 331.32 ;
##IORING_PIN      RECT 302.775 331.188 303.369 331.32 ;
##IORING_PIN      RECT 304.491 331.188 305.085 331.32 ;
##IORING_PIN      RECT 306.207 331.188 306.801 331.32 ;
##IORING_PIN      RECT 307.923 331.188 308.517 331.32 ;
##IORING_PIN      RECT 309.639 331.188 310.233 331.32 ;
##IORING_PIN      RECT 311.355 331.188 311.949 331.32 ;
##IORING_PIN      RECT 313.071 331.188 313.665 331.32 ;
##IORING_PIN      RECT 314.787 331.188 315.381 331.32 ;
##IORING_PIN      RECT 316.503 331.188 317.097 331.32 ;
##IORING_PIN      RECT 318.219 331.188 318.813 331.32 ;
##IORING_PIN      RECT 319.935 331.188 320.529 331.32 ;
##IORING_PIN      RECT 321.651 331.188 322.245 331.32 ;
##IORING_PIN      RECT 323.367 331.188 323.961 331.32 ;
##IORING_PIN      RECT 325.083 331.188 325.677 331.32 ;
##IORING_PIN      RECT 326.799 331.188 327.393 331.32 ;
##IORING_PIN      RECT 328.515 331.188 329.109 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 292.479 331.188 293.073 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 292.479 331.188 293.073 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 290.763 331.188 291.357 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 290.763 331.188 291.357 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 289.047 331.188 289.641 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 289.047 331.188 289.641 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 287.331 331.188 287.925 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 287.331 331.188 287.925 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 285.615 331.188 286.209 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 285.615 331.188 286.209 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 283.899 331.188 284.493 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 283.899 331.188 284.493 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 282.183 331.188 282.777 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 282.183 331.188 282.777 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 280.467 331.188 281.061 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 280.467 331.188 281.061 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 278.751 331.188 279.345 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 278.751 331.188 279.345 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 277.035 331.188 277.629 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 277.035 331.188 277.629 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 275.319 331.188 275.913 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 275.319 331.188 275.913 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 273.603 331.188 274.197 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 273.603 331.188 274.197 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 271.887 331.188 272.481 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 271.887 331.188 272.481 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 270.171 331.188 270.765 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 270.171 331.188 270.765 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 268.455 331.188 269.049 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 268.455 331.188 269.049 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 266.739 331.188 267.333 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 266.739 331.188 267.333 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 265.023 331.188 265.617 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 265.023 331.188 265.617 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 263.307 331.188 263.901 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 263.307 331.188 263.901 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 261.591 331.188 262.185 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 261.591 331.188 262.185 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 259.875 331.188 260.469 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 259.875 331.188 260.469 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 258.159 331.188 258.753 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 258.159 331.188 258.753 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 256.443 331.188 257.037 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 256.443 331.188 257.037 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 254.727 331.188 255.321 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 254.727 331.188 255.321 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 253.011 331.188 253.605 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 253.011 331.188 253.605 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 251.295 331.188 251.889 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 251.295 331.188 251.889 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 249.579 331.188 250.173 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 249.579 331.188 250.173 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 247.863 331.188 248.457 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 247.863 331.188 248.457 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 246.147 331.188 246.741 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 246.147 331.188 246.741 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 244.431 331.188 245.025 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 244.431 331.188 245.025 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 242.715 331.188 243.309 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 242.715 331.188 243.309 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 240.999 331.188 241.593 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 240.999 331.188 241.593 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 239.283 331.188 239.877 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 239.283 331.188 239.877 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 237.567 331.188 238.161 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 237.567 331.188 238.161 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 235.851 331.188 236.445 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 235.851 331.188 236.445 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 226.677 331.188 227.271 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 226.677 331.188 227.271 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 224.961 331.188 225.555 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 224.961 331.188 225.555 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 223.245 331.188 223.839 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 223.245 331.188 223.839 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 221.529 331.188 222.123 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 221.529 331.188 222.123 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 219.813 331.188 220.407 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 219.813 331.188 220.407 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 218.097 331.188 218.691 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 218.097 331.188 218.691 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 216.381 331.188 216.975 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 216.381 331.188 216.975 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 214.665 331.188 215.259 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 214.665 331.188 215.259 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 212.949 331.188 213.543 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 212.949 331.188 213.543 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 211.233 331.188 211.827 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 211.233 331.188 211.827 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 209.517 331.188 210.111 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 209.517 331.188 210.111 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 207.801 331.188 208.395 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 207.801 331.188 208.395 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 206.085 331.188 206.679 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 206.085 331.188 206.679 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 204.369 331.188 204.963 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 204.369 331.188 204.963 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 202.653 331.188 203.247 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 202.653 331.188 203.247 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 200.937 331.188 201.531 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 200.937 331.188 201.531 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 199.221 331.188 199.815 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 199.221 331.188 199.815 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 197.505 331.188 198.099 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 197.505 331.188 198.099 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 195.789 331.188 196.383 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 195.789 331.188 196.383 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 194.073 331.188 194.667 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 194.073 331.188 194.667 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 192.357 331.188 192.951 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 192.357 331.188 192.951 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 190.641 331.188 191.235 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 190.641 331.188 191.235 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 188.925 331.188 189.519 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 188.925 331.188 189.519 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 187.209 331.188 187.803 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 187.209 331.188 187.803 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 185.493 331.188 186.087 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 185.493 331.188 186.087 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 183.777 331.188 184.371 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 183.777 331.188 184.371 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 182.061 331.188 182.655 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 182.061 331.188 182.655 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 180.345 331.188 180.939 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 180.345 331.188 180.939 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 178.629 331.188 179.223 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 178.629 331.188 179.223 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 176.913 331.188 177.507 331.32 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 176.913 331.188 177.507 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 99.693 331.188 100.287 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 99.693 331.188 100.287 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 99.693 331.188 100.287 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 101.409 331.188 102.003 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 101.409 331.188 102.003 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 101.409 331.188 102.003 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 103.125 331.188 103.719 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 103.125 331.188 103.719 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 103.125 331.188 103.719 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 104.841 331.188 105.435 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 104.841 331.188 105.435 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 104.841 331.188 105.435 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 106.557 331.188 107.151 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 106.557 331.188 107.151 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 106.557 331.188 107.151 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 108.273 331.188 108.867 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 108.273 331.188 108.867 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 108.273 331.188 108.867 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 109.989 331.188 110.583 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 109.989 331.188 110.583 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 109.989 331.188 110.583 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 111.705 331.188 112.299 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 111.705 331.188 112.299 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 111.705 331.188 112.299 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 113.421 331.188 114.015 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 113.421 331.188 114.015 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 113.421 331.188 114.015 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 115.137 331.188 115.731 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 115.137 331.188 115.731 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 115.137 331.188 115.731 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 116.853 331.188 117.447 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 116.853 331.188 117.447 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 116.853 331.188 117.447 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 118.569 331.188 119.163 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 118.569 331.188 119.163 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 118.569 331.188 119.163 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 120.285 331.188 120.879 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 120.285 331.188 120.879 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 120.285 331.188 120.879 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 122.001 331.188 122.595 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 122.001 331.188 122.595 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 122.001 331.188 122.595 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 123.717 331.188 124.311 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 123.717 331.188 124.311 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 123.717 331.188 124.311 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 125.433 331.188 126.027 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 125.433 331.188 126.027 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 125.433 331.188 126.027 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 127.149 331.188 127.743 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 127.149 331.188 127.743 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 127.149 331.188 127.743 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 128.865 331.188 129.459 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 128.865 331.188 129.459 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 130.581 331.188 131.175 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 130.581 331.188 131.175 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 132.297 331.188 132.891 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 132.297 331.188 132.891 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 134.013 331.188 134.607 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 134.013 331.188 134.607 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 135.729 331.188 136.323 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 135.729 331.188 136.323 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 137.445 331.188 138.039 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 137.445 331.188 138.039 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 139.161 331.188 139.755 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 139.161 331.188 139.755 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 140.877 331.188 141.471 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 140.877 331.188 141.471 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 142.593 331.188 143.187 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 142.593 331.188 143.187 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 144.309 331.188 144.903 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 144.309 331.188 144.903 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 146.025 331.188 146.619 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 146.025 331.188 146.619 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 147.741 331.188 148.335 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 147.741 331.188 148.335 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 149.457 331.188 150.051 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 149.457 331.188 150.051 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 151.173 331.188 151.767 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 151.173 331.188 151.767 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 152.889 331.188 153.483 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 152.889 331.188 153.483 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 154.605 331.188 155.199 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 154.605 331.188 155.199 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 156.321 331.188 156.915 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 156.321 331.188 156.915 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 158.037 331.188 158.631 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 158.037 331.188 158.631 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 159.753 331.188 160.347 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 159.753 331.188 160.347 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 161.469 331.188 162.063 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 161.469 331.188 162.063 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 163.185 331.188 163.779 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 163.185 331.188 163.779 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 164.901 331.188 165.495 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 164.901 331.188 165.495 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 166.617 331.188 167.211 331.32 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 166.617 331.188 167.211 331.32 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 90.123 241.197 ;
    RECT 90.123 0 331.32 241.197 ;
    RECT 90.123 241.197 331.32 331.32 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 90.123 241.197 ;
    RECT 90.123 0 331.32 241.197 ;
    RECT 90.123 241.197 331.32 331.32 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 90.156 241.164 ;
    RECT 90.156 0 331.32 241.164 ;
    RECT 90.156 241.164 331.32 331.32 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 90.156 241.164 ;
    RECT 90.156 0 331.32 241.164 ;
    RECT 90.156 241.164 331.32 331.32 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 90.156 241.164 ;
    RECT 90.156 0 331.32 241.164 ;
    RECT 90.156 241.164 331.32 331.32 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 90.156 241.164 ;
    RECT 90.156 0 331.32 241.164 ;
    RECT 90.156 241.164 331.32 331.32 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 75.57 255.75 ;
    RECT 75.57 0 331.32 255.75 ;
    RECT 75.57 255.75 331.32 331.32 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 75.57 255.75 ;
    RECT 75.57 0 331.32 255.75 ;
    RECT 75.57 255.75 331.32 331.32 ;
    LAYER LEV29 ;
    RECT 0 0 90.156 241.164 ;
    RECT 90.156 0 331.32 241.164 ;
    RECT 90.156 241.164 331.32 331.32 ;
  END
END C0S8L0STARCIO_FE_TWF1SBRBUFF
MACRO C0S8L0STARCIO_FE_TWF1SFCELL33
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SFCELL337C_R1 ;
 CLASS PAD SPACER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
  #CLASS IOFILL FILL ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
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##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
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##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SFCELL33
MACRO C0S8L0STARCIO_FE_TWF1SGND33I
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SGND33I7C_R1 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN GPADI DIRECTION INOUT  ;
    USE GROUND ;
    ##POWERTYPE GND ;
    ##PINASSIGNRULE G30096CU_out DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END GPADI
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 196.471 0.132 208.524 ;
##IORING_PIN      RECT 29.964 196.471 30.096 208.524 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
##IORING_PIN      RECT 29.964 100.518 30.096 100.782 ;
##IORING_PIN      RECT 29.964 101.046 30.096 101.31 ;
##IORING_PIN      RECT 29.964 101.574 30.096 101.838 ;
##IORING_PIN      RECT 29.964 102.102 30.096 102.366 ;
##IORING_PIN      RECT 29.964 102.63 30.096 102.894 ;
##IORING_PIN      RECT 29.964 103.158 30.096 103.422 ;
##IORING_PIN      RECT 29.964 103.686 30.096 103.95 ;
##IORING_PIN      RECT 29.964 104.214 30.096 104.478 ;
##IORING_PIN      RECT 29.964 104.742 30.096 105.006 ;
##IORING_PIN      RECT 29.964 105.27 30.096 105.534 ;
##IORING_PIN      RECT 29.964 105.798 30.096 106.062 ;
##IORING_PIN      RECT 29.964 106.326 30.096 106.59 ;
##IORING_PIN      RECT 29.964 106.854 30.096 107.118 ;
##IORING_PIN      RECT 29.964 107.382 30.096 107.646 ;
##IORING_PIN      RECT 29.964 107.91 30.096 108.174 ;
##IORING_PIN      RECT 29.964 108.438 30.096 108.702 ;
##IORING_PIN      RECT 29.964 108.966 30.096 109.23 ;
##IORING_PIN      RECT 29.964 109.494 30.096 109.758 ;
##IORING_PIN      RECT 29.964 110.022 30.096 110.286 ;
##IORING_PIN      RECT 29.964 110.55 30.096 110.814 ;
##IORING_PIN      RECT 29.964 111.078 30.096 111.342 ;
##IORING_PIN      RECT 29.964 111.606 30.096 111.87 ;
##IORING_PIN      RECT 29.964 112.134 30.096 112.398 ;
##IORING_PIN      RECT 29.964 112.662 30.096 112.926 ;
##IORING_PIN      RECT 29.964 113.388 30.096 113.652 ;
##IORING_PIN      RECT 29.964 113.916 30.096 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
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##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
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##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
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##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
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##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      RECT 29.964 3.069 30.096 3.663 ;
##IORING_PIN      RECT 29.964 4.785 30.096 5.379 ;
##IORING_PIN      RECT 29.964 6.501 30.096 7.095 ;
##IORING_PIN      RECT 29.964 8.217 30.096 8.811 ;
##IORING_PIN      RECT 29.964 9.933 30.096 10.527 ;
##IORING_PIN      RECT 29.964 11.649 30.096 12.243 ;
##IORING_PIN      RECT 29.964 13.365 30.096 13.959 ;
##IORING_PIN      RECT 29.964 15.081 30.096 15.675 ;
##IORING_PIN      RECT 29.964 16.797 30.096 17.391 ;
##IORING_PIN      RECT 29.964 18.513 30.096 19.107 ;
##IORING_PIN      RECT 29.964 20.229 30.096 20.823 ;
##IORING_PIN      RECT 29.964 21.945 30.096 22.539 ;
##IORING_PIN      RECT 29.964 23.661 30.096 24.255 ;
##IORING_PIN      RECT 29.964 25.377 30.096 25.971 ;
##IORING_PIN      RECT 29.964 27.093 30.096 27.687 ;
##IORING_PIN      RECT 29.964 28.809 30.096 29.403 ;
##IORING_PIN      RECT 29.964 30.525 30.096 31.119 ;
##IORING_PIN      RECT 29.964 32.241 30.096 32.835 ;
##IORING_PIN      RECT 29.964 33.957 30.096 34.551 ;
##IORING_PIN      RECT 29.964 35.673 30.096 36.267 ;
##IORING_PIN      RECT 29.964 37.389 30.096 37.983 ;
##IORING_PIN      RECT 29.964 39.105 30.096 39.699 ;
##IORING_PIN      RECT 29.964 40.821 30.096 41.415 ;
##IORING_PIN      RECT 29.964 42.537 30.096 43.131 ;
##IORING_PIN      RECT 29.964 44.253 30.096 44.847 ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      RECT 29.964 47.685 30.096 48.279 ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      RECT 29.964 51.117 30.096 51.711 ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      RECT 29.964 54.549 30.096 55.143 ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
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##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SGND33I
MACRO C0S8L0STARCIO_FE_TWF1SGND33O
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SGND33O7C_R1 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN GPADO DIRECTION INOUT  ;
    USE GROUND ;
    ##POWERTYPE GND ;
    ##PINASSIGNRULE G30096CU_in DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END GPADO
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
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##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
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##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SGND33O
MACRO C0S8L0STARCIO_FE_TWF1SGND33W
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SGND33W7C_R1 ;
 CLASS PAD POWER ;
 SIZE 60.192 BY 241.164 ;
 SYMMETRY X Y R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN GPADI DIRECTION INOUT  ;
    USE GROUND ;
    ##POWERTYPE GND ;
    ##PINASSIGNRULE G30096CU_out DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END GPADI
PIN GPADO DIRECTION INOUT  ;
    USE GROUND ;
    ##POWERTYPE GND ;
    ##PINASSIGNRULE G30096CU_in DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 31.086 97.024 59.202 101.966 ;
  END
END GPADO
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 37.851 240.174 38.841 241.164 ;
    LAYER M3L ;
    RECT 37.851 240.174 38.841 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 40.887 240.174 41.877 241.164 ;
    LAYER M3L ;
    RECT 40.887 240.174 41.877 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 43.923 240.174 44.913 241.164 ;
    LAYER M3L ;
    RECT 43.923 240.174 44.913 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 46.959 240.174 47.949 241.164 ;
    LAYER M3L ;
    RECT 46.959 240.174 47.949 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 49.995 240.174 50.985 241.164 ;
    LAYER M3L ;
    RECT 49.995 240.174 50.985 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 32.076 253.75 58.212 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 60.06 210.504 60.192 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 60.06 238.953 60.192 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 60.06 237.303 60.192 237.897 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 60.06 235.653 60.192 236.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 60.06 234.003 60.192 234.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 60.06 234.003 60.192 234.597 ;
##IORING_PIN      RECT 60.06 235.653 60.192 236.247 ;
##IORING_PIN      RECT 60.06 237.303 60.192 237.897 ;
##IORING_PIN      RECT 60.06 238.953 60.192 239.547 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 39.369 240.174 40.359 241.164 ;
    LAYER M3L ;
    RECT 39.369 240.174 40.359 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 42.405 240.174 43.395 241.164 ;
    LAYER M3L ;
    RECT 42.405 240.174 43.395 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 45.441 240.174 46.431 241.164 ;
    LAYER M3L ;
    RECT 45.441 240.174 46.431 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 48.477 240.174 49.467 241.164 ;
    LAYER M3L ;
    RECT 48.477 240.174 49.467 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 51.513 240.174 52.503 241.164 ;
    LAYER M3L ;
    RECT 51.513 240.174 52.503 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 31.482 254.17 38.742 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 41.514 254.17 48.774 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 51.546 254.17 58.806 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 195.946 0.132 206.973 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 60.06 62.37 60.192 62.634 ;
##IORING_PIN      RECT 60.06 62.898 60.192 63.162 ;
##IORING_PIN      RECT 60.06 63.558 60.192 63.822 ;
##IORING_PIN      RECT 60.06 64.086 60.192 64.35 ;
##IORING_PIN      RECT 60.06 64.614 60.192 64.878 ;
##IORING_PIN      RECT 60.06 65.142 60.192 65.406 ;
##IORING_PIN      RECT 60.06 65.67 60.192 65.934 ;
##IORING_PIN      RECT 60.06 66.198 60.192 66.462 ;
##IORING_PIN      RECT 60.06 66.726 60.192 66.99 ;
##IORING_PIN      RECT 60.06 67.254 60.192 67.518 ;
##IORING_PIN      RECT 60.06 67.782 60.192 68.046 ;
##IORING_PIN      RECT 60.06 68.31 60.192 68.574 ;
##IORING_PIN      RECT 60.06 68.838 60.192 69.102 ;
##IORING_PIN      RECT 60.06 69.366 60.192 69.63 ;
##IORING_PIN      RECT 60.06 69.894 60.192 70.158 ;
##IORING_PIN      RECT 60.06 70.422 60.192 70.686 ;
##IORING_PIN      RECT 60.06 70.95 60.192 71.214 ;
##IORING_PIN      RECT 60.06 71.478 60.192 71.742 ;
##IORING_PIN      RECT 60.06 72.006 60.192 72.27 ;
##IORING_PIN      RECT 60.06 72.534 60.192 72.798 ;
##IORING_PIN      RECT 60.06 73.062 60.192 73.326 ;
##IORING_PIN      RECT 60.06 73.59 60.192 73.854 ;
##IORING_PIN      RECT 60.06 74.118 60.192 74.382 ;
##IORING_PIN      RECT 60.06 74.646 60.192 74.91 ;
##IORING_PIN      RECT 60.06 75.174 60.192 75.438 ;
##IORING_PIN      RECT 60.06 75.702 60.192 75.966 ;
##IORING_PIN      RECT 60.06 76.23 60.192 76.494 ;
##IORING_PIN      RECT 60.06 76.758 60.192 77.022 ;
##IORING_PIN      RECT 60.06 77.286 60.192 77.55 ;
##IORING_PIN      RECT 60.06 77.814 60.192 78.078 ;
##IORING_PIN      RECT 60.06 78.342 60.192 78.606 ;
##IORING_PIN      RECT 60.06 78.87 60.192 79.134 ;
##IORING_PIN      RECT 60.06 79.398 60.192 79.662 ;
##IORING_PIN      RECT 60.06 79.926 60.192 80.19 ;
##IORING_PIN      RECT 60.06 80.454 60.192 80.718 ;
##IORING_PIN      RECT 60.06 80.982 60.192 81.246 ;
##IORING_PIN      RECT 60.06 81.51 60.192 81.774 ;
##IORING_PIN      RECT 60.06 82.038 60.192 82.302 ;
##IORING_PIN      RECT 60.06 82.566 60.192 82.83 ;
##IORING_PIN      RECT 60.06 83.094 60.192 83.358 ;
##IORING_PIN      RECT 60.06 83.622 60.192 83.886 ;
##IORING_PIN      RECT 60.06 84.15 60.192 84.414 ;
##IORING_PIN      RECT 60.06 84.678 60.192 84.942 ;
##IORING_PIN      RECT 60.06 85.206 60.192 85.47 ;
##IORING_PIN      RECT 60.06 85.734 60.192 85.998 ;
##IORING_PIN      RECT 60.06 86.262 60.192 86.526 ;
##IORING_PIN      RECT 60.06 86.79 60.192 87.054 ;
##IORING_PIN      RECT 60.06 87.318 60.192 87.582 ;
##IORING_PIN      RECT 60.06 87.846 60.192 88.11 ;
##IORING_PIN      RECT 60.06 88.374 60.192 88.638 ;
##IORING_PIN      RECT 60.06 88.902 60.192 89.166 ;
##IORING_PIN      RECT 60.06 89.43 60.192 89.694 ;
##IORING_PIN      RECT 60.06 89.958 60.192 90.222 ;
##IORING_PIN      RECT 60.06 90.486 60.192 90.75 ;
##IORING_PIN      RECT 60.06 91.014 60.192 91.278 ;
##IORING_PIN      RECT 60.06 91.542 60.192 91.806 ;
##IORING_PIN      RECT 60.06 92.07 60.192 92.334 ;
##IORING_PIN      RECT 60.06 92.598 60.192 92.862 ;
##IORING_PIN      RECT 60.06 93.126 60.192 93.39 ;
##IORING_PIN      RECT 60.06 93.654 60.192 93.918 ;
##IORING_PIN      RECT 60.06 94.182 60.192 94.446 ;
##IORING_PIN      RECT 60.06 94.71 60.192 94.974 ;
##IORING_PIN      RECT 60.06 95.238 60.192 95.502 ;
##IORING_PIN      RECT 60.06 95.766 60.192 96.03 ;
##IORING_PIN      RECT 60.06 96.294 60.192 96.558 ;
##IORING_PIN      RECT 60.06 96.822 60.192 97.086 ;
##IORING_PIN      RECT 60.06 97.35 60.192 97.614 ;
##IORING_PIN      RECT 60.06 97.878 60.192 98.142 ;
##IORING_PIN      RECT 60.06 98.406 60.192 98.67 ;
##IORING_PIN      RECT 60.06 98.934 60.192 99.198 ;
##IORING_PIN      RECT 60.06 99.462 60.192 99.726 ;
##IORING_PIN      RECT 60.06 99.99 60.192 100.254 ;
##IORING_PIN      RECT 60.06 100.518 60.192 100.782 ;
##IORING_PIN      RECT 60.06 101.046 60.192 101.31 ;
##IORING_PIN      RECT 60.06 101.574 60.192 101.838 ;
##IORING_PIN      RECT 60.06 102.102 60.192 102.366 ;
##IORING_PIN      RECT 60.06 102.63 60.192 102.894 ;
##IORING_PIN      RECT 60.06 103.158 60.192 103.422 ;
##IORING_PIN      RECT 60.06 103.686 60.192 103.95 ;
##IORING_PIN      RECT 60.06 104.214 60.192 104.478 ;
##IORING_PIN      RECT 60.06 104.742 60.192 105.006 ;
##IORING_PIN      RECT 60.06 105.27 60.192 105.534 ;
##IORING_PIN      RECT 60.06 105.798 60.192 106.062 ;
##IORING_PIN      RECT 60.06 106.326 60.192 106.59 ;
##IORING_PIN      RECT 60.06 106.854 60.192 107.118 ;
##IORING_PIN      RECT 60.06 107.382 60.192 107.646 ;
##IORING_PIN      RECT 60.06 107.91 60.192 108.174 ;
##IORING_PIN      RECT 60.06 108.438 60.192 108.702 ;
##IORING_PIN      RECT 60.06 108.966 60.192 109.23 ;
##IORING_PIN      RECT 60.06 109.494 60.192 109.758 ;
##IORING_PIN      RECT 60.06 110.022 60.192 110.286 ;
##IORING_PIN      RECT 60.06 110.55 60.192 110.814 ;
##IORING_PIN      RECT 60.06 111.078 60.192 111.342 ;
##IORING_PIN      RECT 60.06 111.606 60.192 111.87 ;
##IORING_PIN      RECT 60.06 112.134 60.192 112.398 ;
##IORING_PIN      RECT 60.06 112.662 60.192 112.926 ;
##IORING_PIN      RECT 60.06 113.388 60.192 113.652 ;
##IORING_PIN      RECT 60.06 113.916 60.192 114.18 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
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##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 60.06 1.353 60.192 1.947 ;
##IORING_PIN      RECT 60.06 3.069 60.192 3.663 ;
##IORING_PIN      RECT 60.06 4.785 60.192 5.379 ;
##IORING_PIN      RECT 60.06 6.501 60.192 7.095 ;
##IORING_PIN      RECT 60.06 8.217 60.192 8.811 ;
##IORING_PIN      RECT 60.06 9.933 60.192 10.527 ;
##IORING_PIN      RECT 60.06 11.649 60.192 12.243 ;
##IORING_PIN      RECT 60.06 13.365 60.192 13.959 ;
##IORING_PIN      RECT 60.06 15.081 60.192 15.675 ;
##IORING_PIN      RECT 60.06 16.797 60.192 17.391 ;
##IORING_PIN      RECT 60.06 18.513 60.192 19.107 ;
##IORING_PIN      RECT 60.06 20.229 60.192 20.823 ;
##IORING_PIN      RECT 60.06 21.945 60.192 22.539 ;
##IORING_PIN      RECT 60.06 23.661 60.192 24.255 ;
##IORING_PIN      RECT 60.06 25.377 60.192 25.971 ;
##IORING_PIN      RECT 60.06 27.093 60.192 27.687 ;
##IORING_PIN      RECT 60.06 28.809 60.192 29.403 ;
##IORING_PIN      RECT 60.06 30.525 60.192 31.119 ;
##IORING_PIN      RECT 60.06 32.241 60.192 32.835 ;
##IORING_PIN      RECT 60.06 33.957 60.192 34.551 ;
##IORING_PIN      RECT 60.06 35.673 60.192 36.267 ;
##IORING_PIN      RECT 60.06 37.389 60.192 37.983 ;
##IORING_PIN      RECT 60.06 39.105 60.192 39.699 ;
##IORING_PIN      RECT 60.06 40.821 60.192 41.415 ;
##IORING_PIN      RECT 60.06 42.537 60.192 43.131 ;
##IORING_PIN      RECT 60.06 44.253 60.192 44.847 ;
##IORING_PIN      RECT 60.06 45.969 60.192 46.563 ;
##IORING_PIN      RECT 60.06 47.685 60.192 48.279 ;
##IORING_PIN      RECT 60.06 49.401 60.192 49.995 ;
##IORING_PIN      RECT 60.06 51.117 60.192 51.711 ;
##IORING_PIN      RECT 60.06 52.833 60.192 53.427 ;
##IORING_PIN      RECT 60.06 54.549 60.192 55.143 ;
##IORING_PIN      RECT 60.06 56.265 60.192 56.859 ;
##IORING_PIN      RECT 60.06 57.981 60.192 58.575 ;
##IORING_PIN      RECT 60.06 59.697 60.192 60.291 ;
##IORING_PIN      RECT 60.06 61.413 60.192 62.007 ;
##IORING_PIN      RECT 60.06 63.129 60.192 63.723 ;
##IORING_PIN      RECT 60.06 64.845 60.192 65.439 ;
##IORING_PIN      RECT 60.06 66.561 60.192 67.155 ;
##IORING_PIN      RECT 60.06 68.277 60.192 68.871 ;
##IORING_PIN      RECT 60.06 69.993 60.192 70.587 ;
##IORING_PIN      RECT 60.06 71.709 60.192 72.303 ;
##IORING_PIN      RECT 60.06 73.425 60.192 74.019 ;
##IORING_PIN      RECT 60.06 75.141 60.192 75.735 ;
##IORING_PIN      RECT 60.06 76.857 60.192 77.451 ;
##IORING_PIN      RECT 60.06 78.573 60.192 79.167 ;
##IORING_PIN      RECT 60.06 80.289 60.192 80.883 ;
##IORING_PIN      RECT 60.06 82.005 60.192 82.599 ;
##IORING_PIN      RECT 60.06 83.721 60.192 84.315 ;
##IORING_PIN      RECT 60.06 85.437 60.192 86.031 ;
##IORING_PIN      RECT 60.06 87.153 60.192 87.747 ;
##IORING_PIN      RECT 60.06 88.869 60.192 89.463 ;
##IORING_PIN      RECT 60.06 90.585 60.192 91.179 ;
##IORING_PIN      RECT 60.06 92.301 60.192 92.895 ;
##IORING_PIN      RECT 60.06 94.017 60.192 94.611 ;
##IORING_PIN      RECT 60.06 103.191 60.192 103.785 ;
##IORING_PIN      RECT 60.06 104.907 60.192 105.501 ;
##IORING_PIN      RECT 60.06 106.623 60.192 107.217 ;
##IORING_PIN      RECT 60.06 108.339 60.192 108.933 ;
##IORING_PIN      RECT 60.06 110.055 60.192 110.649 ;
##IORING_PIN      RECT 60.06 111.771 60.192 112.365 ;
##IORING_PIN      RECT 60.06 113.487 60.192 114.081 ;
##IORING_PIN      RECT 60.06 115.203 60.192 115.797 ;
##IORING_PIN      RECT 60.06 116.919 60.192 117.513 ;
##IORING_PIN      RECT 60.06 118.635 60.192 119.229 ;
##IORING_PIN      RECT 60.06 120.351 60.192 120.945 ;
##IORING_PIN      RECT 60.06 122.067 60.192 122.661 ;
##IORING_PIN      RECT 60.06 123.783 60.192 124.377 ;
##IORING_PIN      RECT 60.06 125.499 60.192 126.093 ;
##IORING_PIN      RECT 60.06 127.215 60.192 127.809 ;
##IORING_PIN      RECT 60.06 128.931 60.192 129.525 ;
##IORING_PIN      RECT 60.06 130.647 60.192 131.241 ;
##IORING_PIN      RECT 60.06 132.363 60.192 132.957 ;
##IORING_PIN      RECT 60.06 134.079 60.192 134.673 ;
##IORING_PIN      RECT 60.06 135.795 60.192 136.389 ;
##IORING_PIN      RECT 60.06 137.511 60.192 138.105 ;
##IORING_PIN      RECT 60.06 139.227 60.192 139.821 ;
##IORING_PIN      RECT 60.06 140.943 60.192 141.537 ;
##IORING_PIN      RECT 60.06 142.659 60.192 143.253 ;
##IORING_PIN      RECT 60.06 144.375 60.192 144.969 ;
##IORING_PIN      RECT 60.06 146.091 60.192 146.685 ;
##IORING_PIN      RECT 60.06 147.807 60.192 148.401 ;
##IORING_PIN      RECT 60.06 149.523 60.192 150.117 ;
##IORING_PIN      RECT 60.06 151.239 60.192 151.833 ;
##IORING_PIN      RECT 60.06 152.955 60.192 153.549 ;
##IORING_PIN      RECT 60.06 154.671 60.192 155.265 ;
##IORING_PIN      RECT 60.06 156.387 60.192 156.981 ;
##IORING_PIN      RECT 60.06 158.103 60.192 158.697 ;
##IORING_PIN      RECT 60.06 159.819 60.192 160.413 ;
##IORING_PIN      RECT 60.06 161.535 60.192 162.129 ;
##IORING_PIN      RECT 60.06 163.251 60.192 163.845 ;
##IORING_PIN      RECT 60.06 164.967 60.192 165.561 ;
##IORING_PIN      RECT 60.06 166.683 60.192 167.277 ;
##IORING_PIN      RECT 60.06 168.399 60.192 168.993 ;
##IORING_PIN      RECT 60.06 170.115 60.192 170.709 ;
##IORING_PIN      RECT 60.06 171.831 60.192 172.425 ;
##IORING_PIN      RECT 60.06 173.547 60.192 174.141 ;
##IORING_PIN      RECT 60.06 175.263 60.192 175.857 ;
##IORING_PIN      RECT 60.06 176.979 60.192 177.573 ;
##IORING_PIN      RECT 60.06 178.695 60.192 179.289 ;
##IORING_PIN      RECT 60.06 180.411 60.192 181.005 ;
##IORING_PIN      RECT 60.06 182.127 60.192 182.721 ;
##IORING_PIN      RECT 60.06 183.843 60.192 184.437 ;
##IORING_PIN      RECT 60.06 185.559 60.192 186.153 ;
##IORING_PIN      RECT 60.06 187.275 60.192 187.869 ;
##IORING_PIN      RECT 60.06 188.991 60.192 189.585 ;
##IORING_PIN      RECT 60.06 190.707 60.192 191.301 ;
##IORING_PIN      RECT 60.06 192.423 60.192 193.017 ;
##IORING_PIN      RECT 60.06 194.139 60.192 194.733 ;
##IORING_PIN      RECT 60.06 195.855 60.192 196.449 ;
##IORING_PIN      RECT 60.06 197.571 60.192 198.165 ;
##IORING_PIN      RECT 60.06 199.287 60.192 199.881 ;
##IORING_PIN      RECT 60.06 201.003 60.192 201.597 ;
##IORING_PIN      RECT 60.06 202.719 60.192 203.313 ;
##IORING_PIN      RECT 60.06 204.435 60.192 205.029 ;
##IORING_PIN      RECT 60.06 206.151 60.192 206.745 ;
##IORING_PIN      RECT 60.06 207.867 60.192 208.461 ;
##IORING_PIN      RECT 60.06 209.583 60.192 210.177 ;
##IORING_PIN      RECT 60.06 211.299 60.192 211.893 ;
##IORING_PIN      RECT 60.06 213.015 60.192 213.609 ;
##IORING_PIN      RECT 60.06 214.731 60.192 215.325 ;
##IORING_PIN      RECT 60.06 216.447 60.192 217.041 ;
##IORING_PIN      RECT 60.06 218.163 60.192 218.757 ;
##IORING_PIN      RECT 60.06 219.879 60.192 220.473 ;
##IORING_PIN      RECT 60.06 221.595 60.192 222.189 ;
##IORING_PIN      RECT 60.06 223.311 60.192 223.905 ;
##IORING_PIN      RECT 60.06 225.027 60.192 225.621 ;
##IORING_PIN      RECT 60.06 226.743 60.192 227.337 ;
##IORING_PIN      RECT 60.06 228.459 60.192 229.053 ;
##IORING_PIN      RECT 60.06 230.175 60.192 230.769 ;
##IORING_PIN      RECT 60.06 231.891 60.192 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 60.06 202.719 60.192 203.313 ;
##IORING_PIN      RECT 60.06 204.435 60.192 205.029 ;
##IORING_PIN      RECT 60.06 206.151 60.192 206.745 ;
##IORING_PIN      RECT 60.06 207.867 60.192 208.461 ;
##IORING_PIN      RECT 60.06 209.583 60.192 210.177 ;
##IORING_PIN      RECT 60.06 211.299 60.192 211.893 ;
##IORING_PIN      RECT 60.06 213.015 60.192 213.609 ;
##IORING_PIN      RECT 60.06 214.731 60.192 215.325 ;
##IORING_PIN      RECT 60.06 216.447 60.192 217.041 ;
##IORING_PIN      RECT 60.06 218.163 60.192 218.757 ;
##IORING_PIN      RECT 60.06 219.879 60.192 220.473 ;
##IORING_PIN      RECT 60.06 221.595 60.192 222.189 ;
##IORING_PIN      RECT 60.06 223.311 60.192 223.905 ;
##IORING_PIN      RECT 60.06 225.027 60.192 225.621 ;
##IORING_PIN      RECT 60.06 226.743 60.192 227.337 ;
##IORING_PIN      RECT 60.06 228.459 60.192 229.053 ;
##IORING_PIN      RECT 60.06 230.175 60.192 230.769 ;
##IORING_PIN      RECT 60.06 231.891 60.192 232.485 ;
##IORING_PIN      RECT 60.06 234.828 60.192 235.422 ;
##IORING_PIN      RECT 60.06 236.478 60.192 237.072 ;
##IORING_PIN      RECT 60.06 238.128 60.192 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 60.06 202.224 60.192 209.352 ;
##IORING_PIN      RECT 60.06 213.312 60.192 220.44 ;
##IORING_PIN      RECT 60.06 224.4 60.192 231.528 ;
##IORING_PIN      RECT 60.06 235.488 60.192 242.616 ;
##IORING_PIN      RECT 60.06 246.576 60.192 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 31.086 97.024 59.202 101.966 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 60.06 133.188 60.192 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 60.06 134.673 60.192 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 60.06 135.135 60.192 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 60.06 135.597 60.192 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 60.06 229.383 60.192 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 60.06 229.845 60.192 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 60.06 104.049 60.192 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 60.06 104.049 60.192 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 60.06 94.875 60.192 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 60.06 94.875 60.192 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
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##IORING_PIN      RECT 60.06 51.975 60.192 52.569 ;
##IORING_PIN      RECT 60.06 53.691 60.192 54.285 ;
##IORING_PIN      RECT 60.06 55.407 60.192 56.001 ;
##IORING_PIN      RECT 60.06 57.123 60.192 57.717 ;
##IORING_PIN      RECT 60.06 58.839 60.192 59.433 ;
##IORING_PIN      RECT 60.06 60.555 60.192 61.149 ;
##IORING_PIN      RECT 60.06 62.271 60.192 62.865 ;
##IORING_PIN      RECT 60.06 63.987 60.192 64.581 ;
##IORING_PIN      RECT 60.06 65.703 60.192 66.297 ;
##IORING_PIN      RECT 60.06 67.419 60.192 68.013 ;
##IORING_PIN      RECT 60.06 69.135 60.192 69.729 ;
##IORING_PIN      RECT 60.06 70.851 60.192 71.445 ;
##IORING_PIN      RECT 60.06 72.567 60.192 73.161 ;
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##IORING_PIN      RECT 60.06 75.999 60.192 76.593 ;
##IORING_PIN      RECT 60.06 77.715 60.192 78.309 ;
##IORING_PIN      RECT 60.06 79.431 60.192 80.025 ;
##IORING_PIN      RECT 60.06 81.147 60.192 81.741 ;
##IORING_PIN      RECT 60.06 82.863 60.192 83.457 ;
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##IORING_PIN      RECT 60.06 86.295 60.192 86.889 ;
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##IORING_PIN      RECT 60.06 105.765 60.192 106.359 ;
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##IORING_PIN      RECT 60.06 116.061 60.192 116.655 ;
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##IORING_PIN      RECT 60.06 128.073 60.192 128.667 ;
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##IORING_PIN      RECT 60.06 148.665 60.192 149.259 ;
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##IORING_PIN      RECT 60.06 152.097 60.192 152.691 ;
##IORING_PIN      RECT 60.06 153.813 60.192 154.407 ;
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##IORING_PIN      RECT 60.06 158.961 60.192 159.555 ;
##IORING_PIN      RECT 60.06 160.677 60.192 161.271 ;
##IORING_PIN      RECT 60.06 162.393 60.192 162.987 ;
##IORING_PIN      RECT 60.06 164.109 60.192 164.703 ;
##IORING_PIN      RECT 60.06 165.825 60.192 166.419 ;
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##IORING_PIN      RECT 60.06 169.257 60.192 169.851 ;
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##IORING_PIN      RECT 60.06 176.121 60.192 176.715 ;
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##IORING_PIN      RECT 60.06 207.009 60.192 207.603 ;
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##IORING_PIN      RECT 60.06 215.589 60.192 216.183 ;
##IORING_PIN      RECT 60.06 217.305 60.192 217.899 ;
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##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
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##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 60.192 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 60.192 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 60.192 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 60.192 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 60.192 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SGND33W
MACRO C0S8L0STARCIO_FE_TWF1STLBUFF FOREIGN C0S8L0STARCIO_FE_TWF4STLBUFF7C_R2 0 -331.32 ;
##MACROVERSION "2.0 2009/05/22" ;
#LDBCLASS BE STDV33 STDV33   ;
  CLASS ENDCAP TOPLEFT ;
 SIZE 331.32 BY 331.32 ;
 SITE TLBUFF ;
  ##IOCLASS RIGHT STDV33 BOTTOM STDV33  ;
##IORING_PIN  PIN VSS
##IORING_PIN    #SPICE PIN VSS ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 331.188 88.704 331.32 95.832 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 235.488 0 242.616 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 246.576 0 253.704 0.132 ;
##IORING_PIN      RECT 331.188 77.616 331.32 84.744 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 331.188 167.475 331.32 168.069 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 28.809 0 29.403 0.132 ;
##IORING_PIN      RECT 30.525 0 31.119 0.132 ;
##IORING_PIN      RECT 32.241 0 32.835 0.132 ;
##IORING_PIN      RECT 33.957 0 34.551 0.132 ;
##IORING_PIN      RECT 35.673 0 36.267 0.132 ;
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##IORING_PIN      RECT 40.821 0 41.415 0.132 ;
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##IORING_PIN      RECT 51.117 0 51.711 0.132 ;
##IORING_PIN      RECT 52.833 0 53.427 0.132 ;
##IORING_PIN      RECT 54.549 0 55.143 0.132 ;
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##IORING_PIN      RECT 57.981 0 58.575 0.132 ;
##IORING_PIN      RECT 59.697 0 60.291 0.132 ;
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##IORING_PIN      RECT 110.055 0 110.649 0.132 ;
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##IORING_PIN      RECT 134.079 0 134.673 0.132 ;
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##IORING_PIN      RECT 331.188 100.551 331.32 101.145 ;
##IORING_PIN      RECT 331.188 102.267 331.32 102.861 ;
##IORING_PIN      RECT 331.188 103.983 331.32 104.577 ;
##IORING_PIN      RECT 331.188 105.699 331.32 106.293 ;
##IORING_PIN      RECT 331.188 107.415 331.32 108.009 ;
##IORING_PIN      RECT 331.188 109.131 331.32 109.725 ;
##IORING_PIN      RECT 331.188 110.847 331.32 111.441 ;
##IORING_PIN      RECT 331.188 112.563 331.32 113.157 ;
##IORING_PIN      RECT 331.188 114.279 331.32 114.873 ;
##IORING_PIN      RECT 331.188 115.995 331.32 116.589 ;
##IORING_PIN      RECT 331.188 117.711 331.32 118.305 ;
##IORING_PIN      RECT 331.188 119.427 331.32 120.021 ;
##IORING_PIN      RECT 331.188 121.143 331.32 121.737 ;
##IORING_PIN      RECT 331.188 122.859 331.32 123.453 ;
##IORING_PIN      RECT 331.188 124.575 331.32 125.169 ;
##IORING_PIN      RECT 331.188 126.291 331.32 126.885 ;
##IORING_PIN      RECT 331.188 128.007 331.32 128.601 ;
##IORING_PIN      RECT 331.188 129.723 331.32 130.317 ;
##IORING_PIN      RECT 331.188 131.439 331.32 132.033 ;
##IORING_PIN      RECT 331.188 133.155 331.32 133.749 ;
##IORING_PIN      RECT 331.188 134.871 331.32 135.465 ;
##IORING_PIN      RECT 331.188 136.587 331.32 137.181 ;
##IORING_PIN      RECT 331.188 138.303 331.32 138.897 ;
##IORING_PIN      RECT 331.188 140.019 331.32 140.613 ;
##IORING_PIN      RECT 331.188 141.735 331.32 142.329 ;
##IORING_PIN      RECT 331.188 143.451 331.32 144.045 ;
##IORING_PIN      RECT 331.188 145.167 331.32 145.761 ;
##IORING_PIN      RECT 331.188 146.883 331.32 147.477 ;
##IORING_PIN      RECT 331.188 148.599 331.32 149.193 ;
##IORING_PIN      RECT 331.188 150.315 331.32 150.909 ;
##IORING_PIN      RECT 331.188 152.031 331.32 152.625 ;
##IORING_PIN      RECT 331.188 153.747 331.32 154.341 ;
##IORING_PIN      RECT 331.188 155.463 331.32 156.057 ;
##IORING_PIN      RECT 331.188 157.179 331.32 157.773 ;
##IORING_PIN      RECT 331.188 158.895 331.32 159.489 ;
##IORING_PIN      RECT 331.188 160.611 331.32 161.205 ;
##IORING_PIN      RECT 331.188 162.327 331.32 162.921 ;
##IORING_PIN      RECT 331.188 164.043 331.32 164.637 ;
##IORING_PIN      RECT 331.188 165.759 331.32 166.353 ;
##IORING_PIN      RECT 331.188 167.475 331.32 168.069 ;
##IORING_PIN      RECT 331.188 177.771 331.32 178.365 ;
##IORING_PIN      RECT 331.188 179.487 331.32 180.081 ;
##IORING_PIN      RECT 331.188 181.203 331.32 181.797 ;
##IORING_PIN      RECT 331.188 182.919 331.32 183.513 ;
##IORING_PIN      RECT 331.188 184.635 331.32 185.229 ;
##IORING_PIN      RECT 331.188 186.351 331.32 186.945 ;
##IORING_PIN      RECT 331.188 188.067 331.32 188.661 ;
##IORING_PIN      RECT 331.188 189.783 331.32 190.377 ;
##IORING_PIN      RECT 331.188 191.499 331.32 192.093 ;
##IORING_PIN      RECT 331.188 193.215 331.32 193.809 ;
##IORING_PIN      RECT 331.188 194.931 331.32 195.525 ;
##IORING_PIN      RECT 331.188 196.647 331.32 197.241 ;
##IORING_PIN      RECT 331.188 198.363 331.32 198.957 ;
##IORING_PIN      RECT 331.188 200.079 331.32 200.673 ;
##IORING_PIN      RECT 331.188 201.795 331.32 202.389 ;
##IORING_PIN      RECT 331.188 203.511 331.32 204.105 ;
##IORING_PIN      RECT 331.188 205.227 331.32 205.821 ;
##IORING_PIN      RECT 331.188 206.943 331.32 207.537 ;
##IORING_PIN      RECT 331.188 208.659 331.32 209.253 ;
##IORING_PIN      RECT 331.188 210.375 331.32 210.969 ;
##IORING_PIN      RECT 331.188 212.091 331.32 212.685 ;
##IORING_PIN      RECT 331.188 213.807 331.32 214.401 ;
##IORING_PIN      RECT 331.188 215.523 331.32 216.117 ;
##IORING_PIN      RECT 331.188 217.239 331.32 217.833 ;
##IORING_PIN      RECT 331.188 218.955 331.32 219.549 ;
##IORING_PIN      RECT 331.188 220.671 331.32 221.265 ;
##IORING_PIN      RECT 331.188 222.387 331.32 222.981 ;
##IORING_PIN      RECT 331.188 224.103 331.32 224.697 ;
##IORING_PIN      RECT 331.188 225.819 331.32 226.413 ;
##IORING_PIN      RECT 331.188 227.535 331.32 228.129 ;
##IORING_PIN      RECT 331.188 236.709 331.32 237.303 ;
##IORING_PIN      RECT 331.188 238.425 331.32 239.019 ;
##IORING_PIN      RECT 331.188 240.141 331.32 240.735 ;
##IORING_PIN      RECT 331.188 241.857 331.32 242.451 ;
##IORING_PIN      RECT 331.188 243.573 331.32 244.167 ;
##IORING_PIN      RECT 331.188 245.289 331.32 245.883 ;
##IORING_PIN      RECT 331.188 247.005 331.32 247.599 ;
##IORING_PIN      RECT 331.188 248.721 331.32 249.315 ;
##IORING_PIN      RECT 331.188 250.437 331.32 251.031 ;
##IORING_PIN      RECT 331.188 252.153 331.32 252.747 ;
##IORING_PIN      RECT 331.188 253.869 331.32 254.463 ;
##IORING_PIN      RECT 331.188 255.585 331.32 256.179 ;
##IORING_PIN      RECT 331.188 257.301 331.32 257.895 ;
##IORING_PIN      RECT 331.188 259.017 331.32 259.611 ;
##IORING_PIN      RECT 331.188 260.733 331.32 261.327 ;
##IORING_PIN      RECT 331.188 262.449 331.32 263.043 ;
##IORING_PIN      RECT 331.188 264.165 331.32 264.759 ;
##IORING_PIN      RECT 331.188 265.881 331.32 266.475 ;
##IORING_PIN      RECT 331.188 267.597 331.32 268.191 ;
##IORING_PIN      RECT 331.188 269.313 331.32 269.907 ;
##IORING_PIN      RECT 331.188 271.029 331.32 271.623 ;
##IORING_PIN      RECT 331.188 272.745 331.32 273.339 ;
##IORING_PIN      RECT 331.188 274.461 331.32 275.055 ;
##IORING_PIN      RECT 331.188 276.177 331.32 276.771 ;
##IORING_PIN      RECT 331.188 277.893 331.32 278.487 ;
##IORING_PIN      RECT 331.188 279.609 331.32 280.203 ;
##IORING_PIN      RECT 331.188 281.325 331.32 281.919 ;
##IORING_PIN      RECT 331.188 283.041 331.32 283.635 ;
##IORING_PIN      RECT 331.188 284.757 331.32 285.351 ;
##IORING_PIN      RECT 331.188 286.473 331.32 287.067 ;
##IORING_PIN      RECT 331.188 288.189 331.32 288.783 ;
##IORING_PIN      RECT 331.188 289.905 331.32 290.499 ;
##IORING_PIN      RECT 331.188 291.621 331.32 292.215 ;
##IORING_PIN      RECT 331.188 293.337 331.32 293.931 ;
##IORING_PIN      RECT 331.188 295.053 331.32 295.647 ;
##IORING_PIN      RECT 331.188 296.769 331.32 297.363 ;
##IORING_PIN      RECT 331.188 298.485 331.32 299.079 ;
##IORING_PIN      RECT 331.188 300.201 331.32 300.795 ;
##IORING_PIN      RECT 331.188 301.917 331.32 302.511 ;
##IORING_PIN      RECT 331.188 303.633 331.32 304.227 ;
##IORING_PIN      RECT 331.188 305.349 331.32 305.943 ;
##IORING_PIN      RECT 331.188 307.065 331.32 307.659 ;
##IORING_PIN      RECT 331.188 308.781 331.32 309.375 ;
##IORING_PIN      RECT 331.188 310.497 331.32 311.091 ;
##IORING_PIN      RECT 331.188 312.213 331.32 312.807 ;
##IORING_PIN      RECT 331.188 313.929 331.32 314.523 ;
##IORING_PIN      RECT 331.188 315.645 331.32 316.239 ;
##IORING_PIN      RECT 331.188 317.361 331.32 317.955 ;
##IORING_PIN      RECT 331.188 319.077 331.32 319.671 ;
##IORING_PIN      RECT 331.188 320.793 331.32 321.387 ;
##IORING_PIN      RECT 331.188 322.509 331.32 323.103 ;
##IORING_PIN      RECT 331.188 324.225 331.32 324.819 ;
##IORING_PIN      RECT 331.188 325.941 331.32 326.535 ;
##IORING_PIN      RECT 331.188 327.657 331.32 328.251 ;
##IORING_PIN      RECT 331.188 329.373 331.32 329.967 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 1.353 0 1.947 0.132 ;
##IORING_PIN      RECT 3.069 0 3.663 0.132 ;
##IORING_PIN      RECT 4.785 0 5.379 0.132 ;
##IORING_PIN      RECT 6.501 0 7.095 0.132 ;
##IORING_PIN      RECT 8.217 0 8.811 0.132 ;
##IORING_PIN      RECT 9.933 0 10.527 0.132 ;
##IORING_PIN      RECT 11.649 0 12.243 0.132 ;
##IORING_PIN      RECT 13.365 0 13.959 0.132 ;
##IORING_PIN      RECT 15.081 0 15.675 0.132 ;
##IORING_PIN      RECT 16.797 0 17.391 0.132 ;
##IORING_PIN      RECT 18.513 0 19.107 0.132 ;
##IORING_PIN      RECT 20.229 0 20.823 0.132 ;
##IORING_PIN      RECT 21.945 0 22.539 0.132 ;
##IORING_PIN      RECT 23.661 0 24.255 0.132 ;
##IORING_PIN      RECT 25.377 0 25.971 0.132 ;
##IORING_PIN      RECT 27.093 0 27.687 0.132 ;
##IORING_PIN      RECT 28.809 0 29.403 0.132 ;
##IORING_PIN      RECT 30.525 0 31.119 0.132 ;
##IORING_PIN      RECT 32.241 0 32.835 0.132 ;
##IORING_PIN      RECT 33.957 0 34.551 0.132 ;
##IORING_PIN      RECT 35.673 0 36.267 0.132 ;
##IORING_PIN      RECT 37.389 0 37.983 0.132 ;
##IORING_PIN      RECT 39.105 0 39.699 0.132 ;
##IORING_PIN      RECT 40.821 0 41.415 0.132 ;
##IORING_PIN      RECT 42.537 0 43.131 0.132 ;
##IORING_PIN      RECT 44.253 0 44.847 0.132 ;
##IORING_PIN      RECT 45.969 0 46.563 0.132 ;
##IORING_PIN      RECT 47.685 0 48.279 0.132 ;
##IORING_PIN      RECT 49.401 0 49.995 0.132 ;
##IORING_PIN      RECT 51.117 0 51.711 0.132 ;
##IORING_PIN      RECT 52.833 0 53.427 0.132 ;
##IORING_PIN      RECT 54.549 0 55.143 0.132 ;
##IORING_PIN      RECT 56.265 0 56.859 0.132 ;
##IORING_PIN      RECT 57.981 0 58.575 0.132 ;
##IORING_PIN      RECT 59.697 0 60.291 0.132 ;
##IORING_PIN      RECT 61.413 0 62.007 0.132 ;
##IORING_PIN      RECT 63.129 0 63.723 0.132 ;
##IORING_PIN      RECT 64.845 0 65.439 0.132 ;
##IORING_PIN      RECT 66.561 0 67.155 0.132 ;
##IORING_PIN      RECT 68.277 0 68.871 0.132 ;
##IORING_PIN      RECT 69.993 0 70.587 0.132 ;
##IORING_PIN      RECT 71.709 0 72.303 0.132 ;
##IORING_PIN      RECT 73.425 0 74.019 0.132 ;
##IORING_PIN      RECT 75.141 0 75.735 0.132 ;
##IORING_PIN      RECT 76.857 0 77.451 0.132 ;
##IORING_PIN      RECT 78.573 0 79.167 0.132 ;
##IORING_PIN      RECT 80.289 0 80.883 0.132 ;
##IORING_PIN      RECT 82.005 0 82.599 0.132 ;
##IORING_PIN      RECT 83.721 0 84.315 0.132 ;
##IORING_PIN      RECT 85.437 0 86.031 0.132 ;
##IORING_PIN      RECT 87.153 0 87.747 0.132 ;
##IORING_PIN      RECT 88.869 0 89.463 0.132 ;
##IORING_PIN      RECT 90.585 0 91.179 0.132 ;
##IORING_PIN      RECT 92.301 0 92.895 0.132 ;
##IORING_PIN      RECT 94.017 0 94.611 0.132 ;
##IORING_PIN      RECT 103.191 0 103.785 0.132 ;
##IORING_PIN      RECT 104.907 0 105.501 0.132 ;
##IORING_PIN      RECT 106.623 0 107.217 0.132 ;
##IORING_PIN      RECT 108.339 0 108.933 0.132 ;
##IORING_PIN      RECT 110.055 0 110.649 0.132 ;
##IORING_PIN      RECT 111.771 0 112.365 0.132 ;
##IORING_PIN      RECT 113.487 0 114.081 0.132 ;
##IORING_PIN      RECT 115.203 0 115.797 0.132 ;
##IORING_PIN      RECT 116.919 0 117.513 0.132 ;
##IORING_PIN      RECT 118.635 0 119.229 0.132 ;
##IORING_PIN      RECT 120.351 0 120.945 0.132 ;
##IORING_PIN      RECT 122.067 0 122.661 0.132 ;
##IORING_PIN      RECT 123.783 0 124.377 0.132 ;
##IORING_PIN      RECT 125.499 0 126.093 0.132 ;
##IORING_PIN      RECT 127.215 0 127.809 0.132 ;
##IORING_PIN      RECT 128.931 0 129.525 0.132 ;
##IORING_PIN      RECT 130.647 0 131.241 0.132 ;
##IORING_PIN      RECT 132.363 0 132.957 0.132 ;
##IORING_PIN      RECT 134.079 0 134.673 0.132 ;
##IORING_PIN      RECT 135.795 0 136.389 0.132 ;
##IORING_PIN      RECT 137.511 0 138.105 0.132 ;
##IORING_PIN      RECT 139.227 0 139.821 0.132 ;
##IORING_PIN      RECT 140.943 0 141.537 0.132 ;
##IORING_PIN      RECT 142.659 0 143.253 0.132 ;
##IORING_PIN      RECT 144.375 0 144.969 0.132 ;
##IORING_PIN      RECT 146.091 0 146.685 0.132 ;
##IORING_PIN      RECT 147.807 0 148.401 0.132 ;
##IORING_PIN      RECT 149.523 0 150.117 0.132 ;
##IORING_PIN      RECT 151.239 0 151.833 0.132 ;
##IORING_PIN      RECT 152.955 0 153.549 0.132 ;
##IORING_PIN      RECT 331.188 177.771 331.32 178.365 ;
##IORING_PIN      RECT 331.188 179.487 331.32 180.081 ;
##IORING_PIN      RECT 331.188 181.203 331.32 181.797 ;
##IORING_PIN      RECT 331.188 182.919 331.32 183.513 ;
##IORING_PIN      RECT 331.188 184.635 331.32 185.229 ;
##IORING_PIN      RECT 331.188 186.351 331.32 186.945 ;
##IORING_PIN      RECT 331.188 188.067 331.32 188.661 ;
##IORING_PIN      RECT 331.188 189.783 331.32 190.377 ;
##IORING_PIN      RECT 331.188 191.499 331.32 192.093 ;
##IORING_PIN      RECT 331.188 193.215 331.32 193.809 ;
##IORING_PIN      RECT 331.188 194.931 331.32 195.525 ;
##IORING_PIN      RECT 331.188 196.647 331.32 197.241 ;
##IORING_PIN      RECT 331.188 198.363 331.32 198.957 ;
##IORING_PIN      RECT 331.188 200.079 331.32 200.673 ;
##IORING_PIN      RECT 331.188 201.795 331.32 202.389 ;
##IORING_PIN      RECT 331.188 203.511 331.32 204.105 ;
##IORING_PIN      RECT 331.188 205.227 331.32 205.821 ;
##IORING_PIN      RECT 331.188 206.943 331.32 207.537 ;
##IORING_PIN      RECT 331.188 208.659 331.32 209.253 ;
##IORING_PIN      RECT 331.188 210.375 331.32 210.969 ;
##IORING_PIN      RECT 331.188 212.091 331.32 212.685 ;
##IORING_PIN      RECT 331.188 213.807 331.32 214.401 ;
##IORING_PIN      RECT 331.188 215.523 331.32 216.117 ;
##IORING_PIN      RECT 331.188 217.239 331.32 217.833 ;
##IORING_PIN      RECT 331.188 218.955 331.32 219.549 ;
##IORING_PIN      RECT 331.188 220.671 331.32 221.265 ;
##IORING_PIN      RECT 331.188 222.387 331.32 222.981 ;
##IORING_PIN      RECT 331.188 224.103 331.32 224.697 ;
##IORING_PIN      RECT 331.188 225.819 331.32 226.413 ;
##IORING_PIN      RECT 331.188 227.535 331.32 228.129 ;
##IORING_PIN      RECT 331.188 236.709 331.32 237.303 ;
##IORING_PIN      RECT 331.188 238.425 331.32 239.019 ;
##IORING_PIN      RECT 331.188 240.141 331.32 240.735 ;
##IORING_PIN      RECT 331.188 241.857 331.32 242.451 ;
##IORING_PIN      RECT 331.188 243.573 331.32 244.167 ;
##IORING_PIN      RECT 331.188 245.289 331.32 245.883 ;
##IORING_PIN      RECT 331.188 247.005 331.32 247.599 ;
##IORING_PIN      RECT 331.188 248.721 331.32 249.315 ;
##IORING_PIN      RECT 331.188 250.437 331.32 251.031 ;
##IORING_PIN      RECT 331.188 252.153 331.32 252.747 ;
##IORING_PIN      RECT 331.188 253.869 331.32 254.463 ;
##IORING_PIN      RECT 331.188 255.585 331.32 256.179 ;
##IORING_PIN      RECT 331.188 257.301 331.32 257.895 ;
##IORING_PIN      RECT 331.188 259.017 331.32 259.611 ;
##IORING_PIN      RECT 331.188 260.733 331.32 261.327 ;
##IORING_PIN      RECT 331.188 262.449 331.32 263.043 ;
##IORING_PIN      RECT 331.188 264.165 331.32 264.759 ;
##IORING_PIN      RECT 331.188 265.881 331.32 266.475 ;
##IORING_PIN      RECT 331.188 267.597 331.32 268.191 ;
##IORING_PIN      RECT 331.188 269.313 331.32 269.907 ;
##IORING_PIN      RECT 331.188 271.029 331.32 271.623 ;
##IORING_PIN      RECT 331.188 272.745 331.32 273.339 ;
##IORING_PIN      RECT 331.188 274.461 331.32 275.055 ;
##IORING_PIN      RECT 331.188 276.177 331.32 276.771 ;
##IORING_PIN      RECT 331.188 277.893 331.32 278.487 ;
##IORING_PIN      RECT 331.188 279.609 331.32 280.203 ;
##IORING_PIN      RECT 331.188 281.325 331.32 281.919 ;
##IORING_PIN      RECT 331.188 283.041 331.32 283.635 ;
##IORING_PIN      RECT 331.188 284.757 331.32 285.351 ;
##IORING_PIN      RECT 331.188 286.473 331.32 287.067 ;
##IORING_PIN      RECT 331.188 288.189 331.32 288.783 ;
##IORING_PIN      RECT 331.188 289.905 331.32 290.499 ;
##IORING_PIN      RECT 331.188 291.621 331.32 292.215 ;
##IORING_PIN      RECT 331.188 293.337 331.32 293.931 ;
##IORING_PIN      RECT 331.188 295.053 331.32 295.647 ;
##IORING_PIN      RECT 331.188 296.769 331.32 297.363 ;
##IORING_PIN      RECT 331.188 298.485 331.32 299.079 ;
##IORING_PIN      RECT 331.188 300.201 331.32 300.795 ;
##IORING_PIN      RECT 331.188 301.917 331.32 302.511 ;
##IORING_PIN      RECT 331.188 303.633 331.32 304.227 ;
##IORING_PIN      RECT 331.188 305.349 331.32 305.943 ;
##IORING_PIN      RECT 331.188 307.065 331.32 307.659 ;
##IORING_PIN      RECT 331.188 308.781 331.32 309.375 ;
##IORING_PIN      RECT 331.188 310.497 331.32 311.091 ;
##IORING_PIN      RECT 331.188 312.213 331.32 312.807 ;
##IORING_PIN      RECT 331.188 313.929 331.32 314.523 ;
##IORING_PIN      RECT 331.188 315.645 331.32 316.239 ;
##IORING_PIN      RECT 331.188 317.361 331.32 317.955 ;
##IORING_PIN      RECT 331.188 319.077 331.32 319.671 ;
##IORING_PIN      RECT 331.188 320.793 331.32 321.387 ;
##IORING_PIN      RECT 331.188 322.509 331.32 323.103 ;
##IORING_PIN      RECT 331.188 324.225 331.32 324.819 ;
##IORING_PIN      RECT 331.188 325.941 331.32 326.535 ;
##IORING_PIN      RECT 331.188 327.657 331.32 328.251 ;
##IORING_PIN      RECT 331.188 329.373 331.32 329.967 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 202.719 0 203.313 0.132 ;
##IORING_PIN      RECT 204.435 0 205.029 0.132 ;
##IORING_PIN      RECT 206.151 0 206.745 0.132 ;
##IORING_PIN      RECT 207.867 0 208.461 0.132 ;
##IORING_PIN      RECT 209.583 0 210.177 0.132 ;
##IORING_PIN      RECT 211.299 0 211.893 0.132 ;
##IORING_PIN      RECT 213.015 0 213.609 0.132 ;
##IORING_PIN      RECT 214.731 0 215.325 0.132 ;
##IORING_PIN      RECT 216.447 0 217.041 0.132 ;
##IORING_PIN      RECT 218.163 0 218.757 0.132 ;
##IORING_PIN      RECT 219.879 0 220.473 0.132 ;
##IORING_PIN      RECT 221.595 0 222.189 0.132 ;
##IORING_PIN      RECT 223.311 0 223.905 0.132 ;
##IORING_PIN      RECT 225.027 0 225.621 0.132 ;
##IORING_PIN      RECT 226.743 0 227.337 0.132 ;
##IORING_PIN      RECT 228.459 0 229.053 0.132 ;
##IORING_PIN      RECT 230.175 0 230.769 0.132 ;
##IORING_PIN      RECT 231.891 0 232.485 0.132 ;
##IORING_PIN      RECT 234.828 0 235.422 0.132 ;
##IORING_PIN      RECT 236.478 0 237.072 0.132 ;
##IORING_PIN      RECT 238.128 0 238.722 0.132 ;
##IORING_PIN      RECT 331.188 92.598 331.32 93.192 ;
##IORING_PIN      RECT 331.188 94.248 331.32 94.842 ;
##IORING_PIN      RECT 331.188 95.898 331.32 96.492 ;
##IORING_PIN      RECT 331.188 98.835 331.32 99.429 ;
##IORING_PIN      RECT 331.188 100.551 331.32 101.145 ;
##IORING_PIN      RECT 331.188 102.267 331.32 102.861 ;
##IORING_PIN      RECT 331.188 103.983 331.32 104.577 ;
##IORING_PIN      RECT 331.188 105.699 331.32 106.293 ;
##IORING_PIN      RECT 331.188 107.415 331.32 108.009 ;
##IORING_PIN      RECT 331.188 109.131 331.32 109.725 ;
##IORING_PIN      RECT 331.188 110.847 331.32 111.441 ;
##IORING_PIN      RECT 331.188 112.563 331.32 113.157 ;
##IORING_PIN      RECT 331.188 114.279 331.32 114.873 ;
##IORING_PIN      RECT 331.188 115.995 331.32 116.589 ;
##IORING_PIN      RECT 331.188 117.711 331.32 118.305 ;
##IORING_PIN      RECT 331.188 119.427 331.32 120.021 ;
##IORING_PIN      RECT 331.188 121.143 331.32 121.737 ;
##IORING_PIN      RECT 331.188 122.859 331.32 123.453 ;
##IORING_PIN      RECT 331.188 124.575 331.32 125.169 ;
##IORING_PIN      RECT 331.188 126.291 331.32 126.885 ;
##IORING_PIN      RECT 331.188 128.007 331.32 128.601 ;
##IORING_PIN      LAYER M7T ;
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##IORING_PIN      RECT 213.312 0 220.44 0.132 ;
##IORING_PIN      RECT 224.4 0 231.528 0.132 ;
##IORING_PIN      RECT 331.188 99.792 331.32 106.92 ;
##IORING_PIN      RECT 331.188 110.88 331.32 118.008 ;
##IORING_PIN      RECT 331.188 121.968 331.32 129.096 ;
##IORING_PIN    END
##IORING_PIN  END VSS
##IORING_PIN  PIN VDD
##IORING_PIN    #SPICE PIN VDD ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 234.003 0 234.597 0.132 ;
##IORING_PIN      RECT 235.653 0 236.247 0.132 ;
##IORING_PIN      RECT 237.303 0 237.897 0.132 ;
##IORING_PIN      RECT 238.953 0 239.547 0.132 ;
##IORING_PIN      RECT 331.188 91.773 331.32 92.367 ;
##IORING_PIN      RECT 331.188 93.423 331.32 94.017 ;
##IORING_PIN      RECT 331.188 95.073 331.32 95.667 ;
##IORING_PIN      RECT 331.188 96.723 331.32 97.317 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 234.003 0 234.597 0.132 ;
##IORING_PIN      RECT 235.653 0 236.247 0.132 ;
##IORING_PIN      RECT 237.303 0 237.897 0.132 ;
##IORING_PIN      RECT 238.953 0 239.547 0.132 ;
##IORING_PIN      RECT 331.188 91.773 331.32 92.367 ;
##IORING_PIN      RECT 331.188 93.423 331.32 94.017 ;
##IORING_PIN      RECT 331.188 95.073 331.32 95.667 ;
##IORING_PIN      RECT 331.188 96.723 331.32 97.317 ;
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 210.504 0 253.704 0.132 ;
##IORING_PIN      RECT 331.188 77.616 331.32 120.816 ;
##IORING_PIN    END
##IORING_PIN  END VDD
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 294.195 331.32 294.789 ;
##IORING_PIN      RECT 331.188 295.911 331.32 296.505 ;
##IORING_PIN      RECT 331.188 297.627 331.32 298.221 ;
##IORING_PIN      RECT 331.188 299.343 331.32 299.937 ;
##IORING_PIN      RECT 331.188 301.059 331.32 301.653 ;
##IORING_PIN      RECT 331.188 302.775 331.32 303.369 ;
##IORING_PIN      RECT 331.188 304.491 331.32 305.085 ;
##IORING_PIN      RECT 331.188 306.207 331.32 306.801 ;
##IORING_PIN      RECT 331.188 307.923 331.32 308.517 ;
##IORING_PIN      RECT 331.188 309.639 331.32 310.233 ;
##IORING_PIN      RECT 331.188 311.355 331.32 311.949 ;
##IORING_PIN      RECT 331.188 313.071 331.32 313.665 ;
##IORING_PIN      RECT 331.188 314.787 331.32 315.381 ;
##IORING_PIN      RECT 331.188 316.503 331.32 317.097 ;
##IORING_PIN      RECT 331.188 318.219 331.32 318.813 ;
##IORING_PIN      RECT 331.188 319.935 331.32 320.529 ;
##IORING_PIN      RECT 331.188 321.651 331.32 322.245 ;
##IORING_PIN      RECT 331.188 323.367 331.32 323.961 ;
##IORING_PIN      RECT 331.188 325.083 331.32 325.677 ;
##IORING_PIN      RECT 331.188 326.799 331.32 327.393 ;
##IORING_PIN      RECT 331.188 328.515 331.32 329.109 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 294.195 331.32 294.789 ;
##IORING_PIN      RECT 331.188 295.911 331.32 296.505 ;
##IORING_PIN      RECT 331.188 297.627 331.32 298.221 ;
##IORING_PIN      RECT 331.188 299.343 331.32 299.937 ;
##IORING_PIN      RECT 331.188 301.059 331.32 301.653 ;
##IORING_PIN      RECT 331.188 302.775 331.32 303.369 ;
##IORING_PIN      RECT 331.188 304.491 331.32 305.085 ;
##IORING_PIN      RECT 331.188 306.207 331.32 306.801 ;
##IORING_PIN      RECT 331.188 307.923 331.32 308.517 ;
##IORING_PIN      RECT 331.188 309.639 331.32 310.233 ;
##IORING_PIN      RECT 331.188 311.355 331.32 311.949 ;
##IORING_PIN      RECT 331.188 313.071 331.32 313.665 ;
##IORING_PIN      RECT 331.188 314.787 331.32 315.381 ;
##IORING_PIN      RECT 331.188 316.503 331.32 317.097 ;
##IORING_PIN      RECT 331.188 318.219 331.32 318.813 ;
##IORING_PIN      RECT 331.188 319.935 331.32 320.529 ;
##IORING_PIN      RECT 331.188 321.651 331.32 322.245 ;
##IORING_PIN      RECT 331.188 323.367 331.32 323.961 ;
##IORING_PIN      RECT 331.188 325.083 331.32 325.677 ;
##IORING_PIN      RECT 331.188 326.799 331.32 327.393 ;
##IORING_PIN      RECT 331.188 328.515 331.32 329.109 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 292.479 331.32 293.073 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 292.479 331.32 293.073 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 290.763 331.32 291.357 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 290.763 331.32 291.357 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 289.047 331.32 289.641 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 289.047 331.32 289.641 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 287.331 331.32 287.925 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 287.331 331.32 287.925 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 285.615 331.32 286.209 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 285.615 331.32 286.209 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 283.899 331.32 284.493 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 283.899 331.32 284.493 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 282.183 331.32 282.777 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 282.183 331.32 282.777 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 280.467 331.32 281.061 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 280.467 331.32 281.061 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 278.751 331.32 279.345 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 278.751 331.32 279.345 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 277.035 331.32 277.629 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 277.035 331.32 277.629 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 275.319 331.32 275.913 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 275.319 331.32 275.913 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 273.603 331.32 274.197 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 273.603 331.32 274.197 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 271.887 331.32 272.481 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 271.887 331.32 272.481 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 270.171 331.32 270.765 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 270.171 331.32 270.765 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 268.455 331.32 269.049 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 268.455 331.32 269.049 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 266.739 331.32 267.333 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 266.739 331.32 267.333 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 265.023 331.32 265.617 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 265.023 331.32 265.617 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 263.307 331.32 263.901 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 263.307 331.32 263.901 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 261.591 331.32 262.185 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 261.591 331.32 262.185 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 259.875 331.32 260.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 259.875 331.32 260.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 258.159 331.32 258.753 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 258.159 331.32 258.753 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 256.443 331.32 257.037 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 256.443 331.32 257.037 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 254.727 331.32 255.321 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 254.727 331.32 255.321 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 253.011 331.32 253.605 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 253.011 331.32 253.605 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 251.295 331.32 251.889 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 251.295 331.32 251.889 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 249.579 331.32 250.173 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 249.579 331.32 250.173 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 247.863 331.32 248.457 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 247.863 331.32 248.457 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 246.147 331.32 246.741 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 246.147 331.32 246.741 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 244.431 331.32 245.025 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 244.431 331.32 245.025 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 242.715 331.32 243.309 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 242.715 331.32 243.309 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 240.999 331.32 241.593 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 240.999 331.32 241.593 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 239.283 331.32 239.877 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 239.283 331.32 239.877 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 237.567 331.32 238.161 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 237.567 331.32 238.161 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 235.851 331.32 236.445 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 235.851 331.32 236.445 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 226.677 331.32 227.271 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 226.677 331.32 227.271 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 224.961 331.32 225.555 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 224.961 331.32 225.555 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 223.245 331.32 223.839 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 223.245 331.32 223.839 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 221.529 331.32 222.123 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 221.529 331.32 222.123 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 219.813 331.32 220.407 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 219.813 331.32 220.407 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 218.097 331.32 218.691 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 218.097 331.32 218.691 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 216.381 331.32 216.975 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 216.381 331.32 216.975 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 214.665 331.32 215.259 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 214.665 331.32 215.259 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 212.949 331.32 213.543 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 212.949 331.32 213.543 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 211.233 331.32 211.827 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 211.233 331.32 211.827 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 209.517 331.32 210.111 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 209.517 331.32 210.111 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 207.801 331.32 208.395 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 207.801 331.32 208.395 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 206.085 331.32 206.679 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 206.085 331.32 206.679 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 204.369 331.32 204.963 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 204.369 331.32 204.963 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 202.653 331.32 203.247 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 202.653 331.32 203.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 200.937 331.32 201.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 200.937 331.32 201.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 199.221 331.32 199.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 199.221 331.32 199.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 197.505 331.32 198.099 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 197.505 331.32 198.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 195.789 331.32 196.383 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 195.789 331.32 196.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 194.073 331.32 194.667 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 194.073 331.32 194.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 192.357 331.32 192.951 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 192.357 331.32 192.951 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 190.641 331.32 191.235 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 190.641 331.32 191.235 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 188.925 331.32 189.519 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 188.925 331.32 189.519 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 187.209 331.32 187.803 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 187.209 331.32 187.803 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 185.493 331.32 186.087 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 185.493 331.32 186.087 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 183.777 331.32 184.371 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 183.777 331.32 184.371 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 182.061 331.32 182.655 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 180.345 331.32 180.939 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 180.345 331.32 180.939 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 178.629 331.32 179.223 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 178.629 331.32 179.223 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 331.188 176.913 331.32 177.507 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 331.188 176.913 331.32 177.507 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 203.577 0 204.171 0.132 ;
##IORING_PIN      RECT 331.188 127.149 331.32 127.743 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 331.188 125.433 331.32 126.027 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 331.188 123.717 331.32 124.311 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 208.725 0 209.319 0.132 ;
##IORING_PIN      RECT 331.188 122.001 331.32 122.595 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 210.441 0 211.035 0.132 ;
##IORING_PIN      RECT 331.188 120.285 331.32 120.879 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 212.157 0 212.751 0.132 ;
##IORING_PIN      RECT 331.188 118.569 331.32 119.163 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 213.873 0 214.467 0.132 ;
##IORING_PIN      RECT 331.188 116.853 331.32 117.447 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 215.589 0 216.183 0.132 ;
##IORING_PIN      RECT 331.188 115.137 331.32 115.731 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 217.305 0 217.899 0.132 ;
##IORING_PIN      RECT 331.188 113.421 331.32 114.015 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 331.188 111.705 331.32 112.299 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
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##IORING_PIN      RECT 331.188 109.989 331.32 110.583 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 222.453 0 223.047 0.132 ;
##IORING_PIN      RECT 331.188 108.273 331.32 108.867 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 224.169 0 224.763 0.132 ;
##IORING_PIN      RECT 331.188 106.557 331.32 107.151 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 231.033 0 231.627 0.132 ;
##IORING_PIN      RECT 331.188 99.693 331.32 100.287 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 229.317 0 229.911 0.132 ;
##IORING_PIN      RECT 331.188 101.409 331.32 102.003 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 227.601 0 228.195 0.132 ;
##IORING_PIN      RECT 331.188 103.125 331.32 103.719 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 225.885 0 226.479 0.132 ;
##IORING_PIN      RECT 331.188 104.841 331.32 105.435 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 2.211 0 2.805 0.132 ;
##IORING_PIN      RECT 3.927 0 4.521 0.132 ;
##IORING_PIN      RECT 5.643 0 6.237 0.132 ;
##IORING_PIN      RECT 7.359 0 7.953 0.132 ;
##IORING_PIN      RECT 9.075 0 9.669 0.132 ;
##IORING_PIN      RECT 10.791 0 11.385 0.132 ;
##IORING_PIN      RECT 12.507 0 13.101 0.132 ;
##IORING_PIN      RECT 14.223 0 14.817 0.132 ;
##IORING_PIN      RECT 15.939 0 16.533 0.132 ;
##IORING_PIN      RECT 17.655 0 18.249 0.132 ;
##IORING_PIN      RECT 19.371 0 19.965 0.132 ;
##IORING_PIN      RECT 21.087 0 21.681 0.132 ;
##IORING_PIN      RECT 22.803 0 23.397 0.132 ;
##IORING_PIN      RECT 24.519 0 25.113 0.132 ;
##IORING_PIN      RECT 26.235 0 26.829 0.132 ;
##IORING_PIN      RECT 27.951 0 28.545 0.132 ;
##IORING_PIN      RECT 29.667 0 30.261 0.132 ;
##IORING_PIN      RECT 31.383 0 31.977 0.132 ;
##IORING_PIN      RECT 33.099 0 33.693 0.132 ;
##IORING_PIN      RECT 34.815 0 35.409 0.132 ;
##IORING_PIN      RECT 36.531 0 37.125 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 2.211 0 2.805 0.132 ;
##IORING_PIN      RECT 3.927 0 4.521 0.132 ;
##IORING_PIN      RECT 5.643 0 6.237 0.132 ;
##IORING_PIN      RECT 7.359 0 7.953 0.132 ;
##IORING_PIN      RECT 9.075 0 9.669 0.132 ;
##IORING_PIN      RECT 10.791 0 11.385 0.132 ;
##IORING_PIN      RECT 12.507 0 13.101 0.132 ;
##IORING_PIN      RECT 14.223 0 14.817 0.132 ;
##IORING_PIN      RECT 15.939 0 16.533 0.132 ;
##IORING_PIN      RECT 17.655 0 18.249 0.132 ;
##IORING_PIN      RECT 19.371 0 19.965 0.132 ;
##IORING_PIN      RECT 21.087 0 21.681 0.132 ;
##IORING_PIN      RECT 22.803 0 23.397 0.132 ;
##IORING_PIN      RECT 24.519 0 25.113 0.132 ;
##IORING_PIN      RECT 26.235 0 26.829 0.132 ;
##IORING_PIN      RECT 27.951 0 28.545 0.132 ;
##IORING_PIN      RECT 29.667 0 30.261 0.132 ;
##IORING_PIN      RECT 31.383 0 31.977 0.132 ;
##IORING_PIN      RECT 33.099 0 33.693 0.132 ;
##IORING_PIN      RECT 34.815 0 35.409 0.132 ;
##IORING_PIN      RECT 36.531 0 37.125 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 38.247 0 38.841 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 38.247 0 38.841 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 39.963 0 40.557 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 39.963 0 40.557 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 41.679 0 42.273 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 41.679 0 42.273 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 43.395 0 43.989 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 43.395 0 43.989 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 45.111 0 45.705 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 45.111 0 45.705 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 46.827 0 47.421 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 46.827 0 47.421 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 48.543 0 49.137 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 48.543 0 49.137 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 50.259 0 50.853 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 50.259 0 50.853 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 51.975 0 52.569 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 51.975 0 52.569 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 53.691 0 54.285 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 53.691 0 54.285 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 55.407 0 56.001 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 55.407 0 56.001 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 57.123 0 57.717 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 57.123 0 57.717 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 58.839 0 59.433 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 58.839 0 59.433 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.555 0 61.149 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.555 0 61.149 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 62.271 0 62.865 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 62.271 0 62.865 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 63.987 0 64.581 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 63.987 0 64.581 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 65.703 0 66.297 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 65.703 0 66.297 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 67.419 0 68.013 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 67.419 0 68.013 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 69.135 0 69.729 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 69.135 0 69.729 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 70.851 0 71.445 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 70.851 0 71.445 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 72.567 0 73.161 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 72.567 0 73.161 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 74.283 0 74.877 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 74.283 0 74.877 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 75.999 0 76.593 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 75.999 0 76.593 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 77.715 0 78.309 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 77.715 0 78.309 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 79.431 0 80.025 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 79.431 0 80.025 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 81.147 0 81.741 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 81.147 0 81.741 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 82.863 0 83.457 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 82.863 0 83.457 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 84.579 0 85.173 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 84.579 0 85.173 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 86.295 0 86.889 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 86.295 0 86.889 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 88.011 0 88.605 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 88.011 0 88.605 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 89.727 0 90.321 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 89.727 0 90.321 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 91.443 0 92.037 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 91.443 0 92.037 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 93.159 0 93.753 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 93.159 0 93.753 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 94.875 0 95.469 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 94.875 0 95.469 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 104.049 0 104.643 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 104.049 0 104.643 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 105.765 0 106.359 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 105.765 0 106.359 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 107.481 0 108.075 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 107.481 0 108.075 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 109.197 0 109.791 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 109.197 0 109.791 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 110.913 0 111.507 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 110.913 0 111.507 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 112.629 0 113.223 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 112.629 0 113.223 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 114.345 0 114.939 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 114.345 0 114.939 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 116.061 0 116.655 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 116.061 0 116.655 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 117.777 0 118.371 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 117.777 0 118.371 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 119.493 0 120.087 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 119.493 0 120.087 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 121.209 0 121.803 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 121.209 0 121.803 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 122.925 0 123.519 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 122.925 0 123.519 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 124.641 0 125.235 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 124.641 0 125.235 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 126.357 0 126.951 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 126.357 0 126.951 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 128.073 0 128.667 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 128.073 0 128.667 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 129.789 0 130.383 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 129.789 0 130.383 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 131.505 0 132.099 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 131.505 0 132.099 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 133.221 0 133.815 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 133.221 0 133.815 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 134.937 0 135.531 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 134.937 0 135.531 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 136.653 0 137.247 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 136.653 0 137.247 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 138.369 0 138.963 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 138.369 0 138.963 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 140.085 0 140.679 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 140.085 0 140.679 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 141.801 0 142.395 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 141.801 0 142.395 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 143.517 0 144.111 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 143.517 0 144.111 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 145.233 0 145.827 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 145.233 0 145.827 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 146.949 0 147.543 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 146.949 0 147.543 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 148.665 0 149.259 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 148.665 0 149.259 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 150.381 0 150.975 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 150.381 0 150.975 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 152.097 0 152.691 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 152.097 0 152.691 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 153.813 0 154.407 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 153.813 0 154.407 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 164.109 0 164.703 0.132 ;
##IORING_PIN      RECT 331.188 166.617 331.32 167.211 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 164.109 0 164.703 0.132 ;
##IORING_PIN      RECT 331.188 166.617 331.32 167.211 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 165.825 0 166.419 0.132 ;
##IORING_PIN      RECT 331.188 164.901 331.32 165.495 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 165.825 0 166.419 0.132 ;
##IORING_PIN      RECT 331.188 164.901 331.32 165.495 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 167.541 0 168.135 0.132 ;
##IORING_PIN      RECT 331.188 163.185 331.32 163.779 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 167.541 0 168.135 0.132 ;
##IORING_PIN      RECT 331.188 163.185 331.32 163.779 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 169.257 0 169.851 0.132 ;
##IORING_PIN      RECT 331.188 161.469 331.32 162.063 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 169.257 0 169.851 0.132 ;
##IORING_PIN      RECT 331.188 161.469 331.32 162.063 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 170.973 0 171.567 0.132 ;
##IORING_PIN      RECT 331.188 159.753 331.32 160.347 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 170.973 0 171.567 0.132 ;
##IORING_PIN      RECT 331.188 159.753 331.32 160.347 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 172.689 0 173.283 0.132 ;
##IORING_PIN      RECT 331.188 158.037 331.32 158.631 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 172.689 0 173.283 0.132 ;
##IORING_PIN      RECT 331.188 158.037 331.32 158.631 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 174.405 0 174.999 0.132 ;
##IORING_PIN      RECT 331.188 156.321 331.32 156.915 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 174.405 0 174.999 0.132 ;
##IORING_PIN      RECT 331.188 156.321 331.32 156.915 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 176.121 0 176.715 0.132 ;
##IORING_PIN      RECT 331.188 154.605 331.32 155.199 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 176.121 0 176.715 0.132 ;
##IORING_PIN      RECT 331.188 154.605 331.32 155.199 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 177.837 0 178.431 0.132 ;
##IORING_PIN      RECT 331.188 152.889 331.32 153.483 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 177.837 0 178.431 0.132 ;
##IORING_PIN      RECT 331.188 152.889 331.32 153.483 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 179.553 0 180.147 0.132 ;
##IORING_PIN      RECT 331.188 151.173 331.32 151.767 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 179.553 0 180.147 0.132 ;
##IORING_PIN      RECT 331.188 151.173 331.32 151.767 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 181.269 0 181.863 0.132 ;
##IORING_PIN      RECT 331.188 149.457 331.32 150.051 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 181.269 0 181.863 0.132 ;
##IORING_PIN      RECT 331.188 149.457 331.32 150.051 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 182.985 0 183.579 0.132 ;
##IORING_PIN      RECT 331.188 147.741 331.32 148.335 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 182.985 0 183.579 0.132 ;
##IORING_PIN      RECT 331.188 147.741 331.32 148.335 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 184.701 0 185.295 0.132 ;
##IORING_PIN      RECT 331.188 146.025 331.32 146.619 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 184.701 0 185.295 0.132 ;
##IORING_PIN      RECT 331.188 146.025 331.32 146.619 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 186.417 0 187.011 0.132 ;
##IORING_PIN      RECT 331.188 144.309 331.32 144.903 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 186.417 0 187.011 0.132 ;
##IORING_PIN      RECT 331.188 144.309 331.32 144.903 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 188.133 0 188.727 0.132 ;
##IORING_PIN      RECT 331.188 142.593 331.32 143.187 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 331.188 139.161 331.32 139.755 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
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    RECT 0 90.123 241.197 331.32 ;
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    LAYER LEV29 ;
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    RECT 241.164 90.156 331.32 331.32 ;
  END
END C0S8L0STARCIO_FE_TWF1STLBUFF
MACRO C0S8L0STARCIO_FE_TWF1STRBUFF FOREIGN C0S8L0STARCIO_FE_TWF4STRBUFF7C_R2 -331.32 -331.32 ;
##MACROVERSION "2.0 2009/05/22" ;
#LDBCLASS BE STDV33 STDV33   ;
  CLASS ENDCAP TOPRIGHT ;
 SIZE 331.32 BY 331.32 ;
 SITE TRBUFF ;
  ##IOCLASS LEFT STDV33 BOTTOM STDV33  ;
##IORING_PIN  PIN VSS
##IORING_PIN    #SPICE PIN VSS ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M7T ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN  END VSS
##IORING_PIN  PIN VDD
##IORING_PIN    #SPICE PIN VDD ;
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##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
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##IORING_PIN  PIN VDD33
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##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
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##IORING_PIN      RECT 0 294.195 0.132 294.789 ;
##IORING_PIN      RECT 0 295.911 0.132 296.505 ;
##IORING_PIN      RECT 0 297.627 0.132 298.221 ;
##IORING_PIN      RECT 0 299.343 0.132 299.937 ;
##IORING_PIN      RECT 0 301.059 0.132 301.653 ;
##IORING_PIN      RECT 0 302.775 0.132 303.369 ;
##IORING_PIN      RECT 0 304.491 0.132 305.085 ;
##IORING_PIN      RECT 0 306.207 0.132 306.801 ;
##IORING_PIN      RECT 0 307.923 0.132 308.517 ;
##IORING_PIN      RECT 0 309.639 0.132 310.233 ;
##IORING_PIN      RECT 0 311.355 0.132 311.949 ;
##IORING_PIN      RECT 0 313.071 0.132 313.665 ;
##IORING_PIN      RECT 0 314.787 0.132 315.381 ;
##IORING_PIN      RECT 0 316.503 0.132 317.097 ;
##IORING_PIN      RECT 0 318.219 0.132 318.813 ;
##IORING_PIN      RECT 0 319.935 0.132 320.529 ;
##IORING_PIN      RECT 0 321.651 0.132 322.245 ;
##IORING_PIN      RECT 0 323.367 0.132 323.961 ;
##IORING_PIN      RECT 0 325.083 0.132 325.677 ;
##IORING_PIN      RECT 0 326.799 0.132 327.393 ;
##IORING_PIN      RECT 0 328.515 0.132 329.109 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 294.195 0.132 294.789 ;
##IORING_PIN      RECT 0 295.911 0.132 296.505 ;
##IORING_PIN      RECT 0 297.627 0.132 298.221 ;
##IORING_PIN      RECT 0 299.343 0.132 299.937 ;
##IORING_PIN      RECT 0 301.059 0.132 301.653 ;
##IORING_PIN      RECT 0 302.775 0.132 303.369 ;
##IORING_PIN      RECT 0 304.491 0.132 305.085 ;
##IORING_PIN      RECT 0 306.207 0.132 306.801 ;
##IORING_PIN      RECT 0 307.923 0.132 308.517 ;
##IORING_PIN      RECT 0 309.639 0.132 310.233 ;
##IORING_PIN      RECT 0 311.355 0.132 311.949 ;
##IORING_PIN      RECT 0 313.071 0.132 313.665 ;
##IORING_PIN      RECT 0 314.787 0.132 315.381 ;
##IORING_PIN      RECT 0 316.503 0.132 317.097 ;
##IORING_PIN      RECT 0 318.219 0.132 318.813 ;
##IORING_PIN      RECT 0 319.935 0.132 320.529 ;
##IORING_PIN      RECT 0 321.651 0.132 322.245 ;
##IORING_PIN      RECT 0 323.367 0.132 323.961 ;
##IORING_PIN      RECT 0 325.083 0.132 325.677 ;
##IORING_PIN      RECT 0 326.799 0.132 327.393 ;
##IORING_PIN      RECT 0 328.515 0.132 329.109 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 292.479 0.132 293.073 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 292.479 0.132 293.073 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 290.763 0.132 291.357 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 290.763 0.132 291.357 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 289.047 0.132 289.641 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 289.047 0.132 289.641 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 287.331 0.132 287.925 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 287.331 0.132 287.925 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 285.615 0.132 286.209 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 285.615 0.132 286.209 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 283.899 0.132 284.493 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 283.899 0.132 284.493 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 282.183 0.132 282.777 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 282.183 0.132 282.777 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 280.467 0.132 281.061 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 280.467 0.132 281.061 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 278.751 0.132 279.345 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 278.751 0.132 279.345 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 277.035 0.132 277.629 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 277.035 0.132 277.629 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 275.319 0.132 275.913 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 275.319 0.132 275.913 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 273.603 0.132 274.197 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 273.603 0.132 274.197 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 271.887 0.132 272.481 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 271.887 0.132 272.481 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 270.171 0.132 270.765 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 270.171 0.132 270.765 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 268.455 0.132 269.049 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 268.455 0.132 269.049 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 266.739 0.132 267.333 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 266.739 0.132 267.333 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 265.023 0.132 265.617 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 265.023 0.132 265.617 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 263.307 0.132 263.901 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 263.307 0.132 263.901 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 261.591 0.132 262.185 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 261.591 0.132 262.185 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 259.875 0.132 260.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 259.875 0.132 260.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 258.159 0.132 258.753 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 258.159 0.132 258.753 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 256.443 0.132 257.037 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 256.443 0.132 257.037 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 254.727 0.132 255.321 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 254.727 0.132 255.321 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 253.011 0.132 253.605 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 253.011 0.132 253.605 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 251.295 0.132 251.889 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 251.295 0.132 251.889 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 249.579 0.132 250.173 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 249.579 0.132 250.173 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 247.863 0.132 248.457 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 247.863 0.132 248.457 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 246.147 0.132 246.741 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 246.147 0.132 246.741 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 244.431 0.132 245.025 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 244.431 0.132 245.025 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 242.715 0.132 243.309 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 242.715 0.132 243.309 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 240.999 0.132 241.593 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 240.999 0.132 241.593 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 239.283 0.132 239.877 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 239.283 0.132 239.877 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 237.567 0.132 238.161 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 237.567 0.132 238.161 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 235.851 0.132 236.445 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 235.851 0.132 236.445 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 226.677 0.132 227.271 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 226.677 0.132 227.271 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 224.961 0.132 225.555 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 224.961 0.132 225.555 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 223.245 0.132 223.839 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 223.245 0.132 223.839 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 221.529 0.132 222.123 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 221.529 0.132 222.123 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 219.813 0.132 220.407 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 219.813 0.132 220.407 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 218.097 0.132 218.691 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 218.097 0.132 218.691 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 216.381 0.132 216.975 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 216.381 0.132 216.975 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 214.665 0.132 215.259 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 214.665 0.132 215.259 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 212.949 0.132 213.543 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 212.949 0.132 213.543 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 211.233 0.132 211.827 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 211.233 0.132 211.827 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 209.517 0.132 210.111 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 209.517 0.132 210.111 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 207.801 0.132 208.395 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 207.801 0.132 208.395 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 206.085 0.132 206.679 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 206.085 0.132 206.679 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 204.369 0.132 204.963 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 204.369 0.132 204.963 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 202.653 0.132 203.247 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 202.653 0.132 203.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 200.937 0.132 201.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 200.937 0.132 201.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 199.221 0.132 199.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 199.221 0.132 199.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 197.505 0.132 198.099 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 197.505 0.132 198.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 195.789 0.132 196.383 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 195.789 0.132 196.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 194.073 0.132 194.667 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 194.073 0.132 194.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 192.357 0.132 192.951 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 192.357 0.132 192.951 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 190.641 0.132 191.235 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 190.641 0.132 191.235 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 188.925 0.132 189.519 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 188.925 0.132 189.519 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 187.209 0.132 187.803 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 187.209 0.132 187.803 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 185.493 0.132 186.087 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 185.493 0.132 186.087 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 183.777 0.132 184.371 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 183.777 0.132 184.371 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 182.061 0.132 182.655 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 182.061 0.132 182.655 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 180.345 0.132 180.939 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 180.345 0.132 180.939 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 178.629 0.132 179.223 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 178.629 0.132 179.223 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 176.913 0.132 177.507 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 176.913 0.132 177.507 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 127.149 0.132 127.743 ;
##IORING_PIN      RECT 127.149 0 127.743 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 125.433 0.132 126.027 ;
##IORING_PIN      RECT 125.433 0 126.027 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 123.717 0.132 124.311 ;
##IORING_PIN      RECT 123.717 0 124.311 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 122.001 0.132 122.595 ;
##IORING_PIN      RECT 122.001 0 122.595 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 120.285 0.132 120.879 ;
##IORING_PIN      RECT 120.285 0 120.879 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 118.569 0.132 119.163 ;
##IORING_PIN      RECT 118.569 0 119.163 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 116.853 0.132 117.447 ;
##IORING_PIN      RECT 116.853 0 117.447 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 115.137 0.132 115.731 ;
##IORING_PIN      RECT 115.137 0 115.731 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 113.421 0.132 114.015 ;
##IORING_PIN      RECT 113.421 0 114.015 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 111.705 0.132 112.299 ;
##IORING_PIN      RECT 111.705 0 112.299 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 109.989 0.132 110.583 ;
##IORING_PIN      RECT 109.989 0 110.583 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 108.273 0.132 108.867 ;
##IORING_PIN      RECT 108.273 0 108.867 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 106.557 0.132 107.151 ;
##IORING_PIN      RECT 106.557 0 107.151 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 99.693 0.132 100.287 ;
##IORING_PIN      RECT 99.693 0 100.287 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 101.409 0.132 102.003 ;
##IORING_PIN      RECT 101.409 0 102.003 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 103.125 0.132 103.719 ;
##IORING_PIN      RECT 103.125 0 103.719 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 104.841 0.132 105.435 ;
##IORING_PIN      RECT 104.841 0 105.435 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 294.195 0 294.789 0.132 ;
##IORING_PIN      RECT 295.911 0 296.505 0.132 ;
##IORING_PIN      RECT 297.627 0 298.221 0.132 ;
##IORING_PIN      RECT 299.343 0 299.937 0.132 ;
##IORING_PIN      RECT 301.059 0 301.653 0.132 ;
##IORING_PIN      RECT 302.775 0 303.369 0.132 ;
##IORING_PIN      RECT 304.491 0 305.085 0.132 ;
##IORING_PIN      RECT 306.207 0 306.801 0.132 ;
##IORING_PIN      RECT 307.923 0 308.517 0.132 ;
##IORING_PIN      RECT 309.639 0 310.233 0.132 ;
##IORING_PIN      RECT 311.355 0 311.949 0.132 ;
##IORING_PIN      RECT 313.071 0 313.665 0.132 ;
##IORING_PIN      RECT 314.787 0 315.381 0.132 ;
##IORING_PIN      RECT 316.503 0 317.097 0.132 ;
##IORING_PIN      RECT 318.219 0 318.813 0.132 ;
##IORING_PIN      RECT 319.935 0 320.529 0.132 ;
##IORING_PIN      RECT 321.651 0 322.245 0.132 ;
##IORING_PIN      RECT 323.367 0 323.961 0.132 ;
##IORING_PIN      RECT 325.083 0 325.677 0.132 ;
##IORING_PIN      RECT 326.799 0 327.393 0.132 ;
##IORING_PIN      RECT 328.515 0 329.109 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 294.195 0 294.789 0.132 ;
##IORING_PIN      RECT 295.911 0 296.505 0.132 ;
##IORING_PIN      RECT 297.627 0 298.221 0.132 ;
##IORING_PIN      RECT 299.343 0 299.937 0.132 ;
##IORING_PIN      RECT 301.059 0 301.653 0.132 ;
##IORING_PIN      RECT 302.775 0 303.369 0.132 ;
##IORING_PIN      RECT 304.491 0 305.085 0.132 ;
##IORING_PIN      RECT 306.207 0 306.801 0.132 ;
##IORING_PIN      RECT 307.923 0 308.517 0.132 ;
##IORING_PIN      RECT 309.639 0 310.233 0.132 ;
##IORING_PIN      RECT 311.355 0 311.949 0.132 ;
##IORING_PIN      RECT 313.071 0 313.665 0.132 ;
##IORING_PIN      RECT 314.787 0 315.381 0.132 ;
##IORING_PIN      RECT 316.503 0 317.097 0.132 ;
##IORING_PIN      RECT 318.219 0 318.813 0.132 ;
##IORING_PIN      RECT 319.935 0 320.529 0.132 ;
##IORING_PIN      RECT 321.651 0 322.245 0.132 ;
##IORING_PIN      RECT 323.367 0 323.961 0.132 ;
##IORING_PIN      RECT 325.083 0 325.677 0.132 ;
##IORING_PIN      RECT 326.799 0 327.393 0.132 ;
##IORING_PIN      RECT 328.515 0 329.109 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 292.479 0 293.073 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 292.479 0 293.073 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 290.763 0 291.357 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 290.763 0 291.357 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 289.047 0 289.641 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 289.047 0 289.641 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 287.331 0 287.925 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 287.331 0 287.925 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 285.615 0 286.209 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 285.615 0 286.209 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 283.899 0 284.493 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 283.899 0 284.493 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 282.183 0 282.777 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 282.183 0 282.777 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 280.467 0 281.061 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 280.467 0 281.061 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 278.751 0 279.345 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 278.751 0 279.345 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 277.035 0 277.629 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 277.035 0 277.629 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 275.319 0 275.913 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 275.319 0 275.913 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 273.603 0 274.197 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 273.603 0 274.197 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 271.887 0 272.481 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 271.887 0 272.481 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 270.171 0 270.765 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 270.171 0 270.765 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 268.455 0 269.049 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 268.455 0 269.049 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 266.739 0 267.333 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 266.739 0 267.333 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 265.023 0 265.617 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 265.023 0 265.617 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 263.307 0 263.901 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 263.307 0 263.901 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 261.591 0 262.185 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 261.591 0 262.185 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 259.875 0 260.469 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 259.875 0 260.469 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 258.159 0 258.753 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 258.159 0 258.753 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 256.443 0 257.037 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 256.443 0 257.037 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 254.727 0 255.321 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 254.727 0 255.321 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 253.011 0 253.605 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 253.011 0 253.605 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 251.295 0 251.889 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 251.295 0 251.889 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 249.579 0 250.173 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 249.579 0 250.173 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 247.863 0 248.457 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 247.863 0 248.457 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 246.147 0 246.741 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 246.147 0 246.741 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 244.431 0 245.025 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 244.431 0 245.025 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 242.715 0 243.309 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 242.715 0 243.309 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 240.999 0 241.593 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 240.999 0 241.593 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 239.283 0 239.877 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 239.283 0 239.877 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 237.567 0 238.161 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 237.567 0 238.161 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 235.851 0 236.445 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 235.851 0 236.445 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 226.677 0 227.271 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 226.677 0 227.271 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 224.961 0 225.555 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 224.961 0 225.555 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 223.245 0 223.839 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 223.245 0 223.839 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 221.529 0 222.123 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 221.529 0 222.123 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 219.813 0 220.407 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 219.813 0 220.407 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 218.097 0 218.691 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 218.097 0 218.691 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 216.381 0 216.975 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 216.381 0 216.975 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 214.665 0 215.259 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 214.665 0 215.259 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 212.949 0 213.543 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 212.949 0 213.543 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 211.233 0 211.827 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 211.233 0 211.827 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 209.517 0 210.111 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 209.517 0 210.111 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 207.801 0 208.395 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 207.801 0 208.395 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 206.085 0 206.679 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 206.085 0 206.679 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 204.369 0 204.963 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 204.369 0 204.963 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 202.653 0 203.247 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 202.653 0 203.247 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 200.937 0 201.531 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 200.937 0 201.531 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 199.221 0 199.815 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 199.221 0 199.815 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 197.505 0 198.099 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 197.505 0 198.099 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 195.789 0 196.383 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 195.789 0 196.383 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 194.073 0 194.667 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 194.073 0 194.667 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 192.357 0 192.951 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 192.357 0 192.951 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 190.641 0 191.235 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 190.641 0 191.235 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 188.925 0 189.519 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 188.925 0 189.519 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 187.209 0 187.803 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 187.209 0 187.803 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 185.493 0 186.087 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 185.493 0 186.087 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 183.777 0 184.371 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 183.777 0 184.371 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 182.061 0 182.655 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 182.061 0 182.655 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 180.345 0 180.939 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 180.345 0 180.939 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 178.629 0 179.223 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 178.629 0 179.223 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 176.913 0 177.507 0.132 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 176.913 0 177.507 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 166.617 0.132 167.211 ;
##IORING_PIN      RECT 166.617 0 167.211 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 166.617 0.132 167.211 ;
##IORING_PIN      RECT 166.617 0 167.211 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 164.901 0.132 165.495 ;
##IORING_PIN      RECT 164.901 0 165.495 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 164.901 0.132 165.495 ;
##IORING_PIN      RECT 164.901 0 165.495 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 163.185 0.132 163.779 ;
##IORING_PIN      RECT 163.185 0 163.779 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 163.185 0.132 163.779 ;
##IORING_PIN      RECT 163.185 0 163.779 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 161.469 0.132 162.063 ;
##IORING_PIN      RECT 161.469 0 162.063 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 161.469 0.132 162.063 ;
##IORING_PIN      RECT 161.469 0 162.063 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 159.753 0.132 160.347 ;
##IORING_PIN      RECT 159.753 0 160.347 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 159.753 0.132 160.347 ;
##IORING_PIN      RECT 159.753 0 160.347 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 158.037 0.132 158.631 ;
##IORING_PIN      RECT 158.037 0 158.631 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 158.037 0.132 158.631 ;
##IORING_PIN      RECT 158.037 0 158.631 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 156.321 0.132 156.915 ;
##IORING_PIN      RECT 156.321 0 156.915 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 156.321 0.132 156.915 ;
##IORING_PIN      RECT 156.321 0 156.915 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 154.605 0.132 155.199 ;
##IORING_PIN      RECT 154.605 0 155.199 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 154.605 0.132 155.199 ;
##IORING_PIN      RECT 154.605 0 155.199 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 152.889 0.132 153.483 ;
##IORING_PIN      RECT 152.889 0 153.483 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 152.889 0.132 153.483 ;
##IORING_PIN      RECT 152.889 0 153.483 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 151.173 0.132 151.767 ;
##IORING_PIN      RECT 151.173 0 151.767 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 151.173 0.132 151.767 ;
##IORING_PIN      RECT 151.173 0 151.767 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 149.457 0.132 150.051 ;
##IORING_PIN      RECT 149.457 0 150.051 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 149.457 0.132 150.051 ;
##IORING_PIN      RECT 149.457 0 150.051 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 147.741 0.132 148.335 ;
##IORING_PIN      RECT 147.741 0 148.335 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 147.741 0.132 148.335 ;
##IORING_PIN      RECT 147.741 0 148.335 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 146.025 0.132 146.619 ;
##IORING_PIN      RECT 146.025 0 146.619 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 146.025 0.132 146.619 ;
##IORING_PIN      RECT 146.025 0 146.619 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 144.309 0.132 144.903 ;
##IORING_PIN      RECT 144.309 0 144.903 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 144.309 0.132 144.903 ;
##IORING_PIN      RECT 144.309 0 144.903 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 142.593 0.132 143.187 ;
##IORING_PIN      RECT 142.593 0 143.187 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 142.593 0.132 143.187 ;
##IORING_PIN      RECT 142.593 0 143.187 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 140.877 0.132 141.471 ;
##IORING_PIN      RECT 140.877 0 141.471 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 140.877 0.132 141.471 ;
##IORING_PIN      RECT 140.877 0 141.471 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 139.161 0.132 139.755 ;
##IORING_PIN      RECT 139.161 0 139.755 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 139.161 0.132 139.755 ;
##IORING_PIN      RECT 139.161 0 139.755 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 137.445 0.132 138.039 ;
##IORING_PIN      RECT 137.445 0 138.039 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 137.445 0.132 138.039 ;
##IORING_PIN      RECT 137.445 0 138.039 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.729 0.132 136.323 ;
##IORING_PIN      RECT 135.729 0 136.323 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.729 0.132 136.323 ;
##IORING_PIN      RECT 135.729 0 136.323 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.013 0.132 134.607 ;
##IORING_PIN      RECT 134.013 0 134.607 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.013 0.132 134.607 ;
##IORING_PIN      RECT 134.013 0 134.607 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 132.297 0.132 132.891 ;
##IORING_PIN      RECT 132.297 0 132.891 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.297 0.132 132.891 ;
##IORING_PIN      RECT 132.297 0 132.891 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 130.581 0.132 131.175 ;
##IORING_PIN      RECT 130.581 0 131.175 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 130.581 0.132 131.175 ;
##IORING_PIN      RECT 130.581 0 131.175 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 128.865 0.132 129.459 ;
##IORING_PIN      RECT 128.865 0 129.459 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.865 0.132 129.459 ;
##IORING_PIN      RECT 128.865 0 129.459 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 127.149 0.132 127.743 ;
##IORING_PIN      RECT 127.149 0 127.743 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 127.149 0.132 127.743 ;
##IORING_PIN      RECT 127.149 0 127.743 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 125.433 0.132 126.027 ;
##IORING_PIN      RECT 125.433 0 126.027 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 125.433 0.132 126.027 ;
##IORING_PIN      RECT 125.433 0 126.027 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 123.717 0.132 124.311 ;
##IORING_PIN      RECT 123.717 0 124.311 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 123.717 0.132 124.311 ;
##IORING_PIN      RECT 123.717 0 124.311 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 122.001 0.132 122.595 ;
##IORING_PIN      RECT 122.001 0 122.595 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.001 0.132 122.595 ;
##IORING_PIN      RECT 122.001 0 122.595 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 120.285 0.132 120.879 ;
##IORING_PIN      RECT 120.285 0 120.879 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 120.285 0.132 120.879 ;
##IORING_PIN      RECT 120.285 0 120.879 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 118.569 0.132 119.163 ;
##IORING_PIN      RECT 118.569 0 119.163 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 118.569 0.132 119.163 ;
##IORING_PIN      RECT 118.569 0 119.163 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 116.853 0.132 117.447 ;
##IORING_PIN      RECT 116.853 0 117.447 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 116.853 0.132 117.447 ;
##IORING_PIN      RECT 116.853 0 117.447 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 115.137 0.132 115.731 ;
##IORING_PIN      RECT 115.137 0 115.731 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 115.137 0.132 115.731 ;
##IORING_PIN      RECT 115.137 0 115.731 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 113.421 0.132 114.015 ;
##IORING_PIN      RECT 113.421 0 114.015 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 113.421 0.132 114.015 ;
##IORING_PIN      RECT 113.421 0 114.015 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 111.705 0.132 112.299 ;
##IORING_PIN      RECT 111.705 0 112.299 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 111.705 0.132 112.299 ;
##IORING_PIN      RECT 111.705 0 112.299 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 109.989 0.132 110.583 ;
##IORING_PIN      RECT 109.989 0 110.583 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 109.989 0.132 110.583 ;
##IORING_PIN      RECT 109.989 0 110.583 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 108.273 0.132 108.867 ;
##IORING_PIN      RECT 108.273 0 108.867 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 108.273 0.132 108.867 ;
##IORING_PIN      RECT 108.273 0 108.867 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 106.557 0.132 107.151 ;
##IORING_PIN      RECT 106.557 0 107.151 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 106.557 0.132 107.151 ;
##IORING_PIN      RECT 106.557 0 107.151 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 104.841 0.132 105.435 ;
##IORING_PIN      RECT 104.841 0 105.435 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.841 0.132 105.435 ;
##IORING_PIN      RECT 104.841 0 105.435 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 103.125 0.132 103.719 ;
##IORING_PIN      RECT 103.125 0 103.719 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 103.125 0.132 103.719 ;
##IORING_PIN      RECT 103.125 0 103.719 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 101.409 0.132 102.003 ;
##IORING_PIN      RECT 101.409 0 102.003 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 101.409 0.132 102.003 ;
##IORING_PIN      RECT 101.409 0 102.003 0.132 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 99.693 0.132 100.287 ;
##IORING_PIN      RECT 99.693 0 100.287 0.132 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 99.693 0.132 100.287 ;
##IORING_PIN      RECT 99.693 0 100.287 0.132 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 90.123 90.123 331.32 ;
    RECT 90.123 0 331.32 90.123 ;
    RECT 90.123 90.123 331.32 331.32 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 90.123 90.123 331.32 ;
    RECT 90.123 0 331.32 90.123 ;
    RECT 90.123 90.123 331.32 331.32 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 90.156 90.156 331.32 ;
    RECT 90.156 0 331.32 90.156 ;
    RECT 90.156 90.156 331.32 331.32 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 90.156 90.156 331.32 ;
    RECT 90.156 0 331.32 90.156 ;
    RECT 90.156 90.156 331.32 331.32 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 90.156 90.156 331.32 ;
    RECT 90.156 0 331.32 90.156 ;
    RECT 90.156 90.156 331.32 331.32 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 90.156 90.156 331.32 ;
    RECT 90.156 0 331.32 90.156 ;
    RECT 90.156 90.156 331.32 331.32 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 75.57 75.57 331.32 ;
    RECT 75.57 0 331.32 75.57 ;
    RECT 75.57 75.57 331.32 331.32 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 75.57 75.57 331.32 ;
    RECT 75.57 0 331.32 75.57 ;
    RECT 75.57 75.57 331.32 331.32 ;
    LAYER LEV29 ;
    RECT 0 90.156 90.156 331.32 ;
    RECT 90.156 0 331.32 90.156 ;
    RECT 90.156 90.156 331.32 331.32 ;
  END
END C0S8L0STARCIO_FE_TWF1STRBUFF
MACRO C0S8L0STARCIO_FE_TWF1SVDD11A33I
##MACROVERSION "2.0 2009/07/06" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SVDD11A33I7C_R2 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN VPADI DIRECTION INOUT  ;
    USE POWER ;
    ##POWERTYPE VD11 ;
    ##PINASSIGNRULE G30096CU_out DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END VPADI
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 195.517 0.132 253.704 ;
##IORING_PIN      RECT 29.964 195.517 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 29.964 135.795 30.096 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 29.964 134.079 30.096 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 29.964 132.363 30.096 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 128.931 30.096 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 125.499 30.096 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 122.067 30.096 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 118.635 30.096 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 115.203 30.096 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 111.771 30.096 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 59.697 30.096 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 56.265 30.096 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 52.833 30.096 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 49.401 30.096 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 45.969 30.096 46.563 ;
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##IORING_PIN      RECT 29.964 57.981 30.096 58.575 ;
##IORING_PIN      RECT 29.964 61.413 30.096 62.007 ;
##IORING_PIN      RECT 29.964 63.129 30.096 63.723 ;
##IORING_PIN      RECT 29.964 64.845 30.096 65.439 ;
##IORING_PIN      RECT 29.964 66.561 30.096 67.155 ;
##IORING_PIN      RECT 29.964 68.277 30.096 68.871 ;
##IORING_PIN      RECT 29.964 69.993 30.096 70.587 ;
##IORING_PIN      RECT 29.964 71.709 30.096 72.303 ;
##IORING_PIN      RECT 29.964 73.425 30.096 74.019 ;
##IORING_PIN      RECT 29.964 75.141 30.096 75.735 ;
##IORING_PIN      RECT 29.964 76.857 30.096 77.451 ;
##IORING_PIN      RECT 29.964 78.573 30.096 79.167 ;
##IORING_PIN      RECT 29.964 80.289 30.096 80.883 ;
##IORING_PIN      RECT 29.964 82.005 30.096 82.599 ;
##IORING_PIN      RECT 29.964 83.721 30.096 84.315 ;
##IORING_PIN      RECT 29.964 85.437 30.096 86.031 ;
##IORING_PIN      RECT 29.964 87.153 30.096 87.747 ;
##IORING_PIN      RECT 29.964 88.869 30.096 89.463 ;
##IORING_PIN      RECT 29.964 90.585 30.096 91.179 ;
##IORING_PIN      RECT 29.964 92.301 30.096 92.895 ;
##IORING_PIN      RECT 29.964 94.017 30.096 94.611 ;
##IORING_PIN      RECT 29.964 103.191 30.096 103.785 ;
##IORING_PIN      RECT 29.964 104.907 30.096 105.501 ;
##IORING_PIN      RECT 29.964 106.623 30.096 107.217 ;
##IORING_PIN      RECT 29.964 108.339 30.096 108.933 ;
##IORING_PIN      RECT 29.964 110.055 30.096 110.649 ;
##IORING_PIN      RECT 29.964 113.487 30.096 114.081 ;
##IORING_PIN      RECT 29.964 116.919 30.096 117.513 ;
##IORING_PIN      RECT 29.964 120.351 30.096 120.945 ;
##IORING_PIN      RECT 29.964 123.783 30.096 124.377 ;
##IORING_PIN      RECT 29.964 127.215 30.096 127.809 ;
##IORING_PIN      RECT 29.964 130.647 30.096 131.241 ;
##IORING_PIN      RECT 29.964 137.511 30.096 138.105 ;
##IORING_PIN      RECT 29.964 139.227 30.096 139.821 ;
##IORING_PIN      RECT 29.964 140.943 30.096 141.537 ;
##IORING_PIN      RECT 29.964 142.659 30.096 143.253 ;
##IORING_PIN      RECT 29.964 144.375 30.096 144.969 ;
##IORING_PIN      RECT 29.964 146.091 30.096 146.685 ;
##IORING_PIN      RECT 29.964 147.807 30.096 148.401 ;
##IORING_PIN      RECT 29.964 149.523 30.096 150.117 ;
##IORING_PIN      RECT 29.964 151.239 30.096 151.833 ;
##IORING_PIN      RECT 29.964 152.955 30.096 153.549 ;
##IORING_PIN      RECT 29.964 154.671 30.096 155.265 ;
##IORING_PIN      RECT 29.964 156.387 30.096 156.981 ;
##IORING_PIN      RECT 29.964 158.103 30.096 158.697 ;
##IORING_PIN      RECT 29.964 159.819 30.096 160.413 ;
##IORING_PIN      RECT 29.964 161.535 30.096 162.129 ;
##IORING_PIN      RECT 29.964 163.251 30.096 163.845 ;
##IORING_PIN      RECT 29.964 164.967 30.096 165.561 ;
##IORING_PIN      RECT 29.964 166.683 30.096 167.277 ;
##IORING_PIN      RECT 29.964 168.399 30.096 168.993 ;
##IORING_PIN      RECT 29.964 170.115 30.096 170.709 ;
##IORING_PIN      RECT 29.964 171.831 30.096 172.425 ;
##IORING_PIN      RECT 29.964 173.547 30.096 174.141 ;
##IORING_PIN      RECT 29.964 175.263 30.096 175.857 ;
##IORING_PIN      RECT 29.964 176.979 30.096 177.573 ;
##IORING_PIN      RECT 29.964 178.695 30.096 179.289 ;
##IORING_PIN      RECT 29.964 180.411 30.096 181.005 ;
##IORING_PIN      RECT 29.964 182.127 30.096 182.721 ;
##IORING_PIN      RECT 29.964 183.843 30.096 184.437 ;
##IORING_PIN      RECT 29.964 185.559 30.096 186.153 ;
##IORING_PIN      RECT 29.964 187.275 30.096 187.869 ;
##IORING_PIN      RECT 29.964 188.991 30.096 189.585 ;
##IORING_PIN      RECT 29.964 190.707 30.096 191.301 ;
##IORING_PIN      RECT 29.964 192.423 30.096 193.017 ;
##IORING_PIN      RECT 29.964 194.139 30.096 194.733 ;
##IORING_PIN      RECT 29.964 195.855 30.096 196.449 ;
##IORING_PIN      RECT 29.964 197.571 30.096 198.165 ;
##IORING_PIN      RECT 29.964 199.287 30.096 199.881 ;
##IORING_PIN      RECT 29.964 201.003 30.096 201.597 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 29.964 202.719 30.096 203.313 ;
##IORING_PIN      RECT 29.964 204.435 30.096 205.029 ;
##IORING_PIN      RECT 29.964 206.151 30.096 206.745 ;
##IORING_PIN      RECT 29.964 207.867 30.096 208.461 ;
##IORING_PIN      RECT 29.964 209.583 30.096 210.177 ;
##IORING_PIN      RECT 29.964 211.299 30.096 211.893 ;
##IORING_PIN      RECT 29.964 213.015 30.096 213.609 ;
##IORING_PIN      RECT 29.964 214.731 30.096 215.325 ;
##IORING_PIN      RECT 29.964 216.447 30.096 217.041 ;
##IORING_PIN      RECT 29.964 218.163 30.096 218.757 ;
##IORING_PIN      RECT 29.964 219.879 30.096 220.473 ;
##IORING_PIN      RECT 29.964 221.595 30.096 222.189 ;
##IORING_PIN      RECT 29.964 223.311 30.096 223.905 ;
##IORING_PIN      RECT 29.964 225.027 30.096 225.621 ;
##IORING_PIN      RECT 29.964 226.743 30.096 227.337 ;
##IORING_PIN      RECT 29.964 228.459 30.096 229.053 ;
##IORING_PIN      RECT 29.964 230.175 30.096 230.769 ;
##IORING_PIN      RECT 29.964 231.891 30.096 232.485 ;
##IORING_PIN      RECT 29.964 234.828 30.096 235.422 ;
##IORING_PIN      RECT 29.964 236.478 30.096 237.072 ;
##IORING_PIN      RECT 29.964 238.128 30.096 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 29.964 202.224 30.096 209.352 ;
##IORING_PIN      RECT 29.964 213.312 30.096 220.44 ;
##IORING_PIN      RECT 29.964 224.4 30.096 231.528 ;
##IORING_PIN      RECT 29.964 235.488 30.096 242.616 ;
##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
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##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M4L ;
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      LAYER M5L ;
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN    PORT
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##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
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##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
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##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
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##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
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##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
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##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
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##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
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##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
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##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
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##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
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##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
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##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SVDD11A33I
MACRO C0S8L0STARCIO_FE_TWF1SVDD11A33W
##MACROVERSION "2.0 2009/07/06" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SVDD11A33W7C_R2 ;
 CLASS PAD POWER ;
 SIZE 60.192 BY 241.164 ;
 SYMMETRY X Y R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN VPADI DIRECTION INOUT  ;
    USE POWER ;
    ##POWERTYPE VD11 ;
    ##PINASSIGNRULE G30096CU_out DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END VPADI
PIN VPADO DIRECTION INOUT  ;
    USE POWER ;
    ##POWERTYPE VD11 ;
    ##PINASSIGNRULE G30096CU_in DISALLOW ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 31.086 97.024 59.202 101.966 ;
  END
END VPADO
PIN VDD DIRECTION INOUT  ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VDD ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 7.755 240.174 8.745 241.164 ;
    LAYER M3L ;
    RECT 7.755 240.174 8.745 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 10.791 240.174 11.781 241.164 ;
    LAYER M3L ;
    RECT 10.791 240.174 11.781 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 13.827 240.174 14.817 241.164 ;
    LAYER M3L ;
    RECT 13.827 240.174 14.817 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 16.863 240.174 17.853 241.164 ;
    LAYER M3L ;
    RECT 16.863 240.174 17.853 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 19.899 240.174 20.889 241.164 ;
    LAYER M3L ;
    RECT 19.899 240.174 20.889 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 37.851 240.174 38.841 241.164 ;
    LAYER M3L ;
    RECT 37.851 240.174 38.841 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 40.887 240.174 41.877 241.164 ;
    LAYER M3L ;
    RECT 40.887 240.174 41.877 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 43.923 240.174 44.913 241.164 ;
    LAYER M3L ;
    RECT 43.923 240.174 44.913 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 46.959 240.174 47.949 241.164 ;
    LAYER M3L ;
    RECT 46.959 240.174 47.949 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 49.995 240.174 50.985 241.164 ;
    LAYER M3L ;
    RECT 49.995 240.174 50.985 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 1.98 253.75 28.116 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER PM ;
    RECT 32.076 253.75 58.212 255.75 ;
  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 195.946 0.132 253.704 ;
##IORING_PIN      RECT 60.06 210.504 60.192 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 60.06 234.003 60.192 234.597 ;
##IORING_PIN      RECT 60.06 235.653 60.192 236.247 ;
##IORING_PIN      RECT 60.06 237.303 60.192 237.897 ;
##IORING_PIN      RECT 60.06 238.953 60.192 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 60.06 234.003 60.192 234.597 ;
##IORING_PIN      RECT 60.06 235.653 60.192 236.247 ;
##IORING_PIN      RECT 60.06 237.303 60.192 237.897 ;
##IORING_PIN      RECT 60.06 238.953 60.192 239.547 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 31.086 97.024 59.202 101.966 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
END VDD
PIN VSS DIRECTION INOUT  ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    #SPICE PIN VSS ;
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 9.273 240.174 10.263 241.164 ;
    LAYER M3L ;
    RECT 9.273 240.174 10.263 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 12.309 240.174 13.299 241.164 ;
    LAYER M3L ;
    RECT 12.309 240.174 13.299 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 15.345 240.174 16.335 241.164 ;
    LAYER M3L ;
    RECT 15.345 240.174 16.335 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 18.381 240.174 19.371 241.164 ;
    LAYER M3L ;
    RECT 18.381 240.174 19.371 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 21.417 240.174 22.407 241.164 ;
    LAYER M3L ;
    RECT 21.417 240.174 22.407 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 39.369 240.174 40.359 241.164 ;
    LAYER M3L ;
    RECT 39.369 240.174 40.359 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 42.405 240.174 43.395 241.164 ;
    LAYER M3L ;
    RECT 42.405 240.174 43.395 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 45.441 240.174 46.431 241.164 ;
    LAYER M3L ;
    RECT 45.441 240.174 46.431 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 48.477 240.174 49.467 241.164 ;
    LAYER M3L ;
    RECT 48.477 240.174 49.467 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M4L ;
    RECT 51.513 240.174 52.503 241.164 ;
    LAYER M3L ;
    RECT 51.513 240.174 52.503 241.164 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 1.386 254.17 8.646 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 11.418 254.17 18.678 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 21.450 254.17 28.710 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 31.482 254.17 38.742 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 41.514 254.17 48.774 255.75 ;
  END
  PORT
   CLASS CORE ;
    LAYER M7T ;
    RECT 51.546 254.17 58.806 255.75 ;
  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 60.06 234.828 60.192 235.422 ;
##IORING_PIN      RECT 60.06 236.478 60.192 237.072 ;
##IORING_PIN      RECT 60.06 238.128 60.192 238.722 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 60.06 135.795 60.192 136.389 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN      RECT 60.06 135.795 60.192 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 60.06 134.079 60.192 134.673 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
##IORING_PIN      RECT 60.06 134.079 60.192 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 60.06 132.363 60.192 132.957 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 132.363 0.132 132.957 ;
##IORING_PIN      RECT 60.06 132.363 60.192 132.957 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 128.931 0.132 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 128.931 60.192 129.525 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 128.931 60.192 129.525 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 128.931 60.192 129.525 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 125.499 0.132 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 125.499 60.192 126.093 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 125.499 60.192 126.093 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 125.499 60.192 126.093 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 122.067 0.132 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 122.067 60.192 122.661 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 122.067 60.192 122.661 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 122.067 60.192 122.661 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 118.635 0.132 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 118.635 60.192 119.229 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 118.635 60.192 119.229 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 118.635 60.192 119.229 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 115.203 0.132 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 115.203 60.192 115.797 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 115.203 60.192 115.797 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 115.203 60.192 115.797 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 111.771 0.132 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 60.06 111.771 60.192 112.365 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 111.771 60.192 112.365 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 111.771 60.192 112.365 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 59.697 0.132 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 59.697 60.192 60.291 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 59.697 60.192 60.291 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 56.265 0.132 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 56.265 60.192 56.859 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 56.265 60.192 56.859 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 52.833 0.132 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 52.833 60.192 53.427 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 52.833 60.192 53.427 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 49.401 0.132 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 49.401 60.192 49.995 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 49.401 60.192 49.995 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 45.969 0.132 46.563 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 45.969 60.192 46.563 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 45.969 60.192 46.563 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 42.537 0.132 43.131 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 42.537 60.192 43.131 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 42.537 60.192 43.131 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 39.105 0.132 39.699 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 39.105 60.192 39.699 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 39.105 60.192 39.699 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 35.673 0.132 36.267 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 35.673 60.192 36.267 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 35.673 60.192 36.267 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 32.241 0.132 32.835 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 32.241 60.192 32.835 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 32.241 60.192 32.835 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 28.809 0.132 29.403 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 28.809 60.192 29.403 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 28.809 60.192 29.403 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 25.377 0.132 25.971 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 25.377 60.192 25.971 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 25.377 60.192 25.971 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 21.945 0.132 22.539 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 21.945 60.192 22.539 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 21.945 60.192 22.539 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 18.513 0.132 19.107 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 18.513 60.192 19.107 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 18.513 60.192 19.107 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 15.081 0.132 15.675 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 15.081 0.132 15.675 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 15.081 60.192 15.675 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 15.081 60.192 15.675 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 11.649 0.132 12.243 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 11.649 0.132 12.243 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 11.649 60.192 12.243 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 11.649 60.192 12.243 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 8.217 0.132 8.811 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 8.217 0.132 8.811 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 8.217 60.192 8.811 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 8.217 60.192 8.811 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 4.785 0.132 5.379 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 4.785 0.132 5.379 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 4.785 60.192 5.379 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 4.785 60.192 5.379 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
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##IORING_PIN      RECT 60.06 68.277 60.192 68.871 ;
##IORING_PIN      RECT 60.06 69.993 60.192 70.587 ;
##IORING_PIN      RECT 60.06 71.709 60.192 72.303 ;
##IORING_PIN      RECT 60.06 73.425 60.192 74.019 ;
##IORING_PIN      RECT 60.06 75.141 60.192 75.735 ;
##IORING_PIN      RECT 60.06 76.857 60.192 77.451 ;
##IORING_PIN      RECT 60.06 78.573 60.192 79.167 ;
##IORING_PIN      RECT 60.06 80.289 60.192 80.883 ;
##IORING_PIN      RECT 60.06 82.005 60.192 82.599 ;
##IORING_PIN      RECT 60.06 83.721 60.192 84.315 ;
##IORING_PIN      RECT 60.06 85.437 60.192 86.031 ;
##IORING_PIN      RECT 60.06 87.153 60.192 87.747 ;
##IORING_PIN      RECT 60.06 88.869 60.192 89.463 ;
##IORING_PIN      RECT 60.06 90.585 60.192 91.179 ;
##IORING_PIN      RECT 60.06 92.301 60.192 92.895 ;
##IORING_PIN      RECT 60.06 94.017 60.192 94.611 ;
##IORING_PIN      RECT 60.06 103.191 60.192 103.785 ;
##IORING_PIN      RECT 60.06 104.907 60.192 105.501 ;
##IORING_PIN      RECT 60.06 106.623 60.192 107.217 ;
##IORING_PIN      RECT 60.06 108.339 60.192 108.933 ;
##IORING_PIN      RECT 60.06 110.055 60.192 110.649 ;
##IORING_PIN      RECT 60.06 113.487 60.192 114.081 ;
##IORING_PIN      RECT 60.06 116.919 60.192 117.513 ;
##IORING_PIN      RECT 60.06 120.351 60.192 120.945 ;
##IORING_PIN      RECT 60.06 123.783 60.192 124.377 ;
##IORING_PIN      RECT 60.06 127.215 60.192 127.809 ;
##IORING_PIN      RECT 60.06 130.647 60.192 131.241 ;
##IORING_PIN      RECT 60.06 137.511 60.192 138.105 ;
##IORING_PIN      RECT 60.06 139.227 60.192 139.821 ;
##IORING_PIN      RECT 60.06 140.943 60.192 141.537 ;
##IORING_PIN      RECT 60.06 142.659 60.192 143.253 ;
##IORING_PIN      RECT 60.06 144.375 60.192 144.969 ;
##IORING_PIN      RECT 60.06 146.091 60.192 146.685 ;
##IORING_PIN      RECT 60.06 147.807 60.192 148.401 ;
##IORING_PIN      RECT 60.06 149.523 60.192 150.117 ;
##IORING_PIN      RECT 60.06 151.239 60.192 151.833 ;
##IORING_PIN      RECT 60.06 152.955 60.192 153.549 ;
##IORING_PIN      RECT 60.06 154.671 60.192 155.265 ;
##IORING_PIN      RECT 60.06 156.387 60.192 156.981 ;
##IORING_PIN      RECT 60.06 158.103 60.192 158.697 ;
##IORING_PIN      RECT 60.06 159.819 60.192 160.413 ;
##IORING_PIN      RECT 60.06 161.535 60.192 162.129 ;
##IORING_PIN      RECT 60.06 163.251 60.192 163.845 ;
##IORING_PIN      RECT 60.06 164.967 60.192 165.561 ;
##IORING_PIN      RECT 60.06 166.683 60.192 167.277 ;
##IORING_PIN      RECT 60.06 168.399 60.192 168.993 ;
##IORING_PIN      RECT 60.06 170.115 60.192 170.709 ;
##IORING_PIN      RECT 60.06 171.831 60.192 172.425 ;
##IORING_PIN      RECT 60.06 173.547 60.192 174.141 ;
##IORING_PIN      RECT 60.06 175.263 60.192 175.857 ;
##IORING_PIN      RECT 60.06 176.979 60.192 177.573 ;
##IORING_PIN      RECT 60.06 178.695 60.192 179.289 ;
##IORING_PIN      RECT 60.06 180.411 60.192 181.005 ;
##IORING_PIN      RECT 60.06 182.127 60.192 182.721 ;
##IORING_PIN      RECT 60.06 183.843 60.192 184.437 ;
##IORING_PIN      RECT 60.06 185.559 60.192 186.153 ;
##IORING_PIN      RECT 60.06 187.275 60.192 187.869 ;
##IORING_PIN      RECT 60.06 188.991 60.192 189.585 ;
##IORING_PIN      RECT 60.06 190.707 60.192 191.301 ;
##IORING_PIN      RECT 60.06 192.423 60.192 193.017 ;
##IORING_PIN      RECT 60.06 194.139 60.192 194.733 ;
##IORING_PIN      RECT 60.06 195.855 60.192 196.449 ;
##IORING_PIN      RECT 60.06 197.571 60.192 198.165 ;
##IORING_PIN      RECT 60.06 199.287 60.192 199.881 ;
##IORING_PIN      RECT 60.06 201.003 60.192 201.597 ;
##IORING_PIN      RECT 60.06 202.719 60.192 203.313 ;
##IORING_PIN      RECT 60.06 204.435 60.192 205.029 ;
##IORING_PIN      RECT 60.06 206.151 60.192 206.745 ;
##IORING_PIN      RECT 60.06 207.867 60.192 208.461 ;
##IORING_PIN      RECT 60.06 209.583 60.192 210.177 ;
##IORING_PIN      RECT 60.06 211.299 60.192 211.893 ;
##IORING_PIN      RECT 60.06 213.015 60.192 213.609 ;
##IORING_PIN      RECT 60.06 214.731 60.192 215.325 ;
##IORING_PIN      RECT 60.06 216.447 60.192 217.041 ;
##IORING_PIN      RECT 60.06 218.163 60.192 218.757 ;
##IORING_PIN      RECT 60.06 219.879 60.192 220.473 ;
##IORING_PIN      RECT 60.06 221.595 60.192 222.189 ;
##IORING_PIN      RECT 60.06 223.311 60.192 223.905 ;
##IORING_PIN      RECT 60.06 225.027 60.192 225.621 ;
##IORING_PIN      RECT 60.06 226.743 60.192 227.337 ;
##IORING_PIN      RECT 60.06 228.459 60.192 229.053 ;
##IORING_PIN      RECT 60.06 230.175 60.192 230.769 ;
##IORING_PIN      RECT 60.06 231.891 60.192 232.485 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 3.069 0.132 3.663 ;
##IORING_PIN      RECT 0 6.501 0.132 7.095 ;
##IORING_PIN      RECT 0 9.933 0.132 10.527 ;
##IORING_PIN      RECT 0 13.365 0.132 13.959 ;
##IORING_PIN      RECT 0 16.797 0.132 17.391 ;
##IORING_PIN      RECT 0 20.229 0.132 20.823 ;
##IORING_PIN      RECT 0 23.661 0.132 24.255 ;
##IORING_PIN      RECT 0 27.093 0.132 27.687 ;
##IORING_PIN      RECT 0 30.525 0.132 31.119 ;
##IORING_PIN      RECT 0 33.957 0.132 34.551 ;
##IORING_PIN      RECT 0 37.389 0.132 37.983 ;
##IORING_PIN      RECT 0 40.821 0.132 41.415 ;
##IORING_PIN      RECT 0 44.253 0.132 44.847 ;
##IORING_PIN      RECT 0 47.685 0.132 48.279 ;
##IORING_PIN      RECT 0 51.117 0.132 51.711 ;
##IORING_PIN      RECT 0 54.549 0.132 55.143 ;
##IORING_PIN      RECT 0 57.981 0.132 58.575 ;
##IORING_PIN      RECT 0 61.413 0.132 62.007 ;
##IORING_PIN      RECT 0 63.129 0.132 63.723 ;
##IORING_PIN      RECT 0 64.845 0.132 65.439 ;
##IORING_PIN      RECT 0 66.561 0.132 67.155 ;
##IORING_PIN      RECT 0 68.277 0.132 68.871 ;
##IORING_PIN      RECT 0 69.993 0.132 70.587 ;
##IORING_PIN      RECT 0 71.709 0.132 72.303 ;
##IORING_PIN      RECT 0 73.425 0.132 74.019 ;
##IORING_PIN      RECT 0 75.141 0.132 75.735 ;
##IORING_PIN      RECT 0 76.857 0.132 77.451 ;
##IORING_PIN      RECT 0 78.573 0.132 79.167 ;
##IORING_PIN      RECT 0 80.289 0.132 80.883 ;
##IORING_PIN      RECT 0 82.005 0.132 82.599 ;
##IORING_PIN      RECT 0 83.721 0.132 84.315 ;
##IORING_PIN      RECT 0 85.437 0.132 86.031 ;
##IORING_PIN      RECT 0 87.153 0.132 87.747 ;
##IORING_PIN      RECT 0 88.869 0.132 89.463 ;
##IORING_PIN      RECT 0 90.585 0.132 91.179 ;
##IORING_PIN      RECT 0 92.301 0.132 92.895 ;
##IORING_PIN      RECT 0 94.017 0.132 94.611 ;
##IORING_PIN      RECT 0 103.191 0.132 103.785 ;
##IORING_PIN      RECT 0 104.907 0.132 105.501 ;
##IORING_PIN      RECT 0 106.623 0.132 107.217 ;
##IORING_PIN      RECT 0 108.339 0.132 108.933 ;
##IORING_PIN      RECT 0 110.055 0.132 110.649 ;
##IORING_PIN      RECT 0 113.487 0.132 114.081 ;
##IORING_PIN      RECT 0 116.919 0.132 117.513 ;
##IORING_PIN      RECT 0 120.351 0.132 120.945 ;
##IORING_PIN      RECT 0 123.783 0.132 124.377 ;
##IORING_PIN      RECT 0 127.215 0.132 127.809 ;
##IORING_PIN      RECT 0 130.647 0.132 131.241 ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 60.06 3.069 60.192 3.663 ;
##IORING_PIN      RECT 60.06 6.501 60.192 7.095 ;
##IORING_PIN      RECT 60.06 9.933 60.192 10.527 ;
##IORING_PIN      RECT 60.06 13.365 60.192 13.959 ;
##IORING_PIN      RECT 60.06 16.797 60.192 17.391 ;
##IORING_PIN      RECT 60.06 20.229 60.192 20.823 ;
##IORING_PIN      RECT 60.06 23.661 60.192 24.255 ;
##IORING_PIN      RECT 60.06 27.093 60.192 27.687 ;
##IORING_PIN      RECT 60.06 30.525 60.192 31.119 ;
##IORING_PIN      RECT 60.06 33.957 60.192 34.551 ;
##IORING_PIN      RECT 60.06 37.389 60.192 37.983 ;
##IORING_PIN      RECT 60.06 40.821 60.192 41.415 ;
##IORING_PIN      RECT 60.06 44.253 60.192 44.847 ;
##IORING_PIN      RECT 60.06 47.685 60.192 48.279 ;
##IORING_PIN      RECT 60.06 51.117 60.192 51.711 ;
##IORING_PIN      RECT 60.06 54.549 60.192 55.143 ;
##IORING_PIN      RECT 60.06 57.981 60.192 58.575 ;
##IORING_PIN      RECT 60.06 61.413 60.192 62.007 ;
##IORING_PIN      RECT 60.06 63.129 60.192 63.723 ;
##IORING_PIN      RECT 60.06 64.845 60.192 65.439 ;
##IORING_PIN      RECT 60.06 66.561 60.192 67.155 ;
##IORING_PIN      RECT 60.06 68.277 60.192 68.871 ;
##IORING_PIN      RECT 60.06 69.993 60.192 70.587 ;
##IORING_PIN      RECT 60.06 71.709 60.192 72.303 ;
##IORING_PIN      RECT 60.06 73.425 60.192 74.019 ;
##IORING_PIN      RECT 60.06 75.141 60.192 75.735 ;
##IORING_PIN      RECT 60.06 76.857 60.192 77.451 ;
##IORING_PIN      RECT 60.06 78.573 60.192 79.167 ;
##IORING_PIN      RECT 60.06 80.289 60.192 80.883 ;
##IORING_PIN      RECT 60.06 82.005 60.192 82.599 ;
##IORING_PIN      RECT 60.06 83.721 60.192 84.315 ;
##IORING_PIN      RECT 60.06 85.437 60.192 86.031 ;
##IORING_PIN      RECT 60.06 87.153 60.192 87.747 ;
##IORING_PIN      RECT 60.06 88.869 60.192 89.463 ;
##IORING_PIN      RECT 60.06 90.585 60.192 91.179 ;
##IORING_PIN      RECT 60.06 92.301 60.192 92.895 ;
##IORING_PIN      RECT 60.06 94.017 60.192 94.611 ;
##IORING_PIN      RECT 60.06 103.191 60.192 103.785 ;
##IORING_PIN      RECT 60.06 104.907 60.192 105.501 ;
##IORING_PIN      RECT 60.06 106.623 60.192 107.217 ;
##IORING_PIN      RECT 60.06 108.339 60.192 108.933 ;
##IORING_PIN      RECT 60.06 110.055 60.192 110.649 ;
##IORING_PIN      RECT 60.06 113.487 60.192 114.081 ;
##IORING_PIN      RECT 60.06 116.919 60.192 117.513 ;
##IORING_PIN      RECT 60.06 120.351 60.192 120.945 ;
##IORING_PIN      RECT 60.06 123.783 60.192 124.377 ;
##IORING_PIN      RECT 60.06 127.215 60.192 127.809 ;
##IORING_PIN      RECT 60.06 130.647 60.192 131.241 ;
##IORING_PIN      RECT 60.06 137.511 60.192 138.105 ;
##IORING_PIN      RECT 60.06 139.227 60.192 139.821 ;
##IORING_PIN      RECT 60.06 140.943 60.192 141.537 ;
##IORING_PIN      RECT 60.06 142.659 60.192 143.253 ;
##IORING_PIN      RECT 60.06 144.375 60.192 144.969 ;
##IORING_PIN      RECT 60.06 146.091 60.192 146.685 ;
##IORING_PIN      RECT 60.06 147.807 60.192 148.401 ;
##IORING_PIN      RECT 60.06 149.523 60.192 150.117 ;
##IORING_PIN      RECT 60.06 151.239 60.192 151.833 ;
##IORING_PIN      RECT 60.06 152.955 60.192 153.549 ;
##IORING_PIN      RECT 60.06 154.671 60.192 155.265 ;
##IORING_PIN      RECT 60.06 156.387 60.192 156.981 ;
##IORING_PIN      RECT 60.06 158.103 60.192 158.697 ;
##IORING_PIN      RECT 60.06 159.819 60.192 160.413 ;
##IORING_PIN      RECT 60.06 161.535 60.192 162.129 ;
##IORING_PIN      RECT 60.06 163.251 60.192 163.845 ;
##IORING_PIN      RECT 60.06 164.967 60.192 165.561 ;
##IORING_PIN      RECT 60.06 166.683 60.192 167.277 ;
##IORING_PIN      RECT 60.06 168.399 60.192 168.993 ;
##IORING_PIN      RECT 60.06 170.115 60.192 170.709 ;
##IORING_PIN      RECT 60.06 171.831 60.192 172.425 ;
##IORING_PIN      RECT 60.06 173.547 60.192 174.141 ;
##IORING_PIN      RECT 60.06 175.263 60.192 175.857 ;
##IORING_PIN      RECT 60.06 176.979 60.192 177.573 ;
##IORING_PIN      RECT 60.06 178.695 60.192 179.289 ;
##IORING_PIN      RECT 60.06 180.411 60.192 181.005 ;
##IORING_PIN      RECT 60.06 182.127 60.192 182.721 ;
##IORING_PIN      RECT 60.06 183.843 60.192 184.437 ;
##IORING_PIN      RECT 60.06 185.559 60.192 186.153 ;
##IORING_PIN      RECT 60.06 187.275 60.192 187.869 ;
##IORING_PIN      RECT 60.06 188.991 60.192 189.585 ;
##IORING_PIN      RECT 60.06 190.707 60.192 191.301 ;
##IORING_PIN      RECT 60.06 192.423 60.192 193.017 ;
##IORING_PIN      RECT 60.06 194.139 60.192 194.733 ;
##IORING_PIN      RECT 60.06 195.855 60.192 196.449 ;
##IORING_PIN      RECT 60.06 197.571 60.192 198.165 ;
##IORING_PIN      RECT 60.06 199.287 60.192 199.881 ;
##IORING_PIN      RECT 60.06 201.003 60.192 201.597 ;
##IORING_PIN      RECT 60.06 202.719 60.192 203.313 ;
##IORING_PIN      RECT 60.06 204.435 60.192 205.029 ;
##IORING_PIN      RECT 60.06 206.151 60.192 206.745 ;
##IORING_PIN      RECT 60.06 207.867 60.192 208.461 ;
##IORING_PIN      RECT 60.06 209.583 60.192 210.177 ;
##IORING_PIN      RECT 60.06 211.299 60.192 211.893 ;
##IORING_PIN      RECT 60.06 213.015 60.192 213.609 ;
##IORING_PIN      RECT 60.06 214.731 60.192 215.325 ;
##IORING_PIN      RECT 60.06 216.447 60.192 217.041 ;
##IORING_PIN      RECT 60.06 218.163 60.192 218.757 ;
##IORING_PIN      RECT 60.06 219.879 60.192 220.473 ;
##IORING_PIN      RECT 60.06 221.595 60.192 222.189 ;
##IORING_PIN      RECT 60.06 223.311 60.192 223.905 ;
##IORING_PIN      RECT 60.06 225.027 60.192 225.621 ;
##IORING_PIN      RECT 60.06 226.743 60.192 227.337 ;
##IORING_PIN      RECT 60.06 228.459 60.192 229.053 ;
##IORING_PIN      RECT 60.06 230.175 60.192 230.769 ;
##IORING_PIN      RECT 60.06 231.891 60.192 232.485 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN      RECT 0 234.828 0.132 235.422 ;
##IORING_PIN      RECT 0 236.478 0.132 237.072 ;
##IORING_PIN      RECT 0 238.128 0.132 238.722 ;
##IORING_PIN      RECT 60.06 202.719 60.192 203.313 ;
##IORING_PIN      RECT 60.06 204.435 60.192 205.029 ;
##IORING_PIN      RECT 60.06 206.151 60.192 206.745 ;
##IORING_PIN      RECT 60.06 207.867 60.192 208.461 ;
##IORING_PIN      RECT 60.06 209.583 60.192 210.177 ;
##IORING_PIN      RECT 60.06 211.299 60.192 211.893 ;
##IORING_PIN      RECT 60.06 213.015 60.192 213.609 ;
##IORING_PIN      RECT 60.06 214.731 60.192 215.325 ;
##IORING_PIN      RECT 60.06 216.447 60.192 217.041 ;
##IORING_PIN      RECT 60.06 218.163 60.192 218.757 ;
##IORING_PIN      RECT 60.06 219.879 60.192 220.473 ;
##IORING_PIN      RECT 60.06 221.595 60.192 222.189 ;
##IORING_PIN      RECT 60.06 223.311 60.192 223.905 ;
##IORING_PIN      RECT 60.06 225.027 60.192 225.621 ;
##IORING_PIN      RECT 60.06 226.743 60.192 227.337 ;
##IORING_PIN      RECT 60.06 228.459 60.192 229.053 ;
##IORING_PIN      RECT 60.06 230.175 60.192 230.769 ;
##IORING_PIN      RECT 60.06 231.891 60.192 232.485 ;
##IORING_PIN      RECT 60.06 234.828 60.192 235.422 ;
##IORING_PIN      RECT 60.06 236.478 60.192 237.072 ;
##IORING_PIN      RECT 60.06 238.128 60.192 238.722 ;
##IORING_PIN      LAYER M7T ;
##IORING_PIN      RECT 0 202.224 0.132 209.352 ;
##IORING_PIN      RECT 0 213.312 0.132 220.44 ;
##IORING_PIN      RECT 0 224.4 0.132 231.528 ;
##IORING_PIN      RECT 0 235.488 0.132 242.616 ;
##IORING_PIN      RECT 0 246.576 0.132 253.704 ;
##IORING_PIN      RECT 60.06 202.224 60.192 209.352 ;
##IORING_PIN      RECT 60.06 213.312 60.192 220.44 ;
##IORING_PIN      RECT 60.06 224.4 60.192 231.528 ;
##IORING_PIN      RECT 60.06 235.488 60.192 242.616 ;
##IORING_PIN      RECT 60.06 246.576 60.192 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 60.06 1.353 60.192 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 60.06 1.353 60.192 1.947 ;
##IORING_PIN    END
END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 60.06 133.188 60.192 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 60.06 134.673 60.192 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 60.06 135.135 60.192 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 60.06 135.597 60.192 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 60.06 229.383 60.192 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 60.06 229.845 60.192 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 60.06 231.033 60.192 231.627 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 60.06 231.033 60.192 231.627 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 60.06 231.033 60.192 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 60.06 231.033 60.192 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 60.06 229.317 60.192 229.911 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 60.06 229.317 60.192 229.911 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 60.06 229.317 60.192 229.911 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 60.06 229.317 60.192 229.911 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 60.06 227.601 60.192 228.195 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 60.06 227.601 60.192 228.195 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 60.06 227.601 60.192 228.195 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 60.06 227.601 60.192 228.195 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 60.06 225.885 60.192 226.479 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 60.06 225.885 60.192 226.479 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 60.06 225.885 60.192 226.479 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 60.06 225.885 60.192 226.479 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 60.06 224.169 60.192 224.763 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 60.06 224.169 60.192 224.763 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 60.06 224.169 60.192 224.763 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 60.06 224.169 60.192 224.763 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 60.06 222.453 60.192 223.047 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 60.06 222.453 60.192 223.047 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 60.06 222.453 60.192 223.047 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 60.06 222.453 60.192 223.047 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 60.06 220.737 60.192 221.331 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 60.06 220.737 60.192 221.331 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 60.06 220.737 60.192 221.331 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 60.06 220.737 60.192 221.331 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 60.06 219.021 60.192 219.615 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 60.06 219.021 60.192 219.615 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 60.06 219.021 60.192 219.615 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 60.06 219.021 60.192 219.615 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 60.06 217.305 60.192 217.899 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 60.06 217.305 60.192 217.899 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 60.06 217.305 60.192 217.899 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 60.06 217.305 60.192 217.899 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 60.06 215.589 60.192 216.183 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 60.06 215.589 60.192 216.183 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 60.06 215.589 60.192 216.183 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 60.06 215.589 60.192 216.183 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 60.06 213.873 60.192 214.467 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 60.06 213.873 60.192 214.467 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 60.06 213.873 60.192 214.467 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 60.06 213.873 60.192 214.467 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 60.06 212.157 60.192 212.751 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 60.06 212.157 60.192 212.751 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 60.06 212.157 60.192 212.751 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 60.06 212.157 60.192 212.751 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 60.06 210.441 60.192 211.035 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 60.06 210.441 60.192 211.035 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 60.06 210.441 60.192 211.035 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 60.06 210.441 60.192 211.035 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 60.06 208.725 60.192 209.319 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 60.06 208.725 60.192 209.319 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 60.06 208.725 60.192 209.319 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 60.06 208.725 60.192 209.319 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 60.06 207.009 60.192 207.603 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 60.06 207.009 60.192 207.603 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 60.06 207.009 60.192 207.603 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 60.06 207.009 60.192 207.603 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 60.06 205.293 60.192 205.887 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 60.06 205.293 60.192 205.887 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 60.06 205.293 60.192 205.887 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 60.06 205.293 60.192 205.887 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 60.06 203.577 60.192 204.171 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 60.06 203.577 60.192 204.171 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 60.06 203.577 60.192 204.171 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 60.06 203.577 60.192 204.171 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 60.06 201.861 60.192 202.455 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 60.06 201.861 60.192 202.455 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 60.06 201.861 60.192 202.455 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 60.06 200.145 60.192 200.739 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 60.06 200.145 60.192 200.739 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 60.06 200.145 60.192 200.739 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 60.06 198.429 60.192 199.023 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 60.06 198.429 60.192 199.023 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 60.06 198.429 60.192 199.023 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 60.06 196.713 60.192 197.307 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 60.06 196.713 60.192 197.307 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 60.06 196.713 60.192 197.307 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 60.06 194.997 60.192 195.591 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 60.06 194.997 60.192 195.591 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 60.06 194.997 60.192 195.591 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 60.06 193.281 60.192 193.875 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 60.06 193.281 60.192 193.875 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 60.06 193.281 60.192 193.875 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 60.06 191.565 60.192 192.159 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 60.06 191.565 60.192 192.159 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 60.06 191.565 60.192 192.159 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 60.06 189.849 60.192 190.443 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 60.06 189.849 60.192 190.443 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 60.06 189.849 60.192 190.443 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 60.06 188.133 60.192 188.727 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 60.06 188.133 60.192 188.727 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 60.06 188.133 60.192 188.727 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 60.06 186.417 60.192 187.011 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 60.06 186.417 60.192 187.011 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 60.06 186.417 60.192 187.011 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 60.06 184.701 60.192 185.295 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 60.06 184.701 60.192 185.295 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 60.06 184.701 60.192 185.295 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 60.06 182.985 60.192 183.579 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 60.06 182.985 60.192 183.579 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 60.06 182.985 60.192 183.579 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 60.06 181.269 60.192 181.863 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 60.06 181.269 60.192 181.863 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 60.06 181.269 60.192 181.863 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 60.06 179.553 60.192 180.147 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 60.06 179.553 60.192 180.147 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 60.06 179.553 60.192 180.147 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 60.06 177.837 60.192 178.431 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 60.06 177.837 60.192 178.431 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 60.06 177.837 60.192 178.431 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 60.06 176.121 60.192 176.715 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 60.06 176.121 60.192 176.715 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 60.06 176.121 60.192 176.715 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 60.06 174.405 60.192 174.999 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 60.06 174.405 60.192 174.999 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 60.06 174.405 60.192 174.999 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 60.06 172.689 60.192 173.283 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 60.06 172.689 60.192 173.283 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 60.06 172.689 60.192 173.283 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 60.06 170.973 60.192 171.567 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 60.06 170.973 60.192 171.567 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 60.06 170.973 60.192 171.567 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 60.06 169.257 60.192 169.851 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 60.06 169.257 60.192 169.851 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 60.06 169.257 60.192 169.851 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 60.06 167.541 60.192 168.135 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 60.06 167.541 60.192 168.135 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 60.06 167.541 60.192 168.135 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 60.06 165.825 60.192 166.419 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 60.06 165.825 60.192 166.419 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 60.06 165.825 60.192 166.419 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 60.06 164.109 60.192 164.703 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 60.06 164.109 60.192 164.703 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 60.06 164.109 60.192 164.703 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 60.06 162.393 60.192 162.987 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 60.06 162.393 60.192 162.987 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 60.06 162.393 60.192 162.987 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 60.06 160.677 60.192 161.271 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 60.06 160.677 60.192 161.271 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 60.06 160.677 60.192 161.271 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 60.06 158.961 60.192 159.555 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 60.06 158.961 60.192 159.555 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 60.06 158.961 60.192 159.555 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 60.06 157.245 60.192 157.839 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 60.06 157.245 60.192 157.839 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 60.06 157.245 60.192 157.839 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 60.06 155.529 60.192 156.123 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 60.06 155.529 60.192 156.123 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 60.06 155.529 60.192 156.123 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 60.06 153.813 60.192 154.407 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 60.06 153.813 60.192 154.407 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 60.06 153.813 60.192 154.407 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 60.06 152.097 60.192 152.691 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 60.06 152.097 60.192 152.691 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 60.06 152.097 60.192 152.691 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 60.06 150.381 60.192 150.975 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 60.06 150.381 60.192 150.975 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 60.06 150.381 60.192 150.975 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 60.06 148.665 60.192 149.259 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 60.06 148.665 60.192 149.259 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 60.06 148.665 60.192 149.259 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 60.06 146.949 60.192 147.543 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 60.06 146.949 60.192 147.543 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 60.06 146.949 60.192 147.543 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 60.06 145.233 60.192 145.827 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 60.06 145.233 60.192 145.827 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 60.06 145.233 60.192 145.827 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 60.06 143.517 60.192 144.111 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 60.06 143.517 60.192 144.111 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 60.06 143.517 60.192 144.111 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 60.06 141.801 60.192 142.395 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 60.06 141.801 60.192 142.395 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 60.06 141.801 60.192 142.395 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 60.06 140.085 60.192 140.679 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 60.06 140.085 60.192 140.679 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 60.06 140.085 60.192 140.679 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 60.06 138.369 60.192 138.963 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 60.06 138.369 60.192 138.963 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 60.06 138.369 60.192 138.963 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 60.06 136.653 60.192 137.247 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 60.06 136.653 60.192 137.247 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 60.06 136.653 60.192 137.247 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 60.06 134.937 60.192 135.531 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 60.06 134.937 60.192 135.531 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 60.06 133.221 60.192 133.815 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 60.06 133.221 60.192 133.815 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 60.06 131.505 60.192 132.099 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 60.06 131.505 60.192 132.099 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 60.06 131.505 60.192 132.099 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 60.06 129.789 60.192 130.383 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 60.06 129.789 60.192 130.383 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 60.06 129.789 60.192 130.383 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 60.06 128.073 60.192 128.667 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 60.06 128.073 60.192 128.667 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 60.06 128.073 60.192 128.667 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 60.06 126.357 60.192 126.951 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 60.06 126.357 60.192 126.951 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 60.06 126.357 60.192 126.951 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 60.06 124.641 60.192 125.235 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 60.06 124.641 60.192 125.235 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 60.06 124.641 60.192 125.235 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 60.06 122.925 60.192 123.519 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 60.06 122.925 60.192 123.519 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 60.06 122.925 60.192 123.519 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 60.06 121.209 60.192 121.803 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 60.06 121.209 60.192 121.803 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 60.06 121.209 60.192 121.803 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 60.06 119.493 60.192 120.087 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 60.06 119.493 60.192 120.087 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 60.06 119.493 60.192 120.087 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 60.06 117.777 60.192 118.371 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 60.06 117.777 60.192 118.371 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 60.06 117.777 60.192 118.371 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 60.06 116.061 60.192 116.655 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 60.06 116.061 60.192 116.655 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 60.06 116.061 60.192 116.655 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 60.06 114.345 60.192 114.939 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 60.06 114.345 60.192 114.939 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 60.06 114.345 60.192 114.939 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 60.06 112.629 60.192 113.223 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 60.06 112.629 60.192 113.223 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 60.06 112.629 60.192 113.223 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 60.06 110.913 60.192 111.507 ;
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 60.06 110.913 60.192 111.507 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 60.06 110.913 60.192 111.507 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 60.06 109.197 60.192 109.791 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 60.06 109.197 60.192 109.791 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 60.06 107.481 60.192 108.075 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 60.06 107.481 60.192 108.075 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 60.06 105.765 60.192 106.359 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 60.06 105.765 60.192 106.359 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 60.06 104.049 60.192 104.643 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 60.06 104.049 60.192 104.643 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 60.06 94.875 60.192 95.469 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 60.06 94.875 60.192 95.469 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 60.06 93.159 60.192 93.753 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 60.06 93.159 60.192 93.753 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 60.06 91.443 60.192 92.037 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 60.06 91.443 60.192 92.037 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 60.06 89.727 60.192 90.321 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 60.06 89.727 60.192 90.321 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 60.06 88.011 60.192 88.605 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 60.06 88.011 60.192 88.605 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 60.06 86.295 60.192 86.889 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 60.06 86.295 60.192 86.889 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 60.06 84.579 60.192 85.173 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 60.06 84.579 60.192 85.173 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 60.06 82.863 60.192 83.457 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 60.06 82.863 60.192 83.457 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 60.06 81.147 60.192 81.741 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 60.06 81.147 60.192 81.741 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 60.06 79.431 60.192 80.025 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 60.06 79.431 60.192 80.025 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      RECT 60.06 77.715 60.192 78.309 ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN    END
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN    END
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 60.06 2.211 60.192 2.805 ;
##IORING_PIN      RECT 60.06 3.927 60.192 4.521 ;
##IORING_PIN      RECT 60.06 5.643 60.192 6.237 ;
##IORING_PIN      RECT 60.06 7.359 60.192 7.953 ;
##IORING_PIN      RECT 60.06 9.075 60.192 9.669 ;
##IORING_PIN      RECT 60.06 10.791 60.192 11.385 ;
##IORING_PIN      RECT 60.06 12.507 60.192 13.101 ;
##IORING_PIN      RECT 60.06 14.223 60.192 14.817 ;
##IORING_PIN      RECT 60.06 15.939 60.192 16.533 ;
##IORING_PIN      RECT 60.06 17.655 60.192 18.249 ;
##IORING_PIN      RECT 60.06 19.371 60.192 19.965 ;
##IORING_PIN      RECT 60.06 21.087 60.192 21.681 ;
##IORING_PIN      RECT 60.06 22.803 60.192 23.397 ;
##IORING_PIN      RECT 60.06 24.519 60.192 25.113 ;
##IORING_PIN      RECT 60.06 26.235 60.192 26.829 ;
##IORING_PIN      RECT 60.06 27.951 60.192 28.545 ;
##IORING_PIN      RECT 60.06 29.667 60.192 30.261 ;
##IORING_PIN      RECT 60.06 31.383 60.192 31.977 ;
##IORING_PIN      RECT 60.06 33.099 60.192 33.693 ;
##IORING_PIN      RECT 60.06 34.815 60.192 35.409 ;
##IORING_PIN      RECT 60.06 36.531 60.192 37.125 ;
##IORING_PIN      RECT 60.06 38.247 60.192 38.841 ;
##IORING_PIN      RECT 60.06 39.963 60.192 40.557 ;
##IORING_PIN      RECT 60.06 41.679 60.192 42.273 ;
##IORING_PIN      RECT 60.06 43.395 60.192 43.989 ;
##IORING_PIN      RECT 60.06 45.111 60.192 45.705 ;
##IORING_PIN      RECT 60.06 46.827 60.192 47.421 ;
##IORING_PIN      RECT 60.06 48.543 60.192 49.137 ;
##IORING_PIN      RECT 60.06 50.259 60.192 50.853 ;
##IORING_PIN      RECT 60.06 51.975 60.192 52.569 ;
##IORING_PIN      RECT 60.06 53.691 60.192 54.285 ;
##IORING_PIN      RECT 60.06 55.407 60.192 56.001 ;
##IORING_PIN      RECT 60.06 57.123 60.192 57.717 ;
##IORING_PIN      RECT 60.06 58.839 60.192 59.433 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 60.06 2.211 60.192 2.805 ;
##IORING_PIN      RECT 60.06 3.927 60.192 4.521 ;
##IORING_PIN      RECT 60.06 5.643 60.192 6.237 ;
##IORING_PIN      RECT 60.06 7.359 60.192 7.953 ;
##IORING_PIN      RECT 60.06 9.075 60.192 9.669 ;
##IORING_PIN      RECT 60.06 10.791 60.192 11.385 ;
##IORING_PIN      RECT 60.06 12.507 60.192 13.101 ;
##IORING_PIN      RECT 60.06 14.223 60.192 14.817 ;
##IORING_PIN      RECT 60.06 15.939 60.192 16.533 ;
##IORING_PIN      RECT 60.06 17.655 60.192 18.249 ;
##IORING_PIN      RECT 60.06 19.371 60.192 19.965 ;
##IORING_PIN      RECT 60.06 21.087 60.192 21.681 ;
##IORING_PIN      RECT 60.06 22.803 60.192 23.397 ;
##IORING_PIN      RECT 60.06 24.519 60.192 25.113 ;
##IORING_PIN      RECT 60.06 26.235 60.192 26.829 ;
##IORING_PIN      RECT 60.06 27.951 60.192 28.545 ;
##IORING_PIN      RECT 60.06 29.667 60.192 30.261 ;
##IORING_PIN      RECT 60.06 31.383 60.192 31.977 ;
##IORING_PIN      RECT 60.06 33.099 60.192 33.693 ;
##IORING_PIN      RECT 60.06 34.815 60.192 35.409 ;
##IORING_PIN      RECT 60.06 36.531 60.192 37.125 ;
##IORING_PIN      RECT 60.06 38.247 60.192 38.841 ;
##IORING_PIN      RECT 60.06 39.963 60.192 40.557 ;
##IORING_PIN      RECT 60.06 41.679 60.192 42.273 ;
##IORING_PIN      RECT 60.06 43.395 60.192 43.989 ;
##IORING_PIN      RECT 60.06 45.111 60.192 45.705 ;
##IORING_PIN      RECT 60.06 46.827 60.192 47.421 ;
##IORING_PIN      RECT 60.06 48.543 60.192 49.137 ;
##IORING_PIN      RECT 60.06 50.259 60.192 50.853 ;
##IORING_PIN      RECT 60.06 51.975 60.192 52.569 ;
##IORING_PIN      RECT 60.06 53.691 60.192 54.285 ;
##IORING_PIN      RECT 60.06 55.407 60.192 56.001 ;
##IORING_PIN      RECT 60.06 57.123 60.192 57.717 ;
##IORING_PIN      RECT 60.06 58.839 60.192 59.433 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 60.192 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 60.192 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 60.192 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 60.192 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 60.192 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 60.192 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SVDD11A33W
MACRO C0S8L0STARCIO_FE_TWF1SVDD33
##MACROVERSION "1.1 2009/03/10" ;
#LDBCLASS BE STDV33 STDV33   ;
FOREIGN C0S8L0STARCIO_FE_TWF4SVDD337C_R1 ;
 CLASS PAD POWER ;
 SIZE 30.096 BY 241.164 ;
 SYMMETRY R90 ;
 SITE BUFF ;
 #CLASS IOBUF ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
PIN VPAD DIRECTION INOUT  ;
    USE POWER ;
    ##POWERTYPE VD33 ;
    ##CONNECTTO PAD ;
  PORT
    LAYER PM ;
    RECT 0.990 97.024 29.106 101.966 ;
  END
END VPAD
##PIN VDD DIRECTION INOUT  ;
##    USE POWER ;
##    SHAPE FEEDTHRU ;
##    ##CONNECTTO SROUTE ;
##    #SPICE PIN VDD ;
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 7.755 240.174 8.745 241.164 ;
##    LAYER M3L ;
##    RECT 7.755 240.174 8.745 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 10.791 240.174 11.781 241.164 ;
##    LAYER M3L ;
##    RECT 10.791 240.174 11.781 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 13.827 240.174 14.817 241.164 ;
##    LAYER M3L ;
##    RECT 13.827 240.174 14.817 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 16.863 240.174 17.853 241.164 ;
##    LAYER M3L ;
##    RECT 16.863 240.174 17.853 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 19.899 240.174 20.889 241.164 ;
##    LAYER M3L ;
##    RECT 19.899 240.174 20.889 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER PM ;
##    RECT 1.98 253.75 28.116 255.75 ;
##  END
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0 210.504 0.132 253.704 ;
##IORING_PIN      RECT 29.964 210.504 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 234.003 0.132 234.597 ;
##IORING_PIN      RECT 0 235.653 0.132 236.247 ;
##IORING_PIN      RECT 0 237.303 0.132 237.897 ;
##IORING_PIN      RECT 0 238.953 0.132 239.547 ;
##IORING_PIN      RECT 29.964 234.003 30.096 234.597 ;
##IORING_PIN      RECT 29.964 235.653 30.096 236.247 ;
##IORING_PIN      RECT 29.964 237.303 30.096 237.897 ;
##IORING_PIN      RECT 29.964 238.953 30.096 239.547 ;
##IORING_PIN    END
##END VDD
##PIN VSS DIRECTION INOUT  ;
##    USE GROUND ;
##    SHAPE FEEDTHRU ;
##    ##CONNECTTO SROUTE ;
##    #SPICE PIN VSS ;
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 9.273 240.174 10.263 241.164 ;
##    LAYER M3L ;
##    RECT 9.273 240.174 10.263 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 12.309 240.174 13.299 241.164 ;
##    LAYER M3L ;
##    RECT 12.309 240.174 13.299 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 15.345 240.174 16.335 241.164 ;
##    LAYER M3L ;
##    RECT 15.345 240.174 16.335 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 18.381 240.174 19.371 241.164 ;
##    LAYER M3L ;
##    RECT 18.381 240.174 19.371 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M4L ;
##    RECT 21.417 240.174 22.407 241.164 ;
##    LAYER M3L ;
##    RECT 21.417 240.174 22.407 241.164 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 1.386 254.17 8.646 255.75 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 11.418 254.17 18.678 255.75 ;
##  END
##  PORT
##   CLASS CORE ;
##    LAYER M7T ;
##    RECT 21.450 254.17 28.710 255.75 ;
##  END
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 62.37 0.132 62.634 ;
##IORING_PIN      RECT 0 62.898 0.132 63.162 ;
##IORING_PIN      RECT 0 63.558 0.132 63.822 ;
##IORING_PIN      RECT 0 64.086 0.132 64.35 ;
##IORING_PIN      RECT 0 64.614 0.132 64.878 ;
##IORING_PIN      RECT 0 65.142 0.132 65.406 ;
##IORING_PIN      RECT 0 65.67 0.132 65.934 ;
##IORING_PIN      RECT 0 66.198 0.132 66.462 ;
##IORING_PIN      RECT 0 66.726 0.132 66.99 ;
##IORING_PIN      RECT 0 67.254 0.132 67.518 ;
##IORING_PIN      RECT 0 67.782 0.132 68.046 ;
##IORING_PIN      RECT 0 68.31 0.132 68.574 ;
##IORING_PIN      RECT 0 68.838 0.132 69.102 ;
##IORING_PIN      RECT 0 69.366 0.132 69.63 ;
##IORING_PIN      RECT 0 69.894 0.132 70.158 ;
##IORING_PIN      RECT 0 70.422 0.132 70.686 ;
##IORING_PIN      RECT 0 70.95 0.132 71.214 ;
##IORING_PIN      RECT 0 71.478 0.132 71.742 ;
##IORING_PIN      RECT 0 72.006 0.132 72.27 ;
##IORING_PIN      RECT 0 72.534 0.132 72.798 ;
##IORING_PIN      RECT 0 73.062 0.132 73.326 ;
##IORING_PIN      RECT 0 73.59 0.132 73.854 ;
##IORING_PIN      RECT 0 74.118 0.132 74.382 ;
##IORING_PIN      RECT 0 74.646 0.132 74.91 ;
##IORING_PIN      RECT 0 75.174 0.132 75.438 ;
##IORING_PIN      RECT 0 75.702 0.132 75.966 ;
##IORING_PIN      RECT 0 76.23 0.132 76.494 ;
##IORING_PIN      RECT 0 76.758 0.132 77.022 ;
##IORING_PIN      RECT 0 77.286 0.132 77.55 ;
##IORING_PIN      RECT 0 77.814 0.132 78.078 ;
##IORING_PIN      RECT 0 78.342 0.132 78.606 ;
##IORING_PIN      RECT 0 78.87 0.132 79.134 ;
##IORING_PIN      RECT 0 79.398 0.132 79.662 ;
##IORING_PIN      RECT 0 79.926 0.132 80.19 ;
##IORING_PIN      RECT 0 80.454 0.132 80.718 ;
##IORING_PIN      RECT 0 80.982 0.132 81.246 ;
##IORING_PIN      RECT 0 81.51 0.132 81.774 ;
##IORING_PIN      RECT 0 82.038 0.132 82.302 ;
##IORING_PIN      RECT 0 82.566 0.132 82.83 ;
##IORING_PIN      RECT 0 83.094 0.132 83.358 ;
##IORING_PIN      RECT 0 83.622 0.132 83.886 ;
##IORING_PIN      RECT 0 84.15 0.132 84.414 ;
##IORING_PIN      RECT 0 84.678 0.132 84.942 ;
##IORING_PIN      RECT 0 85.206 0.132 85.47 ;
##IORING_PIN      RECT 0 85.734 0.132 85.998 ;
##IORING_PIN      RECT 0 86.262 0.132 86.526 ;
##IORING_PIN      RECT 0 86.79 0.132 87.054 ;
##IORING_PIN      RECT 0 87.318 0.132 87.582 ;
##IORING_PIN      RECT 0 87.846 0.132 88.11 ;
##IORING_PIN      RECT 0 88.374 0.132 88.638 ;
##IORING_PIN      RECT 0 88.902 0.132 89.166 ;
##IORING_PIN      RECT 0 89.43 0.132 89.694 ;
##IORING_PIN      RECT 0 89.958 0.132 90.222 ;
##IORING_PIN      RECT 0 90.486 0.132 90.75 ;
##IORING_PIN      RECT 0 91.014 0.132 91.278 ;
##IORING_PIN      RECT 0 91.542 0.132 91.806 ;
##IORING_PIN      RECT 0 92.07 0.132 92.334 ;
##IORING_PIN      RECT 0 92.598 0.132 92.862 ;
##IORING_PIN      RECT 0 93.126 0.132 93.39 ;
##IORING_PIN      RECT 0 93.654 0.132 93.918 ;
##IORING_PIN      RECT 0 94.182 0.132 94.446 ;
##IORING_PIN      RECT 0 94.71 0.132 94.974 ;
##IORING_PIN      RECT 0 95.238 0.132 95.502 ;
##IORING_PIN      RECT 0 95.766 0.132 96.03 ;
##IORING_PIN      RECT 0 96.294 0.132 96.558 ;
##IORING_PIN      RECT 0 96.822 0.132 97.086 ;
##IORING_PIN      RECT 0 97.35 0.132 97.614 ;
##IORING_PIN      RECT 0 97.878 0.132 98.142 ;
##IORING_PIN      RECT 0 98.406 0.132 98.67 ;
##IORING_PIN      RECT 0 98.934 0.132 99.198 ;
##IORING_PIN      RECT 0 99.462 0.132 99.726 ;
##IORING_PIN      RECT 0 99.99 0.132 100.254 ;
##IORING_PIN      RECT 0 100.518 0.132 100.782 ;
##IORING_PIN      RECT 0 101.046 0.132 101.31 ;
##IORING_PIN      RECT 0 101.574 0.132 101.838 ;
##IORING_PIN      RECT 0 102.102 0.132 102.366 ;
##IORING_PIN      RECT 0 102.63 0.132 102.894 ;
##IORING_PIN      RECT 0 103.158 0.132 103.422 ;
##IORING_PIN      RECT 0 103.686 0.132 103.95 ;
##IORING_PIN      RECT 0 104.214 0.132 104.478 ;
##IORING_PIN      RECT 0 104.742 0.132 105.006 ;
##IORING_PIN      RECT 0 105.27 0.132 105.534 ;
##IORING_PIN      RECT 0 105.798 0.132 106.062 ;
##IORING_PIN      RECT 0 106.326 0.132 106.59 ;
##IORING_PIN      RECT 0 106.854 0.132 107.118 ;
##IORING_PIN      RECT 0 107.382 0.132 107.646 ;
##IORING_PIN      RECT 0 107.91 0.132 108.174 ;
##IORING_PIN      RECT 0 108.438 0.132 108.702 ;
##IORING_PIN      RECT 0 108.966 0.132 109.23 ;
##IORING_PIN      RECT 0 109.494 0.132 109.758 ;
##IORING_PIN      RECT 0 110.022 0.132 110.286 ;
##IORING_PIN      RECT 0 110.55 0.132 110.814 ;
##IORING_PIN      RECT 0 111.078 0.132 111.342 ;
##IORING_PIN      RECT 0 111.606 0.132 111.87 ;
##IORING_PIN      RECT 0 112.134 0.132 112.398 ;
##IORING_PIN      RECT 0 112.662 0.132 112.926 ;
##IORING_PIN      RECT 0 113.388 0.132 113.652 ;
##IORING_PIN      RECT 0 113.916 0.132 114.18 ;
##IORING_PIN      RECT 29.964 62.37 30.096 62.634 ;
##IORING_PIN      RECT 29.964 62.898 30.096 63.162 ;
##IORING_PIN      RECT 29.964 63.558 30.096 63.822 ;
##IORING_PIN      RECT 29.964 64.086 30.096 64.35 ;
##IORING_PIN      RECT 29.964 64.614 30.096 64.878 ;
##IORING_PIN      RECT 29.964 65.142 30.096 65.406 ;
##IORING_PIN      RECT 29.964 65.67 30.096 65.934 ;
##IORING_PIN      RECT 29.964 66.198 30.096 66.462 ;
##IORING_PIN      RECT 29.964 66.726 30.096 66.99 ;
##IORING_PIN      RECT 29.964 67.254 30.096 67.518 ;
##IORING_PIN      RECT 29.964 67.782 30.096 68.046 ;
##IORING_PIN      RECT 29.964 68.31 30.096 68.574 ;
##IORING_PIN      RECT 29.964 68.838 30.096 69.102 ;
##IORING_PIN      RECT 29.964 69.366 30.096 69.63 ;
##IORING_PIN      RECT 29.964 69.894 30.096 70.158 ;
##IORING_PIN      RECT 29.964 70.422 30.096 70.686 ;
##IORING_PIN      RECT 29.964 70.95 30.096 71.214 ;
##IORING_PIN      RECT 29.964 71.478 30.096 71.742 ;
##IORING_PIN      RECT 29.964 72.006 30.096 72.27 ;
##IORING_PIN      RECT 29.964 72.534 30.096 72.798 ;
##IORING_PIN      RECT 29.964 73.062 30.096 73.326 ;
##IORING_PIN      RECT 29.964 73.59 30.096 73.854 ;
##IORING_PIN      RECT 29.964 74.118 30.096 74.382 ;
##IORING_PIN      RECT 29.964 74.646 30.096 74.91 ;
##IORING_PIN      RECT 29.964 75.174 30.096 75.438 ;
##IORING_PIN      RECT 29.964 75.702 30.096 75.966 ;
##IORING_PIN      RECT 29.964 76.23 30.096 76.494 ;
##IORING_PIN      RECT 29.964 76.758 30.096 77.022 ;
##IORING_PIN      RECT 29.964 77.286 30.096 77.55 ;
##IORING_PIN      RECT 29.964 77.814 30.096 78.078 ;
##IORING_PIN      RECT 29.964 78.342 30.096 78.606 ;
##IORING_PIN      RECT 29.964 78.87 30.096 79.134 ;
##IORING_PIN      RECT 29.964 79.398 30.096 79.662 ;
##IORING_PIN      RECT 29.964 79.926 30.096 80.19 ;
##IORING_PIN      RECT 29.964 80.454 30.096 80.718 ;
##IORING_PIN      RECT 29.964 80.982 30.096 81.246 ;
##IORING_PIN      RECT 29.964 81.51 30.096 81.774 ;
##IORING_PIN      RECT 29.964 82.038 30.096 82.302 ;
##IORING_PIN      RECT 29.964 82.566 30.096 82.83 ;
##IORING_PIN      RECT 29.964 83.094 30.096 83.358 ;
##IORING_PIN      RECT 29.964 83.622 30.096 83.886 ;
##IORING_PIN      RECT 29.964 84.15 30.096 84.414 ;
##IORING_PIN      RECT 29.964 84.678 30.096 84.942 ;
##IORING_PIN      RECT 29.964 85.206 30.096 85.47 ;
##IORING_PIN      RECT 29.964 85.734 30.096 85.998 ;
##IORING_PIN      RECT 29.964 86.262 30.096 86.526 ;
##IORING_PIN      RECT 29.964 86.79 30.096 87.054 ;
##IORING_PIN      RECT 29.964 87.318 30.096 87.582 ;
##IORING_PIN      RECT 29.964 87.846 30.096 88.11 ;
##IORING_PIN      RECT 29.964 88.374 30.096 88.638 ;
##IORING_PIN      RECT 29.964 88.902 30.096 89.166 ;
##IORING_PIN      RECT 29.964 89.43 30.096 89.694 ;
##IORING_PIN      RECT 29.964 89.958 30.096 90.222 ;
##IORING_PIN      RECT 29.964 90.486 30.096 90.75 ;
##IORING_PIN      RECT 29.964 91.014 30.096 91.278 ;
##IORING_PIN      RECT 29.964 91.542 30.096 91.806 ;
##IORING_PIN      RECT 29.964 92.07 30.096 92.334 ;
##IORING_PIN      RECT 29.964 92.598 30.096 92.862 ;
##IORING_PIN      RECT 29.964 93.126 30.096 93.39 ;
##IORING_PIN      RECT 29.964 93.654 30.096 93.918 ;
##IORING_PIN      RECT 29.964 94.182 30.096 94.446 ;
##IORING_PIN      RECT 29.964 94.71 30.096 94.974 ;
##IORING_PIN      RECT 29.964 95.238 30.096 95.502 ;
##IORING_PIN      RECT 29.964 95.766 30.096 96.03 ;
##IORING_PIN      RECT 29.964 96.294 30.096 96.558 ;
##IORING_PIN      RECT 29.964 96.822 30.096 97.086 ;
##IORING_PIN      RECT 29.964 97.35 30.096 97.614 ;
##IORING_PIN      RECT 29.964 97.878 30.096 98.142 ;
##IORING_PIN      RECT 29.964 98.406 30.096 98.67 ;
##IORING_PIN      RECT 29.964 98.934 30.096 99.198 ;
##IORING_PIN      RECT 29.964 99.462 30.096 99.726 ;
##IORING_PIN      RECT 29.964 99.99 30.096 100.254 ;
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##IORING_PIN      RECT 29.964 246.576 30.096 253.704 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 1.353 0.132 1.947 ;
##IORING_PIN      RECT 29.964 1.353 30.096 1.947 ;
##IORING_PIN    END
##END VSS
##IORING_PIN  PIN CTR5
##IORING_PIN    #SPICE PIN CTR5 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN      RECT 29.964 133.188 30.096 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    #SPICE PIN CTR42 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN      RECT 29.964 134.673 30.096 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    #SPICE PIN CTR41 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN      RECT 29.964 135.135 30.096 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    #SPICE PIN CTR40 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN      RECT 29.964 135.597 30.096 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    #SPICE PIN CTR6 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 29.964 229.383 30.096 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    #SPICE PIN CTR3 ;
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 29.964 229.845 30.096 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VDD33
##IORING_PIN    #SPICE PIN VDD33 ;
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN      RECT 29.964 0.792 30.096 1.056 ;
##IORING_PIN      RECT 29.964 1.32 30.096 1.584 ;
##IORING_PIN      RECT 29.964 1.914 30.096 2.178 ;
##IORING_PIN      RECT 29.964 2.442 30.096 2.706 ;
##IORING_PIN      RECT 29.964 2.97 30.096 3.234 ;
##IORING_PIN      RECT 29.964 3.498 30.096 3.762 ;
##IORING_PIN      RECT 29.964 4.026 30.096 4.29 ;
##IORING_PIN      RECT 29.964 4.554 30.096 4.818 ;
##IORING_PIN      RECT 29.964 5.082 30.096 5.346 ;
##IORING_PIN      RECT 29.964 5.61 30.096 5.874 ;
##IORING_PIN      RECT 29.964 6.138 30.096 6.402 ;
##IORING_PIN      RECT 29.964 6.666 30.096 6.93 ;
##IORING_PIN      RECT 29.964 7.194 30.096 7.458 ;
##IORING_PIN      RECT 29.964 7.722 30.096 7.986 ;
##IORING_PIN      RECT 29.964 8.25 30.096 8.514 ;
##IORING_PIN      RECT 29.964 8.778 30.096 9.042 ;
##IORING_PIN      RECT 29.964 9.306 30.096 9.57 ;
##IORING_PIN      RECT 29.964 9.834 30.096 10.098 ;
##IORING_PIN      RECT 29.964 10.362 30.096 10.626 ;
##IORING_PIN      RECT 29.964 10.89 30.096 11.154 ;
##IORING_PIN      RECT 29.964 11.418 30.096 11.682 ;
##IORING_PIN      RECT 29.964 11.946 30.096 12.21 ;
##IORING_PIN      RECT 29.964 12.474 30.096 12.738 ;
##IORING_PIN      RECT 29.964 13.002 30.096 13.266 ;
##IORING_PIN      RECT 29.964 13.53 30.096 13.794 ;
##IORING_PIN      RECT 29.964 14.058 30.096 14.322 ;
##IORING_PIN      RECT 29.964 14.586 30.096 14.85 ;
##IORING_PIN      RECT 29.964 15.114 30.096 15.378 ;
##IORING_PIN      RECT 29.964 15.642 30.096 15.906 ;
##IORING_PIN      RECT 29.964 16.17 30.096 16.434 ;
##IORING_PIN      RECT 29.964 16.698 30.096 16.962 ;
##IORING_PIN      RECT 29.964 17.226 30.096 17.49 ;
##IORING_PIN      RECT 29.964 17.754 30.096 18.018 ;
##IORING_PIN      RECT 29.964 18.282 30.096 18.546 ;
##IORING_PIN      RECT 29.964 18.81 30.096 19.074 ;
##IORING_PIN      RECT 29.964 19.338 30.096 19.602 ;
##IORING_PIN      RECT 29.964 19.866 30.096 20.13 ;
##IORING_PIN      RECT 29.964 20.394 30.096 20.658 ;
##IORING_PIN      RECT 29.964 20.922 30.096 21.186 ;
##IORING_PIN      RECT 29.964 21.45 30.096 21.714 ;
##IORING_PIN      RECT 29.964 21.978 30.096 22.242 ;
##IORING_PIN      RECT 29.964 22.506 30.096 22.77 ;
##IORING_PIN      RECT 29.964 23.034 30.096 23.298 ;
##IORING_PIN      RECT 29.964 23.562 30.096 23.826 ;
##IORING_PIN      RECT 29.964 24.09 30.096 24.354 ;
##IORING_PIN      RECT 29.964 24.618 30.096 24.882 ;
##IORING_PIN      RECT 29.964 25.146 30.096 25.41 ;
##IORING_PIN      RECT 29.964 25.674 30.096 25.938 ;
##IORING_PIN      RECT 29.964 26.202 30.096 26.466 ;
##IORING_PIN      RECT 29.964 26.73 30.096 26.994 ;
##IORING_PIN      RECT 29.964 27.258 30.096 27.522 ;
##IORING_PIN      RECT 29.964 27.786 30.096 28.05 ;
##IORING_PIN      RECT 29.964 28.314 30.096 28.578 ;
##IORING_PIN      RECT 29.964 28.842 30.096 29.106 ;
##IORING_PIN      RECT 29.964 29.37 30.096 29.634 ;
##IORING_PIN      RECT 29.964 29.898 30.096 30.162 ;
##IORING_PIN      RECT 29.964 30.426 30.096 30.69 ;
##IORING_PIN      RECT 29.964 30.954 30.096 31.218 ;
##IORING_PIN      RECT 29.964 31.482 30.096 31.746 ;
##IORING_PIN      RECT 29.964 32.01 30.096 32.274 ;
##IORING_PIN      RECT 29.964 32.538 30.096 32.802 ;
##IORING_PIN      RECT 29.964 33.066 30.096 33.33 ;
##IORING_PIN      RECT 29.964 33.594 30.096 33.858 ;
##IORING_PIN      RECT 29.964 34.122 30.096 34.386 ;
##IORING_PIN      RECT 29.964 34.65 30.096 34.914 ;
##IORING_PIN      RECT 29.964 35.178 30.096 35.442 ;
##IORING_PIN      RECT 29.964 35.706 30.096 35.97 ;
##IORING_PIN      RECT 29.964 36.234 30.096 36.498 ;
##IORING_PIN      RECT 29.964 36.762 30.096 37.026 ;
##IORING_PIN      RECT 29.964 37.29 30.096 37.554 ;
##IORING_PIN      RECT 29.964 37.818 30.096 38.082 ;
##IORING_PIN      RECT 29.964 38.346 30.096 38.61 ;
##IORING_PIN      RECT 29.964 38.874 30.096 39.138 ;
##IORING_PIN      RECT 29.964 39.402 30.096 39.666 ;
##IORING_PIN      RECT 29.964 39.93 30.096 40.194 ;
##IORING_PIN      RECT 29.964 40.458 30.096 40.722 ;
##IORING_PIN      RECT 29.964 40.986 30.096 41.25 ;
##IORING_PIN      RECT 29.964 41.514 30.096 41.778 ;
##IORING_PIN      RECT 29.964 42.042 30.096 42.306 ;
##IORING_PIN      RECT 29.964 42.57 30.096 42.834 ;
##IORING_PIN      RECT 29.964 43.098 30.096 43.362 ;
##IORING_PIN      RECT 29.964 43.626 30.096 43.89 ;
##IORING_PIN      RECT 29.964 44.154 30.096 44.418 ;
##IORING_PIN      RECT 29.964 44.682 30.096 44.946 ;
##IORING_PIN      RECT 29.964 45.21 30.096 45.474 ;
##IORING_PIN      RECT 29.964 45.738 30.096 46.002 ;
##IORING_PIN      RECT 29.964 46.266 30.096 46.53 ;
##IORING_PIN      RECT 29.964 46.794 30.096 47.058 ;
##IORING_PIN      RECT 29.964 47.322 30.096 47.586 ;
##IORING_PIN      RECT 29.964 47.85 30.096 48.114 ;
##IORING_PIN      RECT 29.964 48.378 30.096 48.642 ;
##IORING_PIN      RECT 29.964 48.906 30.096 49.17 ;
##IORING_PIN      RECT 29.964 49.434 30.096 49.698 ;
##IORING_PIN      RECT 29.964 49.962 30.096 50.226 ;
##IORING_PIN      RECT 29.964 50.49 30.096 50.754 ;
##IORING_PIN      RECT 29.964 51.018 30.096 51.282 ;
##IORING_PIN      RECT 29.964 51.546 30.096 51.81 ;
##IORING_PIN      RECT 29.964 52.074 30.096 52.338 ;
##IORING_PIN      RECT 29.964 52.602 30.096 52.866 ;
##IORING_PIN      RECT 29.964 53.13 30.096 53.394 ;
##IORING_PIN      RECT 29.964 53.658 30.096 53.922 ;
##IORING_PIN      RECT 29.964 54.186 30.096 54.45 ;
##IORING_PIN      RECT 29.964 54.714 30.096 54.978 ;
##IORING_PIN      RECT 29.964 55.242 30.096 55.506 ;
##IORING_PIN      RECT 29.964 55.77 30.096 56.034 ;
##IORING_PIN      RECT 29.964 56.298 30.096 56.562 ;
##IORING_PIN      RECT 29.964 56.826 30.096 57.09 ;
##IORING_PIN      RECT 29.964 57.354 30.096 57.618 ;
##IORING_PIN      RECT 29.964 57.882 30.096 58.146 ;
##IORING_PIN      RECT 29.964 58.41 30.096 58.674 ;
##IORING_PIN      RECT 29.964 58.938 30.096 59.202 ;
##IORING_PIN      RECT 29.964 59.466 30.096 59.73 ;
##IORING_PIN      LAYER M2L ;
##IORING_PIN      RECT 0 0.792 0.132 1.056 ;
##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
##IORING_PIN      RECT 0 14.058 0.132 14.322 ;
##IORING_PIN      RECT 0 14.586 0.132 14.85 ;
##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
##IORING_PIN      RECT 0 16.698 0.132 16.962 ;
##IORING_PIN      RECT 0 17.226 0.132 17.49 ;
##IORING_PIN      RECT 0 17.754 0.132 18.018 ;
##IORING_PIN      RECT 0 18.282 0.132 18.546 ;
##IORING_PIN      RECT 0 18.81 0.132 19.074 ;
##IORING_PIN      RECT 0 19.338 0.132 19.602 ;
##IORING_PIN      RECT 0 19.866 0.132 20.13 ;
##IORING_PIN      RECT 0 20.394 0.132 20.658 ;
##IORING_PIN      RECT 0 20.922 0.132 21.186 ;
##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
##IORING_PIN      RECT 0 21.978 0.132 22.242 ;
##IORING_PIN      RECT 0 22.506 0.132 22.77 ;
##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
##IORING_PIN      RECT 0 26.73 0.132 26.994 ;
##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
##IORING_PIN      RECT 0 28.314 0.132 28.578 ;
##IORING_PIN      RECT 0 28.842 0.132 29.106 ;
##IORING_PIN      RECT 0 29.37 0.132 29.634 ;
##IORING_PIN      RECT 0 29.898 0.132 30.162 ;
##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
##IORING_PIN      RECT 0 30.954 0.132 31.218 ;
##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
##IORING_PIN      RECT 0 32.538 0.132 32.802 ;
##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
##IORING_PIN      RECT 0 34.122 0.132 34.386 ;
##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
##IORING_PIN      RECT 0 42.042 0.132 42.306 ;
##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
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##IORING_PIN      RECT 0 2.211 0.132 2.805 ;
##IORING_PIN      RECT 0 3.927 0.132 4.521 ;
##IORING_PIN      RECT 0 5.643 0.132 6.237 ;
##IORING_PIN      RECT 0 7.359 0.132 7.953 ;
##IORING_PIN      RECT 0 9.075 0.132 9.669 ;
##IORING_PIN      RECT 0 10.791 0.132 11.385 ;
##IORING_PIN      RECT 0 12.507 0.132 13.101 ;
##IORING_PIN      RECT 0 14.223 0.132 14.817 ;
##IORING_PIN      RECT 0 15.939 0.132 16.533 ;
##IORING_PIN      RECT 0 17.655 0.132 18.249 ;
##IORING_PIN      RECT 0 19.371 0.132 19.965 ;
##IORING_PIN      RECT 0 21.087 0.132 21.681 ;
##IORING_PIN      RECT 0 22.803 0.132 23.397 ;
##IORING_PIN      RECT 0 24.519 0.132 25.113 ;
##IORING_PIN      RECT 0 26.235 0.132 26.829 ;
##IORING_PIN      RECT 0 27.951 0.132 28.545 ;
##IORING_PIN      RECT 0 29.667 0.132 30.261 ;
##IORING_PIN      RECT 0 31.383 0.132 31.977 ;
##IORING_PIN      RECT 0 33.099 0.132 33.693 ;
##IORING_PIN      RECT 0 34.815 0.132 35.409 ;
##IORING_PIN      RECT 0 36.531 0.132 37.125 ;
##IORING_PIN      RECT 0 38.247 0.132 38.841 ;
##IORING_PIN      RECT 0 39.963 0.132 40.557 ;
##IORING_PIN      RECT 0 41.679 0.132 42.273 ;
##IORING_PIN      RECT 0 43.395 0.132 43.989 ;
##IORING_PIN      RECT 0 45.111 0.132 45.705 ;
##IORING_PIN      RECT 0 46.827 0.132 47.421 ;
##IORING_PIN      RECT 0 48.543 0.132 49.137 ;
##IORING_PIN      RECT 0 50.259 0.132 50.853 ;
##IORING_PIN      RECT 0 51.975 0.132 52.569 ;
##IORING_PIN      RECT 0 53.691 0.132 54.285 ;
##IORING_PIN      RECT 0 55.407 0.132 56.001 ;
##IORING_PIN      RECT 0 57.123 0.132 57.717 ;
##IORING_PIN      RECT 0 58.839 0.132 59.433 ;
##IORING_PIN      RECT 0 60.555 0.132 61.149 ;
##IORING_PIN      RECT 0 62.271 0.132 62.865 ;
##IORING_PIN      RECT 0 63.987 0.132 64.581 ;
##IORING_PIN      RECT 0 65.703 0.132 66.297 ;
##IORING_PIN      RECT 0 67.419 0.132 68.013 ;
##IORING_PIN      RECT 0 69.135 0.132 69.729 ;
##IORING_PIN      RECT 0 70.851 0.132 71.445 ;
##IORING_PIN      RECT 0 72.567 0.132 73.161 ;
##IORING_PIN      RECT 0 74.283 0.132 74.877 ;
##IORING_PIN      RECT 0 75.999 0.132 76.593 ;
##IORING_PIN      RECT 0 77.715 0.132 78.309 ;
##IORING_PIN      RECT 0 79.431 0.132 80.025 ;
##IORING_PIN      RECT 0 81.147 0.132 81.741 ;
##IORING_PIN      RECT 0 82.863 0.132 83.457 ;
##IORING_PIN      RECT 0 84.579 0.132 85.173 ;
##IORING_PIN      RECT 0 86.295 0.132 86.889 ;
##IORING_PIN      RECT 0 88.011 0.132 88.605 ;
##IORING_PIN      RECT 0 89.727 0.132 90.321 ;
##IORING_PIN      RECT 0 91.443 0.132 92.037 ;
##IORING_PIN      RECT 0 93.159 0.132 93.753 ;
##IORING_PIN      RECT 0 94.875 0.132 95.469 ;
##IORING_PIN      RECT 0 104.049 0.132 104.643 ;
##IORING_PIN      RECT 0 105.765 0.132 106.359 ;
##IORING_PIN      RECT 0 107.481 0.132 108.075 ;
##IORING_PIN      RECT 0 109.197 0.132 109.791 ;
##IORING_PIN      RECT 0 110.913 0.132 111.507 ;
##IORING_PIN      RECT 0 112.629 0.132 113.223 ;
##IORING_PIN      RECT 0 114.345 0.132 114.939 ;
##IORING_PIN      RECT 0 116.061 0.132 116.655 ;
##IORING_PIN      RECT 0 117.777 0.132 118.371 ;
##IORING_PIN      RECT 0 119.493 0.132 120.087 ;
##IORING_PIN      RECT 0 121.209 0.132 121.803 ;
##IORING_PIN      RECT 0 122.925 0.132 123.519 ;
##IORING_PIN      RECT 0 124.641 0.132 125.235 ;
##IORING_PIN      RECT 0 126.357 0.132 126.951 ;
##IORING_PIN      RECT 0 128.073 0.132 128.667 ;
##IORING_PIN      RECT 0 129.789 0.132 130.383 ;
##IORING_PIN      RECT 0 131.505 0.132 132.099 ;
##IORING_PIN      RECT 0 133.221 0.132 133.815 ;
##IORING_PIN      RECT 0 134.937 0.132 135.531 ;
##IORING_PIN      RECT 0 136.653 0.132 137.247 ;
##IORING_PIN      RECT 0 138.369 0.132 138.963 ;
##IORING_PIN      RECT 0 140.085 0.132 140.679 ;
##IORING_PIN      RECT 0 141.801 0.132 142.395 ;
##IORING_PIN      RECT 0 143.517 0.132 144.111 ;
##IORING_PIN      RECT 0 145.233 0.132 145.827 ;
##IORING_PIN      RECT 0 146.949 0.132 147.543 ;
##IORING_PIN      RECT 0 148.665 0.132 149.259 ;
##IORING_PIN      RECT 0 150.381 0.132 150.975 ;
##IORING_PIN      RECT 0 152.097 0.132 152.691 ;
##IORING_PIN      RECT 0 153.813 0.132 154.407 ;
##IORING_PIN      RECT 0 155.529 0.132 156.123 ;
##IORING_PIN      RECT 0 157.245 0.132 157.839 ;
##IORING_PIN      RECT 0 158.961 0.132 159.555 ;
##IORING_PIN      RECT 0 160.677 0.132 161.271 ;
##IORING_PIN      RECT 0 162.393 0.132 162.987 ;
##IORING_PIN      RECT 0 164.109 0.132 164.703 ;
##IORING_PIN      RECT 0 165.825 0.132 166.419 ;
##IORING_PIN      RECT 0 167.541 0.132 168.135 ;
##IORING_PIN      RECT 0 169.257 0.132 169.851 ;
##IORING_PIN      RECT 0 170.973 0.132 171.567 ;
##IORING_PIN      RECT 0 172.689 0.132 173.283 ;
##IORING_PIN      RECT 0 174.405 0.132 174.999 ;
##IORING_PIN      RECT 0 176.121 0.132 176.715 ;
##IORING_PIN      RECT 0 177.837 0.132 178.431 ;
##IORING_PIN      RECT 0 179.553 0.132 180.147 ;
##IORING_PIN      RECT 0 181.269 0.132 181.863 ;
##IORING_PIN      RECT 0 182.985 0.132 183.579 ;
##IORING_PIN      RECT 0 184.701 0.132 185.295 ;
##IORING_PIN      RECT 0 186.417 0.132 187.011 ;
##IORING_PIN      RECT 0 188.133 0.132 188.727 ;
##IORING_PIN      RECT 0 189.849 0.132 190.443 ;
##IORING_PIN      RECT 0 191.565 0.132 192.159 ;
##IORING_PIN      RECT 0 193.281 0.132 193.875 ;
##IORING_PIN      RECT 0 194.997 0.132 195.591 ;
##IORING_PIN      RECT 0 196.713 0.132 197.307 ;
##IORING_PIN      RECT 0 198.429 0.132 199.023 ;
##IORING_PIN      RECT 0 200.145 0.132 200.739 ;
##IORING_PIN      RECT 0 201.861 0.132 202.455 ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 2.211 30.096 2.805 ;
##IORING_PIN      RECT 29.964 3.927 30.096 4.521 ;
##IORING_PIN      RECT 29.964 5.643 30.096 6.237 ;
##IORING_PIN      RECT 29.964 7.359 30.096 7.953 ;
##IORING_PIN      RECT 29.964 9.075 30.096 9.669 ;
##IORING_PIN      RECT 29.964 10.791 30.096 11.385 ;
##IORING_PIN      RECT 29.964 12.507 30.096 13.101 ;
##IORING_PIN      RECT 29.964 14.223 30.096 14.817 ;
##IORING_PIN      RECT 29.964 15.939 30.096 16.533 ;
##IORING_PIN      RECT 29.964 17.655 30.096 18.249 ;
##IORING_PIN      RECT 29.964 19.371 30.096 19.965 ;
##IORING_PIN      RECT 29.964 21.087 30.096 21.681 ;
##IORING_PIN      RECT 29.964 22.803 30.096 23.397 ;
##IORING_PIN      RECT 29.964 24.519 30.096 25.113 ;
##IORING_PIN      RECT 29.964 26.235 30.096 26.829 ;
##IORING_PIN      RECT 29.964 27.951 30.096 28.545 ;
##IORING_PIN      RECT 29.964 29.667 30.096 30.261 ;
##IORING_PIN      RECT 29.964 31.383 30.096 31.977 ;
##IORING_PIN      RECT 29.964 33.099 30.096 33.693 ;
##IORING_PIN      RECT 29.964 34.815 30.096 35.409 ;
##IORING_PIN      RECT 29.964 36.531 30.096 37.125 ;
##IORING_PIN      RECT 29.964 38.247 30.096 38.841 ;
##IORING_PIN      RECT 29.964 39.963 30.096 40.557 ;
##IORING_PIN      RECT 29.964 41.679 30.096 42.273 ;
##IORING_PIN      RECT 29.964 43.395 30.096 43.989 ;
##IORING_PIN      RECT 29.964 45.111 30.096 45.705 ;
##IORING_PIN      RECT 29.964 46.827 30.096 47.421 ;
##IORING_PIN      RECT 29.964 48.543 30.096 49.137 ;
##IORING_PIN      RECT 29.964 50.259 30.096 50.853 ;
##IORING_PIN      RECT 29.964 51.975 30.096 52.569 ;
##IORING_PIN      RECT 29.964 53.691 30.096 54.285 ;
##IORING_PIN      RECT 29.964 55.407 30.096 56.001 ;
##IORING_PIN      RECT 29.964 57.123 30.096 57.717 ;
##IORING_PIN      RECT 29.964 58.839 30.096 59.433 ;
##IORING_PIN      RECT 29.964 60.555 30.096 61.149 ;
##IORING_PIN      RECT 29.964 62.271 30.096 62.865 ;
##IORING_PIN      RECT 29.964 63.987 30.096 64.581 ;
##IORING_PIN      RECT 29.964 65.703 30.096 66.297 ;
##IORING_PIN      RECT 29.964 67.419 30.096 68.013 ;
##IORING_PIN      RECT 29.964 69.135 30.096 69.729 ;
##IORING_PIN      RECT 29.964 70.851 30.096 71.445 ;
##IORING_PIN      RECT 29.964 72.567 30.096 73.161 ;
##IORING_PIN      RECT 29.964 74.283 30.096 74.877 ;
##IORING_PIN      RECT 29.964 75.999 30.096 76.593 ;
##IORING_PIN      RECT 29.964 77.715 30.096 78.309 ;
##IORING_PIN      RECT 29.964 79.431 30.096 80.025 ;
##IORING_PIN      RECT 29.964 81.147 30.096 81.741 ;
##IORING_PIN      RECT 29.964 82.863 30.096 83.457 ;
##IORING_PIN      RECT 29.964 84.579 30.096 85.173 ;
##IORING_PIN      RECT 29.964 86.295 30.096 86.889 ;
##IORING_PIN      RECT 29.964 88.011 30.096 88.605 ;
##IORING_PIN      RECT 29.964 89.727 30.096 90.321 ;
##IORING_PIN      RECT 29.964 91.443 30.096 92.037 ;
##IORING_PIN      RECT 29.964 93.159 30.096 93.753 ;
##IORING_PIN      RECT 29.964 94.875 30.096 95.469 ;
##IORING_PIN      RECT 29.964 104.049 30.096 104.643 ;
##IORING_PIN      RECT 29.964 105.765 30.096 106.359 ;
##IORING_PIN      RECT 29.964 107.481 30.096 108.075 ;
##IORING_PIN      RECT 29.964 109.197 30.096 109.791 ;
##IORING_PIN      RECT 29.964 110.913 30.096 111.507 ;
##IORING_PIN      RECT 29.964 112.629 30.096 113.223 ;
##IORING_PIN      RECT 29.964 114.345 30.096 114.939 ;
##IORING_PIN      RECT 29.964 116.061 30.096 116.655 ;
##IORING_PIN      RECT 29.964 117.777 30.096 118.371 ;
##IORING_PIN      RECT 29.964 119.493 30.096 120.087 ;
##IORING_PIN      RECT 29.964 121.209 30.096 121.803 ;
##IORING_PIN      RECT 29.964 122.925 30.096 123.519 ;
##IORING_PIN      RECT 29.964 124.641 30.096 125.235 ;
##IORING_PIN      RECT 29.964 126.357 30.096 126.951 ;
##IORING_PIN      RECT 29.964 128.073 30.096 128.667 ;
##IORING_PIN      RECT 29.964 129.789 30.096 130.383 ;
##IORING_PIN      RECT 29.964 131.505 30.096 132.099 ;
##IORING_PIN      RECT 29.964 133.221 30.096 133.815 ;
##IORING_PIN      RECT 29.964 134.937 30.096 135.531 ;
##IORING_PIN      RECT 29.964 136.653 30.096 137.247 ;
##IORING_PIN      RECT 29.964 138.369 30.096 138.963 ;
##IORING_PIN      RECT 29.964 140.085 30.096 140.679 ;
##IORING_PIN      RECT 29.964 141.801 30.096 142.395 ;
##IORING_PIN      RECT 29.964 143.517 30.096 144.111 ;
##IORING_PIN      RECT 29.964 145.233 30.096 145.827 ;
##IORING_PIN      RECT 29.964 146.949 30.096 147.543 ;
##IORING_PIN      RECT 29.964 148.665 30.096 149.259 ;
##IORING_PIN      RECT 29.964 150.381 30.096 150.975 ;
##IORING_PIN      RECT 29.964 152.097 30.096 152.691 ;
##IORING_PIN      RECT 29.964 153.813 30.096 154.407 ;
##IORING_PIN      RECT 29.964 155.529 30.096 156.123 ;
##IORING_PIN      RECT 29.964 157.245 30.096 157.839 ;
##IORING_PIN      RECT 29.964 158.961 30.096 159.555 ;
##IORING_PIN      RECT 29.964 160.677 30.096 161.271 ;
##IORING_PIN      RECT 29.964 162.393 30.096 162.987 ;
##IORING_PIN      RECT 29.964 164.109 30.096 164.703 ;
##IORING_PIN      RECT 29.964 165.825 30.096 166.419 ;
##IORING_PIN      RECT 29.964 167.541 30.096 168.135 ;
##IORING_PIN      RECT 29.964 169.257 30.096 169.851 ;
##IORING_PIN      RECT 29.964 170.973 30.096 171.567 ;
##IORING_PIN      RECT 29.964 172.689 30.096 173.283 ;
##IORING_PIN      RECT 29.964 174.405 30.096 174.999 ;
##IORING_PIN      RECT 29.964 176.121 30.096 176.715 ;
##IORING_PIN      RECT 29.964 177.837 30.096 178.431 ;
##IORING_PIN      RECT 29.964 179.553 30.096 180.147 ;
##IORING_PIN      RECT 29.964 181.269 30.096 181.863 ;
##IORING_PIN      RECT 29.964 182.985 30.096 183.579 ;
##IORING_PIN      RECT 29.964 184.701 30.096 185.295 ;
##IORING_PIN      RECT 29.964 186.417 30.096 187.011 ;
##IORING_PIN      RECT 29.964 188.133 30.096 188.727 ;
##IORING_PIN      RECT 29.964 189.849 30.096 190.443 ;
##IORING_PIN      RECT 29.964 191.565 30.096 192.159 ;
##IORING_PIN      RECT 29.964 193.281 30.096 193.875 ;
##IORING_PIN      RECT 29.964 194.997 30.096 195.591 ;
##IORING_PIN      RECT 29.964 196.713 30.096 197.307 ;
##IORING_PIN      RECT 29.964 198.429 30.096 199.023 ;
##IORING_PIN      RECT 29.964 200.145 30.096 200.739 ;
##IORING_PIN      RECT 29.964 201.861 30.096 202.455 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN      LAYER M6S ;
##IORING_PIN      RECT 0 203.577 0.132 204.171 ;
##IORING_PIN      RECT 0 205.293 0.132 205.887 ;
##IORING_PIN      RECT 0 207.009 0.132 207.603 ;
##IORING_PIN      RECT 0 208.725 0.132 209.319 ;
##IORING_PIN      RECT 0 210.441 0.132 211.035 ;
##IORING_PIN      RECT 0 212.157 0.132 212.751 ;
##IORING_PIN      RECT 0 213.873 0.132 214.467 ;
##IORING_PIN      RECT 0 215.589 0.132 216.183 ;
##IORING_PIN      RECT 0 217.305 0.132 217.899 ;
##IORING_PIN      RECT 0 219.021 0.132 219.615 ;
##IORING_PIN      RECT 0 220.737 0.132 221.331 ;
##IORING_PIN      RECT 0 222.453 0.132 223.047 ;
##IORING_PIN      RECT 0 224.169 0.132 224.763 ;
##IORING_PIN      RECT 0 225.885 0.132 226.479 ;
##IORING_PIN      RECT 0 227.601 0.132 228.195 ;
##IORING_PIN      RECT 0 229.317 0.132 229.911 ;
##IORING_PIN      RECT 0 231.033 0.132 231.627 ;
##IORING_PIN      RECT 29.964 203.577 30.096 204.171 ;
##IORING_PIN      RECT 29.964 205.293 30.096 205.887 ;
##IORING_PIN      RECT 29.964 207.009 30.096 207.603 ;
##IORING_PIN      RECT 29.964 208.725 30.096 209.319 ;
##IORING_PIN      RECT 29.964 210.441 30.096 211.035 ;
##IORING_PIN      RECT 29.964 212.157 30.096 212.751 ;
##IORING_PIN      RECT 29.964 213.873 30.096 214.467 ;
##IORING_PIN      RECT 29.964 215.589 30.096 216.183 ;
##IORING_PIN      RECT 29.964 217.305 30.096 217.899 ;
##IORING_PIN      RECT 29.964 219.021 30.096 219.615 ;
##IORING_PIN      RECT 29.964 220.737 30.096 221.331 ;
##IORING_PIN      RECT 29.964 222.453 30.096 223.047 ;
##IORING_PIN      RECT 29.964 224.169 30.096 224.763 ;
##IORING_PIN      RECT 29.964 225.885 30.096 226.479 ;
##IORING_PIN      RECT 29.964 227.601 30.096 228.195 ;
##IORING_PIN      RECT 29.964 229.317 30.096 229.911 ;
##IORING_PIN      RECT 29.964 231.033 30.096 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER PM ;
##IORING_PIN      RECT 0.99 97.024 29.106 101.966 ;
##IORING_PIN    END
##IORING_PIN  END VDD33
  OBS
    LAYER M1L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M2L DESIGNRULEWIDTH 0.19 ;
    RECT 0 0 30.096 241.197 ;
    LAYER M3L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M4L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M5L DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M6S DESIGNRULEWIDTH 0.13 ;
    RECT 0 0 30.096 241.164 ;
    LAYER M7T DESIGNRULEWIDTH 0.39 ;
    RECT 0 0 30.096 255.75 ;
    LAYER PM DESIGNRULEWIDTH 1.98 ;
    RECT 0 0 30.096 255.75 ;
    LAYER LEV29 ;
    RECT 0 0 30.096 241.164 ;
  END
END C0S8L0STARCIO_FE_TWF1SVDD33
# 
MACRO C0S8L0STARCIO_FE_ACPLIO38V10
# 
# gds2lef (Ver.3.21_64 Rev.0.02) Thu Apr  9 10:27:37 2009 # C0S8L0STARCIO_FE_ACPLIO38V10
#   Input file name
#     LEF     : ./TOP.LEF
#     LEF     : ../LLEF/C0S8L0STARCIO_FE_ACPLIO38V10.LLEF
#     GDSII   : LEF.gds2
#     mapfile : ./MAPFILE
#   Output file name
#     LEF     : temp.LEF
#     summary : gds2lef.sum
#   Option Of gds2lef
#     -offset 0.000000 0.000000
#     -copy -rect -offgrid -notiming -pathcut -overlapdel -copy_siteblock
# 
  FOREIGN C0S8L0STARCIO_FE_ACPLIO38V10_M7BD_R10 0 0 ; 
  CLASS PAD ;
  SOURCE USER ;
  SIZE 210.672 BY 326.964 ;
  SYMMETRY X Y R90 ;
  #CLASS IOBUF ;
  SITE BUFF ;
##HEIGHT-LEFT 241.164 ;
##HEIGHT-RIGHT 241.164 ;
  ##IOCLASS LEFT STDV33 RIGHT STDV33  ;
  PIN AVDD
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
    PORT
      LAYER PM ;
      RECT 121.374 97.024 149.49 101.966 ;
      RECT 151.47 97.024 179.586 101.966 ;
    END
  END AVDD
  PIN AGND
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO PAD ;
    PORT
      LAYER PM ;
      RECT 31.086 97.024 59.202 101.966 ;
      RECT 61.182 97.024 89.298 101.966 ;
    END
  END AGND
  PIN AVDD1
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 116.688 325.776 128.568 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 116.688 325.776 128.568 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 126.984 325.776 128.568 326.964 ;
    END
  END AVDD1
  PIN AVDD2
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 133.056 325.776 144.936 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 133.056 325.776 144.936 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 143.352 325.776 144.936 326.964 ;
    END
  END AVDD2
  PIN AVDD3
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 149.424 325.776 161.304 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 149.424 325.776 161.304 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 159.72 325.776 161.304 326.964 ;
    END
  END AVDD3
  PIN AVDD4
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 165.792 325.776 177.672 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 165.792 325.776 177.672 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 176.088 325.776 177.672 326.964 ;
    END
  END AVDD4
  PIN AVDD5
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 182.16 325.776 194.04 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 182.16 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 192.456 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M5L ;
      RECT 193.776 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M4L ;
      RECT 193.776 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M3L ;
      RECT 193.776 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M1L ;
      RECT 193.776 325.776 194.04 326.964 ;
    END
    PORT
      LAYER M2L ;
      RECT 193.776 325.776 194.04 326.964 ;
    END
  END AVDD5
  PIN AGND1
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M3L ;
      RECT 16.632 325.776 16.896 326.964 ;
    END
    PORT
      LAYER M4L ;
      RECT 16.632 325.776 16.896 326.964 ;
    END
    PORT
      LAYER M5L ;
      RECT 16.632 325.776 16.896 326.964 ;
    END
    PORT
      LAYER M2L ;
      RECT 16.632 325.776 16.896 326.964 ;
    END
    PORT
      LAYER M1L ;
      RECT 16.632 325.776 16.896 326.964 ;
    END
    PORT
      LAYER M6S ;
      RECT 16.632 325.776 18.216 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 16.632 325.776 28.512 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 16.632 325.776 28.512 326.964 ;
    END
  END AGND1
  PIN AGND2
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 33 325.776 34.584 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 33 325.776 44.88 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 33 325.776 44.88 326.964 ;
    END
  END AGND2
  PIN AGND3
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 49.368 325.776 50.952 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 49.368 325.776 61.248 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 49.368 325.776 61.248 326.964 ;
    END
  END AGND3
  PIN AGND4
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 65.736 325.776 67.32 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 65.736 325.776 77.616 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 65.736 325.776 77.616 326.964 ;
    END
  END AGND4
  PIN AGND5
    DIRECTION OUTPUT ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 82.104 325.776 83.688 326.964 ;
    END
    PORT
      LAYER PM ;
      RECT 82.104 325.776 93.984 326.964 ;
    END
    PORT
      LAYER M7T ;
      RECT 82.104 325.776 93.984 326.964 ;
    END
  END AGND5
##IORING_PIN  PIN CTR5
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 210.54 133.188 210.672 134.178 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 133.188 0.132 134.178 ;
##IORING_PIN    END
##IORING_PIN  END CTR5
##IORING_PIN  PIN CTR42
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 210.54 134.673 210.672 134.871 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 134.673 0.132 134.871 ;
##IORING_PIN    END
##IORING_PIN  END CTR42
##IORING_PIN  PIN CTR41
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 210.54 135.135 210.672 135.333 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.135 0.132 135.333 ;
##IORING_PIN    END
##IORING_PIN  END CTR41
##IORING_PIN  PIN CTR40
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 210.54 135.597 210.672 135.795 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
##IORING_PIN      RECT 0 135.597 0.132 135.795 ;
##IORING_PIN    END
##IORING_PIN  END CTR40
##IORING_PIN  PIN CTR6
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.383 0.132 229.581 ;
##IORING_PIN      RECT 210.54 229.383 210.672 229.581 ;
##IORING_PIN    END
##IORING_PIN  END CTR6
##IORING_PIN  PIN CTR3
##IORING_PIN    ##IORING_USE TEST ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
##IORING_PIN      RECT 0 229.845 0.132 230.043 ;
##IORING_PIN      RECT 210.54 229.845 210.672 230.043 ;
##IORING_PIN    END
##IORING_PIN  END CTR3
##IORING_PIN  PIN VSS
##IORING_PIN    #SPICE PIN VSS ;
##IORING_PIN    ##IORING_USE GROUND ;
##IORING_PIN    DIRECTION INOUT ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 231.891 210.672 232.485 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 231.891 0.132 232.485 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 230.175 210.672 230.769 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 230.175 0.132 230.769 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 228.459 210.672 229.053 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 228.459 0.132 229.053 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 226.743 210.672 227.337 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 226.743 0.132 227.337 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 225.027 210.672 225.621 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 225.027 0.132 225.621 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 223.311 210.672 223.905 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 223.311 0.132 223.905 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 221.595 210.672 222.189 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 221.595 0.132 222.189 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 219.879 210.672 220.473 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 219.879 0.132 220.473 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 218.163 210.672 218.757 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 218.163 0.132 218.757 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 216.447 210.672 217.041 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 216.447 0.132 217.041 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 214.731 210.672 215.325 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 214.731 0.132 215.325 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 213.015 210.672 213.609 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 213.015 0.132 213.609 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 211.299 210.672 211.893 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 211.299 0.132 211.893 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 209.583 210.672 210.177 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 209.583 0.132 210.177 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 207.867 210.672 208.461 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 207.867 0.132 208.461 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 206.151 210.672 206.745 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 206.151 0.132 206.745 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 204.435 210.672 205.029 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 204.435 0.132 205.029 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 202.719 210.672 203.313 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 202.719 0.132 203.313 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 201.003 210.672 201.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 201.003 0.132 201.597 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 199.287 210.672 199.881 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 199.287 0.132 199.881 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 197.571 210.672 198.165 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 197.571 0.132 198.165 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 195.855 210.672 196.449 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 195.855 0.132 196.449 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 194.139 210.672 194.733 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 194.139 0.132 194.733 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 192.423 210.672 193.017 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 192.423 0.132 193.017 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 190.707 210.672 191.301 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 190.707 0.132 191.301 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 188.991 210.672 189.585 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 188.991 0.132 189.585 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 187.275 210.672 187.869 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 187.275 0.132 187.869 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 185.559 210.672 186.153 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 185.559 0.132 186.153 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 183.843 210.672 184.437 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 183.843 0.132 184.437 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 182.127 210.672 182.721 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 182.127 0.132 182.721 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 180.411 210.672 181.005 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 180.411 0.132 181.005 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 178.695 210.672 179.289 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 178.695 0.132 179.289 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 176.979 210.672 177.573 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 176.979 0.132 177.573 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 175.263 210.672 175.857 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 175.263 0.132 175.857 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 173.547 210.672 174.141 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 173.547 0.132 174.141 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 171.831 210.672 172.425 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 171.831 0.132 172.425 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 170.115 210.672 170.709 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 170.115 0.132 170.709 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 168.399 210.672 168.993 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 168.399 0.132 168.993 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 166.683 210.672 167.277 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 166.683 0.132 167.277 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 164.967 210.672 165.561 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 164.967 0.132 165.561 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 163.251 210.672 163.845 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 163.251 0.132 163.845 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 161.535 210.672 162.129 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 161.535 0.132 162.129 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 159.819 210.672 160.413 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 159.819 0.132 160.413 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 158.103 210.672 158.697 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 158.103 0.132 158.697 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 156.387 210.672 156.981 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 156.387 0.132 156.981 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 154.671 210.672 155.265 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 154.671 0.132 155.265 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 152.955 210.672 153.549 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 152.955 0.132 153.549 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 151.239 210.672 151.833 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 151.239 0.132 151.833 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 149.523 210.672 150.117 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 149.523 0.132 150.117 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 147.807 210.672 148.401 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 147.807 0.132 148.401 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 146.091 210.672 146.685 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 146.091 0.132 146.685 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 144.375 210.672 144.969 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 144.375 0.132 144.969 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 142.659 210.672 143.253 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 142.659 0.132 143.253 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 140.943 210.672 141.537 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 140.943 0.132 141.537 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 139.227 210.672 139.821 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 139.227 0.132 139.821 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 137.511 210.672 138.105 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 137.511 0.132 138.105 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 135.795 210.672 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 210.54 135.795 210.672 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 0 135.795 0.132 136.389 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 210.54 134.079 210.672 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 210.54 134.079 210.672 134.673 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
##IORING_PIN      RECT 0 134.079 0.132 134.673 ;
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN    END
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##IORING_PIN    END
##IORING_PIN    PORT
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##IORING_PIN      RECT 0 15.114 0.132 15.378 ;
##IORING_PIN      RECT 0 15.642 0.132 15.906 ;
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##IORING_PIN      RECT 0 21.45 0.132 21.714 ;
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##IORING_PIN      RECT 0 23.034 0.132 23.298 ;
##IORING_PIN      RECT 0 23.562 0.132 23.826 ;
##IORING_PIN      RECT 0 24.09 0.132 24.354 ;
##IORING_PIN      RECT 0 24.618 0.132 24.882 ;
##IORING_PIN      RECT 0 25.146 0.132 25.41 ;
##IORING_PIN      RECT 0 25.674 0.132 25.938 ;
##IORING_PIN      RECT 0 26.202 0.132 26.466 ;
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##IORING_PIN      RECT 0 27.258 0.132 27.522 ;
##IORING_PIN      RECT 0 27.786 0.132 28.05 ;
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##IORING_PIN      RECT 0 30.426 0.132 30.69 ;
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##IORING_PIN      RECT 0 31.482 0.132 31.746 ;
##IORING_PIN      RECT 0 32.01 0.132 32.274 ;
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##IORING_PIN      RECT 0 33.066 0.132 33.33 ;
##IORING_PIN      RECT 0 33.594 0.132 33.858 ;
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##IORING_PIN      RECT 0 34.65 0.132 34.914 ;
##IORING_PIN      RECT 0 35.178 0.132 35.442 ;
##IORING_PIN      RECT 0 35.706 0.132 35.97 ;
##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
##IORING_PIN      RECT 0 36.762 0.132 37.026 ;
##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
##IORING_PIN      RECT 0 37.818 0.132 38.082 ;
##IORING_PIN      RECT 0 38.346 0.132 38.61 ;
##IORING_PIN      RECT 0 38.874 0.132 39.138 ;
##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
##IORING_PIN      RECT 0 39.93 0.132 40.194 ;
##IORING_PIN      RECT 0 40.458 0.132 40.722 ;
##IORING_PIN      RECT 0 40.986 0.132 41.25 ;
##IORING_PIN      RECT 0 41.514 0.132 41.778 ;
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##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
##IORING_PIN      RECT 0 44.154 0.132 44.418 ;
##IORING_PIN      RECT 0 44.682 0.132 44.946 ;
##IORING_PIN      RECT 0 45.21 0.132 45.474 ;
##IORING_PIN      RECT 0 45.738 0.132 46.002 ;
##IORING_PIN      RECT 0 46.266 0.132 46.53 ;
##IORING_PIN      RECT 0 46.794 0.132 47.058 ;
##IORING_PIN      RECT 0 47.322 0.132 47.586 ;
##IORING_PIN      RECT 0 47.85 0.132 48.114 ;
##IORING_PIN      RECT 0 48.378 0.132 48.642 ;
##IORING_PIN      RECT 0 48.906 0.132 49.17 ;
##IORING_PIN      RECT 0 49.434 0.132 49.698 ;
##IORING_PIN      RECT 0 49.962 0.132 50.226 ;
##IORING_PIN      RECT 0 50.49 0.132 50.754 ;
##IORING_PIN      RECT 0 51.018 0.132 51.282 ;
##IORING_PIN      RECT 0 51.546 0.132 51.81 ;
##IORING_PIN      RECT 0 52.074 0.132 52.338 ;
##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
##IORING_PIN      RECT 0 53.13 0.132 53.394 ;
##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
##IORING_PIN      RECT 0 56.826 0.132 57.09 ;
##IORING_PIN      RECT 0 57.354 0.132 57.618 ;
##IORING_PIN      RECT 0 57.882 0.132 58.146 ;
##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
##IORING_PIN      RECT 0 58.938 0.132 59.202 ;
##IORING_PIN      RECT 0 59.466 0.132 59.73 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M1L ;
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##IORING_PIN      RECT 0 1.32 0.132 1.584 ;
##IORING_PIN      RECT 0 1.914 0.132 2.178 ;
##IORING_PIN      RECT 0 2.442 0.132 2.706 ;
##IORING_PIN      RECT 0 2.97 0.132 3.234 ;
##IORING_PIN      RECT 0 3.498 0.132 3.762 ;
##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
##IORING_PIN      RECT 0 4.554 0.132 4.818 ;
##IORING_PIN      RECT 0 5.082 0.132 5.346 ;
##IORING_PIN      RECT 0 5.61 0.132 5.874 ;
##IORING_PIN      RECT 0 6.138 0.132 6.402 ;
##IORING_PIN      RECT 0 6.666 0.132 6.93 ;
##IORING_PIN      RECT 0 7.194 0.132 7.458 ;
##IORING_PIN      RECT 0 7.722 0.132 7.986 ;
##IORING_PIN      RECT 0 8.25 0.132 8.514 ;
##IORING_PIN      RECT 0 8.778 0.132 9.042 ;
##IORING_PIN      RECT 0 9.306 0.132 9.57 ;
##IORING_PIN      RECT 0 9.834 0.132 10.098 ;
##IORING_PIN      RECT 0 10.362 0.132 10.626 ;
##IORING_PIN      RECT 0 10.89 0.132 11.154 ;
##IORING_PIN      RECT 0 11.418 0.132 11.682 ;
##IORING_PIN      RECT 0 11.946 0.132 12.21 ;
##IORING_PIN      RECT 0 12.474 0.132 12.738 ;
##IORING_PIN      RECT 0 13.002 0.132 13.266 ;
##IORING_PIN      RECT 0 13.53 0.132 13.794 ;
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##IORING_PIN      RECT 0 52.602 0.132 52.866 ;
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##IORING_PIN      RECT 0 53.658 0.132 53.922 ;
##IORING_PIN      RECT 0 54.186 0.132 54.45 ;
##IORING_PIN      RECT 0 54.714 0.132 54.978 ;
##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
##IORING_PIN      RECT 0 55.77 0.132 56.034 ;
##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M2L ;
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##IORING_PIN      RECT 0 4.026 0.132 4.29 ;
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##IORING_PIN      RECT 0 16.17 0.132 16.434 ;
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##IORING_PIN      RECT 0 36.234 0.132 36.498 ;
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##IORING_PIN      RECT 0 37.29 0.132 37.554 ;
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##IORING_PIN      RECT 0 39.402 0.132 39.666 ;
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##IORING_PIN      RECT 0 42.57 0.132 42.834 ;
##IORING_PIN      RECT 0 43.098 0.132 43.362 ;
##IORING_PIN      RECT 0 43.626 0.132 43.89 ;
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##IORING_PIN      RECT 0 55.242 0.132 55.506 ;
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##IORING_PIN      RECT 0 56.298 0.132 56.562 ;
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##IORING_PIN      RECT 0 58.41 0.132 58.674 ;
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##IORING_PIN    END
##IORING_PIN  END VDD33L
##IORING_PIN  PIN VDD33R
##IORING_PIN    ##IORING_USE POWER ;
##IORING_PIN    DIRECTION FEEDTHRU ;
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
##IORING_PIN      RECT 210.54 231.033 210.672 231.627 ;
##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M5L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M4L ;
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##IORING_PIN    END
##IORING_PIN    PORT
##IORING_PIN      LAYER M3L ;
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##IORING_PIN    END
##IORING_PIN    PORT
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    RECT 68.541 322.641 69.531 323.631 ;
    RECT 70.521 322.641 71.511 323.631 ;
    RECT 72.501 322.641 73.491 323.631 ;
    RECT 74.481 322.641 75.471 323.631 ;
    RECT 76.461 322.641 77.451 323.631 ;
    RECT 78.441 322.641 79.431 323.631 ;
    RECT 80.421 322.641 81.411 323.631 ;
    RECT 82.401 322.641 83.391 323.631 ;
    RECT 84.381 322.641 85.371 323.631 ;
    RECT 86.361 322.641 87.351 323.631 ;
    RECT 88.341 322.641 89.331 323.631 ;
    RECT 90.321 322.641 91.311 323.631 ;
    RECT 92.301 322.641 93.291 323.631 ;
    RECT 94.281 322.641 95.271 323.631 ;
    RECT 96.261 322.641 97.251 323.631 ;
    RECT 98.241 322.641 99.231 323.631 ;
    RECT 100.221 322.641 101.211 323.631 ;
    RECT 102.201 322.641 103.191 323.631 ;
    RECT 21.021 322.641 22.011 323.631 ;
    RECT 23.001 322.641 23.991 323.631 ;
    RECT 24.981 322.641 25.971 323.631 ;
    RECT 26.961 322.641 27.951 323.631 ;
    RECT 28.941 322.641 29.931 323.631 ;
    RECT 30.921 322.641 31.911 323.631 ;
    RECT 32.901 322.641 33.891 323.631 ;
    RECT 34.881 322.641 35.871 323.631 ;
    RECT 36.861 322.641 37.851 323.631 ;
    RECT 38.841 322.641 39.831 323.631 ;
    RECT 40.821 322.641 41.811 323.631 ;
    RECT 42.801 322.641 43.791 323.631 ;
    RECT 44.781 322.641 45.771 323.631 ;
    RECT 46.761 322.641 47.751 323.631 ;
    RECT 48.741 322.641 49.731 323.631 ;
    RECT 50.721 322.641 51.711 323.631 ;
    RECT 52.701 322.641 53.691 323.631 ;
    RECT 54.681 322.641 55.671 323.631 ;
    RECT 56.661 322.641 57.651 323.631 ;
    RECT 58.641 322.641 59.631 323.631 ;
    RECT 60.621 322.641 61.611 323.631 ;
    RECT 107.481 322.641 108.471 323.631 ;
    RECT 109.461 322.641 110.451 323.631 ;
    RECT 111.441 322.641 112.431 323.631 ;
    RECT 113.421 322.641 114.411 323.631 ;
    RECT 115.401 322.641 116.391 323.631 ;
    RECT 117.381 322.641 118.371 323.631 ;
    RECT 119.361 322.641 120.351 323.631 ;
    RECT 121.341 322.641 122.331 323.631 ;
    RECT 123.321 322.641 124.311 323.631 ;
    RECT 125.301 322.641 126.291 323.631 ;
    RECT 127.281 322.641 128.271 323.631 ;
    RECT 129.261 322.641 130.251 323.631 ;
    RECT 131.241 322.641 132.231 323.631 ;
    RECT 133.221 322.641 134.211 323.631 ;
    RECT 135.201 322.641 136.191 323.631 ;
    RECT 137.181 322.641 138.171 323.631 ;
    RECT 139.161 322.641 140.151 323.631 ;
    RECT 141.141 322.641 142.131 323.631 ;
    RECT 143.121 322.641 144.111 323.631 ;
    RECT 145.101 322.641 146.091 323.631 ;
    RECT 147.081 322.641 148.071 323.631 ;
    RECT 149.061 322.641 150.051 323.631 ;
    RECT 151.041 322.641 152.031 323.631 ;
    RECT 153.021 322.641 154.011 323.631 ;
    RECT 155.001 322.641 155.991 323.631 ;
    RECT 156.981 322.641 157.971 323.631 ;
    RECT 158.961 322.641 159.951 323.631 ;
    RECT 160.941 322.641 161.931 323.631 ;
    RECT 162.921 322.641 163.911 323.631 ;
    RECT 164.901 322.641 165.891 323.631 ;
    RECT 166.881 322.641 167.871 323.631 ;
    RECT 168.861 322.641 169.851 323.631 ;
    RECT 170.841 322.641 171.831 323.631 ;
    RECT 172.821 322.641 173.811 323.631 ;
    RECT 174.801 322.641 175.791 323.631 ;
    RECT 176.781 322.641 177.771 323.631 ;
    RECT 178.761 322.641 179.751 323.631 ;
    RECT 180.741 322.641 181.731 323.631 ;
    RECT 182.721 322.641 183.711 323.631 ;
    RECT 184.701 322.641 185.691 323.631 ;
    RECT 186.681 322.641 187.671 323.631 ;
    RECT 188.661 322.641 189.651 323.631 ;
    LAYER M2L ;
    RECT 62.601 322.641 63.591 323.631 ;
    RECT 64.581 322.641 65.571 323.631 ;
    RECT 66.561 322.641 67.551 323.631 ;
    RECT 68.541 322.641 69.531 323.631 ;
    RECT 70.521 322.641 71.511 323.631 ;
    RECT 72.501 322.641 73.491 323.631 ;
    RECT 74.481 322.641 75.471 323.631 ;
    RECT 76.461 322.641 77.451 323.631 ;
    RECT 78.441 322.641 79.431 323.631 ;
    RECT 80.421 322.641 81.411 323.631 ;
    RECT 82.401 322.641 83.391 323.631 ;
    RECT 84.381 322.641 85.371 323.631 ;
    RECT 86.361 322.641 87.351 323.631 ;
    RECT 88.341 322.641 89.331 323.631 ;
    RECT 90.321 322.641 91.311 323.631 ;
    RECT 92.301 322.641 93.291 323.631 ;
    RECT 94.281 322.641 95.271 323.631 ;
    RECT 96.261 322.641 97.251 323.631 ;
    RECT 98.241 322.641 99.231 323.631 ;
    RECT 100.221 322.641 101.211 323.631 ;
    RECT 102.201 322.641 103.191 323.631 ;
    RECT 21.021 322.641 22.011 323.631 ;
    RECT 23.001 322.641 23.991 323.631 ;
    RECT 24.981 322.641 25.971 323.631 ;
    RECT 26.961 322.641 27.951 323.631 ;
    RECT 28.941 322.641 29.931 323.631 ;
    RECT 30.921 322.641 31.911 323.631 ;
    RECT 32.901 322.641 33.891 323.631 ;
    RECT 34.881 322.641 35.871 323.631 ;
    RECT 36.861 322.641 37.851 323.631 ;
    RECT 38.841 322.641 39.831 323.631 ;
    RECT 40.821 322.641 41.811 323.631 ;
    RECT 42.801 322.641 43.791 323.631 ;
    RECT 44.781 322.641 45.771 323.631 ;
    RECT 46.761 322.641 47.751 323.631 ;
    RECT 48.741 322.641 49.731 323.631 ;
    RECT 50.721 322.641 51.711 323.631 ;
    RECT 52.701 322.641 53.691 323.631 ;
    RECT 54.681 322.641 55.671 323.631 ;
    RECT 56.661 322.641 57.651 323.631 ;
    RECT 58.641 322.641 59.631 323.631 ;
    RECT 60.621 322.641 61.611 323.631 ;
    RECT 107.481 322.641 108.471 323.631 ;
    RECT 109.461 322.641 110.451 323.631 ;
    RECT 111.441 322.641 112.431 323.631 ;
    RECT 113.421 322.641 114.411 323.631 ;
    RECT 115.401 322.641 116.391 323.631 ;
    RECT 117.381 322.641 118.371 323.631 ;
    RECT 119.361 322.641 120.351 323.631 ;
    RECT 121.341 322.641 122.331 323.631 ;
    RECT 123.321 322.641 124.311 323.631 ;
    RECT 125.301 322.641 126.291 323.631 ;
    RECT 127.281 322.641 128.271 323.631 ;
    RECT 129.261 322.641 130.251 323.631 ;
    RECT 131.241 322.641 132.231 323.631 ;
    RECT 133.221 322.641 134.211 323.631 ;
    RECT 135.201 322.641 136.191 323.631 ;
    RECT 137.181 322.641 138.171 323.631 ;
    RECT 139.161 322.641 140.151 323.631 ;
    RECT 141.141 322.641 142.131 323.631 ;
    RECT 143.121 322.641 144.111 323.631 ;
    RECT 145.101 322.641 146.091 323.631 ;
    RECT 147.081 322.641 148.071 323.631 ;
    RECT 149.061 322.641 150.051 323.631 ;
    RECT 151.041 322.641 152.031 323.631 ;
    RECT 153.021 322.641 154.011 323.631 ;
    RECT 155.001 322.641 155.991 323.631 ;
    RECT 156.981 322.641 157.971 323.631 ;
    RECT 158.961 322.641 159.951 323.631 ;
    RECT 160.941 322.641 161.931 323.631 ;
    RECT 162.921 322.641 163.911 323.631 ;
    RECT 164.901 322.641 165.891 323.631 ;
    RECT 166.881 322.641 167.871 323.631 ;
    RECT 168.861 322.641 169.851 323.631 ;
    RECT 170.841 322.641 171.831 323.631 ;
    RECT 172.821 322.641 173.811 323.631 ;
    RECT 174.801 322.641 175.791 323.631 ;
    RECT 176.781 322.641 177.771 323.631 ;
    RECT 178.761 322.641 179.751 323.631 ;
    RECT 180.741 322.641 181.731 323.631 ;
    RECT 182.721 322.641 183.711 323.631 ;
    RECT 184.701 322.641 185.691 323.631 ;
    RECT 186.681 322.641 187.671 323.631 ;
    RECT 188.661 322.641 189.651 323.631 ;
    LAYER M6S ;
    RECT 16.632 323.07 21.087 324.654 ;
    RECT 21.087 323.07 28.512 324.654 ;
    RECT 33 323.07 43.395 324.654 ;
    RECT 43.395 323.07 44.88 324.654 ;
    RECT 49.368 323.07 54.185 324.654 ;
    RECT 54.185 323.07 61.248 324.654 ;
    RECT 65.736 323.07 68.541 324.654 ;
    RECT 68.541 323.07 77.616 324.654 ;
    RECT 82.104 323.07 92.499 324.654 ;
    RECT 92.499 323.07 93.984 324.654 ;
    RECT 116.688 323.07 120.029 324.654 ;
    RECT 120.029 323.07 128.568 324.654 ;
    RECT 133.056 323.07 135.531 324.654 ;
    RECT 135.531 323.07 144.936 324.654 ;
    RECT 149.424 323.07 157.839 324.654 ;
    RECT 157.839 323.07 161.304 324.654 ;
    RECT 165.792 323.07 177.003 324.654 ;
    RECT 182.16 323.07 188.661 324.654 ;
    RECT 177.003 323.07 177.672 325.776 ;
    RECT 188.661 323.07 194.04 324.654 ;
    LAYER M1L ;
    RECT 62.601 323.631 84.381 324.621 ;
    RECT 84.381 323.631 103.191 324.621 ;
    RECT 16.632 323.631 32.901 324.621 ;
    RECT 32.901 323.631 42.801 324.621 ;
    RECT 42.801 323.631 62.601 324.621 ;
    RECT 107.481 323.631 129.261 324.621 ;
    RECT 129.261 323.631 149.061 324.621 ;
    RECT 149.061 323.631 170.841 324.621 ;
    RECT 170.841 323.631 180.741 324.621 ;
    RECT 180.741 323.631 194.04 324.621 ;
    LAYER M2L ;
    RECT 62.601 323.631 84.381 324.621 ;
    RECT 84.381 323.631 103.191 324.621 ;
    RECT 16.632 323.631 32.901 324.621 ;
    RECT 32.901 323.631 42.801 324.621 ;
    RECT 42.801 323.631 62.601 324.621 ;
    RECT 107.481 323.631 129.261 324.621 ;
    RECT 129.261 323.631 149.061 324.621 ;
    RECT 149.061 323.631 170.841 324.621 ;
    RECT 170.841 323.631 180.741 324.621 ;
    RECT 180.741 323.631 194.04 324.621 ;
    LAYER M3L ;
    RECT 16.632 323.631 103.191 324.621 ;
    RECT 107.481 323.631 194.04 324.621 ;
    LAYER M4L ;
    RECT 28.941 323.631 40.821 324.621 ;
    RECT 11.583 323.631 24.981 324.621 ;
    RECT 24.981 323.631 28.941 324.621 ;
    RECT 40.821 323.631 52.701 324.621 ;
    RECT 52.701 323.631 64.581 324.621 ;
    RECT 64.581 323.631 76.461 324.621 ;
    RECT 76.461 323.631 88.341 324.621 ;
    RECT 88.341 323.631 103.191 324.621 ;
    RECT 107.481 323.631 117.381 324.621 ;
    RECT 117.381 323.631 129.261 324.621 ;
    RECT 129.261 323.631 141.141 324.621 ;
    RECT 141.141 323.631 153.021 324.621 ;
    RECT 153.021 323.631 164.901 324.621 ;
    RECT 164.901 323.631 176.781 324.621 ;
    RECT 196.581 323.631 199.089 324.621 ;
    RECT 176.781 323.631 184.701 324.621 ;
    RECT 184.701 323.631 196.581 324.621 ;
    LAYER M5L ;
    RECT 13.101 323.631 17.061 324.621 ;
    RECT 11.583 323.631 13.101 324.621 ;
    RECT 17.061 323.631 21.021 324.621 ;
    RECT 56.661 323.631 60.621 324.621 ;
    RECT 60.621 323.631 64.581 324.621 ;
    RECT 100.221 323.631 103.191 324.621 ;
    RECT 21.021 323.631 24.981 324.621 ;
    RECT 24.981 323.631 28.941 324.621 ;
    RECT 28.941 323.631 32.901 324.621 ;
    RECT 32.901 323.631 36.861 324.621 ;
    RECT 36.861 323.631 40.821 324.621 ;
    RECT 40.821 323.631 44.781 324.621 ;
    RECT 44.781 323.631 48.741 324.621 ;
    RECT 48.741 323.631 52.701 324.621 ;
    RECT 52.701 323.631 56.661 324.621 ;
    RECT 64.581 323.631 68.541 324.621 ;
    RECT 68.541 323.631 72.501 324.621 ;
    RECT 72.501 323.631 76.461 324.621 ;
    RECT 76.461 323.631 80.421 324.621 ;
    RECT 80.421 323.631 84.381 324.621 ;
    RECT 84.381 323.631 88.341 324.621 ;
    RECT 88.341 323.631 92.301 324.621 ;
    RECT 92.301 323.631 96.261 324.621 ;
    RECT 96.261 323.631 100.221 324.621 ;
    RECT 189.651 323.631 192.621 324.621 ;
    RECT 192.621 323.631 196.581 324.621 ;
    RECT 197.571 323.631 198.099 324.621 ;
    RECT 141.141 323.631 145.101 324.621 ;
    RECT 145.101 323.631 149.061 324.621 ;
    RECT 184.701 323.631 189.651 324.621 ;
    RECT 107.481 323.631 109.461 324.621 ;
    RECT 109.461 323.631 113.421 324.621 ;
    RECT 113.421 323.631 117.381 324.621 ;
    RECT 117.381 323.631 121.341 324.621 ;
    RECT 121.341 323.631 125.301 324.621 ;
    RECT 125.301 323.631 129.261 324.621 ;
    RECT 129.261 323.631 133.221 324.621 ;
    RECT 133.221 323.631 137.181 324.621 ;
    RECT 137.181 323.631 141.141 324.621 ;
    RECT 149.061 323.631 153.021 324.621 ;
    RECT 153.021 323.631 156.981 324.621 ;
    RECT 156.981 323.631 160.941 324.621 ;
    RECT 160.941 323.631 164.901 324.621 ;
    RECT 164.901 323.631 168.861 324.621 ;
    RECT 168.861 323.631 172.821 324.621 ;
    RECT 172.821 323.631 176.781 324.621 ;
    RECT 176.781 323.631 180.741 324.621 ;
    RECT 180.741 323.631 184.701 324.621 ;
    LAYER M1L ;
    RECT 16.632 324.621 16.896 325.776 ;
    RECT 193.776 324.621 194.04 325.776 ;
    LAYER M2L ;
    RECT 16.632 324.621 16.896 325.776 ;
    RECT 193.776 324.621 194.04 325.776 ;
    LAYER M3L ;
    RECT 16.632 324.621 16.896 325.776 ;
    RECT 193.776 324.621 194.04 325.776 ;
    LAYER M4L ;
    RECT 16.632 324.621 16.896 325.776 ;
    RECT 193.776 324.621 194.04 325.776 ;
    LAYER M5L ;
    RECT 16.632 324.621 16.896 325.776 ;
    RECT 193.776 324.621 194.04 325.776 ;
    LAYER M6S ;
    RECT 16.632 324.654 18.216 325.776 ;
    RECT 33 324.654 34.584 325.776 ;
    RECT 49.368 324.654 50.952 325.776 ;
    RECT 65.736 324.654 67.32 325.776 ;
    RECT 82.104 324.654 83.688 325.776 ;
    RECT 126.984 324.654 128.568 325.776 ;
    RECT 143.352 324.654 144.936 325.776 ;
    RECT 159.72 324.654 161.304 325.776 ;
    RECT 176.088 324.654 177.003 325.776 ;
    RECT 192.456 324.654 194.04 325.776 ;
    RECT 18.216 325.776 18.876 326.964 ;
  END
END C0S8L0STARCIO_FE_ACPLIO38V10
VIA ASU8L052_V2L3L_R1_R6
  FOREIGN ASU8L052_V2L3L_R1_R6 ;
  LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER C2L3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER M3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END ASU8L052_V2L3L_R1_R6
VIA ASU8L052_V3L4L_R1_R6
  FOREIGN ASU8L052_V3L4L_R1_R6 ;
  LAYER M3L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER C3L4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END ASU8L052_V3L4L_R1_R6
VIA ASU8L052_V4L5L_R1_R6
  FOREIGN ASU8L052_V4L5L_R1_R6 ;
  LAYER M4L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER C4L5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER M5L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END ASU8L052_V4L5L_R1_R6
VIA ASU8L052_V1L2L_R1_R6
  FOREIGN ASU8L052_V1L2L_R1_R6 ;
  LAYER M1L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER C1L2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
  LAYER M2L ;
  RECT -0.033 -0.033 0.033 0.033 ;
END ASU8L052_V1L2L_R1_R6
SITE ACPLSCDR18V10
  CLASS PAD ;
  SIZE 420.024 BY 399.96 ;
END ACPLSCDR18V10
# 
MACRO ACPLSCDR18V10
# 
# gds2lef (Ver.3.21_64 Rev.0.02) Tue Apr 20 13:53:13 2010 # ACPLSCDR18V10
#   Input file name
#     LEF     : ./TOP.LEF
#     LEF     : ../LLEF/OUT.LLEF
#     GDSII   : LEF.gds2
#     mapfile : ./MAPFILE
#   Output file name
#     LEF     : temp.LEF
#     summary : gds2lef.sum
#   Option Of gds2lef
#     -offset 0.000000 0.000000
#     -viacell ASU8L052_V1L2L_R1_R6 ASU8L052_V2L3L_R1_R6 ASU8L052_V3L4L_R1_R6
#              ASU8L052_V4L5L_R1_R6
#     -copy -rect -offgrid -notiming -pathcut -overlapdel -copy_siteblock
# 
  FOREIGN ACPLSCDR18V10_R6 0 0 N ; 
  CLASS PAD ;
  SOURCE USER ;
  SIZE 420.024 BY 399.96 ;
  SYMMETRY X Y R90 ;
  #CLASS ANALOG ;
  SITE ACPLSCDR18V10 ;
  PIN AGND1
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M3L ;
      RECT 121.308 0 121.572 1.188 ;
    END
    PORT
      LAYER M2L ;
      RECT 121.308 0 121.572 1.188 ;
    END
    PORT
      LAYER M1L ;
      RECT 121.308 0 121.572 1.188 ;
    END
    PORT
      LAYER M4L ;
      RECT 121.308 0 121.572 1.188 ;
    END
    PORT
      LAYER M5L ;
      RECT 121.308 0 121.572 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 121.308 0 122.892 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 121.308 0 133.188 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 121.308 0 133.188 1.188 ;
    END
  END AGND1
  PIN AGND2
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 137.676 0 139.26 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 137.676 0 149.556 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 137.676 0 149.556 1.188 ;
    END
  END AGND2
  PIN AGND3
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 154.044 0 155.628 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 154.044 0 165.924 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 154.044 0 165.924 1.188 ;
    END
  END AGND3
  PIN AGND4
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 170.412 0 171.996 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 170.412 0 182.292 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 170.412 0 182.292 1.188 ;
    END
  END AGND4
  PIN AGND5
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 186.78 0 188.364 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 186.78 0 198.66 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 186.78 0 198.66 1.188 ;
    END
  END AGND5
  PIN AMC
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 202.785 398.772 202.983 399.96 ;
      LAYER M2L ;
      RECT 202.785 398.772 202.983 399.96 ;
      LAYER M3L ;
      RECT 202.785 398.772 202.983 399.96 ;
      LAYER M4L ;
      RECT 202.785 398.772 202.983 399.96 ;
      VIA 202.884 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 202.884 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 202.884 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 202.884 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 202.884 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 202.884 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.012584 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 3.88462 LAYER M3L ;
AntennaMaxSideAreaCAR 17.6224 LAYER M3L ;
AntennaMaxCutCAR 1.38462 LAYER C3L4L ;
  END AMC
  PIN ATBI0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 221.793 398.772 221.991 399.96 ;
      LAYER M2L ;
      RECT 221.793 398.772 221.991 399.96 ;
      LAYER M3L ;
      RECT 221.793 398.772 221.991 399.96 ;
      LAYER M4L ;
      RECT 221.793 398.772 221.991 399.96 ;
      VIA 221.892 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 221.892 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 221.892 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 221.892 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 221.892 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 221.892 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.470448 LAYER M3L ;
AntennaPartialMetalSideArea 1.386 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END ATBI0
  PIN ATBI1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 223.905 398.772 224.103 399.96 ;
      LAYER M2L ;
      RECT 223.905 398.772 224.103 399.96 ;
      LAYER M3L ;
      RECT 223.905 398.772 224.103 399.96 ;
      LAYER M4L ;
      RECT 223.905 398.772 224.103 399.96 ;
      VIA 224.004 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 224.004 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 224.004 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 224.004 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 224.004 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 224.004 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.461736 LAYER M3L ;
AntennaPartialMetalSideArea 1.34904 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.030976 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 1.73438 LAYER M3L ;
AntennaMaxSideAreaCAR 8.55114 LAYER M3L ;
AntennaMaxCutCAR 0.5625 LAYER C3L4L ;
  END ATBI1
  PIN AVDD1
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 221.364 0 233.244 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 221.364 0 233.244 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 231.66 0 233.244 1.188 ;
    END
  END AVDD1
  PIN AVDD2
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 237.732 0 249.612 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 237.732 0 249.612 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 248.028 0 249.612 1.188 ;
    END
  END AVDD2
  PIN AVDD3
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 254.1 0 265.98 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 254.1 0 265.98 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 264.396 0 265.98 1.188 ;
    END
  END AVDD3
  PIN AVDD4
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 270.468 0 282.348 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 270.468 0 282.348 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 280.764 0 282.348 1.188 ;
    END
  END AVDD4
  PIN AVDD5
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.00 ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 286.836 0 298.716 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 286.836 0 298.716 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 297.132 0 298.716 1.188 ;
    END
    PORT
      LAYER M3L ;
      RECT 298.452 0 298.716 1.188 ;
    END
    PORT
      LAYER M2L ;
      RECT 298.452 0 298.716 1.188 ;
    END
    PORT
      LAYER M1L ;
      RECT 298.452 0 298.716 1.188 ;
    END
    PORT
      LAYER M5L ;
      RECT 298.452 0 298.716 1.188 ;
    END
    PORT
      LAYER M4L ;
      RECT 298.452 0 298.716 1.188 ;
    END
  END AVDD5
  PIN BUNRI
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 207.009 398.772 207.207 399.96 ;
      LAYER M2L ;
      RECT 207.009 398.772 207.207 399.96 ;
      LAYER M3L ;
      RECT 207.009 398.772 207.207 399.96 ;
      LAYER M4L ;
      RECT 207.009 398.772 207.207 399.96 ;
      VIA 207.108 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 207.108 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 207.108 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 207.108 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 207.108 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 207.108 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.509652 LAYER M3L ;
AntennaPartialMetalSideArea 1.55232 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.012584 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 3.88462 LAYER M3L ;
AntennaMaxSideAreaCAR 17.6224 LAYER M3L ;
AntennaMaxCutCAR 1.38462 LAYER C3L4L ;
  END BUNRI
  PIN CLKI
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 163.713 398.772 163.911 399.96 ;
      LAYER M2L ;
      RECT 163.713 398.772 163.911 399.96 ;
      LAYER M3L ;
      RECT 163.713 398.772 163.911 399.96 ;
      LAYER M4L ;
      RECT 163.713 398.772 163.911 399.96 ;
      VIA 163.812 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 163.812 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 163.812 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 163.812 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 163.812 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 163.812 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.635976 LAYER M3L ;
AntennaPartialMetalSideArea 1.23816 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.075504 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.075504 LAYER M4L ;
AntennaMaxAreaCAR 0.807692 LAYER M3L ;
AntennaMaxSideAreaCAR 3.91608 LAYER M3L ;
AntennaMaxCutCAR 0.230769 LAYER C3L4L ;
  END CLKI
  PIN CLKO
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 214.401 398.772 214.599 399.96 ;
      LAYER M2L ;
      RECT 214.401 398.772 214.599 399.96 ;
      LAYER M3L ;
      RECT 214.401 398.772 214.599 399.96 ;
      LAYER M4L ;
      RECT 214.401 398.772 214.599 399.96 ;
      VIA 214.5 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 214.5 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 214.5 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 214.5 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 214.5 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 214.5 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 1.028016 LAYER M3L ;
AntennaPartialMetalSideArea 2.06976 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 1.003816 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 1.003816 LAYER M4L ;
  END CLKO
  PIN DLYSCN
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 203.841 398.772 204.039 399.96 ;
      LAYER M2L ;
      RECT 203.841 398.772 204.039 399.96 ;
      LAYER M3L ;
      RECT 203.841 398.772 204.039 399.96 ;
      LAYER M4L ;
      RECT 203.841 398.772 204.039 399.96 ;
      VIA 203.94 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 203.94 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 203.94 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 203.94 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 203.94 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 203.94 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.012584 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 3.88462 LAYER M3L ;
AntennaMaxSideAreaCAR 17.6224 LAYER M3L ;
AntennaMaxCutCAR 1.38462 LAYER C3L4L ;
  END DLYSCN
  PIN LC0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 188.001 398.772 188.199 399.96 ;
      LAYER M2L ;
      RECT 188.001 398.772 188.199 399.96 ;
      LAYER M3L ;
      RECT 188.001 398.772 188.199 399.96 ;
      LAYER M4L ;
      RECT 188.001 398.772 188.199 399.96 ;
      VIA 188.1 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 188.1 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 188.1 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 188.1 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 188.1 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 188.1 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END LC0
  PIN LC1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 185.889 398.772 186.087 399.96 ;
      LAYER M2L ;
      RECT 185.889 398.772 186.087 399.96 ;
      LAYER M3L ;
      RECT 185.889 398.772 186.087 399.96 ;
      LAYER M4L ;
      RECT 185.889 398.772 186.087 399.96 ;
      VIA 185.988 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 185.988 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 185.988 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 185.988 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 185.988 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 185.988 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END LC1
  PIN MODE
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 220.737 398.772 220.935 399.96 ;
      LAYER M2L ;
      RECT 220.737 398.772 220.935 399.96 ;
      LAYER M3L ;
      RECT 220.737 398.772 220.935 399.96 ;
      LAYER M4L ;
      RECT 220.737 398.772 220.935 399.96 ;
      VIA 220.836 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 220.836 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 220.836 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 220.836 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 220.836 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 220.836 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.514008 LAYER M3L ;
AntennaPartialMetalSideArea 1.5708 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.012584 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 3.88462 LAYER M3L ;
AntennaMaxSideAreaCAR 17.6224 LAYER M3L ;
AntennaMaxCutCAR 1.38462 LAYER C3L4L ;
  END MODE
  PIN N0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 183.777 398.772 183.975 399.96 ;
      LAYER M2L ;
      RECT 183.777 398.772 183.975 399.96 ;
      LAYER M3L ;
      RECT 183.777 398.772 183.975 399.96 ;
      LAYER M4L ;
      RECT 183.777 398.772 183.975 399.96 ;
      VIA 183.876 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 183.876 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 183.876 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 183.876 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 183.876 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 183.876 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N0
  PIN N1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 181.665 398.772 181.863 399.96 ;
      LAYER M2L ;
      RECT 181.665 398.772 181.863 399.96 ;
      LAYER M3L ;
      RECT 181.665 398.772 181.863 399.96 ;
      LAYER M4L ;
      RECT 181.665 398.772 181.863 399.96 ;
      VIA 181.764 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 181.764 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 181.764 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 181.764 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 181.764 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 181.764 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.518364 LAYER M3L ;
AntennaPartialMetalSideArea 1.58928 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N1
  PIN N2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 179.553 398.772 179.751 399.96 ;
      LAYER M2L ;
      RECT 179.553 398.772 179.751 399.96 ;
      LAYER M3L ;
      RECT 179.553 398.772 179.751 399.96 ;
      LAYER M4L ;
      RECT 179.553 398.772 179.751 399.96 ;
      VIA 179.652 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 179.652 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 179.652 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 179.652 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 179.652 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 179.652 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.448668 LAYER M3L ;
AntennaPartialMetalSideArea 1.2936 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N2
  PIN N3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 177.441 398.772 177.639 399.96 ;
      LAYER M2L ;
      RECT 177.441 398.772 177.639 399.96 ;
      LAYER M3L ;
      RECT 177.441 398.772 177.639 399.96 ;
      LAYER M4L ;
      RECT 177.441 398.772 177.639 399.96 ;
      VIA 177.54 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 177.54 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 177.54 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 177.54 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 177.54 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 177.54 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N3
  PIN N4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 175.329 398.772 175.527 399.96 ;
      LAYER M2L ;
      RECT 175.329 398.772 175.527 399.96 ;
      LAYER M3L ;
      RECT 175.329 398.772 175.527 399.96 ;
      LAYER M4L ;
      RECT 175.329 398.772 175.527 399.96 ;
      VIA 175.428 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 175.428 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 175.428 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 175.428 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 175.428 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 175.428 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N4
  PIN N5
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 173.217 398.772 173.415 399.96 ;
      LAYER M2L ;
      RECT 173.217 398.772 173.415 399.96 ;
      LAYER M3L ;
      RECT 173.217 398.772 173.415 399.96 ;
      LAYER M4L ;
      RECT 173.217 398.772 173.415 399.96 ;
      VIA 173.316 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 173.316 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 173.316 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 173.316 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 173.316 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 173.316 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END N5
  PIN PLOCK
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 222.849 398.772 223.047 399.96 ;
      LAYER M2L ;
      RECT 222.849 398.772 223.047 399.96 ;
      LAYER M3L ;
      RECT 222.849 398.772 223.047 399.96 ;
      LAYER M4L ;
      RECT 222.849 398.772 223.047 399.96 ;
      VIA 222.948 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 222.948 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 222.948 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 222.948 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 222.948 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 222.948 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.494406 LAYER M3L ;
AntennaPartialMetalSideArea 1.48764 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 0.30855 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 0.30855 LAYER M4L ;
  END PLOCK
  PIN RCLK
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 159.489 398.772 159.687 399.96 ;
      LAYER M2L ;
      RECT 159.489 398.772 159.687 399.96 ;
      LAYER M3L ;
      RECT 159.489 398.772 159.687 399.96 ;
      LAYER M4L ;
      RECT 159.489 398.772 159.687 399.96 ;
      VIA 159.588 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 159.588 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 159.588 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 159.588 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 159.588 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 159.588 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.635976 LAYER M3L ;
AntennaPartialMetalSideArea 1.23816 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.075504 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.075504 LAYER M4L ;
AntennaMaxAreaCAR 0.807692 LAYER M3L ;
AntennaMaxSideAreaCAR 3.91608 LAYER M3L ;
AntennaMaxCutCAR 0.230769 LAYER C3L4L ;
  END RCLK
  PIN SI
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 164.769 398.772 164.967 399.96 ;
      LAYER M2L ;
      RECT 164.769 398.772 164.967 399.96 ;
      LAYER M3L ;
      RECT 164.769 398.772 164.967 399.96 ;
      LAYER M4L ;
      RECT 164.769 398.772 164.967 399.96 ;
      VIA 164.868 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 164.868 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 164.868 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 164.868 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 164.868 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 164.868 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.466092 LAYER M3L ;
AntennaPartialMetalSideArea 1.36752 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.061952 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 1.26562 LAYER M3L ;
AntennaMaxSideAreaCAR 5.96591 LAYER M3L ;
AntennaMaxCutCAR 0.28125 LAYER C3L4L ;
  END SI
  PIN SKEWEN
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 171.105 398.772 171.303 399.96 ;
      LAYER M2L ;
      RECT 171.105 398.772 171.303 399.96 ;
      LAYER M3L ;
      RECT 171.105 398.772 171.303 399.96 ;
      LAYER M4L ;
      RECT 171.105 398.772 171.303 399.96 ;
      VIA 171.204 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 171.204 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 171.204 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 171.204 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 171.204 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 171.204 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END SKEWEN
  PIN SMC
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 204.897 398.772 205.095 399.96 ;
      LAYER M2L ;
      RECT 204.897 398.772 205.095 399.96 ;
      LAYER M3L ;
      RECT 204.897 398.772 205.095 399.96 ;
      LAYER M4L ;
      RECT 204.897 398.772 205.095 399.96 ;
      VIA 204.996 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 204.996 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 204.996 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 204.996 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 204.996 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 204.996 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.439956 LAYER M3L ;
AntennaPartialMetalSideArea 1.25664 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.061952 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 1.26562 LAYER M3L ;
AntennaMaxSideAreaCAR 5.96591 LAYER M3L ;
AntennaMaxCutCAR 0.28125 LAYER C3L4L ;
  END SMC
  PIN SO
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 189.057 398.772 189.255 399.96 ;
      LAYER M2L ;
      RECT 189.057 398.772 189.255 399.96 ;
      LAYER M3L ;
      RECT 189.057 398.772 189.255 399.96 ;
      LAYER M4L ;
      RECT 189.057 398.772 189.255 399.96 ;
      VIA 189.156 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 189.156 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 189.156 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 189.156 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 189.156 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 189.156 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 0.30855 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 0.30855 LAYER M4L ;
  END SO
  PIN STBY
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 168.993 398.772 169.191 399.96 ;
      LAYER M2L ;
      RECT 168.993 398.772 169.191 399.96 ;
      LAYER M3L ;
      RECT 168.993 398.772 169.191 399.96 ;
      LAYER M4L ;
      RECT 168.993 398.772 169.191 399.96 ;
      VIA 169.092 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 169.092 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 169.092 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 169.092 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 169.092 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 169.092 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.496584 LAYER M3L ;
AntennaPartialMetalSideArea 1.49688 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.02174 LAYER M3L ;
AntennaMaxSideAreaCAR 9.68379 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END STBY
  PIN TBI0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 158.433 398.772 158.631 399.96 ;
      LAYER M2L ;
      RECT 158.433 398.772 158.631 399.96 ;
      LAYER M3L ;
      RECT 158.433 398.772 158.631 399.96 ;
      LAYER M4L ;
      RECT 158.433 398.772 158.631 399.96 ;
      VIA 158.532 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 158.532 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 158.532 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 158.532 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 158.532 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 158.532 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.705672 LAYER M3L ;
AntennaPartialMetalSideArea 1.386 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.075504 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.075504 LAYER M4L ;
AntennaMaxAreaCAR 0.807692 LAYER M3L ;
AntennaMaxSideAreaCAR 3.91608 LAYER M3L ;
AntennaMaxCutCAR 0.230769 LAYER C3L4L ;
  END TBI0
  PIN TBI1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 165.825 398.772 166.023 399.96 ;
      LAYER M2L ;
      RECT 165.825 398.772 166.023 399.96 ;
      LAYER M3L ;
      RECT 165.825 398.772 166.023 399.96 ;
      LAYER M4L ;
      RECT 165.825 398.772 166.023 399.96 ;
      VIA 165.924 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 165.924 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 165.924 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 165.924 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 165.924 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 165.924 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.496584 LAYER M3L ;
AntennaPartialMetalSideArea 1.49688 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI1
  PIN TBI2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 182.721 398.772 182.919 399.96 ;
      LAYER M2L ;
      RECT 182.721 398.772 182.919 399.96 ;
      LAYER M3L ;
      RECT 182.721 398.772 182.919 399.96 ;
      LAYER M4L ;
      RECT 182.721 398.772 182.919 399.96 ;
      VIA 182.82 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 182.82 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 182.82 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 182.82 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 182.82 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 182.82 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI2
  PIN TBI3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 180.609 398.772 180.807 399.96 ;
      LAYER M2L ;
      RECT 180.609 398.772 180.807 399.96 ;
      LAYER M3L ;
      RECT 180.609 398.772 180.807 399.96 ;
      LAYER M4L ;
      RECT 180.609 398.772 180.807 399.96 ;
      VIA 180.708 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 180.708 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 180.708 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 180.708 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 180.708 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 180.708 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.470448 LAYER M3L ;
AntennaPartialMetalSideArea 1.386 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI3
  PIN TBI4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 178.497 398.772 178.695 399.96 ;
      LAYER M2L ;
      RECT 178.497 398.772 178.695 399.96 ;
      LAYER M3L ;
      RECT 178.497 398.772 178.695 399.96 ;
      LAYER M4L ;
      RECT 178.497 398.772 178.695 399.96 ;
      VIA 178.596 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 178.596 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 178.596 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 178.596 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 178.596 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 178.596 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.487872 LAYER M3L ;
AntennaPartialMetalSideArea 1.45992 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI4
  PIN TBI5
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 176.385 398.772 176.583 399.96 ;
      LAYER M2L ;
      RECT 176.385 398.772 176.583 399.96 ;
      LAYER M3L ;
      RECT 176.385 398.772 176.583 399.96 ;
      LAYER M4L ;
      RECT 176.385 398.772 176.583 399.96 ;
      VIA 176.484 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 176.484 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 176.484 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 176.484 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 176.484 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 176.484 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.466092 LAYER M3L ;
AntennaPartialMetalSideArea 1.36752 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI5
  PIN TBI6
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 174.273 398.772 174.471 399.96 ;
      LAYER M2L ;
      RECT 174.273 398.772 174.471 399.96 ;
      LAYER M3L ;
      RECT 174.273 398.772 174.471 399.96 ;
      LAYER M4L ;
      RECT 174.273 398.772 174.471 399.96 ;
      VIA 174.372 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 174.372 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 174.372 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 174.372 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 174.372 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 174.372 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI6
  PIN TBI7
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 172.161 398.772 172.359 399.96 ;
      LAYER M2L ;
      RECT 172.161 398.772 172.359 399.96 ;
      LAYER M3L ;
      RECT 172.161 398.772 172.359 399.96 ;
      LAYER M4L ;
      RECT 172.161 398.772 172.359 399.96 ;
      VIA 172.26 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 172.26 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 172.26 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 172.26 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 172.26 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 172.26 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI7
  PIN TBI8
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 186.945 398.772 187.143 399.96 ;
      LAYER M2L ;
      RECT 186.945 398.772 187.143 399.96 ;
      LAYER M3L ;
      RECT 186.945 398.772 187.143 399.96 ;
      LAYER M4L ;
      RECT 186.945 398.772 187.143 399.96 ;
      VIA 187.044 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 187.044 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 187.044 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 187.044 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 187.044 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 187.044 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI8
  PIN TBI9
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 184.833 398.772 185.031 399.96 ;
      LAYER M2L ;
      RECT 184.833 398.772 185.031 399.96 ;
      LAYER M3L ;
      RECT 184.833 398.772 185.031 399.96 ;
      LAYER M4L ;
      RECT 184.833 398.772 185.031 399.96 ;
      VIA 184.932 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 184.932 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 184.932 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 184.932 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 184.932 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 184.932 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI9
  PIN TBI10
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 170.049 398.772 170.247 399.96 ;
      LAYER M2L ;
      RECT 170.049 398.772 170.247 399.96 ;
      LAYER M3L ;
      RECT 170.049 398.772 170.247 399.96 ;
      LAYER M4L ;
      RECT 170.049 398.772 170.247 399.96 ;
      VIA 170.148 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 170.148 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 170.148 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 170.148 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 170.148 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 170.148 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.022264 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.022264 LAYER M4L ;
AntennaMaxAreaCAR 2.80435 LAYER M3L ;
AntennaMaxSideAreaCAR 13.5573 LAYER M3L ;
AntennaMaxCutCAR 0.782609 LAYER C3L4L ;
  END TBI10
  PIN TBI11
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 196.449 398.772 196.647 399.96 ;
      LAYER M2L ;
      RECT 196.449 398.772 196.647 399.96 ;
      LAYER M3L ;
      RECT 196.449 398.772 196.647 399.96 ;
      LAYER M4L ;
      RECT 196.449 398.772 196.647 399.96 ;
      VIA 196.548 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 196.548 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 196.548 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 196.548 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 196.548 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 196.548 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.47916 LAYER M3L ;
AntennaPartialMetalSideArea 1.42296 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.036784 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.036784 LAYER M4L ;
AntennaMaxAreaCAR 1.65789 LAYER M3L ;
AntennaMaxSideAreaCAR 8.03828 LAYER M3L ;
AntennaMaxCutCAR 0.473684 LAYER C3L4L ;
  END TBI11
  PIN TBI12
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 197.505 398.772 197.703 399.96 ;
      LAYER M2L ;
      RECT 197.505 398.772 197.703 399.96 ;
      LAYER M3L ;
      RECT 197.505 398.772 197.703 399.96 ;
      LAYER M4L ;
      RECT 197.505 398.772 197.703 399.96 ;
      VIA 197.604 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 197.604 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 197.604 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 197.604 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 197.604 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 197.604 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.453024 LAYER M3L ;
AntennaPartialMetalSideArea 1.31208 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.036784 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.036784 LAYER M4L ;
AntennaMaxAreaCAR 1.65789 LAYER M3L ;
AntennaMaxSideAreaCAR 8.03828 LAYER M3L ;
AntennaMaxCutCAR 0.473684 LAYER C3L4L ;
  END TBI12
  PIN TBI13
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 198.561 398.772 198.759 399.96 ;
      LAYER M2L ;
      RECT 198.561 398.772 198.759 399.96 ;
      LAYER M3L ;
      RECT 198.561 398.772 198.759 399.96 ;
      LAYER M4L ;
      RECT 198.561 398.772 198.759 399.96 ;
      VIA 198.66 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 198.66 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 198.66 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 198.66 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 198.66 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 198.66 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.036784 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.036784 LAYER M4L ;
AntennaMaxAreaCAR 1.65789 LAYER M3L ;
AntennaMaxSideAreaCAR 8.03828 LAYER M3L ;
AntennaMaxCutCAR 0.473684 LAYER C3L4L ;
  END TBI13
  PIN TBI14
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 199.617 398.772 199.815 399.96 ;
      LAYER M2L ;
      RECT 199.617 398.772 199.815 399.96 ;
      LAYER M3L ;
      RECT 199.617 398.772 199.815 399.96 ;
      LAYER M4L ;
      RECT 199.617 398.772 199.815 399.96 ;
      VIA 199.716 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 199.716 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 199.716 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 199.716 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 199.716 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 199.716 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.461736 LAYER M3L ;
AntennaPartialMetalSideArea 1.34904 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.036784 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.036784 LAYER M4L ;
AntennaMaxAreaCAR 1.65789 LAYER M3L ;
AntennaMaxSideAreaCAR 8.03828 LAYER M3L ;
AntennaMaxCutCAR 0.473684 LAYER C3L4L ;
  END TBI14
  PIN TBO0
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 215.457 398.772 215.655 399.96 ;
      LAYER M2L ;
      RECT 215.457 398.772 215.655 399.96 ;
      LAYER M3L ;
      RECT 215.457 398.772 215.655 399.96 ;
      LAYER M4L ;
      RECT 215.457 398.772 215.655 399.96 ;
      VIA 215.556 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 215.556 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 215.556 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 215.556 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 215.556 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 215.556 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.679536 LAYER M3L ;
AntennaPartialMetalSideArea 1.33056 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 1.003816 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 1.003816 LAYER M4L ;
  END TBO0
  PIN TBO1
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 224.961 398.772 225.159 399.96 ;
      LAYER M2L ;
      RECT 224.961 398.772 225.159 399.96 ;
      LAYER M3L ;
      RECT 224.961 398.772 225.159 399.96 ;
      LAYER M4L ;
      RECT 224.961 398.772 225.159 399.96 ;
      VIA 225.06 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 225.06 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 225.06 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 225.06 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 225.06 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 225.06 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.472626 LAYER M3L ;
AntennaPartialMetalSideArea 1.39524 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 0.461736 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 0.461736 LAYER M4L ;
  END TBO1
  PIN TBO2
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 226.017 398.772 226.215 399.96 ;
      LAYER M2L ;
      RECT 226.017 398.772 226.215 399.96 ;
      LAYER M3L ;
      RECT 226.017 398.772 226.215 399.96 ;
      LAYER M4L ;
      RECT 226.017 398.772 226.215 399.96 ;
      VIA 226.116 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 226.116 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 226.116 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 226.116 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 226.116 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 226.116 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.529254 LAYER M3L ;
AntennaPartialMetalSideArea 1.63548 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaDiffArea 0.30855 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaDiffArea 0.30855 LAYER M4L ;
  END TBO2
  PIN TEST
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 205.953 398.772 206.151 399.96 ;
      LAYER M2L ;
      RECT 205.953 398.772 206.151 399.96 ;
      LAYER M3L ;
      RECT 205.953 398.772 206.151 399.96 ;
      LAYER M4L ;
      RECT 205.953 398.772 206.151 399.96 ;
      VIA 206.052 399.036 ASU8L052_V1L2L_R1_R6 ;
      VIA 206.052 398.904 ASU8L052_V1L2L_R1_R6 ;
      VIA 206.052 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 206.052 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 206.052 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 206.052 399.036 ASU8L052_V3L4L_R1_R6 ;
    END
AntennaPartialMetalArea 0.235224 LAYER M1L ;
AntennaPartialMetalSideArea 0.38808 LAYER M1L ;
AntennaPartialMetalArea 0.235224 LAYER M2L ;
AntennaPartialMetalSideArea 0.38808 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.431244 LAYER M3L ;
AntennaPartialMetalSideArea 1.21968 LAYER M3L ;
AntennaPartialCutArea 0.017424 LAYER C2L3L ;
AntennaGateArea 0.012584 LAYER M3L ;
AntennaPartialMetalArea 0.235224 LAYER M4L ;
AntennaPartialMetalSideArea 0.38808 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 3.88462 LAYER M3L ;
AntennaMaxSideAreaCAR 17.6224 LAYER M3L ;
AntennaMaxCutCAR 1.38462 LAYER C3L4L ;
  END TEST
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 76.032 398.772 76.626 399.96 ;
      LAYER M3L ;
      RECT 76.032 398.772 76.626 399.96 ;
      LAYER M4L ;
      RECT 76.032 398.772 76.626 399.96 ;
      LAYER M5L ;
      RECT 76.032 398.772 76.626 399.96 ;
      VIA 76.428 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 76.296 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 76.296 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 76.428 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 76.428 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 76.296 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 76.428 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 76.296 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 76.428 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 76.296 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 76.428 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 76.296 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 77.22 398.772 77.814 399.96 ;
      LAYER M3L ;
      RECT 77.22 398.772 77.814 399.96 ;
      LAYER M4L ;
      RECT 77.22 398.772 77.814 399.96 ;
      LAYER M5L ;
      RECT 77.22 398.772 77.814 399.96 ;
      VIA 77.616 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 77.484 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 77.484 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 77.616 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 77.616 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 77.484 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 77.616 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 77.484 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 77.616 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 77.484 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 77.616 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 77.484 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 78.408 398.772 79.002 399.96 ;
      LAYER M3L ;
      RECT 78.408 398.772 79.002 399.96 ;
      LAYER M4L ;
      RECT 78.408 398.772 79.002 399.96 ;
      LAYER M5L ;
      RECT 78.408 398.772 79.002 399.96 ;
      VIA 78.804 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 78.672 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 78.672 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 78.804 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 78.804 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 78.672 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 78.804 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 78.672 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 78.804 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 78.672 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 78.804 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 78.672 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 79.596 398.772 80.19 399.96 ;
      LAYER M3L ;
      RECT 79.596 398.772 80.19 399.96 ;
      LAYER M4L ;
      RECT 79.596 398.772 80.19 399.96 ;
      LAYER M5L ;
      RECT 79.596 398.772 80.19 399.96 ;
      VIA 79.992 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 79.86 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 79.86 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 79.992 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 79.992 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 79.86 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 79.992 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 79.86 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 79.992 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 79.86 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 79.992 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 79.86 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 80.784 398.772 81.378 399.96 ;
      LAYER M3L ;
      RECT 80.784 398.772 81.378 399.96 ;
      LAYER M4L ;
      RECT 80.784 398.772 81.378 399.96 ;
      LAYER M5L ;
      RECT 80.784 398.772 81.378 399.96 ;
      VIA 81.18 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 81.048 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 81.048 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 81.18 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 81.18 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 81.048 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 81.18 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 81.048 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 81.18 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 81.048 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 81.18 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 81.048 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 81.972 398.772 82.566 399.96 ;
      LAYER M3L ;
      RECT 81.972 398.772 82.566 399.96 ;
      LAYER M4L ;
      RECT 81.972 398.772 82.566 399.96 ;
      LAYER M5L ;
      RECT 81.972 398.772 82.566 399.96 ;
      VIA 82.368 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 82.236 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 82.236 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 82.368 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 82.368 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 82.236 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 82.368 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 82.236 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 82.368 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 82.236 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 82.368 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 82.236 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 83.16 398.772 83.754 399.96 ;
      LAYER M3L ;
      RECT 83.16 398.772 83.754 399.96 ;
      LAYER M4L ;
      RECT 83.16 398.772 83.754 399.96 ;
      LAYER M5L ;
      RECT 83.16 398.772 83.754 399.96 ;
      VIA 83.556 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 83.424 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 83.424 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 83.556 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 83.556 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 83.424 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 83.556 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 83.424 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 83.556 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 83.424 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 83.556 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 83.424 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 84.348 398.772 84.942 399.96 ;
      LAYER M3L ;
      RECT 84.348 398.772 84.942 399.96 ;
      LAYER M4L ;
      RECT 84.348 398.772 84.942 399.96 ;
      LAYER M5L ;
      RECT 84.348 398.772 84.942 399.96 ;
      VIA 84.744 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 84.612 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 84.612 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 84.744 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 84.744 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 84.612 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 84.744 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 84.612 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 84.744 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 84.612 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 84.744 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 84.612 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 85.536 398.772 86.13 399.96 ;
      LAYER M3L ;
      RECT 85.536 398.772 86.13 399.96 ;
      LAYER M4L ;
      RECT 85.536 398.772 86.13 399.96 ;
      LAYER M5L ;
      RECT 85.536 398.772 86.13 399.96 ;
      VIA 85.932 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 85.8 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 85.8 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 85.932 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 85.932 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 85.8 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 85.932 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 85.8 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 85.932 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 85.8 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 85.932 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 85.8 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 86.724 398.772 87.318 399.96 ;
      LAYER M3L ;
      RECT 86.724 398.772 87.318 399.96 ;
      LAYER M4L ;
      RECT 86.724 398.772 87.318 399.96 ;
      LAYER M5L ;
      RECT 86.724 398.772 87.318 399.96 ;
      VIA 87.12 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 86.988 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 86.988 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 87.12 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 87.12 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 86.988 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 87.12 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 86.988 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 87.12 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 86.988 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 87.12 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 86.988 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 87.912 398.772 88.506 399.96 ;
      LAYER M3L ;
      RECT 87.912 398.772 88.506 399.96 ;
      LAYER M4L ;
      RECT 87.912 398.772 88.506 399.96 ;
      LAYER M5L ;
      RECT 87.912 398.772 88.506 399.96 ;
      VIA 88.308 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 88.176 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 88.176 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 88.308 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 88.308 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 88.176 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 88.308 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 88.176 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 88.308 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 88.176 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 88.308 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 88.176 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 89.1 398.772 89.694 399.96 ;
      LAYER M3L ;
      RECT 89.1 398.772 89.694 399.96 ;
      LAYER M4L ;
      RECT 89.1 398.772 89.694 399.96 ;
      LAYER M5L ;
      RECT 89.1 398.772 89.694 399.96 ;
      VIA 89.496 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 89.364 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 89.364 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 89.496 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 89.496 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 89.364 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 89.496 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 89.364 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 89.496 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 89.364 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 89.496 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 89.364 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 90.288 398.772 90.882 399.96 ;
      LAYER M3L ;
      RECT 90.288 398.772 90.882 399.96 ;
      LAYER M4L ;
      RECT 90.288 398.772 90.882 399.96 ;
      LAYER M5L ;
      RECT 90.288 398.772 90.882 399.96 ;
      VIA 90.684 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 90.552 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 90.552 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 90.684 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 90.684 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 90.552 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 90.684 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 90.552 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 90.684 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 90.552 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 90.684 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 90.552 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 91.476 398.772 92.07 399.96 ;
      LAYER M3L ;
      RECT 91.476 398.772 92.07 399.96 ;
      LAYER M4L ;
      RECT 91.476 398.772 92.07 399.96 ;
      LAYER M5L ;
      RECT 91.476 398.772 92.07 399.96 ;
      VIA 91.872 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 91.74 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 91.74 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 91.872 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 91.872 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 91.74 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 91.872 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 91.74 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 91.872 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 91.74 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 91.872 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 91.74 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 92.664 398.772 93.258 399.96 ;
      LAYER M3L ;
      RECT 92.664 398.772 93.258 399.96 ;
      LAYER M4L ;
      RECT 92.664 398.772 93.258 399.96 ;
      LAYER M5L ;
      RECT 92.664 398.772 93.258 399.96 ;
      VIA 93.06 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 92.928 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 92.928 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 93.06 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 93.06 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 92.928 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 93.06 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 92.928 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 93.06 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 92.928 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 93.06 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 92.928 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 93.852 398.772 94.446 399.96 ;
      LAYER M3L ;
      RECT 93.852 398.772 94.446 399.96 ;
      LAYER M4L ;
      RECT 93.852 398.772 94.446 399.96 ;
      LAYER M5L ;
      RECT 93.852 398.772 94.446 399.96 ;
      VIA 94.248 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 94.116 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 94.116 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 94.248 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 94.248 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 94.116 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 94.248 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 94.116 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 94.248 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 94.116 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 94.248 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 94.116 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 95.04 398.772 95.634 399.96 ;
      LAYER M3L ;
      RECT 95.04 398.772 95.634 399.96 ;
      LAYER M4L ;
      RECT 95.04 398.772 95.634 399.96 ;
      LAYER M5L ;
      RECT 95.04 398.772 95.634 399.96 ;
      VIA 95.436 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 95.304 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 95.304 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 95.436 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 95.436 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 95.304 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 95.436 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 95.304 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 95.436 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 95.304 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 95.436 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 95.304 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 96.228 398.772 96.822 399.96 ;
      LAYER M3L ;
      RECT 96.228 398.772 96.822 399.96 ;
      LAYER M4L ;
      RECT 96.228 398.772 96.822 399.96 ;
      LAYER M5L ;
      RECT 96.228 398.772 96.822 399.96 ;
      VIA 96.624 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 96.492 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 96.492 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 96.624 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 96.624 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 96.492 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 96.624 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 96.492 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 96.624 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 96.492 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 96.624 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 96.492 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 97.416 398.772 98.01 399.96 ;
      LAYER M3L ;
      RECT 97.416 398.772 98.01 399.96 ;
      LAYER M4L ;
      RECT 97.416 398.772 98.01 399.96 ;
      LAYER M5L ;
      RECT 97.416 398.772 98.01 399.96 ;
      VIA 97.812 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 97.68 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 97.68 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 97.812 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 97.812 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 97.68 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 97.812 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 97.68 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 97.812 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 97.68 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 97.812 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 97.68 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 98.604 398.772 99.198 399.96 ;
      LAYER M3L ;
      RECT 98.604 398.772 99.198 399.96 ;
      LAYER M4L ;
      RECT 98.604 398.772 99.198 399.96 ;
      LAYER M5L ;
      RECT 98.604 398.772 99.198 399.96 ;
      VIA 99 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 98.868 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 98.868 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 99 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 99 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 98.868 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 99 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 98.868 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 99 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 98.868 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 99 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 98.868 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 217.404 398.772 217.998 399.96 ;
      LAYER M3L ;
      RECT 217.404 398.772 217.998 399.96 ;
      LAYER M4L ;
      RECT 217.404 398.772 217.998 399.96 ;
      LAYER M5L ;
      RECT 217.404 398.772 217.998 399.96 ;
      VIA 217.8 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 217.668 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 217.668 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 217.8 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 217.8 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 217.668 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 217.8 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 217.668 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 217.8 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 217.668 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 217.8 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 217.668 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 218.592 398.772 219.186 399.96 ;
      LAYER M3L ;
      RECT 218.592 398.772 219.186 399.96 ;
      LAYER M4L ;
      RECT 218.592 398.772 219.186 399.96 ;
      LAYER M5L ;
      RECT 218.592 398.772 219.186 399.96 ;
      VIA 218.988 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 218.856 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 218.856 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 218.988 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 218.988 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 218.856 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 218.988 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 218.856 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 218.988 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 218.856 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 218.988 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 218.856 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 321.948 398.772 322.542 399.96 ;
      LAYER M3L ;
      RECT 321.948 398.772 322.542 399.96 ;
      LAYER M4L ;
      RECT 321.948 398.772 322.542 399.96 ;
      LAYER M5L ;
      RECT 321.948 398.772 322.542 399.96 ;
      VIA 322.344 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 322.212 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 322.212 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 322.344 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 322.344 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 322.212 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 322.344 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 322.212 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 322.344 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 322.212 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 322.344 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 322.212 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 323.136 398.772 323.73 399.96 ;
      LAYER M3L ;
      RECT 323.136 398.772 323.73 399.96 ;
      LAYER M4L ;
      RECT 323.136 398.772 323.73 399.96 ;
      LAYER M5L ;
      RECT 323.136 398.772 323.73 399.96 ;
      VIA 323.532 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 323.4 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 323.4 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 323.532 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 323.532 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 323.4 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 323.532 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 323.4 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 323.532 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 323.4 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 323.532 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 323.4 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 324.324 398.772 324.918 399.96 ;
      LAYER M3L ;
      RECT 324.324 398.772 324.918 399.96 ;
      LAYER M4L ;
      RECT 324.324 398.772 324.918 399.96 ;
      LAYER M5L ;
      RECT 324.324 398.772 324.918 399.96 ;
      VIA 324.72 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 324.588 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 324.588 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 324.72 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 324.72 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 324.588 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 324.72 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 324.588 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 324.72 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 324.588 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 324.72 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 324.588 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 325.512 398.772 326.106 399.96 ;
      LAYER M3L ;
      RECT 325.512 398.772 326.106 399.96 ;
      LAYER M4L ;
      RECT 325.512 398.772 326.106 399.96 ;
      LAYER M5L ;
      RECT 325.512 398.772 326.106 399.96 ;
      VIA 325.908 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 325.776 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 325.776 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 325.908 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 325.908 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 325.776 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 325.908 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 325.776 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 325.908 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 325.776 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 325.908 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 325.776 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 326.7 398.772 327.294 399.96 ;
      LAYER M3L ;
      RECT 326.7 398.772 327.294 399.96 ;
      LAYER M4L ;
      RECT 326.7 398.772 327.294 399.96 ;
      LAYER M5L ;
      RECT 326.7 398.772 327.294 399.96 ;
      VIA 327.096 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 326.964 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 326.964 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 327.096 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 327.096 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 326.964 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 327.096 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 326.964 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 327.096 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 326.964 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 327.096 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 326.964 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 327.888 398.772 328.482 399.96 ;
      LAYER M3L ;
      RECT 327.888 398.772 328.482 399.96 ;
      LAYER M4L ;
      RECT 327.888 398.772 328.482 399.96 ;
      LAYER M5L ;
      RECT 327.888 398.772 328.482 399.96 ;
      VIA 328.284 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 328.152 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 328.152 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 328.284 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 328.284 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 328.152 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 328.284 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 328.152 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 328.284 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 328.152 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 328.284 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 328.152 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 329.076 398.772 329.67 399.96 ;
      LAYER M3L ;
      RECT 329.076 398.772 329.67 399.96 ;
      LAYER M4L ;
      RECT 329.076 398.772 329.67 399.96 ;
      LAYER M5L ;
      RECT 329.076 398.772 329.67 399.96 ;
      VIA 329.472 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 329.34 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 329.34 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 329.472 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 329.472 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 329.34 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 329.472 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 329.34 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 329.472 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 329.34 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 329.472 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 329.34 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 330.264 398.772 330.858 399.96 ;
      LAYER M3L ;
      RECT 330.264 398.772 330.858 399.96 ;
      LAYER M4L ;
      RECT 330.264 398.772 330.858 399.96 ;
      LAYER M5L ;
      RECT 330.264 398.772 330.858 399.96 ;
      VIA 330.66 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 330.528 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 330.528 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 330.66 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 330.66 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 330.528 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 330.66 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 330.528 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 330.66 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 330.528 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 330.66 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 330.528 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 331.452 398.772 332.046 399.96 ;
      LAYER M3L ;
      RECT 331.452 398.772 332.046 399.96 ;
      LAYER M4L ;
      RECT 331.452 398.772 332.046 399.96 ;
      LAYER M5L ;
      RECT 331.452 398.772 332.046 399.96 ;
      VIA 331.848 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 331.716 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 331.716 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 331.848 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 331.848 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 331.716 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 331.848 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 331.716 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 331.848 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 331.716 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 331.848 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 331.716 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 332.64 398.772 333.234 399.96 ;
      LAYER M3L ;
      RECT 332.64 398.772 333.234 399.96 ;
      LAYER M4L ;
      RECT 332.64 398.772 333.234 399.96 ;
      LAYER M5L ;
      RECT 332.64 398.772 333.234 399.96 ;
      VIA 333.036 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 332.904 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 332.904 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 333.036 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 333.036 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 332.904 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 333.036 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 332.904 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 333.036 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 332.904 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 333.036 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 332.904 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 333.828 398.772 334.422 399.96 ;
      LAYER M3L ;
      RECT 333.828 398.772 334.422 399.96 ;
      LAYER M4L ;
      RECT 333.828 398.772 334.422 399.96 ;
      LAYER M5L ;
      RECT 333.828 398.772 334.422 399.96 ;
      VIA 334.224 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 334.092 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 334.092 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 334.224 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 334.224 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 334.092 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 334.224 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 334.092 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 334.224 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 334.092 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 334.224 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 334.092 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 335.016 398.772 335.61 399.96 ;
      LAYER M3L ;
      RECT 335.016 398.772 335.61 399.96 ;
      LAYER M4L ;
      RECT 335.016 398.772 335.61 399.96 ;
      LAYER M5L ;
      RECT 335.016 398.772 335.61 399.96 ;
      VIA 335.412 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 335.28 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 335.28 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 335.412 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 335.412 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 335.28 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 335.412 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 335.28 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 335.412 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 335.28 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 335.412 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 335.28 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 336.204 398.772 336.798 399.96 ;
      LAYER M3L ;
      RECT 336.204 398.772 336.798 399.96 ;
      LAYER M4L ;
      RECT 336.204 398.772 336.798 399.96 ;
      LAYER M5L ;
      RECT 336.204 398.772 336.798 399.96 ;
      VIA 336.6 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 336.468 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 336.468 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 336.6 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 336.6 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 336.468 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 336.6 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 336.468 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 336.6 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 336.468 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 336.6 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 336.468 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 337.392 398.772 337.986 399.96 ;
      LAYER M3L ;
      RECT 337.392 398.772 337.986 399.96 ;
      LAYER M4L ;
      RECT 337.392 398.772 337.986 399.96 ;
      LAYER M5L ;
      RECT 337.392 398.772 337.986 399.96 ;
      VIA 337.788 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 337.656 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 337.656 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 337.788 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 337.788 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 337.656 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 337.788 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 337.656 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 337.788 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 337.656 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 337.788 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 337.656 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 338.58 398.772 339.174 399.96 ;
      LAYER M3L ;
      RECT 338.58 398.772 339.174 399.96 ;
      LAYER M4L ;
      RECT 338.58 398.772 339.174 399.96 ;
      LAYER M5L ;
      RECT 338.58 398.772 339.174 399.96 ;
      VIA 338.976 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 338.844 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 338.844 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 338.976 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 338.976 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 338.844 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 338.976 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 338.844 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 338.976 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 338.844 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 338.976 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 338.844 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 339.768 398.772 340.362 399.96 ;
      LAYER M3L ;
      RECT 339.768 398.772 340.362 399.96 ;
      LAYER M4L ;
      RECT 339.768 398.772 340.362 399.96 ;
      LAYER M5L ;
      RECT 339.768 398.772 340.362 399.96 ;
      VIA 340.032 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 340.164 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 340.164 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 340.032 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 340.032 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 340.164 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 340.032 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 340.164 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 340.032 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 340.164 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 340.032 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 340.164 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 340.956 398.772 341.55 399.96 ;
      LAYER M3L ;
      RECT 340.956 398.772 341.55 399.96 ;
      LAYER M4L ;
      RECT 340.956 398.772 341.55 399.96 ;
      LAYER M5L ;
      RECT 340.956 398.772 341.55 399.96 ;
      VIA 341.352 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 341.22 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 341.22 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 341.352 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 341.352 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 341.22 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 341.352 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 341.22 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 341.352 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 341.22 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 341.352 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 341.22 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 342.144 398.772 342.738 399.96 ;
      LAYER M3L ;
      RECT 342.144 398.772 342.738 399.96 ;
      LAYER M4L ;
      RECT 342.144 398.772 342.738 399.96 ;
      LAYER M5L ;
      RECT 342.144 398.772 342.738 399.96 ;
      VIA 342.54 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 342.408 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 342.408 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 342.54 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 342.54 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 342.408 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 342.54 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 342.408 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 342.54 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 342.408 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 342.54 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 342.408 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 343.332 398.772 343.926 399.96 ;
      LAYER M3L ;
      RECT 343.332 398.772 343.926 399.96 ;
      LAYER M4L ;
      RECT 343.332 398.772 343.926 399.96 ;
      LAYER M5L ;
      RECT 343.332 398.772 343.926 399.96 ;
      VIA 343.728 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 343.596 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 343.596 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 343.728 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 343.728 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 343.596 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 343.728 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 343.596 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 343.728 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 343.596 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 343.728 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 343.596 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 344.52 398.772 345.114 399.96 ;
      LAYER M3L ;
      RECT 344.52 398.772 345.114 399.96 ;
      LAYER M4L ;
      RECT 344.52 398.772 345.114 399.96 ;
      LAYER M5L ;
      RECT 344.52 398.772 345.114 399.96 ;
      VIA 344.916 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 344.784 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 344.784 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 344.916 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 344.916 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 344.784 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 344.916 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 344.784 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 344.916 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 344.784 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 344.916 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 344.784 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
  END VDD
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 49.896 398.772 50.49 399.96 ;
      LAYER M3L ;
      RECT 49.896 398.772 50.49 399.96 ;
      LAYER M4L ;
      RECT 49.896 398.772 50.49 399.96 ;
      LAYER M5L ;
      RECT 49.896 398.772 50.49 399.96 ;
      VIA 50.292 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 50.16 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 50.16 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 50.292 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 50.292 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 50.16 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 50.292 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 50.16 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 50.292 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 50.16 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 50.292 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 50.16 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 51.084 398.772 51.678 399.96 ;
      LAYER M3L ;
      RECT 51.084 398.772 51.678 399.96 ;
      LAYER M4L ;
      RECT 51.084 398.772 51.678 399.96 ;
      LAYER M5L ;
      RECT 51.084 398.772 51.678 399.96 ;
      VIA 51.48 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 51.348 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 51.348 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 51.48 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 51.48 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 51.348 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 51.48 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 51.348 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 51.48 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 51.348 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 51.48 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 51.348 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 52.272 398.772 52.866 399.96 ;
      LAYER M3L ;
      RECT 52.272 398.772 52.866 399.96 ;
      LAYER M4L ;
      RECT 52.272 398.772 52.866 399.96 ;
      LAYER M5L ;
      RECT 52.272 398.772 52.866 399.96 ;
      VIA 52.668 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 52.536 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 52.536 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 52.668 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 52.668 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 52.536 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 52.668 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 52.536 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 52.668 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 52.536 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 52.668 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 52.536 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 53.46 398.772 54.054 399.96 ;
      LAYER M3L ;
      RECT 53.46 398.772 54.054 399.96 ;
      LAYER M4L ;
      RECT 53.46 398.772 54.054 399.96 ;
      LAYER M5L ;
      RECT 53.46 398.772 54.054 399.96 ;
      VIA 53.856 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 53.724 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 53.724 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 53.856 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 53.856 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 53.724 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 53.856 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 53.724 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 53.856 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 53.724 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 53.856 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 53.724 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 54.648 398.772 55.242 399.96 ;
      LAYER M3L ;
      RECT 54.648 398.772 55.242 399.96 ;
      LAYER M4L ;
      RECT 54.648 398.772 55.242 399.96 ;
      LAYER M5L ;
      RECT 54.648 398.772 55.242 399.96 ;
      VIA 55.044 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 54.912 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 54.912 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 55.044 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 55.044 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 54.912 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 55.044 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 54.912 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 55.044 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 54.912 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 55.044 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 54.912 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 55.836 398.772 56.43 399.96 ;
      LAYER M3L ;
      RECT 55.836 398.772 56.43 399.96 ;
      LAYER M4L ;
      RECT 55.836 398.772 56.43 399.96 ;
      LAYER M5L ;
      RECT 55.836 398.772 56.43 399.96 ;
      VIA 56.232 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 56.1 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 56.1 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 56.232 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 56.232 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 56.1 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 56.232 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 56.1 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 56.232 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 56.1 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 56.232 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 56.1 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 57.024 398.772 57.618 399.96 ;
      LAYER M3L ;
      RECT 57.024 398.772 57.618 399.96 ;
      LAYER M4L ;
      RECT 57.024 398.772 57.618 399.96 ;
      LAYER M5L ;
      RECT 57.024 398.772 57.618 399.96 ;
      VIA 57.42 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 57.288 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 57.288 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 57.42 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 57.42 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 57.288 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 57.42 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 57.288 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 57.42 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 57.288 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 57.42 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 57.288 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 58.212 398.772 58.806 399.96 ;
      LAYER M3L ;
      RECT 58.212 398.772 58.806 399.96 ;
      LAYER M4L ;
      RECT 58.212 398.772 58.806 399.96 ;
      LAYER M5L ;
      RECT 58.212 398.772 58.806 399.96 ;
      VIA 58.608 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 58.476 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 58.476 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 58.608 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 58.608 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 58.476 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 58.608 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 58.476 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 58.608 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 58.476 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 58.608 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 58.476 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 59.4 398.772 59.994 399.96 ;
      LAYER M3L ;
      RECT 59.4 398.772 59.994 399.96 ;
      LAYER M4L ;
      RECT 59.4 398.772 59.994 399.96 ;
      LAYER M5L ;
      RECT 59.4 398.772 59.994 399.96 ;
      VIA 59.796 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 59.664 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 59.664 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 59.796 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 59.796 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 59.664 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 59.796 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 59.664 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 59.796 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 59.664 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 59.796 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 59.664 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 60.588 398.772 61.182 399.96 ;
      LAYER M3L ;
      RECT 60.588 398.772 61.182 399.96 ;
      LAYER M4L ;
      RECT 60.588 398.772 61.182 399.96 ;
      LAYER M5L ;
      RECT 60.588 398.772 61.182 399.96 ;
      VIA 60.984 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 60.852 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 60.852 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 60.984 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 60.984 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 60.852 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 60.984 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 60.852 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 60.984 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 60.852 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 60.984 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 60.852 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 61.776 398.772 62.37 399.96 ;
      LAYER M3L ;
      RECT 61.776 398.772 62.37 399.96 ;
      LAYER M4L ;
      RECT 61.776 398.772 62.37 399.96 ;
      LAYER M5L ;
      RECT 61.776 398.772 62.37 399.96 ;
      VIA 62.172 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 62.04 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 62.04 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 62.172 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 62.172 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 62.04 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 62.172 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 62.04 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 62.172 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 62.04 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 62.172 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 62.04 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 62.964 398.772 63.558 399.96 ;
      LAYER M3L ;
      RECT 62.964 398.772 63.558 399.96 ;
      LAYER M4L ;
      RECT 62.964 398.772 63.558 399.96 ;
      LAYER M5L ;
      RECT 62.964 398.772 63.558 399.96 ;
      VIA 63.36 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 63.228 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 63.228 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 63.36 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 63.36 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 63.228 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 63.36 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 63.228 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 63.36 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 63.228 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 63.36 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 63.228 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 64.152 398.772 64.746 399.96 ;
      LAYER M3L ;
      RECT 64.152 398.772 64.746 399.96 ;
      LAYER M4L ;
      RECT 64.152 398.772 64.746 399.96 ;
      LAYER M5L ;
      RECT 64.152 398.772 64.746 399.96 ;
      VIA 64.548 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 64.416 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 64.416 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 64.548 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 64.548 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 64.416 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 64.548 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 64.416 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 64.548 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 64.416 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 64.548 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 64.416 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 65.34 398.772 65.934 399.96 ;
      LAYER M3L ;
      RECT 65.34 398.772 65.934 399.96 ;
      LAYER M4L ;
      RECT 65.34 398.772 65.934 399.96 ;
      LAYER M5L ;
      RECT 65.34 398.772 65.934 399.96 ;
      VIA 65.736 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 65.604 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 65.604 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 65.736 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 65.736 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 65.604 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 65.736 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 65.604 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 65.736 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 65.604 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 65.736 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 65.604 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 66.528 398.772 67.122 399.96 ;
      LAYER M3L ;
      RECT 66.528 398.772 67.122 399.96 ;
      LAYER M4L ;
      RECT 66.528 398.772 67.122 399.96 ;
      LAYER M5L ;
      RECT 66.528 398.772 67.122 399.96 ;
      VIA 66.924 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 66.792 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 66.792 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 66.924 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 66.924 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 66.792 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 66.924 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 66.792 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 66.924 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 66.792 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 66.924 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 66.792 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 67.716 398.772 68.31 399.96 ;
      LAYER M3L ;
      RECT 67.716 398.772 68.31 399.96 ;
      LAYER M4L ;
      RECT 67.716 398.772 68.31 399.96 ;
      LAYER M5L ;
      RECT 67.716 398.772 68.31 399.96 ;
      VIA 67.98 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 68.112 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 68.112 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 67.98 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 67.98 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 68.112 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 67.98 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 68.112 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 67.98 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 68.112 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 67.98 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 68.112 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 68.904 398.772 69.498 399.96 ;
      LAYER M3L ;
      RECT 68.904 398.772 69.498 399.96 ;
      LAYER M4L ;
      RECT 68.904 398.772 69.498 399.96 ;
      LAYER M5L ;
      RECT 68.904 398.772 69.498 399.96 ;
      VIA 69.3 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 69.168 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 69.168 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 69.3 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 69.3 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 69.168 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 69.3 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 69.168 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 69.3 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 69.168 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 69.3 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 69.168 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 70.092 398.772 70.686 399.96 ;
      LAYER M3L ;
      RECT 70.092 398.772 70.686 399.96 ;
      LAYER M4L ;
      RECT 70.092 398.772 70.686 399.96 ;
      LAYER M5L ;
      RECT 70.092 398.772 70.686 399.96 ;
      VIA 70.488 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 70.356 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 70.356 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 70.488 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 70.488 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 70.356 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 70.488 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 70.356 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 70.488 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 70.356 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 70.488 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 70.356 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 71.28 398.772 71.874 399.96 ;
      LAYER M3L ;
      RECT 71.28 398.772 71.874 399.96 ;
      LAYER M4L ;
      RECT 71.28 398.772 71.874 399.96 ;
      LAYER M5L ;
      RECT 71.28 398.772 71.874 399.96 ;
      VIA 71.676 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 71.544 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 71.544 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 71.676 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 71.676 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 71.544 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 71.676 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 71.544 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 71.676 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 71.544 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 71.676 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 71.544 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 72.468 398.772 73.062 399.96 ;
      LAYER M3L ;
      RECT 72.468 398.772 73.062 399.96 ;
      LAYER M4L ;
      RECT 72.468 398.772 73.062 399.96 ;
      LAYER M5L ;
      RECT 72.468 398.772 73.062 399.96 ;
      VIA 72.864 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 72.732 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 72.732 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 72.864 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 72.864 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 72.732 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 72.864 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 72.732 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 72.864 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 72.732 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 72.864 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 72.732 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 210.276 398.772 210.87 399.96 ;
      LAYER M3L ;
      RECT 210.276 398.772 210.87 399.96 ;
      LAYER M4L ;
      RECT 210.276 398.772 210.87 399.96 ;
      LAYER M5L ;
      RECT 210.276 398.772 210.87 399.96 ;
      VIA 210.672 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 210.54 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 210.54 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 210.672 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 210.672 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 210.54 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 210.672 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 210.54 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 210.672 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 210.54 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 210.672 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 210.54 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 211.464 398.772 212.058 399.96 ;
      LAYER M3L ;
      RECT 211.464 398.772 212.058 399.96 ;
      LAYER M4L ;
      RECT 211.464 398.772 212.058 399.96 ;
      LAYER M5L ;
      RECT 211.464 398.772 212.058 399.96 ;
      VIA 211.86 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 211.728 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 211.728 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 211.86 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 211.86 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 211.728 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 211.86 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 211.728 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 211.86 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 211.728 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 211.86 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 211.728 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 297 398.772 297.594 399.96 ;
      LAYER M3L ;
      RECT 297 398.772 297.594 399.96 ;
      LAYER M4L ;
      RECT 297 398.772 297.594 399.96 ;
      LAYER M5L ;
      RECT 297 398.772 297.594 399.96 ;
      VIA 297.396 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 297.264 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 297.264 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 297.396 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 297.396 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 297.264 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 297.396 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 297.264 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 297.396 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 297.264 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 297.396 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 297.264 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 298.188 398.772 298.782 399.96 ;
      LAYER M3L ;
      RECT 298.188 398.772 298.782 399.96 ;
      LAYER M4L ;
      RECT 298.188 398.772 298.782 399.96 ;
      LAYER M5L ;
      RECT 298.188 398.772 298.782 399.96 ;
      VIA 298.584 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 298.452 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 298.452 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 298.584 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 298.584 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 298.452 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 298.584 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 298.452 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 298.584 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 298.452 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 298.584 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 298.452 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 299.376 398.772 299.97 399.96 ;
      LAYER M3L ;
      RECT 299.376 398.772 299.97 399.96 ;
      LAYER M4L ;
      RECT 299.376 398.772 299.97 399.96 ;
      LAYER M5L ;
      RECT 299.376 398.772 299.97 399.96 ;
      VIA 299.772 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 299.64 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 299.64 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 299.772 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 299.772 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 299.64 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 299.772 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 299.64 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 299.772 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 299.64 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 299.772 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 299.64 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 300.564 398.772 301.158 399.96 ;
      LAYER M3L ;
      RECT 300.564 398.772 301.158 399.96 ;
      LAYER M4L ;
      RECT 300.564 398.772 301.158 399.96 ;
      LAYER M5L ;
      RECT 300.564 398.772 301.158 399.96 ;
      VIA 300.96 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 300.828 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 300.828 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 300.96 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 300.96 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 300.828 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 300.96 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 300.828 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 300.96 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 300.828 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 300.96 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 300.828 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 301.752 398.772 302.346 399.96 ;
      LAYER M3L ;
      RECT 301.752 398.772 302.346 399.96 ;
      LAYER M4L ;
      RECT 301.752 398.772 302.346 399.96 ;
      LAYER M5L ;
      RECT 301.752 398.772 302.346 399.96 ;
      VIA 302.148 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 302.016 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 302.016 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 302.148 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 302.148 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 302.016 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 302.148 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 302.016 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 302.148 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 302.016 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 302.148 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 302.016 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 302.94 398.772 303.534 399.96 ;
      LAYER M3L ;
      RECT 302.94 398.772 303.534 399.96 ;
      LAYER M4L ;
      RECT 302.94 398.772 303.534 399.96 ;
      LAYER M5L ;
      RECT 302.94 398.772 303.534 399.96 ;
      VIA 303.336 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 303.204 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 303.204 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 303.336 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 303.336 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 303.204 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 303.336 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 303.204 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 303.336 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 303.204 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 303.336 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 303.204 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 304.128 398.772 304.722 399.96 ;
      LAYER M3L ;
      RECT 304.128 398.772 304.722 399.96 ;
      LAYER M4L ;
      RECT 304.128 398.772 304.722 399.96 ;
      LAYER M5L ;
      RECT 304.128 398.772 304.722 399.96 ;
      VIA 304.524 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 304.392 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 304.392 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 304.524 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 304.524 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 304.392 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 304.524 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 304.392 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 304.524 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 304.392 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 304.524 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 304.392 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 305.316 398.772 305.91 399.96 ;
      LAYER M3L ;
      RECT 305.316 398.772 305.91 399.96 ;
      LAYER M4L ;
      RECT 305.316 398.772 305.91 399.96 ;
      LAYER M5L ;
      RECT 305.316 398.772 305.91 399.96 ;
      VIA 305.712 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 305.58 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 305.58 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 305.712 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 305.712 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 305.58 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 305.712 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 305.58 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 305.712 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 305.58 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 305.712 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 305.58 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 306.504 398.772 307.098 399.96 ;
      LAYER M3L ;
      RECT 306.504 398.772 307.098 399.96 ;
      LAYER M4L ;
      RECT 306.504 398.772 307.098 399.96 ;
      LAYER M5L ;
      RECT 306.504 398.772 307.098 399.96 ;
      VIA 306.9 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 306.768 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 306.768 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 306.9 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 306.9 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 306.768 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 306.9 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 306.768 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 306.9 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 306.768 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 306.9 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 306.768 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 307.692 398.772 308.286 399.96 ;
      LAYER M3L ;
      RECT 307.692 398.772 308.286 399.96 ;
      LAYER M4L ;
      RECT 307.692 398.772 308.286 399.96 ;
      LAYER M5L ;
      RECT 307.692 398.772 308.286 399.96 ;
      VIA 308.088 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 307.956 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 307.956 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 308.088 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 308.088 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 307.956 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 308.088 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 307.956 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 308.088 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 307.956 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 308.088 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 307.956 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 308.88 398.772 309.474 399.96 ;
      LAYER M3L ;
      RECT 308.88 398.772 309.474 399.96 ;
      LAYER M4L ;
      RECT 308.88 398.772 309.474 399.96 ;
      LAYER M5L ;
      RECT 308.88 398.772 309.474 399.96 ;
      VIA 309.276 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 309.144 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 309.144 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 309.276 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 309.276 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 309.144 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 309.276 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 309.144 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 309.276 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 309.144 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 309.276 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 309.144 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 310.068 398.772 310.662 399.96 ;
      LAYER M3L ;
      RECT 310.068 398.772 310.662 399.96 ;
      LAYER M4L ;
      RECT 310.068 398.772 310.662 399.96 ;
      LAYER M5L ;
      RECT 310.068 398.772 310.662 399.96 ;
      VIA 310.464 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 310.332 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 310.332 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 310.464 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 310.464 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 310.332 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 310.464 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 310.332 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 310.464 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 310.332 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 310.464 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 310.332 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 311.256 398.772 311.85 399.96 ;
      LAYER M3L ;
      RECT 311.256 398.772 311.85 399.96 ;
      LAYER M4L ;
      RECT 311.256 398.772 311.85 399.96 ;
      LAYER M5L ;
      RECT 311.256 398.772 311.85 399.96 ;
      VIA 311.652 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 311.52 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 311.52 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 311.652 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 311.652 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 311.52 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 311.652 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 311.52 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 311.652 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 311.52 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 311.652 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 311.52 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 312.444 398.772 313.038 399.96 ;
      LAYER M3L ;
      RECT 312.444 398.772 313.038 399.96 ;
      LAYER M4L ;
      RECT 312.444 398.772 313.038 399.96 ;
      LAYER M5L ;
      RECT 312.444 398.772 313.038 399.96 ;
      VIA 312.84 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 312.708 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 312.708 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 312.84 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 312.84 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 312.708 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 312.84 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 312.708 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 312.84 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 312.708 398.904 ASU8L052_V4L5L_R1_R6 ;
      VIA 312.84 399.036 ASU8L052_V4L5L_R1_R6 ;
      VIA 312.708 399.036 ASU8L052_V4L5L_R1_R6 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 313.632 398.772 314.226 399.96 ;
      LAYER M3L ;
      RECT 313.632 398.772 314.226 399.96 ;
      LAYER M4L ;
      RECT 313.632 398.772 314.226 399.96 ;
      LAYER M5L ;
      RECT 313.632 398.772 314.226 399.96 ;
      VIA 314.028 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 313.896 398.904 ASU8L052_V2L3L_R1_R6 ;
      VIA 313.896 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 314.028 399.036 ASU8L052_V2L3L_R1_R6 ;
      VIA 314.028 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 313.896 398.904 ASU8L052_V3L4L_R1_R6 ;
      VIA 314.028 399.036 ASU8L052_V3L4L_R1_R6 ;
      VIA 313.896 399.036 ASU8L052_V3L4L_R1_R6 ;
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  END VSS
  OBS
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    RECT 413.149 397.452 413.215 397.683 ;
    RECT 413.787 397.452 413.853 397.683 ;
    RECT 413.919 397.452 413.985 397.683 ;
    RECT 414.557 397.452 414.623 397.683 ;
    RECT 414.689 397.452 414.755 397.683 ;
    RECT 415.305 397.452 415.371 397.683 ;
    RECT 415.437 397.452 415.503 397.683 ;
    RECT 416.053 397.452 416.119 397.683 ;
    RECT 416.185 397.452 416.251 397.683 ;
    RECT 416.845 397.452 416.911 397.683 ;
    RECT 417.505 397.452 417.571 397.683 ;
    RECT 417.637 397.452 417.703 397.683 ;
    LAYER M3L ;
    RECT 101.079 397.617 102.069 397.815 ;
    RECT 106.095 397.617 107.085 397.815 ;
    RECT 117.645 397.617 118.635 397.815 ;
    RECT 119.625 397.617 120.615 397.815 ;
    RECT 131.175 397.617 132.165 397.815 ;
    RECT 136.191 397.617 137.181 397.815 ;
    RECT 147.741 397.617 148.731 397.815 ;
    RECT 149.721 397.617 150.711 397.815 ;
    RECT 166.287 397.617 167.277 397.815 ;
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    RECT 179.817 397.617 180.807 397.815 ;
    RECT 191.367 397.617 192.357 397.815 ;
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    RECT 217.239 397.617 218.229 397.815 ;
    RECT 226.479 397.617 227.469 397.815 ;
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    RECT 232.485 397.617 233.475 397.815 ;
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    RECT 259.083 397.617 260.073 397.815 ;
    RECT 262.581 397.617 263.571 397.815 ;
    RECT 277.629 397.617 278.619 397.815 ;
    LAYER M5L ;
    RECT 51.909 397.617 52.899 397.815 ;
    RECT 55.935 397.617 56.925 397.815 ;
    RECT 59.433 397.617 60.423 397.815 ;
    RECT 64.977 397.617 65.967 397.815 ;
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    RECT 322.773 397.617 323.763 397.815 ;
    RECT 328.317 397.617 329.307 397.815 ;
    RECT 330.297 397.617 331.287 397.815 ;
    RECT 334.323 397.617 335.313 397.815 ;
    RECT 337.821 397.617 338.811 397.815 ;
    RECT 341.847 397.617 342.837 397.815 ;
    LAYER M1L ;
    RECT 1.188 397.683 14.619 397.749 ;
    RECT 14.619 397.683 27.731 397.749 ;
    RECT 27.731 397.683 40.601 397.749 ;
    RECT 40.601 397.683 53.141 397.749 ;
    RECT 53.141 397.683 66.011 397.749 ;
    RECT 66.011 397.683 78.551 397.749 ;
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    RECT 91.421 397.683 106.183 397.749 ;
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    RECT 131.659 397.683 144.771 397.749 ;
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    RECT 392.359 397.683 405.471 397.749 ;
    RECT 405.471 397.683 418.836 397.749 ;
    LAYER M2L ;
    RECT 1.188 397.683 13.728 397.749 ;
    RECT 13.728 397.683 24.321 397.749 ;
    RECT 24.321 397.683 36.3 397.749 ;
    RECT 36.3 397.683 46.827 397.749 ;
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    LAYER M3L ;
    RECT 219.549 397.881 220.869 397.947 ;
    RECT 220.803 397.947 220.869 398.772 ;
    RECT 222.255 398.079 222.981 398.145 ;
    RECT 159.522 398.112 159.72 398.244 ;
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    RECT 178.563 398.112 179.025 398.178 ;
    RECT 179.52 398.112 179.685 398.178 ;
    RECT 180.675 398.112 181.005 398.178 ;
    LAYER M5L ;
    RECT 49.896 398.112 50.49 398.772 ;
    RECT 51.084 398.112 51.678 398.772 ;
    RECT 52.272 398.112 52.866 398.772 ;
    RECT 53.46 398.112 54.054 398.772 ;
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    RECT 55.836 398.112 56.43 398.772 ;
    RECT 57.024 398.112 57.618 398.772 ;
    RECT 58.212 398.112 58.806 398.772 ;
    RECT 59.4 398.112 59.994 398.772 ;
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    RECT 61.776 398.112 62.37 398.772 ;
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    RECT 342.144 398.112 342.738 398.772 ;
    RECT 343.332 398.112 343.926 398.772 ;
    RECT 344.52 398.112 345.114 398.772 ;
    LAYER M6S ;
    RECT 0.264 398.112 419.76 398.706 ;
    LAYER M3L ;
    RECT 222.915 398.145 222.981 398.772 ;
    RECT 178.563 398.178 178.629 398.772 ;
    RECT 179.619 398.178 179.685 398.772 ;
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    RECT 215.49 398.277 216.348 398.409 ;
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    RECT 221.265 398.31 221.925 398.376 ;
    RECT 196.515 398.376 196.581 398.772 ;
    RECT 207.075 398.376 207.141 398.772 ;
    RECT 221.859 398.376 221.925 398.772 ;
    RECT 214.434 398.409 214.566 398.772 ;
    RECT 215.49 398.409 215.622 398.772 ;
    LAYER M6S ;
    RECT 0.264 398.904 419.76 399.498 ;
  END
END ACPLSCDR18V10
SITE ACPLSCHL38V10
  CLASS PAD ;
  SIZE 316.008 BY 316.008 ;
END ACPLSCHL38V10
# 
MACRO ACPLSCHL38V10
# 
# gds2lef (Ver.3.21_64 Rev.0.02) Thu Oct 22 10:52:06 2009 # ACPLSCHL38V10
#   Input file name
#     LEF     : ./TOP.LEF
#     LEF     : ../LLEF/ACPLSCHL38V10.LLEF
#     GDSII   : LEF.gds2
#     mapfile : ./MAPFILE
#   Output file name
#     LEF     : temp.LEF
#     summary : gds2lef.sum
#   Option Of gds2lef
#     -offset 0.000000 0.000000
#     -copy -rect -offgrid -notiming -pathcut -overlapdel -copy_siteblock
# 
  FOREIGN ACPLSCHL38V10_M7BD_R3 0 0 N ; 
  CLASS PAD ;
  SOURCE USER ;
  SIZE 316.008 BY 316.008 ;
  SYMMETRY X Y R90 ;
  #CLASS ANALOG ;
  SITE ACPLSCHL38V10 ;
  PIN CLKIN
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 77.913 314.82 78.111 316.008 ;
      LAYER M2L ;
      RECT 77.913 314.82 78.111 316.008 ;
      LAYER M3L ;
      RECT 77.913 314.82 78.111 316.008 ;
      LAYER M4L ;
      RECT 77.913 314.82 78.111 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.548856 LAYER M4L ;
AntennaPartialMetalSideArea 1.5708 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.112288 LAYER M4L ;
AntennaMaxAreaCAR 2.16595 LAYER M4L ;
AntennaMaxSideAreaCAR 9.6826 LAYER M4L ;
AntennaMaxCutCAR 0.193966 LAYER C4L5L ;
  END CLKIN
  PIN FBKCLK
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 78.969 314.82 79.167 316.008 ;
      LAYER M2L ;
      RECT 78.969 314.82 79.167 316.008 ;
      LAYER M3L ;
      RECT 78.969 314.82 79.167 316.008 ;
      LAYER M4L ;
      RECT 78.969 314.82 79.167 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.618552 LAYER M4L ;
AntennaPartialMetalSideArea 1.848 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 8.12109 LAYER M4L ;
AntennaMaxSideAreaCAR 35.348 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END FBKCLK
  PIN N0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 37.257 314.82 37.455 316.008 ;
      LAYER M2L ;
      RECT 37.257 314.82 37.455 316.008 ;
      LAYER M3L ;
      RECT 37.257 314.82 37.455 316.008 ;
      LAYER M4L ;
      RECT 37.257 314.82 37.455 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.583704 LAYER M4L ;
AntennaPartialMetalSideArea 1.70016 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.0484 LAYER M4L ;
AntennaMaxAreaCAR 12.24 LAYER M4L ;
AntennaMaxSideAreaCAR 53.0727 LAYER M4L ;
AntennaMaxCutCAR 0.27 LAYER C4L5L ;
  END N0
  PIN N1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 36.729 314.82 36.927 316.008 ;
      LAYER M2L ;
      RECT 36.729 314.82 36.927 316.008 ;
      LAYER M3L ;
      RECT 36.729 314.82 36.927 316.008 ;
      LAYER M4L ;
      RECT 36.729 314.82 36.927 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.52272 LAYER M4L ;
AntennaPartialMetalSideArea 1.45992 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.0484 LAYER M4L ;
AntennaMaxAreaCAR 1.44 LAYER M4L ;
AntennaMaxSideAreaCAR 7.25455 LAYER M4L ;
AntennaMaxCutCAR 0.45 LAYER C4L5L ;
  END N1
  PIN N2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 36.201 314.82 36.399 316.008 ;
      LAYER M2L ;
      RECT 36.201 314.82 36.399 316.008 ;
      LAYER M3L ;
      RECT 36.201 314.82 36.399 316.008 ;
      LAYER M4L ;
      RECT 36.201 314.82 36.399 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.662112 LAYER M4L ;
AntennaPartialMetalSideArea 2.0328 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.00968 LAYER M4L ;
AntennaMaxAreaCAR 21.525 LAYER M4L ;
AntennaMaxSideAreaCAR 95.1364 LAYER M4L ;
AntennaMaxCutCAR 1.35 LAYER C4L5L ;
  END N2
  PIN N3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 35.673 314.82 35.871 316.008 ;
      LAYER M2L ;
      RECT 35.673 314.82 35.871 316.008 ;
      LAYER M3L ;
      RECT 35.673 314.82 35.871 316.008 ;
      LAYER M4L ;
      RECT 35.673 314.82 35.871 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.6534 LAYER M4L ;
AntennaPartialMetalSideArea 1.99584 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 10.8 LAYER M4L ;
AntennaMaxSideAreaCAR 48.6818 LAYER M4L ;
AntennaMaxCutCAR 0.675 LAYER C4L5L ;
  END N3
  PIN PA0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 39.897 314.82 40.095 316.008 ;
      LAYER M2L ;
      RECT 39.897 314.82 40.095 316.008 ;
      LAYER M3L ;
      RECT 39.897 314.82 40.095 316.008 ;
      LAYER M4L ;
      RECT 39.897 314.82 40.095 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.271952 LAYER M4L ;
AntennaPartialMetalSideArea 4.65696 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaGateArea 0.19844 LAYER M4L ;
AntennaMaxAreaCAR 32.4423 LAYER M4L ;
AntennaMaxSideAreaCAR 140.245 LAYER M4L ;
AntennaMaxCutCAR 0.802064 LAYER C4L5L ;
  END PA0
  PIN PA1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 39.369 314.82 39.567 316.008 ;
      LAYER M2L ;
      RECT 39.369 314.82 39.567 316.008 ;
      LAYER M3L ;
      RECT 39.369 314.82 39.567 316.008 ;
      LAYER M4L ;
      RECT 39.369 314.82 39.567 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.670824 LAYER M4L ;
AntennaPartialMetalSideArea 2.06976 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 4.0125 LAYER M4L ;
AntennaMaxSideAreaCAR 18.9318 LAYER M4L ;
AntennaMaxCutCAR 0.675 LAYER C4L5L ;
  END PA1
  PIN PA2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 38.841 314.82 39.039 316.008 ;
      LAYER M2L ;
      RECT 38.841 314.82 39.039 316.008 ;
      LAYER M3L ;
      RECT 38.841 314.82 39.039 316.008 ;
      LAYER M4L ;
      RECT 38.841 314.82 39.039 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.601128 LAYER M4L ;
AntennaPartialMetalSideArea 1.77408 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 10.043 LAYER M4L ;
AntennaMaxSideAreaCAR 43.5014 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END PA2
  PIN PA3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 38.313 314.82 38.511 316.008 ;
      LAYER M2L ;
      RECT 38.313 314.82 38.511 316.008 ;
      LAYER M3L ;
      RECT 38.313 314.82 38.511 316.008 ;
      LAYER M4L ;
      RECT 38.313 314.82 38.511 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.879912 LAYER M4L ;
AntennaPartialMetalSideArea 2.9568 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 4.8375 LAYER M4L ;
AntennaMaxSideAreaCAR 23.3864 LAYER M4L ;
AntennaMaxCutCAR 0.675 LAYER C4L5L ;
  END PA3
  PIN PA4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 37.785 314.82 37.983 316.008 ;
      LAYER M2L ;
      RECT 37.785 314.82 37.983 316.008 ;
      LAYER M3L ;
      RECT 37.785 314.82 37.983 316.008 ;
      LAYER M4L ;
      RECT 37.785 314.82 37.983 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.897336 LAYER M4L ;
AntennaPartialMetalSideArea 3.03072 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 8.2125 LAYER M4L ;
AntennaMaxSideAreaCAR 37.7045 LAYER M4L ;
AntennaMaxCutCAR 0.675 LAYER C4L5L ;
  END PA4
  PIN PB0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 42.537 314.82 42.735 316.008 ;
      LAYER M2L ;
      RECT 42.537 314.82 42.735 316.008 ;
      LAYER M3L ;
      RECT 42.537 314.82 42.735 316.008 ;
      LAYER M4L ;
      RECT 42.537 314.82 42.735 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.69696 LAYER M4L ;
AntennaPartialMetalSideArea 2.19912 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 4.95 LAYER M4L ;
AntennaMaxSideAreaCAR 23.8636 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END PB0
  PIN PB1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 42.009 314.82 42.207 316.008 ;
      LAYER M2L ;
      RECT 42.009 314.82 42.207 316.008 ;
      LAYER M3L ;
      RECT 42.009 314.82 42.207 316.008 ;
      LAYER M4L ;
      RECT 42.009 314.82 42.207 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.60984 LAYER M4L ;
AntennaPartialMetalSideArea 1.82952 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 9.525 LAYER M4L ;
AntennaMaxSideAreaCAR 42.3182 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END PB1
  PIN PB2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 41.481 314.82 41.679 316.008 ;
      LAYER M2L ;
      RECT 41.481 314.82 41.679 316.008 ;
      LAYER M3L ;
      RECT 41.481 314.82 41.679 316.008 ;
      LAYER M4L ;
      RECT 41.481 314.82 41.679 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.688248 LAYER M4L ;
AntennaPartialMetalSideArea 2.14368 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.00968 LAYER M4L ;
AntennaMaxAreaCAR 9.825 LAYER M4L ;
AntennaMaxSideAreaCAR 45.5 LAYER M4L ;
AntennaMaxCutCAR 1.35 LAYER C4L5L ;
  END PB2
  PIN PB3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 40.953 314.82 41.151 316.008 ;
      LAYER M2L ;
      RECT 40.953 314.82 41.151 316.008 ;
      LAYER M3L ;
      RECT 40.953 314.82 41.151 316.008 ;
      LAYER M4L ;
      RECT 40.953 314.82 41.151 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.60984 LAYER M4L ;
AntennaPartialMetalSideArea 1.82952 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 13.3875 LAYER M4L ;
AntennaMaxSideAreaCAR 59.6591 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END PB3
  PIN PB4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 40.425 314.82 40.623 316.008 ;
      LAYER M2L ;
      RECT 40.425 314.82 40.623 316.008 ;
      LAYER M3L ;
      RECT 40.425 314.82 40.623 316.008 ;
      LAYER M4L ;
      RECT 40.425 314.82 40.623 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.635976 LAYER M4L ;
AntennaPartialMetalSideArea 1.9404 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 19.8 LAYER M4L ;
AntennaMaxSideAreaCAR 86.8636 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END PB4
  PIN PC0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 45.177 314.82 45.375 316.008 ;
      LAYER M2L ;
      RECT 45.177 314.82 45.375 316.008 ;
      LAYER M3L ;
      RECT 45.177 314.82 45.375 316.008 ;
      LAYER M4L ;
      RECT 45.177 314.82 45.375 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.962378 LAYER M4L ;
AntennaPartialMetalSideArea 7.56756 LAYER M4L ;
AntennaPartialCutArea 0.034848 LAYER C3L4L ;
AntennaGateArea 0.074536 LAYER M4L ;
AntennaMaxAreaCAR 10.9808 LAYER M4L ;
AntennaMaxSideAreaCAR 49.1958 LAYER M4L ;
AntennaMaxCutCAR 0.926074 LAYER C4L5L ;
  END PC0
  PIN PC1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 44.649 314.82 44.847 316.008 ;
      LAYER M2L ;
      RECT 44.649 314.82 44.847 316.008 ;
      LAYER M3L ;
      RECT 44.649 314.82 44.847 316.008 ;
      LAYER M4L ;
      RECT 44.649 314.82 44.847 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.757944 LAYER M4L ;
AntennaPartialMetalSideArea 2.45784 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 3.65625 LAYER M4L ;
AntennaMaxSideAreaCAR 17.3011 LAYER M4L ;
AntennaMaxCutCAR 0.703125 LAYER C4L5L ;
  END PC1
  PIN PC2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 44.121 314.82 44.319 316.008 ;
      LAYER M2L ;
      RECT 44.121 314.82 44.319 316.008 ;
      LAYER M3L ;
      RECT 44.121 314.82 44.319 316.008 ;
      LAYER M4L ;
      RECT 44.121 314.82 44.319 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.576872 LAYER M4L ;
AntennaPartialMetalSideArea 5.93208 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.112288 LAYER M4L ;
AntennaMaxAreaCAR 28.1154 LAYER M4L ;
AntennaMaxSideAreaCAR 121.888 LAYER M4L ;
AntennaMaxCutCAR 0.808687 LAYER C4L5L ;
  END PC2
  PIN PC3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 43.593 314.82 43.791 316.008 ;
      LAYER M2L ;
      RECT 43.593 314.82 43.791 316.008 ;
      LAYER M3L ;
      RECT 43.593 314.82 43.791 316.008 ;
      LAYER M4L ;
      RECT 43.593 314.82 43.791 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.670824 LAYER M4L ;
AntennaPartialMetalSideArea 2.08824 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 10.6875 LAYER M4L ;
AntennaMaxSideAreaCAR 48.2045 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END PC3
  PIN PC4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 43.065 314.82 43.263 316.008 ;
      LAYER M2L ;
      RECT 43.065 314.82 43.263 316.008 ;
      LAYER M3L ;
      RECT 43.065 314.82 43.263 316.008 ;
      LAYER M4L ;
      RECT 43.065 314.82 43.263 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.574992 LAYER M4L ;
AntennaPartialMetalSideArea 1.6632 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.371712 LAYER M4L ;
AntennaMaxAreaCAR 2.02734 LAYER M4L ;
AntennaMaxSideAreaCAR 7.40767 LAYER M4L ;
AntennaMaxCutCAR 0.0351562 LAYER C4L5L ;
  END PC4
  PIN STBY
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 45.705 314.82 45.903 316.008 ;
      LAYER M2L ;
      RECT 45.705 314.82 45.903 316.008 ;
      LAYER M3L ;
      RECT 45.705 314.82 45.903 316.008 ;
      LAYER M4L ;
      RECT 45.705 314.82 45.903 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.52272 LAYER M4L ;
AntennaPartialMetalSideArea 1.45992 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 16.9875 LAYER M4L ;
AntennaMaxSideAreaCAR 74.9318 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END STBY
  PIN PBSTBY
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 46.233 314.82 46.431 316.008 ;
      LAYER M2L ;
      RECT 46.233 314.82 46.431 316.008 ;
      LAYER M3L ;
      RECT 46.233 314.82 46.431 316.008 ;
      LAYER M4L ;
      RECT 46.233 314.82 46.431 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.618552 LAYER M4L ;
AntennaPartialMetalSideArea 1.86648 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 7.34615 LAYER M4L ;
AntennaMaxSideAreaCAR 33.7762 LAYER M4L ;
AntennaMaxCutCAR 1.73077 LAYER C4L5L ;
  END PBSTBY
  PIN PCSTBY
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 46.761 314.82 46.959 316.008 ;
      LAYER M2L ;
      RECT 46.761 314.82 46.959 316.008 ;
      LAYER M3L ;
      RECT 46.761 314.82 46.959 316.008 ;
      LAYER M4L ;
      RECT 46.761 314.82 46.959 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.60984 LAYER M4L ;
AntennaPartialMetalSideArea 1.81104 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 9.94231 LAYER M4L ;
AntennaMaxSideAreaCAR 44.7902 LAYER M4L ;
AntennaMaxCutCAR 1.03846 LAYER C4L5L ;
  END PCSTBY
  PIN MODE
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 47.289 314.82 47.487 316.008 ;
      LAYER M2L ;
      RECT 47.289 314.82 47.487 316.008 ;
      LAYER M3L ;
      RECT 47.289 314.82 47.487 316.008 ;
      LAYER M4L ;
      RECT 47.289 314.82 47.487 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.836352 LAYER M4L ;
AntennaPartialMetalSideArea 2.80896 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaGateArea 0.0726 LAYER M4L ;
AntennaMaxAreaCAR 11.7 LAYER M4L ;
AntennaMaxSideAreaCAR 51.9273 LAYER M4L ;
AntennaMaxCutCAR 0.66 LAYER C4L5L ;
  END MODE
  PIN ATBI0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 72.633 314.82 72.831 316.008 ;
      LAYER M2L ;
      RECT 72.633 314.82 72.831 316.008 ;
      LAYER M3L ;
      RECT 72.633 314.82 72.831 316.008 ;
      LAYER M4L ;
      RECT 72.633 314.82 72.831 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.540144 LAYER M4L ;
AntennaPartialMetalSideArea 1.53384 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.17424 LAYER M4L ;
AntennaMaxAreaCAR 0.775 LAYER M4L ;
AntennaMaxSideAreaCAR 2.86364 LAYER M4L ;
AntennaMaxCutCAR 0.125 LAYER C4L5L ;
  END ATBI0
  PIN ATBI1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 72.105 314.82 72.303 316.008 ;
      LAYER M2L ;
      RECT 72.105 314.82 72.303 316.008 ;
      LAYER M3L ;
      RECT 72.105 314.82 72.303 316.008 ;
      LAYER M4L ;
      RECT 72.105 314.82 72.303 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.47916 LAYER M4L ;
AntennaPartialMetalSideArea 1.25664 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.17424 LAYER M4L ;
AntennaMaxAreaCAR 3.975 LAYER M4L ;
AntennaMaxSideAreaCAR 16.4394 LAYER M4L ;
AntennaMaxCutCAR 0.075 LAYER C4L5L ;
  END ATBI1
  PIN ATBI2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 71.577 314.82 71.775 316.008 ;
      LAYER M2L ;
      RECT 71.577 314.82 71.775 316.008 ;
      LAYER M3L ;
      RECT 71.577 314.82 71.775 316.008 ;
      LAYER M4L ;
      RECT 71.577 314.82 71.775 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.531432 LAYER M4L ;
AntennaPartialMetalSideArea 1.4784 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.17424 LAYER M4L ;
AntennaMaxAreaCAR 0.7875 LAYER M4L ;
AntennaMaxSideAreaCAR 2.91667 LAYER M4L ;
AntennaMaxCutCAR 0.075 LAYER C4L5L ;
  END ATBI2
  PIN ATBI3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 71.049 314.82 71.247 316.008 ;
      LAYER M2L ;
      RECT 71.049 314.82 71.247 316.008 ;
      LAYER M3L ;
      RECT 71.049 314.82 71.247 316.008 ;
      LAYER M4L ;
      RECT 71.049 314.82 71.247 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.853776 LAYER M4L ;
AntennaPartialMetalSideArea 2.84592 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.040656 LAYER M4L ;
AntennaMaxAreaCAR 2.57143 LAYER M4L ;
AntennaMaxSideAreaCAR 12.2727 LAYER M4L ;
AntennaMaxCutCAR 0.321429 LAYER C4L5L ;
  END ATBI3
  PIN SI
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 47.817 314.82 48.015 316.008 ;
      LAYER M2L ;
      RECT 47.817 314.82 48.015 316.008 ;
      LAYER M3L ;
      RECT 47.817 314.82 48.015 316.008 ;
      LAYER M4L ;
      RECT 47.817 314.82 48.015 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.679536 LAYER M4L ;
AntennaPartialMetalSideArea 2.1252 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaMaxAreaCAR 11.6731 LAYER M4L ;
AntennaMaxSideAreaCAR 52.1329 LAYER M4L ;
AntennaMaxCutCAR 1.73077 LAYER C4L5L ;
  END SI
  PIN SMC
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 48.345 314.82 48.543 316.008 ;
      LAYER M2L ;
      RECT 48.345 314.82 48.543 316.008 ;
      LAYER M3L ;
      RECT 48.345 314.82 48.543 316.008 ;
      LAYER M4L ;
      RECT 48.345 314.82 48.543 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.923472 LAYER M4L ;
AntennaPartialMetalSideArea 3.16008 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.01936 LAYER M4L ;
AntennaMaxAreaCAR 10.125 LAYER M4L ;
AntennaMaxSideAreaCAR 43.4318 LAYER M4L ;
AntennaMaxCutCAR 1.125 LAYER C4L5L ;
  END SMC
  PIN AMC
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 48.873 314.82 49.071 316.008 ;
      LAYER M2L ;
      RECT 48.873 314.82 49.071 316.008 ;
      LAYER M3L ;
      RECT 48.873 314.82 49.071 316.008 ;
      LAYER M4L ;
      RECT 48.873 314.82 49.071 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.766656 LAYER M4L ;
AntennaPartialMetalSideArea 2.4948 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.0242 LAYER M4L ;
AntennaMaxAreaCAR 6.93 LAYER M4L ;
AntennaMaxSideAreaCAR 31.6909 LAYER M4L ;
AntennaMaxCutCAR 0.9 LAYER C4L5L ;
  END AMC
  PIN DLYSCN
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 49.929 314.82 50.127 316.008 ;
      LAYER M2L ;
      RECT 49.929 314.82 50.127 316.008 ;
      LAYER M3L ;
      RECT 49.929 314.82 50.127 316.008 ;
      LAYER M4L ;
      RECT 49.929 314.82 50.127 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.670824 LAYER M4L ;
AntennaPartialMetalSideArea 2.06976 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.0242 LAYER M4L ;
AntennaMaxAreaCAR 8.1 LAYER M4L ;
AntennaMaxSideAreaCAR 36.6545 LAYER M4L ;
AntennaMaxCutCAR 0.54 LAYER C4L5L ;
  END DLYSCN
  PIN AVDD1
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 169.356 0 181.236 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 179.652 0 181.236 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 169.356 0 181.236 1.188 ;
    END
  END AVDD1
  PIN AVDD2
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 185.724 0 197.604 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 196.02 0 197.604 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 185.724 0 197.604 1.188 ;
    END
  END AVDD2
  PIN AVDD3
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 202.092 0 213.972 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 202.092 0 213.972 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 212.388 0 213.972 1.188 ;
    END
  END AVDD3
  PIN AVDD4
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 218.46 0 230.34 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 218.46 0 230.34 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 228.756 0 230.34 1.188 ;
    END
  END AVDD4
  PIN AVDD5
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 234.828 0 246.708 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 234.828 0 246.708 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 245.124 0 246.708 1.188 ;
    END
    PORT
      LAYER M1L ;
      RECT 246.444 0 246.708 1.188 ;
    END
    PORT
      LAYER M3L ;
      RECT 246.444 0 246.708 1.188 ;
    END
    PORT
      LAYER M4L ;
      RECT 246.444 0 246.708 1.188 ;
    END
    PORT
      LAYER M5L ;
      RECT 246.444 0 246.708 1.188 ;
    END
    PORT
      LAYER M2L ;
      RECT 246.444 0 246.708 1.188 ;
    END
  END AVDD5
  PIN AGND1
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER M6S ;
      RECT 69.3 0 70.884 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 69.3 0 81.18 1.188 ;
    END
    PORT
      LAYER M5L ;
      RECT 69.3 0 69.564 1.188 ;
    END
    PORT
      LAYER M4L ;
      RECT 69.3 0 69.564 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 69.3 0 81.18 1.188 ;
    END
    PORT
      LAYER M2L ;
      RECT 69.3 0 69.564 1.188 ;
    END
    PORT
      LAYER M3L ;
      RECT 69.3 0 69.564 1.188 ;
    END
    PORT
      LAYER M1L ;
      RECT 69.3 0 69.564 1.188 ;
    END
  END AGND1
  PIN AGND2
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER M7T ;
      RECT 85.668 0 97.548 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 85.668 0 87.252 1.188 ;
    END
    PORT
      LAYER PM ;
      RECT 85.668 0 97.548 1.188 ;
    END
  END AGND2
  PIN AGND3
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 102.036 0 113.916 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 102.036 0 103.62 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 102.036 0 113.916 1.188 ;
    END
  END AGND3
  PIN AGND4
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 118.404 0 130.284 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 118.404 0 130.284 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 118.404 0 119.988 1.188 ;
    END
  END AGND4
  PIN AGND5
    DIRECTION INPUT ;
    #WIRING WIDTH 11.88 LENGTH 10.08 ;
    USE ANALOG ;
    PORT
      LAYER PM ;
      RECT 134.772 0 146.652 1.188 ;
    END
    PORT
      LAYER M6S ;
      RECT 134.772 0 136.356 1.188 ;
    END
    PORT
      LAYER M7T ;
      RECT 134.772 0 146.652 1.188 ;
    END
  END AGND5
  PIN TEST
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 50.457 314.82 50.655 316.008 ;
      LAYER M2L ;
      RECT 50.457 314.82 50.655 316.008 ;
      LAYER M3L ;
      RECT 50.457 314.82 50.655 316.008 ;
      LAYER M4L ;
      RECT 50.457 314.82 50.655 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.618552 LAYER M4L ;
AntennaPartialMetalSideArea 1.848 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.05808 LAYER M4L ;
AntennaMaxAreaCAR 8.16964 LAYER M4L ;
AntennaMaxSideAreaCAR 35.8409 LAYER M4L ;
AntennaMaxCutCAR 0.3 LAYER C4L5L ;
  END TEST
  PIN BUNRI
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 50.985 314.82 51.183 316.008 ;
      LAYER M2L ;
      RECT 50.985 314.82 51.183 316.008 ;
      LAYER M3L ;
      RECT 50.985 314.82 51.183 316.008 ;
      LAYER M4L ;
      RECT 50.985 314.82 51.183 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.601128 LAYER M4L ;
AntennaPartialMetalSideArea 1.79256 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.05808 LAYER M4L ;
AntennaMaxAreaCAR 6.35893 LAYER M4L ;
AntennaMaxSideAreaCAR 28.6045 LAYER M4L ;
AntennaMaxCutCAR 0.555 LAYER C4L5L ;
  END BUNRI
  PIN TBI0
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 68.409 314.82 68.607 316.008 ;
      LAYER M2L ;
      RECT 68.409 314.82 68.607 316.008 ;
      LAYER M3L ;
      RECT 68.409 314.82 68.607 316.008 ;
      LAYER M4L ;
      RECT 68.409 314.82 68.607 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.679536 LAYER M4L ;
AntennaPartialMetalSideArea 2.16216 LAYER M4L ;
AntennaPartialCutArea 0.047916 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 2.14453 LAYER M4L ;
AntennaMaxSideAreaCAR 9.9929 LAYER M4L ;
AntennaMaxCutCAR 0.632812 LAYER C4L5L ;
  END TBI0
  PIN TBI1
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 67.881 314.82 68.079 316.008 ;
      LAYER M2L ;
      RECT 67.881 314.82 68.079 316.008 ;
      LAYER M3L ;
      RECT 67.881 314.82 68.079 316.008 ;
      LAYER M4L ;
      RECT 67.881 314.82 68.079 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.766656 LAYER M4L ;
AntennaPartialMetalSideArea 2.47632 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 3.09375 LAYER M4L ;
AntennaMaxSideAreaCAR 14.9148 LAYER M4L ;
AntennaMaxCutCAR 0.421875 LAYER C4L5L ;
  END TBI1
  PIN TBI2
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 67.353 314.82 67.551 316.008 ;
      LAYER M2L ;
      RECT 67.353 314.82 67.551 316.008 ;
      LAYER M3L ;
      RECT 67.353 314.82 67.551 316.008 ;
      LAYER M4L ;
      RECT 67.353 314.82 67.551 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.78408 LAYER M4L ;
AntennaPartialMetalSideArea 2.55024 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 2.95312 LAYER M4L ;
AntennaMaxSideAreaCAR 13.4233 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END TBI2
  PIN TBI3
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 66.825 314.82 67.023 316.008 ;
      LAYER M2L ;
      RECT 66.825 314.82 67.023 316.008 ;
      LAYER M3L ;
      RECT 66.825 314.82 67.023 316.008 ;
      LAYER M4L ;
      RECT 66.825 314.82 67.023 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.601128 LAYER M4L ;
AntennaPartialMetalSideArea 1.79256 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.092928 LAYER M4L ;
AntennaMaxAreaCAR 1.10156 LAYER M4L ;
AntennaMaxSideAreaCAR 5.26989 LAYER M4L ;
AntennaMaxCutCAR 0.234375 LAYER C4L5L ;
  END TBI3
  PIN TBI4
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 66.297 314.82 66.495 316.008 ;
      LAYER M2L ;
      RECT 66.297 314.82 66.495 316.008 ;
      LAYER M3L ;
      RECT 66.297 314.82 66.495 316.008 ;
      LAYER M4L ;
      RECT 66.297 314.82 66.495 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.514008 LAYER M4L ;
AntennaPartialMetalSideArea 1.40448 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 1.58203 LAYER M4L ;
AntennaMaxSideAreaCAR 7.60653 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END TBI4
  PIN TBI5
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 65.769 314.82 65.967 316.008 ;
      LAYER M2L ;
      RECT 65.769 314.82 65.967 316.008 ;
      LAYER M3L ;
      RECT 65.769 314.82 65.967 316.008 ;
      LAYER M4L ;
      RECT 65.769 314.82 65.967 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.141272 LAYER M4L ;
AntennaPartialMetalSideArea 4.08408 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.0242 LAYER M4L ;
AntennaMaxAreaCAR 19.71 LAYER M4L ;
AntennaMaxSideAreaCAR 85.9091 LAYER M4L ;
AntennaMaxCutCAR 0.9 LAYER C4L5L ;
  END TBI5
  PIN TBI6
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 65.241 314.82 65.439 316.008 ;
      LAYER M2L ;
      RECT 65.241 314.82 65.439 316.008 ;
      LAYER M3L ;
      RECT 65.241 314.82 65.439 316.008 ;
      LAYER M4L ;
      RECT 65.241 314.82 65.439 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.82764 LAYER M4L ;
AntennaPartialMetalSideArea 2.73504 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 2.46094 LAYER M4L ;
AntennaMaxSideAreaCAR 12.2301 LAYER M4L ;
AntennaMaxCutCAR 0.421875 LAYER C4L5L ;
  END TBI6
  PIN TBI7
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 64.713 314.82 64.911 316.008 ;
      LAYER M2L ;
      RECT 64.713 314.82 64.911 316.008 ;
      LAYER M3L ;
      RECT 64.713 314.82 64.911 316.008 ;
      LAYER M4L ;
      RECT 64.713 314.82 64.911 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.766656 LAYER M4L ;
AntennaPartialMetalSideArea 2.47632 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 2.07422 LAYER M4L ;
AntennaMaxSideAreaCAR 9.6946 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END TBI7
  PIN TBI8
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 64.185 314.82 64.383 316.008 ;
      LAYER M2L ;
      RECT 64.185 314.82 64.383 316.008 ;
      LAYER M3L ;
      RECT 64.185 314.82 64.383 316.008 ;
      LAYER M4L ;
      RECT 64.185 314.82 64.383 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.592416 LAYER M4L ;
AntennaPartialMetalSideArea 1.7556 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.092928 LAYER M4L ;
AntennaMaxAreaCAR 1.6875 LAYER M4L ;
AntennaMaxSideAreaCAR 7.75568 LAYER M4L ;
AntennaMaxCutCAR 0.234375 LAYER C4L5L ;
  END TBI8
  PIN TBI9
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 63.657 314.82 63.855 316.008 ;
      LAYER M2L ;
      RECT 63.657 314.82 63.855 316.008 ;
      LAYER M3L ;
      RECT 63.657 314.82 63.855 316.008 ;
      LAYER M4L ;
      RECT 63.657 314.82 63.855 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.505296 LAYER M4L ;
AntennaPartialMetalSideArea 1.36752 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.0242 LAYER M4L ;
AntennaMaxAreaCAR 3.87 LAYER M4L ;
AntennaMaxSideAreaCAR 18.7091 LAYER M4L ;
AntennaMaxCutCAR 0.54 LAYER C4L5L ;
  END TBI9
  PIN TBI10
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 63.129 314.82 63.327 316.008 ;
      LAYER M2L ;
      RECT 63.129 314.82 63.327 316.008 ;
      LAYER M3L ;
      RECT 63.129 314.82 63.327 316.008 ;
      LAYER M4L ;
      RECT 63.129 314.82 63.327 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.531432 LAYER M4L ;
AntennaPartialMetalSideArea 1.4784 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.092928 LAYER M4L ;
AntennaMaxAreaCAR 1.71094 LAYER M4L ;
AntennaMaxSideAreaCAR 7.85511 LAYER M4L ;
AntennaMaxCutCAR 0.140625 LAYER C4L5L ;
  END TBI10
  PIN TBI11
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 62.601 314.82 62.799 316.008 ;
      LAYER M2L ;
      RECT 62.601 314.82 62.799 316.008 ;
      LAYER M3L ;
      RECT 62.601 314.82 62.799 316.008 ;
      LAYER M4L ;
      RECT 62.601 314.82 62.799 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.60984 LAYER M4L ;
AntennaPartialMetalSideArea 1.848 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 4.04297 LAYER M4L ;
AntennaMaxSideAreaCAR 18.0469 LAYER M4L ;
AntennaMaxCutCAR 0.492188 LAYER C4L5L ;
  END TBI11
  PIN TBI12
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 62.073 314.82 62.271 316.008 ;
      LAYER M2L ;
      RECT 62.073 314.82 62.271 316.008 ;
      LAYER M3L ;
      RECT 62.073 314.82 62.271 316.008 ;
      LAYER M4L ;
      RECT 62.073 314.82 62.271 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.52272 LAYER M4L ;
AntennaPartialMetalSideArea 1.45992 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 2.39062 LAYER M4L ;
AntennaMaxSideAreaCAR 11.0369 LAYER M4L ;
AntennaMaxCutCAR 0.351562 LAYER C4L5L ;
  END TBI12
  PIN TBI13
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 61.545 314.82 61.743 316.008 ;
      LAYER M2L ;
      RECT 61.545 314.82 61.743 316.008 ;
      LAYER M3L ;
      RECT 61.545 314.82 61.743 316.008 ;
      LAYER M4L ;
      RECT 61.545 314.82 61.743 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.00188 LAYER M4L ;
AntennaPartialMetalSideArea 3.49272 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.092928 LAYER M4L ;
AntennaMaxAreaCAR 4.78125 LAYER M4L ;
AntennaMaxSideAreaCAR 20.8807 LAYER M4L ;
AntennaMaxCutCAR 0.234375 LAYER C4L5L ;
  END TBI13
  PIN TBI14
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 61.017 314.82 61.215 316.008 ;
      LAYER M2L ;
      RECT 61.017 314.82 61.215 316.008 ;
      LAYER M3L ;
      RECT 61.017 314.82 61.215 316.008 ;
      LAYER M4L ;
      RECT 61.017 314.82 61.215 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 1.289376 LAYER M4L ;
AntennaPartialMetalSideArea 4.74936 LAYER M4L ;
AntennaPartialCutArea 0.052272 LAYER C3L4L ;
AntennaGateArea 0.047432 LAYER M4L ;
AntennaMaxAreaCAR 5.82353 LAYER M4L ;
AntennaMaxSideAreaCAR 28.0749 LAYER M4L ;
AntennaMaxCutCAR 1.26411 LAYER C4L5L ;
  END TBI14
  PIN TBI15
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 60.489 314.82 60.687 316.008 ;
      LAYER M2L ;
      RECT 60.489 314.82 60.687 316.008 ;
      LAYER M3L ;
      RECT 60.489 314.82 60.687 316.008 ;
      LAYER M4L ;
      RECT 60.489 314.82 60.687 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.731808 LAYER M4L ;
AntennaPartialMetalSideArea 2.38392 LAYER M4L ;
AntennaPartialCutArea 0.047916 LAYER C3L4L ;
AntennaGateArea 0.123904 LAYER M4L ;
AntennaMaxAreaCAR 1.47656 LAYER M4L ;
AntennaMaxSideAreaCAR 6.71165 LAYER M4L ;
AntennaMaxCutCAR 0.316406 LAYER C4L5L ;
  END TBI15
  PIN TBI16
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 59.961 314.82 60.159 316.008 ;
      LAYER M2L ;
      RECT 59.961 314.82 60.159 316.008 ;
      LAYER M3L ;
      RECT 59.961 314.82 60.159 316.008 ;
      LAYER M4L ;
      RECT 59.961 314.82 60.159 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.810216 LAYER M4L ;
AntennaPartialMetalSideArea 2.6796 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 3.51562 LAYER M4L ;
AntennaMaxSideAreaCAR 16.7045 LAYER M4L ;
AntennaMaxCutCAR 0.703125 LAYER C4L5L ;
  END TBI16
  PIN TBI17
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 59.433 314.82 59.631 316.008 ;
      LAYER M2L ;
      RECT 59.433 314.82 59.631 316.008 ;
      LAYER M3L ;
      RECT 59.433 314.82 59.631 316.008 ;
      LAYER M4L ;
      RECT 59.433 314.82 59.631 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.810216 LAYER M4L ;
AntennaPartialMetalSideArea 2.66112 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 1.75781 LAYER M4L ;
AntennaMaxSideAreaCAR 8.35227 LAYER M4L ;
AntennaMaxCutCAR 0.210938 LAYER C4L5L ;
  END TBI17
  PIN TBI18
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 58.905 314.82 59.103 316.008 ;
      LAYER M2L ;
      RECT 58.905 314.82 59.103 316.008 ;
      LAYER M3L ;
      RECT 58.905 314.82 59.103 316.008 ;
      LAYER M4L ;
      RECT 58.905 314.82 59.103 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.853776 LAYER M4L ;
AntennaPartialMetalSideArea 2.84592 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 14.4844 LAYER M4L ;
AntennaMaxSideAreaCAR 63.2386 LAYER M4L ;
AntennaMaxCutCAR 0.421875 LAYER C4L5L ;
  END TBI18
  PIN TBI19
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 58.377 314.82 58.575 316.008 ;
      LAYER M2L ;
      RECT 58.377 314.82 58.575 316.008 ;
      LAYER M3L ;
      RECT 58.377 314.82 58.575 316.008 ;
      LAYER M4L ;
      RECT 58.377 314.82 58.575 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.601128 LAYER M4L ;
AntennaPartialMetalSideArea 1.81104 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaGateArea 0.061952 LAYER M4L ;
AntennaMaxAreaCAR 2.21484 LAYER M4L ;
AntennaMaxSideAreaCAR 10.2912 LAYER M4L ;
AntennaMaxCutCAR 0.492188 LAYER C4L5L ;
  END TBI19
  PIN TBI20
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 57.849 314.82 58.047 316.008 ;
      LAYER M2L ;
      RECT 57.849 314.82 58.047 316.008 ;
      LAYER M3L ;
      RECT 57.849 314.82 58.047 316.008 ;
      LAYER M4L ;
      RECT 57.849 314.82 58.047 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.714384 LAYER M4L ;
AntennaPartialMetalSideArea 2.27304 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.030976 LAYER M4L ;
AntennaMaxAreaCAR 3.72656 LAYER M4L ;
AntennaMaxSideAreaCAR 16.804 LAYER M4L ;
AntennaMaxCutCAR 0.703125 LAYER C4L5L ;
  END TBI20
  PIN TBI21
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 54.153 314.82 54.351 316.008 ;
      LAYER M2L ;
      RECT 54.153 314.82 54.351 316.008 ;
      LAYER M3L ;
      RECT 54.153 314.82 54.351 316.008 ;
      LAYER M4L ;
      RECT 54.153 314.82 54.351 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.514008 LAYER M4L ;
AntennaPartialMetalSideArea 1.40448 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.100672 LAYER M4L ;
AntennaMaxAreaCAR 0.944712 LAYER M4L ;
AntennaMaxSideAreaCAR 4.55857 LAYER M4L ;
AntennaMaxCutCAR 0.129808 LAYER C4L5L ;
  END TBI21
  PIN TBI22
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 53.625 314.82 53.823 316.008 ;
      LAYER M2L ;
      RECT 53.625 314.82 53.823 316.008 ;
      LAYER M3L ;
      RECT 53.625 314.82 53.823 316.008 ;
      LAYER M4L ;
      RECT 53.625 314.82 53.823 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.300564 LAYER M3L ;
AntennaPartialMetalSideArea 0.48048 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.431244 LAYER M4L ;
AntennaPartialMetalSideArea 1.03488 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaPartialMetalArea 5.710716 LAYER M5L ;
AntennaPartialMetalSideArea 24.2458 LAYER M5L ;
AntennaPartialCutArea 0.017424 LAYER C4L5L ;
AntennaGateArea 1.409408 LAYER M5L ;
AntennaMaxAreaCAR 17.0635 LAYER M5L ;
AntennaMaxSideAreaCAR 39.4537 LAYER M5L ;
AntennaMaxCutCAR 0.0741758 LAYER C5L6S ;
  END TBI22
  PIN TBI23
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 53.097 314.82 53.295 316.008 ;
      LAYER M2L ;
      RECT 53.097 314.82 53.295 316.008 ;
      LAYER M3L ;
      RECT 53.097 314.82 53.295 316.008 ;
      LAYER M4L ;
      RECT 53.097 314.82 53.295 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.574992 LAYER M4L ;
AntennaPartialMetalSideArea 1.68168 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaGateArea 0.0484 LAYER M4L ;
AntennaMaxAreaCAR 2.565 LAYER M4L ;
AntennaMaxSideAreaCAR 12.0273 LAYER M4L ;
AntennaMaxCutCAR 0.45 LAYER C4L5L ;
  END TBI23
  PIN TBI24
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 68.937 314.82 69.135 316.008 ;
      LAYER M2L ;
      RECT 68.937 314.82 69.135 316.008 ;
      LAYER M3L ;
      RECT 68.937 314.82 69.135 316.008 ;
      LAYER M4L ;
      RECT 68.937 314.82 69.135 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.300564 LAYER M3L ;
AntennaPartialMetalSideArea 0.48048 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.300564 LAYER M4L ;
AntennaPartialMetalSideArea 0.48048 LAYER M4L ;
AntennaPartialCutArea 0.008712 LAYER C3L4L ;
AntennaPartialMetalArea 1.173942 LAYER M5L ;
AntennaPartialMetalSideArea 4.851 LAYER M5L ;
AntennaPartialCutArea 0.017424 LAYER C4L5L ;
AntennaGateArea 0.0242 LAYER M5L ;
AntennaMaxAreaCAR 74.79 LAYER M5L ;
AntennaMaxSideAreaCAR 315 LAYER M5L ;
AntennaMaxCutCAR 1.26 LAYER C5L6S ;
  END TBI24
  PIN TBI25
    DIRECTION INPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 69.993 314.82 70.191 316.008 ;
      LAYER M2L ;
      RECT 69.993 314.82 70.191 316.008 ;
      LAYER M3L ;
      RECT 69.993 314.82 70.191 316.008 ;
      LAYER M4L ;
      RECT 69.993 314.82 70.191 316.008 ;
    END
AntennaPartialMetalArea 0.270072 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.720918 LAYER M4L ;
AntennaPartialMetalSideArea 2.28228 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaGateArea 0.012584 LAYER M4L ;
AntennaPartialMetalArea 4.619538 LAYER M5L ;
AntennaPartialMetalSideArea 19.6165 LAYER M5L ;
AntennaPartialCutArea 0.017424 LAYER C4L5L ;
AntennaGateArea 0.717288 LAYER M5L ;
AntennaMaxAreaCAR 6.65385 LAYER M4L ;
AntennaMaxAreaCAR 24.125 LAYER M5L ;
AntennaMaxSideAreaCAR 30.8392 LAYER M4L ;
AntennaMaxSideAreaCAR 55.8403 LAYER M5L ;
AntennaMaxCutCAR 1.03846 LAYER C4L5L ;
AntennaMaxCutCAR 0.0863216 LAYER C5L6S ;
  END TBI25
  PIN CLKOUTA
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 75.801 314.82 75.999 316.008 ;
      LAYER M2L ;
      RECT 75.801 314.82 75.999 316.008 ;
      LAYER M3L ;
      RECT 75.801 314.82 75.999 316.008 ;
      LAYER M4L ;
      RECT 75.801 314.82 75.999 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.56628 LAYER M4L ;
AntennaPartialMetalSideArea 1.64472 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaDiffArea 0.461736 LAYER M4L ;
  END CLKOUTA
  PIN CLKOUTB
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 74.745 314.82 74.943 316.008 ;
      LAYER M2L ;
      RECT 74.745 314.82 74.943 316.008 ;
      LAYER M3L ;
      RECT 74.745 314.82 74.943 316.008 ;
      LAYER M4L ;
      RECT 74.745 314.82 74.943 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.6534 LAYER M4L ;
AntennaPartialMetalSideArea 2.0328 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaDiffArea 0.660176 LAYER M4L ;
  END CLKOUTB
  PIN CLKOUTC
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 73.689 314.82 73.887 316.008 ;
      LAYER M2L ;
      RECT 73.689 314.82 73.887 316.008 ;
      LAYER M3L ;
      RECT 73.689 314.82 73.887 316.008 ;
      LAYER M4L ;
      RECT 73.689 314.82 73.887 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.845064 LAYER M4L ;
AntennaPartialMetalSideArea 2.82744 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaDiffArea 0.30855 LAYER M4L ;
  END CLKOUTC
  PIN LOCK
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 76.857 314.82 77.055 316.008 ;
      LAYER M2L ;
      RECT 76.857 314.82 77.055 316.008 ;
      LAYER M3L ;
      RECT 76.857 314.82 77.055 316.008 ;
      LAYER M4L ;
      RECT 76.857 314.82 77.055 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.731808 LAYER M4L ;
AntennaPartialMetalSideArea 2.32848 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaDiffArea 0.278784 LAYER M4L ;
  END LOCK
  PIN SO
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 49.401 314.82 49.599 316.008 ;
      LAYER M2L ;
      RECT 49.401 314.82 49.599 316.008 ;
      LAYER M3L ;
      RECT 49.401 314.82 49.599 316.008 ;
      LAYER M4L ;
      RECT 49.401 314.82 49.599 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.540144 LAYER M4L ;
AntennaPartialMetalSideArea 1.53384 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaDiffArea 0.371712 LAYER M4L ;
  END SO
  PIN TBO0
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 100.617 314.82 100.815 316.008 ;
      LAYER M2L ;
      RECT 100.617 314.82 100.815 316.008 ;
      LAYER M3L ;
      RECT 100.617 314.82 100.815 316.008 ;
      LAYER M4L ;
      RECT 100.617 314.82 100.815 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.470448 LAYER M4L ;
AntennaPartialMetalSideArea 1.21968 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaDiffArea 1.04544 LAYER M4L ;
AntennaPartialMetalArea 2.607066 LAYER M5L ;
AntennaPartialMetalSideArea 11.0788 LAYER M5L ;
AntennaPartialCutArea 0.017424 LAYER C4L5L ;
AntennaGateArea 0.704704 LAYER M5L ;
AntennaDiffArea 1.04544 LAYER M5L ;
AntennaMaxAreaCAR 24.077 LAYER M5L ;
AntennaMaxSideAreaCAR 51.6955 LAYER M5L ;
AntennaMaxCutCAR 0.0908283 LAYER C5L6S ;
  END TBO0
  PIN TBO1
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 99.561 314.82 99.759 316.008 ;
      LAYER M2L ;
      RECT 99.561 314.82 99.759 316.008 ;
      LAYER M3L ;
      RECT 99.561 314.82 99.759 316.008 ;
      LAYER M4L ;
      RECT 99.561 314.82 99.759 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.644688 LAYER M4L ;
AntennaPartialMetalSideArea 1.95888 LAYER M4L ;
AntennaPartialCutArea 0.02178 LAYER C3L4L ;
AntennaDiffArea 1.04544 LAYER M4L ;
  END TBO1
  PIN TBO2
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 98.505 314.82 98.703 316.008 ;
      LAYER M2L ;
      RECT 98.505 314.82 98.703 316.008 ;
      LAYER M3L ;
      RECT 98.505 314.82 98.703 316.008 ;
      LAYER M4L ;
      RECT 98.505 314.82 98.703 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.714384 LAYER M4L ;
AntennaPartialMetalSideArea 2.29152 LAYER M4L ;
AntennaPartialCutArea 0.039204 LAYER C3L4L ;
AntennaDiffArea 0.78408 LAYER M4L ;
  END TBO2
  PIN TBO3
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 97.449 314.82 97.647 316.008 ;
      LAYER M2L ;
      RECT 97.449 314.82 97.647 316.008 ;
      LAYER M3L ;
      RECT 97.449 314.82 97.647 316.008 ;
      LAYER M4L ;
      RECT 97.449 314.82 97.647 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.531432 LAYER M4L ;
AntennaPartialMetalSideArea 1.49688 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaDiffArea 0.499488 LAYER M4L ;
  END TBO3
  PIN TBO4
    DIRECTION OUTPUT ;
    USE SIGNAL ;
    ##CONNECTTO GATE ;
    PORT
      LAYER M1L ;
      RECT 52.041 314.82 52.239 316.008 ;
      LAYER M2L ;
      RECT 52.041 314.82 52.239 316.008 ;
      LAYER M3L ;
      RECT 52.041 314.82 52.239 316.008 ;
      LAYER M4L ;
      RECT 52.041 314.82 52.239 316.008 ;
    END
AntennaPartialMetalArea 0.287496 LAYER M1L ;
AntennaPartialMetalSideArea 0.462 LAYER M1L ;
AntennaPartialMetalArea 0.300564 LAYER M2L ;
AntennaPartialMetalSideArea 0.48048 LAYER M2L ;
AntennaPartialCutArea 0.008712 LAYER C1L2L ;
AntennaPartialMetalArea 0.339768 LAYER M3L ;
AntennaPartialMetalSideArea 0.6468 LAYER M3L ;
AntennaPartialCutArea 0.008712 LAYER C2L3L ;
AntennaPartialMetalArea 0.670824 LAYER M4L ;
AntennaPartialMetalSideArea 2.08824 LAYER M4L ;
AntennaPartialCutArea 0.030492 LAYER C3L4L ;
AntennaDiffArea 0.461736 LAYER M4L ;
  END TBO4
  PIN VDD
    DIRECTION INOUT ;
    USE POWER ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 123.288 314.82 123.882 316.008 ;
      LAYER M3L ;
      RECT 123.288 314.82 123.882 316.008 ;
      LAYER M4L ;
      RECT 123.288 314.82 123.882 316.008 ;
      LAYER M5L ;
      RECT 123.288 314.82 123.882 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 124.476 314.82 125.07 316.008 ;
      LAYER M3L ;
      RECT 124.476 314.82 125.07 316.008 ;
      LAYER M4L ;
      RECT 124.476 314.82 125.07 316.008 ;
      LAYER M5L ;
      RECT 124.476 314.82 125.07 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 125.664 314.82 126.258 316.008 ;
      LAYER M3L ;
      RECT 125.664 314.82 126.258 316.008 ;
      LAYER M4L ;
      RECT 125.664 314.82 126.258 316.008 ;
      LAYER M5L ;
      RECT 125.664 314.82 126.258 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 126.852 314.82 127.446 316.008 ;
      LAYER M3L ;
      RECT 126.852 314.82 127.446 316.008 ;
      LAYER M4L ;
      RECT 126.852 314.82 127.446 316.008 ;
      LAYER M5L ;
      RECT 126.852 314.82 127.446 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 128.04 314.82 128.634 316.008 ;
      LAYER M3L ;
      RECT 128.04 314.82 128.634 316.008 ;
      LAYER M4L ;
      RECT 128.04 314.82 128.634 316.008 ;
      LAYER M5L ;
      RECT 128.04 314.82 128.634 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 129.228 314.82 129.822 316.008 ;
      LAYER M3L ;
      RECT 129.228 314.82 129.822 316.008 ;
      LAYER M4L ;
      RECT 129.228 314.82 129.822 316.008 ;
      LAYER M5L ;
      RECT 129.228 314.82 129.822 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 130.416 314.82 131.01 316.008 ;
      LAYER M3L ;
      RECT 130.416 314.82 131.01 316.008 ;
      LAYER M4L ;
      RECT 130.416 314.82 131.01 316.008 ;
      LAYER M5L ;
      RECT 130.416 314.82 131.01 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 131.604 314.82 132.198 316.008 ;
      LAYER M3L ;
      RECT 131.604 314.82 132.198 316.008 ;
      LAYER M4L ;
      RECT 131.604 314.82 132.198 316.008 ;
      LAYER M5L ;
      RECT 131.604 314.82 132.198 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 132.792 314.82 133.386 316.008 ;
      LAYER M3L ;
      RECT 132.792 314.82 133.386 316.008 ;
      LAYER M4L ;
      RECT 132.792 314.82 133.386 316.008 ;
      LAYER M5L ;
      RECT 132.792 314.82 133.386 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 133.98 314.82 134.574 316.008 ;
      LAYER M3L ;
      RECT 133.98 314.82 134.574 316.008 ;
      LAYER M4L ;
      RECT 133.98 314.82 134.574 316.008 ;
      LAYER M5L ;
      RECT 133.98 314.82 134.574 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 135.168 314.82 135.762 316.008 ;
      LAYER M3L ;
      RECT 135.168 314.82 135.762 316.008 ;
      LAYER M4L ;
      RECT 135.168 314.82 135.762 316.008 ;
      LAYER M5L ;
      RECT 135.168 314.82 135.762 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 136.356 314.82 136.95 316.008 ;
      LAYER M3L ;
      RECT 136.356 314.82 136.95 316.008 ;
      LAYER M4L ;
      RECT 136.356 314.82 136.95 316.008 ;
      LAYER M5L ;
      RECT 136.356 314.82 136.95 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 137.544 314.82 138.138 316.008 ;
      LAYER M3L ;
      RECT 137.544 314.82 138.138 316.008 ;
      LAYER M4L ;
      RECT 137.544 314.82 138.138 316.008 ;
      LAYER M5L ;
      RECT 137.544 314.82 138.138 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 138.732 314.82 139.326 316.008 ;
      LAYER M3L ;
      RECT 138.732 314.82 139.326 316.008 ;
      LAYER M4L ;
      RECT 138.732 314.82 139.326 316.008 ;
      LAYER M5L ;
      RECT 138.732 314.82 139.326 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 18.744 314.82 19.338 316.008 ;
      LAYER M3L ;
      RECT 18.744 314.82 19.338 316.008 ;
      LAYER M4L ;
      RECT 18.744 314.82 19.338 316.008 ;
      LAYER M5L ;
      RECT 18.744 314.82 19.338 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 19.932 314.82 20.526 316.008 ;
      LAYER M3L ;
      RECT 19.932 314.82 20.526 316.008 ;
      LAYER M4L ;
      RECT 19.932 314.82 20.526 316.008 ;
      LAYER M5L ;
      RECT 19.932 314.82 20.526 316.008 ;
    END
    PORT
   CLASS CORE ;
      LAYER M2L ;
      RECT 21.12 314.82 21.714 316.008 ;
      LAYER M3L ;
      RECT 21.12 314.82 21.714 316.008 ;
      LAYER M4L ;
      RECT 21.12 314.82 21.714 316.008 ;
      LAYER M5L ;
      RECT 21.12 314.82 21.714 316.008 ;
    END
    PORT
   CLASS CORE ;
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      LAYER M4L ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
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    END
    PORT
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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  END VDD
  PIN VSS
    DIRECTION INOUT ;
    USE GROUND ;
    SHAPE FEEDTHRU ;
    ##CONNECTTO SROUTE ;
    PORT
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      LAYER M3L ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
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    END
    PORT
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    END
    PORT
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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      LAYER M4L ;
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      LAYER M5L ;
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    END
    PORT
   CLASS CORE ;
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      LAYER M4L ;
      RECT 115.896 314.82 116.49 316.008 ;
      LAYER M5L ;
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    END
    PORT
   CLASS CORE ;
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      LAYER M4L ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
   CLASS CORE ;
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      LAYER M4L ;
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    END
    PORT
   CLASS CORE ;
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      LAYER M5L ;
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    END
    PORT
   CLASS CORE ;
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    END
    PORT
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    END
    PORT
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    END
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    END
    PORT
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      LAYER M5L ;
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    END
    PORT
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    END
    PORT
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    END
    PORT
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    END
    PORT
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    END
    PORT
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    END
    PORT
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    PORT
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  END VSS
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  END
END ACPLSCHL38V10

END LIBRARY
